 Wed Apr 10 16:45:59 2024, TD, AIDA interlock 
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Honeywell HSS DPS sensor information https://elog.ph.ed.ac.uk/AIDA/932
Cynergy3 FSVPLC - attachment 1
Honeywell sensor - red LED continuously lit - OK
Connecting FSVPLC to the interlock box causes green power LED of 24V adaptor to blink ~Hz frequency indicating a fault condition |
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Thu Mar 28 15:43:47 2024, TD, Unable to start MIDAS DAQ with 1x FEE64 ( aida04 )
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At AIDA test station T9, STFC DL unable to start MIDAS DAQ with 1x FEE64 ( aida04 ) - see attachments
aida04 appears to have booted OK and I can connect using telnet
MIDAS 8015 server exits - signal 1 |
 Fri Mar 29 08:39:18 2024, TD, PJCS, Unable to start MIDAS DAQ with 1x FEE64 ( aida04 )
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>
> At AIDA test station T9, STFC DL unable to start MIDAS DAQ with 1x FEE64 ( aida04 ) - see attachments
>
> aida04 appears to have booted OK and I can connect using telnet
>
> MIDAS 8015 server exits - signal 1
I’ve had this problem too. The solution is to have the single FEE twice in the list in the config file. The software is then quite happy.
Alternatively a single FEE can still be accessed directly and will operate successfully. The only thing missing is the spectra function menu. They won’t work, so FWHM is harder to determine. |
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Thu Mar 28 11:10:09 2024, TD, Test of 4x FEE64s at AIDA test station, T9, STFC DL 22x
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Test of 4x FEE64s at AIDA test station, T9, STFC DL
startup.tcl changed from 'aida01 aida03' to 'aida01 aida02 aida03 aida04'
MIDAS 8015 server restarted
Power ON
All system wide checks OK
Pulser BNC PB-5
Amplitude 1.0V
Attenuation x1
Polarity +
Frequency 100Hz
Tail pulse, decay time 1ms
Delay 250ns (min)
ASIC settings - attachments 1-4
Slow comparator 0x80
N.B. new ASIC settings software in use
Adaptor PCB *without* jumpers
FEE64 temperatures OK - attachment 5
WR timestamp OK - attachment 6
aida01
Rate, 1*L and 1*W spectra OK - attachments 7-9
FEE64 temperatures OK - attachment 10
aida02
Rate, 1*L and 1*W spectra OK - attachments 11-13
aida03
Rate, 1*L and 1*W spectra OK - attachments 14-17
No ADC spectra asic #4 *but* Rate, HitRate, 4*W spectra all indicate asic #4 working OK - contact issue?
aida04
Rate, 1*L and 1*W spectra OK - attachments 18-23
Bad ADC spectra asic #2 *but* Rate, HitRate, 2*W spectra all indicate asic #2 working OK - contact issue?
Date/time ASIC mezzanine Pulser peak width *.*.L MAC Status
FEE64 PCB serial # (channels FWHM)
28.3.24 11.28 aida01 ? 7.1,7.0,6.8,7.0 41:f6:ee OK
28.3.24 11.44 aida02 GOC-7226-1-39/-0040 14.0,13.7,13.3,14.0 41:cf:ad OK
28.3.24 12.14 aida03 ? 13.2,13.2,12.0,? 42:0d:0b OK
28.3.24 11.44 aida04 GOC-7226-1-19/-0037 15.1,?,12.8,12.8 42:0c:89 OK
Following disassembly and re-assembly
aida03 *.*.L 15.0,15.9,15.0,15.4 ch FWHM ( ADC data all channels, similar peak widths all channels )
*.*.W spectra OK
Rate, HitRate spectra OK
aida04 no change - 2.*.L spectra still bad |
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Wed Mar 13 14:50:04 2024, NH, [HowTo] Backup and Restore Raspberry Pi SD Cards
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Micro SD cards used by the raspberry pis are cheap but prone to failing
If the system won't boot and the SD card is read only it may have failed. Best way is to buy a new micro SD card (16 or 32GB) and restore a backup
I have uploaded an image of nnrpi2 (AIDA@GSI) to aida-3 (/home/npg/nnrpi2.img)
To backup an SD card
dd if=/dev/mmcblk0 of=nnrpi2.img status=progress
To restore a backup to a new SD card
dd if=nnrpi2.img of=/dev/mmcblk0 status=progress
(/dev/mmcblk0 name may differ on different machines, is for a laptop with built in SD card reader) |
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Tue Jan 30 14:18:16 2024, NH, [HowTo] Update MACB Firmware
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https://elog.ph.ed.ac.uk/CARME/482 |
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Thu Dec 14 10:53:27 2023, NH, MP, CC, GA, Snout Removed
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Snout removed from S4
All detectors removed
BB7 taken to lab
bPlastic taken to testing hall
AIDA BB18 left in box under AIDA-3 with other DSSSDs
Snout on green table in rear of Messhütte |
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Mon Dec 11 23:56:36 2023, TD, Tuesday 12 December 18x
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00.55 Observe high frequency noise in aida02 & aida04 ( n+n FEE64s ) - attachments 1-5
and aida05 ( p+n FEE64 )
frequency c. 5MHz
Oscillation unchanged by
HV cycle
ASIC control load
FEE64 power cycle
BNC PB-5 pulser OFF
BNC PB-5 pulser output disconnected from test + cable ( and remains disconnected )
BB7 HV and preamp power OFF - oscillation disappears
Note - BB7 HV and power have been on all day and AIDA was running OK until at least 22.18 11.12.23 - go figure!
01.42 file DEC23/R7
02.00 checks
DSSSD bias -150V leakage current -5.980uA - attachment 5
FEE64 teperatures OK - attachment 6
ADC data item stats OK - attachment 7
Merger & TapeServer screens - attcahments 8 & 9
per FGEE64 Rate spectra - attachment 10
1.8.W spectra - 20us FSR - attachments 11 & 12
02.18 ASIC check load x2
02.20 file DEC23/R8
Final FRS setting - fragments SE 238U, PID uncertain online
02.22 zero all spectra & stats
03.23 degrader changed to 4350mg
file DEC23/R9
03.25 zero all spectra & stats
06.00 beam stopped
file R9 closed
06.18 pulser walkthrough test -
BNC PB-5
amplitude 9.0-1.0 @ 1.0V step
attenuation x10
polarity -
tail pulse
1ms decay time
file DEC23/R11
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Mon Dec 11 11:05:27 2023, TD, WR timestamp fail aida05 & aida07 11x
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MACB config
1x level 0
4x level 1
Problem appears to related to level 1 MACB #3 ( 3 of 4 ). Transferring FEE64 inputs to MACB #4 appears to fix the problem.
Assume this means either MACB #3 or the cable to it from level 0 is the problem? |
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Mon Dec 11 09:57:54 2023, TD, Monday 11 December 27x
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Water flow and temperature ( gauges outside S4 entrance ) OK
BNC PB-5 pulser connected to p+n FEE64s by diasy chain of test + inputs
ASIC settings 2023Nov16-18.55.20
p+n FEE64s slow comparator 0xa, n+n FEE64s 0xf
All system wide checkks OK
DSSSD bias -150V leakage current -5.37uA - OK - attachment 1
FEE64 temperatures OK - attachment 2
ADC data item stats - attachment 3
rates dominated by relatively few 'hot' channels
aida06 - no cables connected to FEE64 adaptor PCB
per FEE64 Rate spectra - attachment 4
aida06 - no cables connected to FEE64 adaptor PCB
system relatively quiet but has been quieter - no grounding of bPlast cabling and PSUs?
p+n and n+n FEE64 1.8.W spectra - 20us FSR - attachments 5-8
aida06 - no cables connected to FEE64 adaptor PCB
aida08 - no ADC calibration
14.43 Pulser walkthrough - p+n junction FEE64s
BNC PB-5 settings
amplitude 9.0-1.0V @ 1.0V step
x10 attenuation
tail pulse
polarity +
frequency 22Hz
file DEC23/R5
15.47 R45 ends OK - see attachments 9-10
aida01 1.8.L pulser peak width 53 ch FWHM
aida06 1.8.L pulser peak width 14 ch FWHM ( no input )
15.47 file DEC23/R6
BNC PB-5 pulser
amplitude 9.0V
frequency 2Hz
c. 19.00
Low intensity 238U fully stripped/H+/He+ - attachments 11-14
Fully stripped close to centre of DSSSD
HEC energies observed from threshold to c. 1-2GeV
19.25 Beam off
SC41 scaler input to level 1 MACB #3 ( of 4 ) moved to level 1 MACB #4 ( of 4 )
21.00 checks
DSSSD bias -150V leakage current -6.050uA - OK - attachment 15
FEE64 temperatures OK - attachment 16
ADC data item stats - attachment 17
rates dominated by relatively few 'hot' channels
aida06 - no cables connected to FEE64 adaptor PCB
BNC PB-5 config - attachment 18
Merger and TapeServer browser tabs and terminal servers - attachments 19-20
c. 160k data items/s merged
c. 600kb to disk and forwarded to MBS
21.05.37 *all* stats zero'd
22.18 ADC data, DISC data, PAUSE, RESUME, WR data item stats - attachments 21-28
zero rate PAUSE/RESUME - one observed in c. 75 minutes |
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Sun Dec 10 13:06:27 2023, TD, Sunday 10 December 14x
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14.05 S4 closed
Water flow and temperature ( gauges outside S4 entrance ) OK
BNC PB-5 pulser connected to p+n FEE64s by diasy chain of test + inputs
ASIC settings 2023Nov16-18.55.20
p+n FEE64s slow comparator 0xa, n+n FEE64s 0xf
All system wide checkks OK *except* adia08 ADC calibration failed
DSSSD bias -150V leakage current -5.28uA - OK - attachment 1
FEE64 temperatures OK - attachment 2
ADC data item stats - attachment 3
rates dominated by relatively few 'hot' channels
aida06 - no cables connected to FEE64 adaptor PCB
per FEE64 Rate spectra - attachment 4
aida06 - no cables connected to FEE64 adaptor PCB
system relatively quiet but has been quieter - no grounding of bPlast cabling and PSUs?
p+n and n+n FEE64 1.8.W spectra - 20us FSR - attachments 5-8
aida06 - no cables connected to FEE64 adaptor PCB
aida08 - no ADC calibration
18.25
SSSD bias -150V leakage current -5.100uA - OK - attachment 9
FEE64 temperatures OK - attachment 10
ADC data item stats - no significant change - attachment 11
rates dominated by relatively few 'hot' channels
aida06 - no cables connected to FEE64 adaptor PCB
per FEE64 Rate spectra - no significant change - attachment 12
aida06 - no cables connected to FEE64 adaptor PCB
system relatively quiet but has been quieter - no grounding of bPlast cabling and PSUs?
p+n and n+n FEE64 1.8.W spectra - 20us FSR - attachments 13-14
aida06 - no cables connected to FEE64 adaptor PCB
aida08 - no ADC calibration |
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Fri Dec 8 12:55:38 2023, TD, NH, FEE64 configuration
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FEE64 configuration for 1x MSL type BB18(DS)-1000 24cm x 8cm DSSSD
*Beam into page*
aida09 BB7 FEE64
aida05 aida01 aida06 p+n junction FEE64s
aida02 aida04 n+n Ohmic FEE64s
*
aida07 aida03 aida08 p+n junction FEE64s
* approximate position of c. 1.5cm diamond-shaped hole in black cloth optical screen positioned between 'upstream' bPlast and BB18 DSSSD. |
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Fri Dec 8 11:32:44 2023, NH, CC, VP, TD, Friday 8 December 18x
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Change n+n FEE64 aida04 d8:80:39:41:f6:b7
asic #1 faulty
aida04 MAC from d8:80:39:41:f6:b7 to d8:80:39:41:ba:2b
restart dhcpd ( systemctl restart dhcpd )
DSSSD bias -150V -5.17uA - attachment 1
FEE64 temperatures OK - attachment 2
All system wide checks OK
ADC data item stats - attachment 3
High rates observed in all FEE64s *except* aida01 & aida04 => aida04 asics #1-4 OK
CC/VP have commenced cabling bPlast - will await completion of install to review noise
n+n 1.8.W spectra - 20 us FSR - attachments 5
per FEE64 rate spectra - attachment 4
18:20 AIDA noise status test
bPlast - cabling complete, power on - all sides
BB7 Mesystec preamps connected, power off, no detector HV
DSSSD bias -150V -5.355uA - attachment 6
FEE64 temperatures OK - attachment 7
All system wide checks OK
ADC data item stats - attachment 8
Rates c. 10-20k mostly dominated by a few 'hot' channels
per FEE64 rate spectra - attachments 9 & 10
p+n 1.8.W spectra - 20us FSR - attachment 11
bPlast using 152Eu source for test - signal observed aida01 3.8.W may be recoil electron from Compton event
n+n 1.8.W spectra - 20 us FSR - attachment 12
Some photos of bPlast & BB& preamp/cabling attached
re-bPlast note that
cables screened 3M 1245 + Kpaton + drain wire -> drain wires *not* connected to ground
PSU ch 4 not ground referenced
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Thu Dec 7 17:30:36 2023, NH, CC, VP, TD, Thursday 7 December 8x
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Stack re-assembled - upstream to downstream
- 'upstream' bPlast
- no spacer
- black cloth optical screen on steel frame ( c. 1.5cm diamond hole lower left side in direction of beam )
- std 9mm spacer
- MSL type BB18(DS)-1000 24cm x 8cm 3208-3/3208-21/3208-22
- std 9mm spacer
- MSL type BB7(DS)-1000 3542-13 ( approx central wrt BB18 )
bPlast cables screened 3M 1245 + Kapton film + drain wire
bPlast cables currently floating
bPlast driver PCBs disconnected
FEE64 aida06 adaptor PCB currently disconnected
ASIC settings 2023Nov16-18.55.20
BNC PB-5 pulser - not connected
DSSSD bias -150V -5.13uA - attachment 1
FEE64 temperatures Ok - attachment 2
All system wide checks OK
ADC data item stats OK - attachment 3
Note *very* low rate in aida02 ( n+n Ohmic side )
p+n 1.8.W spectra - 20 us FSR - attachments 4 & 5
per FEE64 rate spectra - attachment 6
n+n 1.8.W spectra - 20us FSR - attachments 6 & 7
AIDA To Do
replace aida04
pulser walkthrough |
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Wed Dec 6 16:32:03 2023, NH, Replacement of faulty Honeywell HSS-DPS sensor
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Honeywell HSS-DPS sensor is faulty - attachments 1 & 2
Replace with Sontay Condensation Prevention Switch - attachments 3 & 4
Wiring
Honeywell Sontay
V+(*) red V+(*) red
GND blue 0V blue
COM green COM black
DRY yellow N/O yellow
Honeywell V+ 24V ac/dc +/- 20%
Sontay V+ 24V dc +/-5%, 24V ac +/-10%
V+ measured as +16.5V dc with DMM
Interlock still not working
- V value too low ?
- Honeywell DRY not equivalent to Normally Open ? |
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Mon Dec 4 10:34:48 2023, NH, AIDA Todo for 11.12.23
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This is a short list of things todo or check before the test beam time on 11.12.23
Updated after 15:00 CET meeting
1. Replace water interlock
- Also allows testing of AIDA for 24h+
2. Decide on snout configuration: 1 or 2 BB18s (plus BB7 plus bPlastic)
It is U so if we put 2 we could damage 2 instead of just 1 (of course we try to be careful)
To decide which bPlas is installed (only 1 will be bothered): Upstream is preferred by HA
Install Peter's light blocking frame between bPlastic and AIDA
3. Replace aida04 with a working FEE64
Important as aida04 is in deadtime and not very useful
4. Investigate/replace aida06
Less urgent because 2 strips and runs with 0 dead time
5. If 2 BB18s, add another 8 working FEE64s to the system
Note: Cannot do 2BB18s and 1BB7 (cannot power/cool 17 FEEs)
6. Test AIDA firmware fix for individual ASIC controls (especially if BB7<->AIDA will be tested)
BB7<->AIDA will not be tested probably, as PCB will not arrive.
Still good to check if possible
7. Decide on FEE to take pulser (assuming no distribution/inverter available)
Test implant response with pulser and SC41 trigger? |
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Fri Nov 24 10:36:06 2023, NH, Friday 24 November
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Pulser LEMOs removed from p+n fees
Pulser connected to n+n fees: aida02 and aida04
BNC PB-5 Polarity --> NEGATIVE
HV and FEE power up
Rates look similar to usual (Attachments 1 and 2)
Turn on pulser, see them in n+n spectra as expected (attachment 3)
Pulser run R6
See peaks in ADC spectra (attachment 4)
Remove pulser from aida02, left on aida04 with 50Ohm terminator
AIDA powered off, HV off |
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Wed Nov 22 13:44:36 2023, NH, Report - Cannot change per-ASIC Settings
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On ASIC settings page trynig to change the settings for one ASIC (e.g. ASIC1 of aida09) seems to cause all 4 ASIC settings to change
1. Ensure act on all FEEs and act on all ASICs unticked
2. Change aida09 asic1 low_ref to 0x1
3: Change to aida09 asic4
4: aida09 asic4 low_ref also changed to 0x1 |
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Thu Nov 23 10:00:16 2023, NH, Report - Cannot change per-ASIC Settings
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> On ASIC settings page trynig to change the settings for one ASIC (e.g. ASIC1 of aida09) seems to cause all 4 ASIC settings to change
>
> 1. Ensure act on all FEEs and act on all ASICs unticked
> 2. Change aida09 asic1 low_ref to 0x1
> 3: Change to aida09 asic4
> 4: aida09 asic4 low_ref also changed to 0x1
Variable dumps for ASIC and ASIC4 |
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Wed Nov 22 15:12:40 2023, TD, /tmp/log8015_error
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Wed Nov 22 14:52:43 2023, NH, AIDA Pulser Calibration
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Connect pulser to all p+n FEEs
Turn on pulser, 100 Hz (attachment 3 for settings), rates OK (attachment 1)
1 minute at 10V.. 9V.. 1V (5X atten)
Most FEEs OK (attachment 2), aida07 and aida08 weird?
FILE: PULSER21NOV23/R4
Check in S4, one pulser LEMO not in fully, reseat and try again
File R5... much better! (attachment 4) |
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Tue Nov 21 13:56:59 2023, NH, CC, HA, MP, AM, VP, Tuesday 21 November 8x
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Connect the BB7 on top of the snout to the former aida05 (FEE above aida01)
Also remove copper busbar that is unused
Power on AIDA... rates terrible (attachment 1)
Reground AIDA stand to platform base ... small improvement but nothng major
Decide to power OFF, recheck all connections, aida02 ERNI maybe a bit loose, otherwise all good.
Remove BB7 to try to restore status quo ante
Power on again and rates much improved (attachments 2 & 3)
Looks similar to attachment 44 on Aida test 17/11/23
-> Back to status quo?
15:05 : BB7 put back on the snout and connected (ground + HV)
No significant change has been noticed (attachments 4 & 5)
Attach cables 14 to FEE that BB7 is connected - then will configure DHCP for aida09
Start up aida, configure as before. AIDA09 appears but is not configured (ASIC settings just copied from aida08 for now)
Rates on aida look OK still (attachment 6)
HV (attachment 7)
Temps (attachment 8) |
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Sat Nov 18 02:28:26 2023, TD, NH, JB, Saturday 18 November 10x
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03.20 c. 3k per spill 13N beam to S4
Observe scatter of events at all energies for LEC
Switch LE -> MEC
aida02 & aida04 slow comparator 0xf -> 0x3 ( c.1.5MeV )
All other ( p+n ) FEE64s slow comparator 0xa ( c. 5MeV )
For c. 700MeV/u 14N + 6cm s.steel -> c. 350MeV/u 14N -> c. 30MeV energy loss in 1mm Silicon, c. 45MeV energy loss in 3mm plastic
per n+n FEE64 1.8L spectra - attachment 1
observe 3x peaks above threshold - different Z fragments?
per FEE64 Stat spectra
04.10 DSSSD bias -150V leakage current -5.380uA - attachment 3
FEE64 temps OK - attachment 4
ADC data item stats - attachment 5
per FEE64 Stat spectra - attachment 6
per FEE64 1.8.L spectra - attachments 7-8
per FEE64 1.8.W spectra - 20us FSR - attachments 9-10
05.03 aida02 & aida04 slow comparators 0x3 -> 0xa
All spectra zero'd
c. 06.30 Beam tests end
DAQ stopped. DSSSD HV OFF. AIDA power OFF.
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Fri Nov 17 15:53:03 2023, TD, JB, JG, Friday 17 November contd. 25x
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AIDA ASIC settuings 2023Nov16-18.55.20
low comparator p+n FEE64s 0xa, n+n 0xf
BNC PB-5 settings
amplitide 10.0V
attenuation x10
decay time 1ms
polarity + ( connected to FEE64 aida01 only )
frequency 22Hz
tail pulse
remote control
16.46 per p+n FEE64 1.8.W spectra - 20us, 200us, 2ms & 20ms FSR - attachments 1-4
per n+n FEE64 1.8.W spectra - 20us, 200us, 2ms & 20ms FSR - attachments 5-8
DSSSD bias -150V leakage -5.690uA - attachment 9
RH 32.7% ambient 2+3.2 deg C d.p. +5.9 deg C
FEE64 temps OK - attachment 10
bPlast configuration
1x long and 1x short side connected to 3x bPlast booster PCBs
Rohde & Schawrtz HMP4040 PSU ch 4 +4V ( ref'd to PSU chassis ground )
Mesytec SiPM bias
Screens of flat cables from bPlast to booster cards electrically connected together and to bPlast NIM bin c( below AIDA stand ) chassis
bPlast NIM bin and TAMEX electrically isolated from AIDA stand/DESPEC platform
Photos - attachments 11-16
17.00 Connect SC21 L disc o/p fan-out -> ESN LA8000 TTl output -> BNC PB-5 pulser ext trig
Should enable triggering ( and delay ) of pulser from heavy-ions in scintillator SC21
17.17 LEC/MEC selection 0x -> 0x1
ADC data item stats - attachment 20
per FEE64 1.8.W spectra - 20us FSR - attachments 18-19
per FEE64 Rate spectra - attachment 17
BNC PB-5 pulser to aida01 - some channels missing asic # 2, 3 & 4
aida04 asic# 1 rates still high but aida06 ( was aida10 ) high rates in only two channels of asic #4
Otherwise system very quiet as expected for MEC ( 1GeV FSR ).
17.56 LEC/MEC selection 0x1 -> 0x0
22.10 NH starts data transfer to Merger and TapeServer ( no storage mode ). Date Relay to MBS also started - see attachments 21-25
22.18 aida04 asic #1 slow comparator 0xf -> 0xff
aida06 asic #4 slow comparator 0xa -> 0xff
Merger data transfer c. 500k data items/s
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Fri Nov 17 09:19:41 2023, TD, CC, VP, AIDA test 17/11/2023 46x
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We restarted AIDA (a10277ttachment 6) this morning and checked rates (attachments 3/4) and waveforms (attachments 1/2). Temperatures are shown in attachment 5.
It seems consistent with what was observed yesterday.
AIDA stopped and platform moved.
The power cable from USB main power relay was connected to the wall and not the DESPEC 19" racks as expected. It has been corrected : it is now connected to the DESPEC 19" rack, has it should be.
AIDA was restarted after that. bPlast was disconnected from 2 booster cards.
We checked the rates (attachments 7,10 and 11 [linear scale]). They are quite similar, although aida01 rate has increased (maybe a cable issue), and rate from aida07 significantly decreased (it was really low yesterday as well).
The waveforms (attachments 8 & 9) are similar as the ones obtained earlier.
bPlast has been reconnected to all booster cards. Rate increased a little (attachment 12) but broadly similar to that observed first thing this morning.
Then 2 booster cards were grounded, and the rates went up (attachments 13-16)
Afterwards, one power cable was connected to the booster card on the short side, increasing the noise, as observed yesterday (attachments 17-20)
The Rohde Schwarz PSU output was referenced to PSU ground ( 3mm cable to ground socket front panel ). It did not reduced much the noise (attachment 21)
Finally, the power supply was switched on, increasing the noise in AIDA (attachment 22).
After the meeting, we have chosen to reconnect bPlast to the booster : now all LIMOs are connected to the booster cards, the cards are powered and the SiPM are biased. The alarm for the short side has triggered (not full bias)
The Rohde & Scwarz PSU outputs is till referenced to its chassis ground.
See attachments 23-26 for the rates and waveforms in AIDA
14.57 JG/JB added additional black cloth to reduce nPlast SiPM dark current : now it is around 16uA. Updated noise observations
per FEE64 1.8.W spectra 20us FSR - attachments 27-28
per FEE64 1Rate spectra - attachment 29
ADC data item stats - attachment 30
aida02 asics #2-4 remain noisy c. kHz/channel
Most other p+n FEE64s are OK - the usual 'hot' channels but most other channel rates low
15.07 JG removed ground reference for Rohde & Schwarz PSU +4V output to bPlast booster cards
ADC data items atst - attachment 31
Most FEE64s have significantly higher rates so the ground reference is doing 'something'
15.12 JG re-ground ref'd Rohde & Schwarz PSU +4V output to bPlast booster cards
ADC data item stats - attachment 32
Rates for most FEE64s are reduced - some significantly - PSU ground ref is doing something reproducible
15.25 Christoph Scheidenberger reports FRS magnets ON
16.01 JG/JB TAMEX & NIM bin electrically isolated from AIDA stand/DESPEC platform. Screens of flat cables from bPlast to booster cards grounded to snout.
ADC data item stats - attachment 33
per FEE64 1.8.W spectra 20us FSR - attachments 36-37
per FEE64 Rate spectra - attachments 34-35
16.20 TAMEX & NIM bin electrically isolated from AIDA stand/DESPEC platform. Screens of flat cables from bPlast to booster cards now connected together but electrically floating
ADC data item stats - attachment 40
per FEE64 1.8.W spectra 20us FSR - attachments 38-39
per FEE64 Rate spectra - attachment 41
Noted improvement in most FEE64 rates - aida04 improved significantly
16.31 TAMEX & NIM bin electrically isolated from AIDA stand/DESPEC platform. Screens of flat cables from bPlast to booster cards now connected together and grounded to NIM bin chassis.
ADC data item stats - attachment 42
per FEE64 Rate spectra - attachment 43-44
per FEE64 1.8.W spectra 20us FSR - attachments 44-46
Continued, imcremental improvement in FEE64 rates |
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Thu Nov 16 17:43:25 2023, TD, JB, CC, VP, AIDA test 16/11/2023 cont.
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Screenshot uploads as I hit the 50 image upload limit. |
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Thu Nov 16 09:09:58 2023, TD, JB, CC, VP, AIDA tests 16/11/2023 48x
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Viewing AIDA status on Thursday morning 16/11/2023.
Rates and histograms are observed with bPlast HV connected but not powered. The LIMO cables to the booster cards of bPlast are connected and the TAMEX crate is powered.
The following details the various tests of bPlast configurations and AIDA response:
1. The rates and status are the same as yesterday evening (15/11/2023) where we had the same configuration (bPlast connected to HV but not powered). (Attachment 1-3)
2. The rates and status are the same as in 1. when trying a different power supply but it is not turned on (Attachment 4-5). The R&S HMP4040 HV supply is a linearly regulated supply while the new supply is suspected to be switching regulated (?).
3. The rates and status are the same as in 1.,2. if the HV supply is connected. In fact they seem to increase when disconnecting the HV supply. (Attachment 6).
4. The rates and status are brought back to acceptable levels when disconnecting all the LIMOs of the bPlast booster board to TAMEX. (Attachment 7-8).
5. The rates and status are fairly worse when connecting a single LIMO (attachment 9) and when connecting the Mesytec module that powers the booster board (attachment 10).
6. The rates and status increase a little favourably when connecting a single LIMO to an odd numbered channel. (Attachment 11).
7. The rates and status are dramatically worse when connecting two LIMOs and a Mesytec module to the bPlast booster card. (Attachment 12).
The next tests will be dismounting the snout and trying to shield the bPlast ribbon cables with copper tape.
Tests resumed after lunch 14:00:00:
- The bPlast ribbon cables running to the booster boards were insulated with copper tape and kapton tape, and for the moment grounded freely with a tinned copper braid. A multimeter check of the ribbon cable showed that it is isolated from the snout as desired.
- Remounting the snout we found the following result on the AIDA rates and hit patterns (Attachment 15 & 16). The rates and hit patterns appear to be the same as it was before bPlast was mounted in the snout. The connector cable of AIDA01 was found to be broken for ASICs 1&2 (3&4 are still connected), and the noise on AIDA04 has increased slightly relative to previous tests.
8. The wave forms of the AIDA modules show regular structure. There are some high frequency 'beats' present in some of the AIDA modules (Attachment 13-14). The waveform of AIDA01 has the pulser signal (25 Hz), but has no noise as ASIC 1&2 is missing.
9. The next test carried out was that all the ribbon cables ground were connected to the separate grounds on the item frame and on the frame carrying the booster cards. The bPlast ribbon cables were also plugged into the booster board. (attachment 17-20).
10. The next test we connect all the ribbon cables to the same ground on the item frame and the ribbon cables were disconnected from the booster cards. (attachment 21 -24).
11. The test thereafter we connect all the grounds together but not grounded to anything, just floating in air. The ribbons were still disconnected from the booster cards. Rates were observed to decreased back to normal levels from the previous grounding configuration. (Attachment 25-28)
12. The final test carried out from the grounding tests was connecting the bPlast ribbon cables with floating air ground to the booster cards mounted around the snout. The rates and wave forms observed are back to normal and transience in some of the wave forms from (Attachment 20-28) have gone away after adjusting the LED and wave form capture threshold from 8900 -> 8000/8200. The rates and wave forms are back to the same point when we started the tests after lunch (Attachment 29-32).
The next series of tests involved connecting and/or powering the bPlast HV and LIMOs individually to see their input to AIDA. Each of the tests were carried out individually, resetting back to the configuration from (Attachment 29-32, test 12.):
13. The first test carried out was connecting a LIMO from the TAMEX card to the long side booster card of the bPlast. (Attachment 33-36). The rates, wave form and hit patterns seem to be dramatically affected by simply connecting 1 LIMO to the long side booster card.
14. The second test was connecting the HV supply of the booster card on the short side (right relative to the beam axis) and powering it with the R&S HMP4040 supply. Results are given by (Attachments 37-40). Rates, hit pattern and wave forms change and increase drastically.
15. The third test was simply connecting the booster card HV supply (R&S HMP4040) but not powering it at all. Results are given by (attachment 41-44). Simply connecting the HV supply is introducing a considerable amount of noise into AIDA. (Maybe grounding the supply, or changing its position relative to the DESPEC setup is a next possible test).
16. The fourth test was biasing the SiPMs on the short side booster card ie. right side of the bPlast with the Mesytec module 29.00 V @ 4 uA. The results are given by (attachment 45-48). The rates, hit patterns and wave forms return to more reasonable levels, however, it is clear that biasing the SiPMs is still introducing a great deal of noise into some of the ASICs based on the proximity. eg. aida03 ASIC1.
17. The fifth and final test of the day was under-biasing the SiPMs of the long side of the bPlast with the Mesytec module 26.80 V @ 19 uA. The results are given by (attachment 1-4 in AIDA tests 16/11/2023 cont.). The rates, hit patterns and wave forms are the same as that which was carried out in test 16.
The tests wrap up with suspicion to the HV supply of the booster cards, whether it is grounded or not and its position in the setup. The grounding of the booster cards is also seen to affect AIDA substantially. Isolating and grounding the ribbon cables has proved to be helpful when biasing the SiPMs as the noise in AIDA is reduced in comparison to previous tests. The wave forms when connecting the HV supply seems to show a 100 kHz signal (HV supply cross-talk?). |
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Wed Nov 15 10:37:00 2023, TD, Wednesday 15 November 27x
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11.36 Water flow, pressure & temperature ( 19 deg C ) OK
Power ON
Detector configuration - installed yesterday pm
Extant ( May 2022 campaign ) snout
1x MSL type BB18(DS)-1000 24cm x 8cm 'triple' DSSSD
1x ( downstream ) bPlast
2x additional Al foil sheets over end cap to ensure light tight ( zero dark current ) for bPlast
Dark current c 0.4uA measured for extant 2x Al foil sheets only
FEE64 configuration - aida01 - aida08
aida02 & aida04 n+n Ohmic strips, other FEE64s p+n junction strips
NH re-named FEE64s using dhcpd.conf - *no* changes to AIDA PSU cabling to FEE64s
All system wide checks OK
DSSSD bias -150V leakage current -5.140uA - attachment 1
FEE64 temps OK - attachment 2
ASIC settings 2021Apr29-13-16-00
Manually change ASIC settings aida06 & aida08 from - to + input
BNC PB-5 pulser to aida08
settings?
Slow comparator 0x64 all FEE64s
ADC data item stats - attachment 3
Increased rates and noise cf yesterday's test https://elog.ph.ed.ac.uk/AIDA/916
See attachments 4-9
Per FEE64 Rate spectra
Per FEE64 1.8.L spectra
Per FEE64 1.8.W spectra - 20us FSR
12.10 Disconnected power cables(?) from 3x bPlast cards around AIDA snout
1x card hanging to side of snout - aida04 side, 2x resting on top of AIDA snout ( inserted 2 sheets folded A4 paper between AIDA snout and PCBs )
Per FEE64 1.8.W spectra - 20us FSR - attachments 10 & 11
Per FEE64 Rate spectra - attachment 12
Significant improvement observed
Slow comparators 0xa p+n FEE64s, 0xf n+n FEE64s
pwer FEE64 1.8.W spectra - 20us FSR - attachments 13-15
ADC data item stats - attachment 16
per FEE64 Rate spectra - attachments 17 & 18
14.16 Removed bPlast cards from around snout - small improvment ADC stats
Attachments 19-22
15.10 aida01 FEE64 adaptor PCB re-seated ( c. 1 pin row out of position )
ASIC data item stats - attachment 23
Significant improvement which approaches previous noise performance
CC now assembling bPlast adaptor cards on a standoff Minitek frame
HA/IK have confirmed that bPlast cables are screened on one side only - CC demonstrated that surfaces of both sides of the bPlast cabling are non-conductive
Once assembled ( cards + power cables + input cables to bPlast detector ), observed increased noise similar to that observed this am
Attempt to return to status quo ante did not reduce noise but observed problems with aida01 ( asics #3 & #4 did not load ) - attachment 24
An unusual error message - power cycled and rebooted FEE64s
Slow comparator 0x64
ADC data item stats - attachment 27
Slow comparators 0xa p+n FEE64s, 0xf n+n FEE64s
ADC data item stats - attachments 26
per FEE64 Rate spectra - attachment 25
This appears to have ( largely ) restored status quo ante. Large number of hot channels but other typically close to previously observed rates.
|
|
Tue Nov 14 17:19:11 2023, TD, TapeServer, Merger, NetVar etc status
|
| |
|
Tue Nov 14 17:08:49 2023, TD, Report - high - unable to change ASIC settings directory in Options
|
Attempting to change the text string specifying the ASIC settings directory ( 2023Nov14-15.25.24 ) in Options produces an error - see attachments 1 & 2
System aida-gsi, anydesk 246 067 683 |
|
Tue Nov 14 16:52:54 2023, TD, Tuesday 14 November
|
15.06 Quick test of AIDA 24cm x 8cm 'triple' DSSSD before dismounting to install 1x bPlast detector downstream of the DSSSD
Water flow, pressure and temperature OK
Power Up OK
All system wide checks OK
DSSSD bias -150V leakage current -5.29uA
ASIC settings 2021Apr29-13-16-00
FEE64s re-configured to aida01 - aida08 by NH
aida02, aida04 negative input, all other FEE64s positive input
Currently unable to specify settings directory for Options so aida06 & auida08 are still defined as negative input FEE64s - need to change ASIC settings manually
slow comparator p+n FEE64s 0x64->0xa, n+n FEE64s 0x64->0xf
per FEE64 Rate spectra - attachment 1
ADC data item stats OK - attachment 2
p+n FEE64 rates dominated by 'hot' channels, other channels < 1Hz
n+n FEE64 rates ~ 10Hz
Known issues with aida04 asic #1 and aida10 ( now aida06 asic # 4 ) remain to addressed/investigated
No chnages in performance cf. https://elog.ph.ed.ac.uk/AIDA/906 & https://elog.ph.ed.ac.uk/AIDA/907
|
|
Mon Nov 6 17:30:44 2023, NH, Aida Alpha Analysis
|
Analysis of tape folder /TapeData/BG18OCT23
Using Go4 https://github.com/cej25/DESPEC_NOV23
Figure 1: Hit pattern (XY)
Figure 2: Energy 1D Spectra, alpha peaks visible
Figure 3: Energy X vs Energy Y
Figure 4: 1D Strip (0-386 = X 0-386, 386-512 = Y 0-128) and Energy
Some gaps at 112-114, 121-128 = aida05
Hot channels at 368, 381, 382 = aida06 (high rate seen)
Gap at 435-450 = aida04 (ASIC#4 which is faulty)
Generally 1-10 counts per strip, 1 ch wide gaps may be statistics or issues |
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Wed Oct 25 12:42:18 2023, CC, AIDA test
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Started AIDA at 1:41 pm, writing to disk: file BG18OCT2/R6, stopped at 17:26
pict1: HV supply
pict2: temperature
pict3: spectrum in stat, layout2
pict4: statistics |
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Tue Oct 24 10:54:14 2023, at 19:14NH, CC, AIDA test
|
Started AIDA at 11:54am, writing to disk: file BG18OCT2/R5, stopped at 19:14
pict1: HV supply
pict2: temperature
pict3: spectrum in stat, layout2
pict4: statistics
pict5: sum spectra at 18:20 (3.4 hours)
system power off and unbiased |
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Mon Oct 23 14:08:06 2023, NH, CC, AIDA test
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Started AIDA at 3:05pm, writing to disk: file BG18OCT2/R4, stopped 18.30
pict1: HV supply
pict2: temperature
pict3: spectrum in stat, layout2
pict4: statistics
pict5: sum spectra at 18:20 (3.4 hours)
system power off and unbiased |
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Mon Oct 23 10:52:06 2023, NH, CC, AIDA test
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Started AIDA at 11:50, writing to disk: file BG18OCT2/R3, stopped around 3 pm
pict1: HV supply
pict2: temperature
pict3: spectrum in stat, layout2
pict4: statistics |
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Thu Oct 19 10:39:20 2023, NH, Thursday 19 October 10x
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Water Temp: 20 C - Flow felt on pipe
AIDA interlock OVERRIDE
One USB Hub for the FEE64 TTYs was unplugged on cable tray, replugged in
(may fix Pi_Monitor)
Bias DSSD (Ch 3)
Leakage current stays at 17 uA during ramp up. At 150 V it quickly drops back to 6 uA
Fig 1
Current FEE mapping
p+n aida09 aida01 aida10
aida11 aida03 aida12
n+n aida02 aida04
Unused aida06 aida08
Due to merger need 8 FEEs 1-8 to merge properly will temporarily renumber for 1 DSSSD test
- Will revert to this numbering for experiment!
Power up with unchanged configuration to test
Fee Temps OK Figure 2
Start DAQ at 0x64 threshold (1 MeV)
Most channels 0 rate (expected)
ASIC01 of AIDA4 very hot
2 channels in aida10 very hot
Figure 3
Pulser OFF and only connected to aida11 aida03 aida12
LOCAL operation at present 10V/10X level, positive tail, 25 Hz
STOP and Power off to renumber
New mapping for now:
p+n aida05 aida01 aida06
aida07 aida03 aida08
n+n aida02 aida04
aida09 ---> aida05
aida10 ---> aida06
aida11 ---> aida07
aida12 ---> aida08
-
Backup dhcpd.conf -> dhcpd.conf231019
Update to only first 8 fees
only turn on Relay 1
Update MIDAS Tcl
/MIDAS/config/TclHttpd/aidas-gsi@8015/startup.Tcl
list aida01... aida08
new folder
/home/npg/LayOut/GSI_triple_test_renumber
copy to /tmp
-
Reboot MIDAS and Power on Relay 1
Power OFF
Reboot dhcp!
Anydesk Connection Lost??
Make new DB key 2023Oct19-13.46.30
Copy aida01/CONTENTS (p+n) to aida06 and aida08
Cannot update Options http://localhost:8015/AIDA/Options/Options.tml ? Error 500
Figure 4
Load settings manually and check-load ASIC
TODO: Manually change files, or?
GO
ADC items + rates figures 5, 6
Restart Merger
xfer Links (bad)
Netvar -> Inquire Registers
NetVar.MERGE.RunOptions WRITE 1
Merger now shows xfer Links => Merger
Merger GO
Open file BG18OCT23 R1
STOP DAQ
Data Xfer #1 Enable
GO DAQ
See merger links all GSI_triple_test_renumber
Enable output to data storage
xfer Links => Merger => storage
See tape rate: 3 MB/s (!)
Also start MBS on x86l-119 (new AIDA FDR) and try MBS relay
rate seen in MBS
Figure 8 - Accumulated statistics for ca 3 hours
Figs 9, 10 - ADC spectra
System turned off and DSSSD biased down for end of work day, due to water issue |
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Wed Oct 18 17:18:57 2023, TD, Wednesday 18 October 8x
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Thu Oct 12 16:40:21 2023, TD, background alpha 13x
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start 14.55 |
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Thu Oct 12 13:02:50 2023, TD, Thursday 12 October contd. 50x
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ASIC settings 2021Apr29-13-16-00
slow comparator 0xa ( all p+n junction FEE64s ) and 0xf ( all n+n Ohmic FEE64s )
BNC PB-5
amplitude 10.0V
attenuation x10
tail pulse
decay time 1ms
frequency 25Hz
polarity -
PB-5 output direct to aida02 *only*
CAEN N1419ET non-floating outputs ( internal LK fitted )
ch2 - polarity
HV cable - standard coaxial cable to aida12 chained to aida03 & aida11
chain ( Lemo-00 cables ) adaptor PCB gnd from aida09 to aida01 & aida10
ground cable from aida04 adaptor PCB gnd to aida12, aida02 & aida09
aida04 LK1 ( local gnd ) fitted
aida03 LK3 fitted ( DSSSD PCB gnd )
DSSSD bias -150V -6.510uA - attachment 1
ADC data item stats - attachment 2
p+n rates dominated by hot channels - most p+n channels < 1Hz/channel
n+n rates c. 10Hz/channel
per FEE64 Rate spectra - attachment 3-5
aida02 1.8.L pulser peak width 102 ch FWHM ( 70 keV FWHM )
aida02 *.*.L spectra - attachments 6-9
common x & y scales for all spectra - peak height proxy for peak width
all channels have similar pulser peak widths
aida02 3.*.W spectra - 20us, 200us, 2ms & 20ms FSR - attachments 10-17
per p+n FEE64 1.8.W spectra - 20us, 200us, 2ms & 20ms FSR - attachments 18-25
per n+n FEE64 1.8.W spectra - 20us, 200us, 2ms & 20ms FSR - attachments 26-33
DSSSD bias -150V -6.510uA - attachment 34
ADC data item stats - attachment 35
p+n rates dominated by hot channels - most p+n channels < 1Hz/channel
n+n rates c. 10Hz/channel
per FEE64 Rate spectra - attachment 36-38
aida12 1.8.L pulser peak width 56 ch FWHM ( 39keV FWHM )
aida12 *.*.L spectra - attachments 39-42
common x & y scales for all spectra - peak height proxy for peak width
60 channels have similar pulser peak widths
4 channels show peak widths c. 2x larger ( 'hot' channels )
aida12 3.*.W spectra - 20us, 200us, 2ms & 20ms FSR - attachments 43-50 |
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Thu Oct 12 09:12:34 2023, TD, Thursday 12 October 47x
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10.10 Water flow & temp OK
Power ON
All system wide checks OK
ASIC settings 2021Apr29-13-16-00
slow comparator 0x64
BNC PB-5
amplitude 10.0V
attenuation x10
tail pulse
decay time 1ms
frequency 25Hz
polarity -
PB-5 output direct to aida01 *only*
CAEN N1419ET non-floating outputs ( internal LK fitted )
ch2 - polarity
HV cable - standard coaxial cable to aida12 chained to aida03, aida11, aida09, aida01 & aida10
aida04 LK1 ( local gnd ) fitted
ground cable from aida04 adaptor PCB gnd to aida12 & aida02
aida03 LK3 fitted ( DSSSD PCB gnd )
DSSSD bias -150V -6.300uA - attachment 1
FEE64 temps OK - attachment 2
ADC data item stats - attachment 3
per FEE64 Rate spectra - attachment 4
ignore aida06 & adida08 - not connected to anything
ignore known issue of high rates aida04 asic #1 and aida10 asic #4 - remediable
aida01 1.8.L pulser peak width 75 ch FWHM ( 53keV FWHM )
1.8.W spectra - 20us FSR - attachments 5 & 6
10.35 slow comparator 0x64 -> 0xa ( all p+n junction FEE64s ) and 0xf ( all n+n Ohmic FEE64s )
ADC data item stats - attachment 7
per FEE64 Rate spectra - attachment 8-10
p+n rates dominated by hot channels - most p+n channels < 1Hz/channel
n+n rates c. 50Hz/channel
per p+n FEE64 1.8.W spectra - 20us, 200us & 2ms FSR - attachments 11-13
per n+n FEE64 1.8.W spectra - 20us, 200us & 2ms FSR - attachments 14-16
12.10 HV cable - standard coaxial cable to aida12 chained to aida03 & aida11
chain ( Lemo-00 cables ) adaptor PCB gnd from aida09 to aida01 & aida10
DSSSD bias -150V -6.535uA - attachment 17
ADC data item stats - attachment 18
per FEE64 Rate spectra - attachment 19-21
aida01 1.8.L pulser peak width 78 ch FWHM ( 55keV FWHM )
1.8.W spectra - 20us FSR - attachments 22 & 23
12.40 HV cable - standard coaxial cable to aida12 chained to aida03 & aida11
chain ( Lemo-00 cables ) adaptor PCB gnd from aida09 to aida01 & aida10
ground cable from aida04 adaptor PCB gnd to aida12, aida02 & aida09
DSSSD bias -150V -6.535uA - attachment 24
ADC data item stats - attachment 25
per FEE64 Rate spectra - attachment 26-28
aida01 1.8.L pulser peak width 61 ch FWHM ( 42keV FWHM )
1.8.W spectra - 20us FSR - attachments 29-32
aida01 *.*.L spectra - attachments 33-36
common x & y scales - pulser peak height proxy for peak width
aida01 3.*.W spectra - 20us FSR - attachments 37-39
per p+n FEE64 1.8.W spectra - 20us, 200us, 2ms & 20ms - attachments 40-47 |
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Wed Oct 11 16:53:20 2023, TD, Wednesday 11 October contd. 14x
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CAEN N1419ET ch 2 - all outputs non-floating ( internal LK fitted )
Standard coaxial HV cable chained to aida12, aida03, aida11, aida09, aida01 & aida10
aida04 LK1 ( local gnd ) fitted
ground cable from aida04 adaptor PCB ground to aida12 to aida02
aida03 LK3 ( PCB gnd ) fitted
BNC PB-5
amplitude 10.0V
attenuation x10
decay time 1ms
polarity +
frequency 25Hz
test + direct from PB-5 to aida12 *only*
slow comparator 0xf
DSSSD bias -150V -7.280uA
aida12 1.8.L pulser peak width 55 ch FWHM
aida12 *.*.L spectra - attachments 1-4
All channels have similar pulser peak widths to 1.8.L *except* 1.1.L, 1.4.L, 4.7.L & 4.13.L ( hot channels ) and 2.2.L, 2.9.L & 2.12.L no pulser peak
test + direct from PB-5 to aida01 *only*
aida01 1.8.L pulser peak width 70 ch FWHM
aida01 *.*.L spectra - attachments 5-8
All channels have similar pulser peak widths to 1.8.L *except* 1.1.L, 1.4.L, 4.7.L & 4.13.L ( hot channels )
per FEE64 1.8.W spectra - 20us FSR - attachments 9-12
per FEE64 1.8.W spectra - 200us FSR - attachments 13 & 14 |
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Wed Oct 11 09:37:30 2023, TD, Wednesday 11 October 48x
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10.00 Water flow & temp OK
Power ON
All system wide checks OK
CAEN N1419ET ch 2 - all outputs non-floating ( internal LK fitted )
Standard coaxial HV cable chained to aida12, aida03 & aida11
aida04 LK1 ( local gnd ) fitted
ground cable from aida04 adaptor PCB ground to aida12 to aida02
aida03 LK3 ( PCB gnd ) fitted
BNC PB-5
amplitude 10.0V
attenuation x10
decay time 1ms
polarity -
frequency 25Hz
test + cable and test + chain removed
test - direct from PB-5 to aida02 *only*
DSSSD bias -120V -6.105uA - attachment 1
FEE64 tempweratures OK - attachment 2
slow comparator 0x64
ADC data item stats - attachment 3
Note
aida04 asic #1 u/s
ASIC mezzanine to be replaced
aida10 asic #4 v. high rates observed
see https://elog.ph.ed.ac.uk/AIDA/901 attachment 45
ASIC/cable/wafer issue ?
rate ~ 1600Hz observed for aida02 - pulser
All other rates 0Hz
per FEE64 Rate spectra - attachment 4
aida02 1.8.L pulser peak width 137 ch FWHM
1.8.W spetcra 20us, 200us & 2ms FSR - attachments 5-10
slow comparator 0x64 -> 0xf
ADC data item stats - attachment 11
per FEE64 Rate spectra - attachments 12 & 13
p+n rates entirely dominated by hot channels, otherwise rates ~0Hz
n+n rates ~ 200-300Hz/channel
slow comparator 0xf -> 0xa
ADC data item stats - attachment 14
per FEE64 Rate spectra - attachments 15-17
p+n rates aida12, aida03 & aida11 entirely dominated by hot channels, otherwise rates ~0Hz
p+n rates aida10, aida01 & aida09 ~500-1000Hz/channel
n+n rates ~ 2000-3000Hz/channel
11.25 Extend HV chain from aida11 to aida09
ADC data item stats - attachment 18
significant decrease in aida09 rate
1.8.W spectra 2ms FSR - attachments 19 & 20
significant improvement in aida09 1.8.W noise
aida02 1.8.L pulser peak width 165 ch FWHM ( slow comparator 0xa ), 127 ch FWHM ( 0xf )
12.00 Extend HV chain from aida09 to aida01 & aida10
slow comparator 0xf
ADC data item stats - attachment 21
per FEE64 Rate spectra - attachment 22
1.8.W spectra 2ms FSR - attachments 23-26
significant improvement in aida01 & aida10 1.8.W noise
aida02 1.8.L pulser peak width 127 ch FWHM ( 0xf )
12.35 slow comparator 0xf
ADC data item stats - attachment 27
per FEE64 Rate spectra - attachment 28
slow comparator 0xa
ADC data item stats - attachment 29
per FEE64 Rate spectra - attachment 30
slow comparator 0x9
ADC data item stats - attachment 31
per FEE64 Rate spectra - attachment 32 & 33
slow comparator 0x8
ADC data item stats - attachment 34
per FEE64 Rate spectra - attachment 35
slow comparator 0x7
ADC data item stats - attachment 36
per FEE64 Rate spectra - attachment 37
slow comparator 0x6
ADC data item stats - attachment 38
per FEE64 Rate spectra - attachment 39
slow comparator 0x5
ADC data item stats - attachment 40
per FEE64 Rate spectra - attachment 41
16.55 Background alpha 3*L & 3*W ( 20us FSR ) spectra - attachments 42 & 43
Slow comparator 0xf
Waveform threshold 7000 ( - polarity ), 9000 ( + polarity )
17.00 DSSSD bias -120V -7.125uA - attachment 44
aida02 1.8.L ( n+n Ohmic side strip ) pulser peak width as function of DSSSD bias
Bias I_l FWHM Centroid
(V) (uA) (ch) (ch)
-120 -7.125 124.8 43090
-140 -7.230 124.5 43092
-160 -7.370 120.2 43093
-180 -7.570 120.0 43095
-100 -7.020 143.8 43089
-80 -6.820 continuum/no peak
-150 -7.300 122.6 43093
DSSSD bias -150V -7.280uA
aida02 *.*.L spectra - attachments 45-48
All channels have similar pulser peak widths to 1.8.L
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|
Tue Oct 10 08:38:37 2023, TD, Tuesday 10 October 40x
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09.38 Water flow & temp OK
Power ON
All system wide checks OK
DSSSD HV +120V +5.585uA - attachment 1
CAEN N1419ET grounded output ( internal LK fitted ) plus ThorLabs inline filter
standard coaxial cable to aida04, no HV daisy chain aida12, aida03 & aida11
aida03 LK3 fitted
aida11, aida03, aida12 LK1 fitted
test + & test - daisy chains removed
FEE64 temps OK - attachment 2
slow comparator 0x64
ADC data item stats - attachment 3
per FEE64 Rate spectra - attachments 4
1.8.W spectra - 200us FSR - attachments 5-8
test + to aida01 *only*
ADC data item stats - attachment 9
per FEE64 Rate spectra - attachment 10
aida01 1*L spectra - attachment 11
pulser peak width 1.8.L 141 ch FWHM
ThorLabs inline filter removed
ADC data item stats - attachment 12
per FEE64 Rate spectra - attachment 13
pulser peak width 1.8.L 136 ch FWHM
14.15 DSSSD HV +120V +6.610uA
Disconnect aida01 ribbon cable drain wire from adaptor PCB gnd
aida01 1.8.L pulser peak width 188 ch FWHM - amplitude/structure of noise does not change significantly but observe higher frequency components in addition
1.8.W p+n spectra - 20us FSR - attachment 14
15.20 Switch from HV + to HV - N1419ET ch 3 to ch 2
HV coaxial cable chain aida12, aida03, aida11, aida04 LK1 fitted
aida12, aida03 & aida11 LK1 removed
Connect aida01 ribbon cable drain wire to adaptor PCB gnd
DSSSD HV-120V -6.720uA - attachment 15
ADC data item stats - attachment 16
aida01 1.8.L pulser peak width 138 ch FWHM
1.8.W spectra - 20us FSR - attachments 17 & 18
Little observable difference between HV - and +, as expected
16.20 Jumper aida04 adaptor PCB gnd to aida12 adaptor PCB gnd
slow comparator 0x64 -> 0xf
ADC data item stats - attachment 20
per FEE64 Rate spectra - attachment 21 & 24
1.8.W spectra - 20us FSR - attachments 22 & 23
aida01 1.8.L pulser peak width 99 ch FWHM
17.00 Ground cable from aida04 gnd to aida12 gnd
ADC data item stats - attachment 25
per FEE64 Rate spectra - attachment 26 & 27
1.8.W spectra - 20us FSR - attachments 28 & 29
aida01 1.8.L pulser peak width 97 ch FWHM
17.20 Ground cable from aida04 gnd to aida12 gnd to aida02 gnd
slow comparator 0xf ~ 150keV
ADC data item stats - attachment 30
per FEE64 Rate spectra - attachment 31
1.8.W spectra - 20us FSR - attachments 32 & 33
1.8.W spectra - 200us FSR - attachments 32 & 33
aida01 1.8.L pulser peak width 85 ch FWHM ~ 65keV FWHM => 5s threshold 138keV
aida12 1.8.L pulser peak width 58 ch FWHM ~ 44keV FWHM => 5s threshold 93keV
aida02 1.8.L pulser peak width 133 ch FWHM ~ 100keV FWHM => 5s threshold 212keV
Rate spectra are consistent with these estimates, i.e. observe ~zero rate for p+n channels ( except hot channels ) and low ( ~100-200Hz rate per channel ) for n+n channels
p+n noise aida12, aida03, aida11 excellent
for aida10, aida01 & aida09 good - can probably be improved to match aida12 etc
significant improvement observed for n+n side
aida12 *.*.W spectra - attachments 34-37
per p+n FEE64 1.8.W spectra - 200us FSR - expanded scale - attachment 38 |
|
Mon Oct 9 14:29:12 2023, TD, Monday 9 October contd.
|
15.20 aida10 LK4 ( front f/p -> gnd ) fitted - investigate impact aida10 asic #4 edge channels
DSSSSD HV bias +100V >+50uA
breakdown MGR & Front F/P?
wafer?
cabling?
aida10 LK4 removed
DSSSD HV +120V +6.760uA stable - attachment 1 |
|
Mon Oct 9 09:03:10 2023, TD, Monday 9 October 50x
|
09.55 Water pressure and temp OK
Power on
All system wide checks OK
DSSSD HV +120V +5.600uA - attachment 1
CAEN N1419ET floating output
standard coaxial cable to aida04, HV daisy chain aida12, aida03 & aida11
aida03 LK1 & LK3 fitted
test + & - daisy chains removed
FEE64 temps OK - attachment 2
slow comparator 0x64
ADC data item stats - attachment 3
per FEE64 Rate spectra - attachments 4-6
1.8.W spectra - 20us & 200us FSR - attachments 7-10
11.00 CAEN N1419ET floating -> gnd output ( via internal LK )
standard coaxial cable to aida04
aida03 LK1 & LK3 fitted
test + daisy chain removed, test - daisy chain aida02 - aida04
DSSSD HV +120V +5.955uA - attachment 11
slow comparator 0x64
ADC data item stats - attachment 12
per FEE64 Rate spectra - attachments 13 & 14
1.8.W spectra - 200us FSR - attachments 15 & 16
Overall, significant improvement in extrinsic noise for both p+n and n+n sides
slow comparator 0xf
ADC data item stats - attachment 17
per FEE64 Rate spectra - attachment 18
11.50 LK1 fitted to aida12, aida03 & aida11
DSSSD HV +120V +6.030uA - attachment 19
slow comparator 0xf
ADC data item stats - attachment 20
1.8.W spectra - 200us FSR - attachments 21 & 22
Incremental improvement in extrinsic noise for both p+n and n+n sides
12.20 LK1 fitted to aida12, aida03 & aida11, HV daisy chain aida12, aida03 & aida11 removed
DSSSD HV +120V +6.125uA - attachment 23
slow comparator 0xf
ADC data item stats - attachment 24
1.8.W spectra - 200us FSR - attachments 25 & 26
Little observable difference
12.40 test - daisy chain removed
slow comparator 0xf
ADC data item stats - attachment 29
per FEE64 Rate spectra - attachments 30 & 31
1.8.W spectra - 200us FSR - attachments 32 & 33
Further improvement in extrinsic noise observed for both p+n and n+n sides
14.00 additional ThorLab inline filter added to HV coaxial to aida04
DSSSD HV +120V +6.505uA - attachment 34
slow comparator 0xf
ADC data item stats - attachment 35
per FEE64 Rate spectra - attachments 36
1.8.W spectra - 200us FSR - attachments 37 & 38
Little observable difference
14.15 DSSSD HV +140V +6.685uA - attachment 39
1.8.W spectra - 200us FSR - attachment 40
DSSSD HV +160V +6.765uA - attachment 41
1.8.W spectra - 200us FSR - attachment 42
additional detector HV to dep+30V ( 160V ) mkaes little difference to n+n noise
14.45 per FEE64 4.*.W spectra - 200us FSR
n+n aida02 aida04 - attachments 43 & 44
p+n aida10, aida01, aida09 - attachments 45-47
p+n aida12, aida03, aida11 - attachments 48-50
aida09 missing strips? cable?
aida10 large transients for edge strips |
|
Sun Oct 8 14:51:59 2023, TD, Sunday 8 October contd. 28x
|
Slow comparator 0xf
DSSSD HV +120V +6.400uA - attachment 3
per FEE64 Rate spectra - attachment 1
ADC data item stats - attachment 2
test + disconnected at start of chain aida10, aida1 ... aida12
ADC data item stats - attachment 4
per FEE64 Rate spectra - attachment 5
No difference observed
DSSSD HV +130V +6.455uA - attachment 7
DSSSD HV +160V +6.605uA - attachment 6
per FEE64 1.8.W spectra - 2ms FSR - attachments 8 & 9
per FEE64 Rate spectra - attachments 10 & 11
ADC data item stats - attachment 12
Depletion+30V bias = 160V - no change to n+n noise, increased noise more generally
17.30 power off, HV off
test + daisy chain removed from aida10, aida01 ... aida12
power on
slow comparator 0x64
DSSSD bias +120V +6.455uA - attachment 13
ADC data item stats - attachment 14
per FEE64 Rate spectra - attachments 15 & 16
1.8.W spectra - 20us & 200us FSR - attachments 17 & 18
extrinsic noise worse but restricyted to a few hot channels
slow comparator 0xf
per FEE64 Rate spectra - attachment 19
18.40 DSSD HV to aida04 ( standard coaxial cable ), N1419ET floating output
HV chain aida12, auda03, aida11
aida03 LK1 and LK3 fitted
slow comparator 0x64
DSSSD bias +120V +6.435uA - attachment 20
ADC data item stats - attachment 21
per FEE64 Rate spectra - attachments 22-24
1.8.W spectra - 200us FSR - attcahments 25 & 26
extrinsic noise worse esp. n+n Ohmic side
p+n rates dominated by hot channels |
|
Sun Oct 8 11:44:35 2023, TD, Sunday 8 October 50x
|
12.22 USB-controlled ac mains relay - interlock overidden
Water flow OK. Water temp 19 deg C OK.
Power on.
aida03 LK3 fitted
test + chaine to all p+n FEE64s
test - disconnected at EG&G Ortec 534 output and aida04 n+n FEE64 adaptor card
CAEN N1419ET floating output
Bias chain braid - aida11, aida03 & aida12, core aida04
Bias +60V +5.28uA stable - attachment 1
FEE64 temps OK - attachment 2
1.8.W spectra - 200us FSR - attachments 3 & 4
per FEE64 p+n 1.8.L spectra - attachment 5
aida01 pulser peak width 240 ch FWHM
Slow comparator 0x64
per FEE64 Rate spectra - attachment 6
p+n rates dominated by hot channels
ADC data item stats - attachment 7
12.58 Bias +100V +6.075uA stable - attachment 8
1.8.W spectra - 200us FSR - attachments 9 & 10
per FEE64 p+n 1.8.L spectra - attachment 11
aida01 pulser peak width 116 ch FWHM
Slow comparator 0x64
per FEE64 Rate spectra - attachment 12
n+n rates dominated by hot channels, no p+n hot channels
ADC data item stats - attachment 13
1.8.W spectra - 20us FSR - attachments 14 & 15
1.8.W spectra - 2ms FSR - attachments 16-19
Observe 100kHz extrinsic noise with 5kHz modulation
13.22 Bias +100V +5.995uA stable - attachment 20
13.36 Bias +100V +6.040uA stable - attachment 25
per FEE64 Rate spectra - attachment 21
n+n rates dominated by hot channels, no p+n hot channels
ADC data item stats - attachment 22
slow comparator 0x64 -> 0xf
per FEE64 Rate spectra - attachment 23
ADC data item stats - attachment 24
13.36 Bias +110V +6.175uA stable - attachment 30
slow comparator 0xf -> 0x64
1.8.W spectra - 2ms FSR - attachments 26 & 27
per FEE64 Rate spectra - attachment 29
aida02, aida04 & aida10 rates dominated by hot channels
ADC data item stats - attachment 28
13.36 Bias +120V +6.295uA stable - attachment 36
slow comparator 0x64
1.8.W spectra - 2ms FSR - attachments 33 & 34
per FEE64 p+n 1.8.L spectra - attachment 31
aida01 pulser peak width 120 ch FWHM
per FEE64 Rate spectra - attachment 32
aida02, aida04 & aida10 rates dominated by hot channels
ADC data item stats - attachment 35
15.07 aida03 LK1 fitted
Bias +60V +5.600uA stable
Bias +100V +6.260uA stabl
slow comparator 0x64
1.8.W spectra - 2ms FSR - attachments 37 & 38
per FEE64 p+n 1.8.L spectra - attachment 40
aida01 pulser peak width 115 ch FWHM
per FEE64 Rate spectra - attachment 39
aida02, aida04 & aida10 rates dominated by hot channels
ADC data item stats - attachment 41
DSSSD HV - attachment 42
per FEE64 Rate spectra - attachment 39
aida02, aida04 & aida10 rates dominated by hot channels
ADC data item stats - attachment 41
|
|
Tue Oct 3 10:16:06 2023, TD, nnrpi2 scripts
|
pi@raspberrypi:~ $ cat ./caen_screen.sh
if ! screen -list | grep -q "caenhv"; then
screen -f -S caenhv /dev/ttyACM0 9600
else
screen -x caenhv
fi
pi@raspberrypi:~ $ cat ./check_usbs.sh
#!/bin/bash
declare -A NAMEMAP
NAMEMAP[FTDI_Chipi-X_FT2LC9OO]="BNC PB-5 Pulser"
NAMEMAP[CAEN_SPA_NIM_Desktop_HV_Power_Supply]="CAEN HV Supply"
NAMEMAP[FTDI_USB__-__Serial]="CAEN NIM Crate"
NAMEMAP[FTDI_FT232R_USB_UART_A502KOX3]="AIDA PSU Relay"
#for sysdevpath in $(find /sys/bus/usb/devices/usb*/ -name dev); do ( syspath="${sysdevpath%/dev}"; devname="$(udevadm info -q name -p $syspath)"; [[ "$devname" == "bus/"* ]] && exit; eval "$(udevadm info -q property --export -p $syspath)"; [[ -z "$ID_SERIAL" ]] && exit; echo "/dev/$devname - $ID_SERIAL"; ); done
for sysdevpath in $(find /sys/bus/usb/devices/usb*/ -name dev); do (
syspath="${sysdevpath%/dev}"
devname="$(udevadm info -q name -p $syspath)"
[[ "$devname" == "bus/"* ]] && exit
[[ "$devname" != *"tty"* ]] && exit
eval "$(udevadm info -q property --export -p $syspath)"
[[ -z "$ID_SERIAL" ]] && exit
echo "/dev/$devname - $ID_SERIAL - ${NAMEMAP[$ID_SERIAL]}" )
done |
|
Tue Oct 3 09:14:59 2023, TD, Tuesday 3 October
|
09.45 Power up
10.15 Bias +60V +5.95uA
10.22 Bias +60V +5.60uA
10.21 Bias +100V +21.1uA unstable
10.27 Bias +80V +10.1uA unstable
10.37 Bias + 60V +5.70uA stable
11.02 Bias +60V +5.78uA stable
11.22 CAEN N1419ET floating output ( internal LK removed )
Bias +100V +6.35uA
11.26 Bias +100V +10.59uA slowly increasing
11.39 Bias +100V +10.39uA unstable
Slow comparator 0x64 observe high ADC data item stats for aida10 & aida12 - attachment 1 - expected rate 25Hz x 64 = 1600 - problem with this wafer and/or adaptor PCBs?
N.B. aida04 asic #1 is u/s and running at very high rates
N.B. rates in aida10 & aida12 dominated by a few hot channels ( not the usual suspects ) - attachment 2
12.00 Bias +100V +13.0uA unstable
12.20 Bias +100V 12.535uA unstable |
|
Mon Oct 2 14:03:42 2023, TD, Monday 2 October
|
15.00 DSSSD bias +60V +6.44uA - breakdown above c. 60V, bias +100V leakage current +20-30uA
Slow comparator 0xa
aida03 LK3 fitted
CAEN N1419ET grounded outputs
HV#1 core aida04. braid aida10, aida1 & aida 9
BNC PB-5
Amplitide 10.0V
Attenuation x10
Decay time 1ms
Polarity +
Tail
Frequency 25Hz
test +/ test - daisy chains connected
test - disconnected at EG&G Ortec 534 output |
|
Sun Oct 1 12:38:56 2023, TD, Sunday 1 October 13x
|
12.50 Power up
All system wide checks OK
per FEE64 p+n 1.8.W spectra 20us FSR - attachments 3-4
per FEE64 p+n 1,8.L spectra - attachment 6
aida01 pulser peak width 15 ch FWHM
per FEE64 Rate spectra - attachment 5
BNC PB-5 pulser
Amplitude 10.0V
Attenuation x10
Decay 1ms
Frequency 25Hz
Polarity + ( n+n Ohmic test input from EG&G Ortec 534 Sum & Invert Amplifier not connected )
Clamp ON
ASIC settings 2021Apr29-13-16-00
slow comparator 0x64
FEE64 temperatures OK - see attachment 1
ADC data item stats OK - see attachment 2 |
|
Sat Sep 30 16:37:06 2023, TD, Honeywell HSS-DPS fault
|
The Honeywell HSS-DPS dew point sensor indicator ( red LED ) is flashing c. 0.5Hz indicating humiidity > 90+/-3 %
Hanna HI9565 report d.p. 8.3 deg C, RH 36%, temperature 25 deg C
S4 area coolant water cntrols indicate water temperature 19 deg C. No evidence of condensation on AIDA coolant manifold.
Sensor fault? |
|
Sat Sep 30 12:14:52 2023, TD, Satuurday 30 September 10x
|
12.54 Power up
All system wide checks OK
per FEE64 p+n 1.8.W spectra - attachments 5-10
20us, 200us and 2000us FSR
per FEE64 p+n 1,8.L spectra - attachment 3
aida01 pulser peak width 15 ch FWHM
per FEE64 Rate spectra - attachment 4
BNC PB-5 pulser
Amplitude 10.0V
Attenuation x10
Decay 1ms
Frequency 25Hz
Polarity + ( n+n Ohmic test input from EG&G Ortec 534 Sum & Invert Amplifier not connected )
Clamp ON
ASIC settings 2021Apr29-13-16-00
slow comparator 0x64
FEE64 temperatures OK - see attachment 2
ADC data item stats OK - see attachment 1
MSL type BB18 24cm c 8cm DSSSD 3208-3/-21/-22
p+n junction side - 21 Ohm resistnace between bias pins
n+n Ohmic side - 152 Ohm resistance between bias pins
=> all bias bond wires OK |
|
Thu Sep 28 16:03:40 2023, TD, Thursday 28 September 10x
|
17.00 USB-controlled ac mains relay - no water interlock ( yellow ) LED
Water temperature ( station outside S4 entrance ) c. 19 deg C and pressure OK
Flow can be felt on rubber outflow pipe from water manifold
Failure of sensor or interlock box?
*** Bypass interlock
16.58 Power ON
17.05 FEE64 temperatures OK - see attachment
All system wide checks OK
per FEE64 p+n 1.8.W spectra - attachments 2-42021Apr29-13-16-00
per FEE64 p+n 1,8.L spectra - attachment 5
aida01 pulser peak width 15 ch FWHM
per FEE64 Rate spectra - attachment 6
BNC PB-5 pulser
Amplitude 10.0V
Attenuation x10
Decay 1ms
Frequency 25Hz
Polarity + ( n+n Ohmic test input from EG&G Ortec 534 Sum & Invert Amplifier not connected )
Clamp ON
ASIC settings 2021Apr29-13-16-00
slow comparator 0x64
17.28 FEE64 temperatures - attachment 7
all < 1 deg C difference cf. 17.05
ADC data item stats OK - attachment 8
19.06 FEE64 temperatures OK - attachment 9 |
|
Thu Aug 31 15:01:11 2023, TD, Test of CAEN N1419B - T9, STFC DL 7x
|
Noise test of CAEN N1419B in T9, STFC DL.
CAEN N1419B configured for floating output ( internal jumper removed ), +50V
DSO y: AC/1M x: 10us, 4us & 1us/div single shot/run
Some HF noise transients observed but amplitude c. 5mV p to p.Noise otherwise appears to be white << 5mV rms. |
|
Wed Aug 30 15:30:50 2023, TD, Test of AIDA ASIC mezzanines with FEE64s - summary 13x
|
Test of ( previously bench-tested OK ) AIDA ASIC mezzanines using FEE64 nnlycca5 ( MAC d8:80:39:41:d7:c3 )
AIDA test station STFC DL, T9 - see attachments 12-13
Pulser BNC PB-5
Amplitude 1.0V
Attenuation x1
Polarity +
Frequency 100Hz
Tail pulse, decay time 1ms
Delay 250ns (min)
ASIC settings 2021Jul12-14.50.48
Slow comparator 0x2f
Adaptor PCB - PJCS
FEE64 temperatures OK
Rate/HitRate spectra OK
LEC spectra OK
Data observed for all channels of all ASIC #1-4
Pulser peak widths *.8.L
Wave spectra OK
Data observed for all channels of all ASIC #1-4
Date/time ASIC mezzanine Pulser peak width Status
serial # (channels FWHM)
30.8.23 14:00 GOC-7226-1-11 13, 7, 11, 11 OK
30.8.23 15:15 GOC-7226-1-19 9, 7, 8, 8 OK Rate, HitRate, *.*.L, *.*.W spectra ( 20us FSR ) - see attachments 1-11
30.8.23 16:00 GOC-7226-1-37 8, 7, 8, 7 OK
30.8.23 16:30 GOC-7226-1-39 6, 8, 9, 8 OK
30.8.23 17:00 0213110101-0029 9, 7, 8, 7 OK
30.8.23 17:30 0216240101-0008 9, 7, 8, 7 OK
31.8.23 10:50 0216240101-0040 11, 8, 9, 8 OK
31.8.23 11:30 GOC-7226-1-31 9, 9, 9, 8 OK
31.8.23 11:50 GOC-7226-1-23 9, 8, 7, 7 OK
31.8.23 12:10 GOC-7226-1-34 8, 7, 8, 7 OK
31.8.23 13:55 0261690101-0040 8, 7, 8, 7 OK
0261690101-0002, 0261690101-0012 by AIDA test bench, T9 Mezzanine book 2 indicates that these FEE64s have been tested OK ( 03/08 ) with a FEE64
6x untested FEE64 mezzanines in AIDA cupboard, T9 |
|
Mon Aug 21 13:17:54 2023, TD, Silena 7710 HV test - JCMB 21.8.23 11x
|
Silena 7710 - see attachment 1
Bias -60V
Without ac mains filter - attachments 2-6
DSO ch#1 AC/1M - y: 10mV/div x: 100ns, 200ns, 1us, 2us & 10us/div
With ac mains filter - attachments 7-11
( see https://elog.ph.ed.ac.uk/nToF/67 attachments 2 & 3 )
DSO ch#1 AC/1M - y: 10mV/div x: 100ns, 200ns, 1us, 2us & 10us/div
Conclusion - Claud Lyons Ltd STF Series Surge & Transient Power Filter makes little observable difference to HF noise transients observed |
|
Sun Aug 20 16:21:45 2023, TD, Silena 7710 HV test - JCMB 20.8.23 6x
|
Silena 7710 - see attachment 1
Bias -60V
DSO ch#1 AC/1M - y: 20mV/div x: 100ns, 200ns, 1us, 2us & 10us/div - attachments 2-6 |
|
Sat Aug 19 14:52:42 2023, TD, BNC PB-4 & BNC PB-5 pulser test - JCMB 18.8.23 21x
|
BNC PB-4 - see attachment 1
Amplitude 35,000
Attenuators all OUT
Risetime 50ns
Decay time 1ms
Tail pulse
Polarity +
Frequency 2Hz (min)
Delay min
DSO ch#1 DC/1M - y: 5mV/div x: 100ns, 200ns, 1us, 2us & 10us/div - attachments 2-6
BNC PB-5 - see attachment 7-9
Amplitude 1.0V
Attenuation x1
Decay time 1ms
Tail pulse
Polarity +
Frequency 2Hz (min)
Delay 250ns (min)
DSO ch#1 DC/1M - y: 5mV/div x: 100ns, 200ns, 1us, 2us & 10us/div - attachments 10-14
BNC PB-5 - see attachment 15-16
Amplitude 10.0V
Attenuation x10
Decay time 1ms
Tail pulse
Polarity +
Frequency 2Hz (min)
Delay 250ns (min)
DSO ch#1 DC/1M - y: 5mV/div x: 100ns, 200ns, 1us, 2us & 10us/div - attachments 17-21
Conclusion
BNC PB-5 significantly noisier than BNC PB-4. Results consistent with GSI tests https://elog.ph.ed.ac.uk/AIDA/886 , i.e. AIDA BNC PB-5 pulser at GSI *not* faulty.
BNC PB-5 operation with 10.0V/10x ( cf. 1.0V/x1 ) shows lower level of noise but still worse than BNC PB-4.
5mV transient at test input ( C_t = 0.7pF ) = 3.5fC = 80keV Si equivalent ( check 1V x 0.7pF = 0.7pC = 16MeV OK ). |
|
Wed Aug 9 14:40:28 2023, Carole, Nic, Jeroen, AIDA HV SUPPLY & PULSER TEST
|
Tests with the HV supply (CAEN N1419ET) and Pulse Generator ( BNC PB-5 ) in the detector lab on the crate behind the DEGAS detectors, carried out the 9th August 2023
Both modules were plugged
Test 1: pulse generetor on 2 Hz
- DC, 50 ohm - HV OFF - attachment 1
- DC, 50 ohm - HV OFF, Zoom on the noise - attachment 2
- DC, 50 ohm - HV 50 V, Zoom on the noise - attachment 3
Test 2: HV supply Channel 1 - CORE and 2 - BRAID, pulse generator still on
- AC 1 Mohm - HV OFF - attachment 4
- AC 1 Mohm - HV 50 V - attachment 5
No differences were observed between crate OFF, HV OFF and HV 50 V. An important periodic noise (green on the pictures) was observed and was significantly smaller when unpluging the HV module from the crate. The thickness of the baseline noise seems to be comparable to entry 882, attachment 33-35.
|
|
Fri Aug 4 10:04:58 2023, TD, Friday 4 August contd. 17x
|
10.45 Power cycle and reboot
DSSSD bias +100V leakage current +8.365uA
All system wide checks OK
Slow comparator 0x64
per FEE64 rate spectra - attachment 1
per FEE764 1.8.W spectra - attachments 16 & 17 ( ignore attachments 2 & 3 - bias off/low )
adc data item stats - attachment 4
slow comparator 0xf
per FEE64 rate spectra - attachment 5
adc data item stats - attachment 6
slow comparator 0xe
per FEE64 rate spectra
adc data item stats - attachment 7
slow comparator 0xd
per FEE64 rate spectra - attachment 8
adc data item stats - attachment 9
slow comparator 0xc
per FEE64 rate spectra - attachment 10
adc data item stats - attachment 11
slow comparator 0xb
per FEE64 rate spectra - attachment 12
adc data item stats - attachment 13
slow comparator 0xa
per FEE64 rate spectra - attachment 14
adc data item stats - attachment 15 |
|
Fri Aug 4 09:07:08 2023, TD, Friday 4 August 23x
|
07.00 DAQ stopped
Overnight run for background alphas
10.07 FEE64 temperatures OK - attachment 1
DSSSD bias +100V leakage current +8.210uA - attachment 2
Stats - attachments 3-12
per FEE64 1.8.W spectra 200us FSR - attachments 21-22
per FEE64 rate spectra - attachment 23 |
|
Thu Aug 3 14:16:12 2023, TD, Thursday 3 August contd. 21x
|
15.16 DSSSD bias +100V leakage current +8.415uA
ThorLabs filters removed
Test + & test - signals disconnected at outputs of BNC PB-5 and EG&G Ortec 534
aida02 & aida04 LK1 installed, aida01 LK3 not installed
aida03 LK3 installed
test + & test- daisy chains installed
HV daisy chain - core - aida12, aida03, aida11
HV daisy chain - braid - aida04
slow comparator 0xa p+n FEE64 rates high ( 50-125k )
per FEE64 rates - attachment 1
per FEE64 1.8.W spectra 200us FSR - attachments 2-3
adc data item stats - attachment 4
slow comparator 0xc p+n FEE64 rates OK ( 15-40k ) dominated by 'hot' channels, low per channel rates in aida11, aida03, aida12
per FEE64 rates - attachment 5-6
adc data item stats - attachment 7
slow comparator 0xf p+n FEE64 rates low ( 7-17k ) entirely dominated by 'hot' channels
per FEE64 rates - attachment 8
adc data item stats - attachment 9
slow comparator 0x14
per FEE64 rates - attachment 10-11
adc data item stats - attachment 12
slow comparator 0x19
per FEE64 rates - attachment 13
adc data item stats - attachment 14
slow comparator 0x1e
per FEE64 rates - attachment 15
adc data item stats - attachment 16
slow comparator 0x23
per FEE64 rates - attachment 17
adc data item stats - attachment 18
slow comparator 0x28
per FEE64 rates - attachment 19-20
adc data item stats - aattachment 21
Ignoring 'hot' channels, reduce rates to < 50Hz/channel for p+n slow comparator threshold 120-150keV and n+n slow comparator threshold 350-400keV
If we assume that this estimates the 5x sigma threshold => p+n sigma c. 27keV rms, 64keV FWHM and n+n sigma c. 75keV rms, 176keV FWHM
Given FEE64-DSSSD cable lengths, optimal p+n performance is c. 40-50keV FWHM so current tests begin to approach this - little extrinsic noise observed for preamp signals
We continue to observe significant ( though very much improved ) extrinsic noise for n+n strips so current noise performance could be improved by x2-3.
18.42 slow comparator 0x64
stats & histograms zero'd
DSSSD bias +100V leakage current +9.040uA |
|
Thu Aug 3 09:21:26 2023, TD, Thursday 3 August 47x
|
10.20 DSSSD bias +100V leakage current +6.565uA - attachment 1
All system wide checks OK - attachments 2-7
why is SYNC rollover target 0xe?
FEE64 temps OK - attachment 8
per FEE64 1.8.W spectra 20us FSR - attachments 9-10
slow comparator 0x64
per FEE64 rate spectra - attachment 11
ADC data item stats - attachment 12
slow compararator 0x14
ADC data item stats - attachment 13
11.10 Test + & test - cables disconnected at the outputs of the BNC PB-5 and EG&G Ortec 534
slow comparator 0xf p+n rates dominated by 'hot' channels *except* aida03 & aida09
per FEE64 rate spectra - attachment 14
ADC data item stats - attachment 15
slow comparator 0xa p+n rates high ( 100-200k )
per FEE64 rate spectra - attachment 16
ADC data item stats - attachment 17
slow comparator 0x14 p+n rates entirely due to 'hot' channels
per FEE64 rate spectra - attachment 18
per FEE64 1.8.W spectra 20us FSR - attachments 19-20
ADC data item stats - attachment 21
11.27 Remove ground cable from Al base plate to aida02 FEE64 adaptor PCB
slow comparator 0xf p+n rates entirely due to 'hot' channels
per FEE64 1.8.W spectra 20us FSR - attachments 22-23
per FEE64 rate spectra - attachment 25
ADC data item stats - attachment 24
slow comparator 0xa p+n rates high ( 30-130k ) but lower than previously
per FEE64 rate spectra - attachment 26
ADC data item stats - attachment 27
11.48 DSSSD bias +100V leakage current +7.845uA
Remove LK3 ( local HV ground middle Si wafer )
slow comparator 0xa p+n rates high ( 55-135k ) but increase in rates appears to be due to 'hot' channels
per FEE64 1.8.W spectra 20us FSR - attachments 28-30
per FEE64 rate spectra - attachment 31
ADC data item stats - attachment 32
CAEN N1419ET ch #2 output connected to Tek TDS 210 DSO - powered from relay #6
ch 1 - ac - HV braid
ch 2 - ac - HV core
ch # 2 OFF - attachment 33
ch # 2 + 50V 0.000uA - attachments 34-35
with additional ThorLabs filter
ch # 2 + 50V 0.000uA - attachment 39
ch 2 - dc, hi Z
test - attachments 36-37
test + attachment 38
12.45 Install ThorLabs filter HV core ( *no* filter for HV braid )
slow comparator 0xa p+n rates high ( 40-130k ) but p+n rates dominated by 'hot' channels *except* aida03, aida11, aida12 where rates are generally higher per strip
per FEE64 rate spectra - attachment 40
per FEE64 1.8.W spectra 20us FSR - attachments 41-42
ADC data item stats - attachment 43
14.55 Install ThorLabs filter HV braid ( filters for both HV core & braid )
slow comparator 0xa p+n rates high ( 50-150k ) two filters probably somewhat worse than one filter
per FEE64 rate spectra - attachment 46
per FEE64 1.8.W spectra 20us FSR - attachments 44-45
ADC data item stats - attachment 47
Overall, effect of ThorLabs filters appears to belimited. Perhaps not unexpected as FEE64 adaptor PCBs also have a HV RC filter.
|
|
Wed Aug 2 15:39:52 2023, TD, Wednesday 2 August contd. 11x
|
16.22 Add LK1 to aida01
DSSSD bias -100V leakage current -7.950uA
Slow comparator 0x14
per FEE64 1.8.W spectra 200us FSR - attachments 2-3
ADC data item stats - attachment 4
per FEE64 rate spectra - attachment 1
Noise worse for n+n FEE64s esp. aida04
17.28 Ground Al base plate to aida02 FEE64 adaptor PCB - appears to be marginally worse than without ground
per p+n FEE64 1.8.L spectra - attachments 8-9
aida01 pulser peak width 116 ch FWHM
per FEE64 1.8.W spectra 200us FSR - attachments 10-11
per FEE64 rate spectra - attachment 6-7
ADC data item stats - attachment 5 |
|
Wed Aug 2 08:44:00 2023, TD, Wednesday 2 August 48x
|
09.40 Al snout electrically connected ( < 1 Ohm ) to Al gasket and Al base plate
Al snout electrically isolated ( > 20 MOhm ) from aida02 FEE64 adaptor PCB and AIDA support frame
FEE64 temperatures OK - attachment 1
DSSSD bias +100V leakage current +7.565uA - attachment 2
All system wide checks OK
Slow comparator 0x64
per FEE64 rate spectra - attachment 3
per p+n FEE64 1.8.L spectra - attachments 4-5
aida01 pulser peak width 134 ch FWHM
per FEE64 1.8.W spectra 200us FSR - attachments 6-7
ADC data item stats - attachment 8
Slow comparator 0x14
ADC data item stats - attachment 9
per FEE64 rate spectra - attachment 10
Ground Al base plate to aida02 FEE64 adaptor PCB - appears to be marginally worse than without ground
per p+n FEE64 1.8.L spectra - attachments 11-12
aida01 pulser peak width 120 ch FWHM
per FEE64 1.8.W spectra 200us FSR - attachments 13-14
per FEE64 rate spectra - attachment 15
ADC data item stats - attachment 16
11.48 DSSSD bias +100V leakage current +11.055uA
Ground Al base plate to AIDA support frame - appears to be significantly worse than without ground
per FEE64 1.8.W spectra 200us FSR - attachments 17-18
per p+n FEE64 1.8.L spectra - attachments 19-20
aida01 pulser peak width 150 ch FWHM
per FEE64 rate spectra - attachment 21
ADC data item stats - attachment 22
11.48 DSSSD bias +130V leakage current +35.05uA
Ground Al base plate to aida02 FEE64 adaptor PCB - additional bias makes no significant difference
per FEE64 rate spectra - attachment 23
per p+n FEE64 1.8.L spectra - attachments 24-25
aida01 pulser peak width 118 ch FWHM
per FEE64 1.8.W spectra 200us FSR - attachments 26-27
ADC data item stats - attachment 28
14.03 DSSSD bias +100V leakage current +10.7uA
Ground Al base plate to aida02 FEE64 adaptor PCB - re-check
per FEE64 1.8.W spectra 200us FSR - attachments 28-29
ADC data item stats - attachment 30
15.10 Add DSSSD HV cable from aida04 to aida02 - significantly worse
Ground Al base plate to aida02 FEE64 adaptor PCB - re-check
per FEE64 1.8.W spectra 200us FSR - attachments 31-32
ADC data item stats - attachment 33
15.37 Switch from - to + polarity detector HV
N1419ET from ch #3 to ch #2, all outputs non-floating
LK1 ( local HV ground )removed from aida12, aida03, aida11 - installed aida04
LK3 ( DSSSD PCB ground ) installed aida03 ( no change )
HV #1 core aida12, aida03, aida11 - braid aida04
test + chain aida9, aida01, aida10, aida12, aida03, aida11 - connected to BNC PB-5 pulser
test - chain aida04, aida02 - not connected to pulser
AIDA PSU cabling per https://elog.ph.ed.ac.uk/AIDA/879
HV cable aida04 to aida02 - removed
Ground Al base plate to aida02 FEE64 adaptor PCB - removed
FEE64 temperatures OK - attachment 35
DSSSD bias -100V leakage current -7.155uA - attachment 36
Slow comparator 0x14
per FEE64 rate spectra - attachment 37
per p+n FEE64 1.8.L spectra - attachments 38-39
aida01 pulser peak width 123 ch FWHM but note double peaking
per FEE64 1.8.W spectra 200us FSR - attachments 40-41
ADC data item stats - attachment 42
Slow comparator 0x64
ADC data item stats - attachment 43
Very similar performance to + polarity DSSSD HV tests
16.05 Add LK1 to aida02
DSSSD bias -100V leakage current -7.770uA
Slow comparator 0x14
per FEE64 1.8.W spectra 200us FSR - attachments 44-46
ADC data item stats - attachment 47
per FEE64 rate spectra - attachment 48
Improved noise for n+n FEE64s esp. aida04 |
|
Tue Aug 1 08:50:36 2023, TD, Tuesday 1 August 30x
|
09.50 DSSSD bias +100V leakage current +9.255uA - attachment 2
FEE64 temperatures OK - attachment 1
All system wide checks OK
per FEE64 1.8.W spectra 20 & 200us FSR - attachments 3-6
per p+n FEE64 1.8.L spectra - attachments 7-8
aida01 pulser peak width 87 ch FWHM
adc data item stats - slow comparator 0x64, 0x14, 0xa - attachments 15, 14, 11
per FEE64 rate spectra - attachments 9-10, 12-13
from https://elog.ph.ed.ac.uk/AIDA/872
13x FEE64s installed - see attachment 2 ( courtesy NH )
FEE64 # Cable set #
1 1
2 2
3 3
4 4
5
6 6
7
8 8
9 9
10 5
11 11
12 7
15
Change AIDA PSU cabling from
#1 1-3 2-4 5-6 7-8
#2 9-10 11-12 13-14 15-16
to
#1 1-3 2-4 5-7 9-11
#2 6-8 10-12 13-14 15-16
DSSSD bias +100V leakage current +11.765uA
per FEE64 1.8.W spectra 200us FSR - attachments 16-17
per p+n FEE64 1.8.L spectra - attachments 18-19
aida01 pulser peak width 158 ch FWHM ( note double peaking )
adc data item stats - slow comparator 0x64, 0x14 - attachments 23, 21
per FEE64 rate spectra - attachments 20, 22
DSSSD bias +30V leakage current +35.8uA
13.35 DSSSD bias +100V leakage current +11.785uA
aida04 34-way cable #1 connected to ASIC #1 & 2 disconnected from adaptor PCB
per FEE64 1.8.W spectra 2000us FSR - attachments 26-27
adc data item stats - slow comparator 0x64, 0x14 - attachments 29-30
per FEE64 rate spectra - attachment 28
16.20 Install LK2 & LK4 aida12, aida03, aida11 ( front & rear field plate ground )
DSSSD over current ( 200uA @ c. 30V ) - high resistance short?
LK2 & LK4 installed aida12 *only* - OvC
LK2 & LK4 installed aida11 *only* - OvC
LK2 & LK4 installed aida3 *only* - OvC
LK2 installed aida3 *only* - OvC ( LK2 = rear field plate )
All front & rear field plate connections appear to provide a high resistance short to ground for detector bias. This may be related to issues observed biasing DSSSD via aida01 & aida09 - https://elog.ph.ed.ac.uk/AIDA/874
But why does it affect aida12 too? |
|
Mon Jul 31 09:43:37 2023, TD, Monday 31 July 44x
|
10.43 DSSSD bias +100V leakage current +7.550uA
+ bias - core aida04, braid aida12, LK1 ( HV local ground ) fitted aida03, aida11 *not* aida12
bias bonds aida01 and aida09 probably broken
aida03 LK3 ( DSSSD PCB ground ) fitted
ASIC settings 2021Apr29-13-16-00
slow comparator 0x64
FEE64s 1, 3, 9, 10, 11, 12 + input polarity
FEE64s 2, 4, 6, 8 - input polarity
BNC PB-5 pulser
amplitude 1.0V
attenuation x1
tail pulse
tau_d 1ms
frequency 100Hz
polarity +
EG&G Ortec 534 Sum & Invert Amplifier
to provide - polarity test inputs
Test + and - signals daisy-chained to FEE64s - end of daisy-chain terminated by 50 Ohms.
Adaptor PCB
AIDA Half Rev B 180623 fitted FEE64s 1, 2, 3, 4, 9, 10, 11, 12
AIDA Half Rev A 120418 fitted FEE64s 6, 8
AIDA Half rev A adaptor PCBs aida06 & aida08 - not connected to ribbon cable/test/HV
DSSSD #1 - adaptor PCB ribbon cable drain wires connected to respective adaptor PCB ground
DSSSD #2 ( not installed ) adaptor PCB ribbon cable and ribbon cable drain wires floating
AIDA Half rev B adaptor PCBs DSSSD#1 - FEE64 cooling plate - adaptor PCB ground *not* connected
AIDA Half rev A adaptor PCBs aida06 & aida08 - not connected to ribbon cable/test/HV - FEE64 cooling plate - adaptor PCB ground fitted
ground to AIDA support frame *not* connected
test + / test - *not* connected
per FEE64 1.8.W spectra 20 & 200us FSR - attachments 1-2, 14-15
per FEE64 p+n junction 1.8.L spectra - attachments 3-4
aida01 pulser peak width 136 ch FWHM ( note double peaking )
per FEE64 rate spectra - attachment 5
no test - input
adc data item stats - attachment 6
slow comparator 0x64
note aida04 asic #1 u/s
system wide checks - *all* OK - attachments 7-11
FEE64 temps OK - attachment 12
DSSSD bias - attachment 13
adc data item stats - attachment 16
slow comparator 0x14
12.28 LK1 ( local HV ground ) removed from aida03 & aida11 ( already removed from aida12 )
adc data item stats
per FEE64 1.8.W spetcra 20us FSR - attachments 17-19
DSSSD bias +100V leakage current +6.525uA
14.40 DSSSD bias +100V leakage current +6.230uA
LK1 ( local HV ground ) installed aida12 *only*
adc data item stats
per FEE64 1.8.W spectra 20us FSR
per p+n FEE64 1.8.L spectra - attachments 20-24
aida12 pulser peak width 196 ch FWHM
14.40 DSSSD bias +100V leakage current +11.485uA
LK1 ( local HV ground ) installed aida03, aida11, aida12
adc data item stats - slow comparator 0x64
per FEE64 rate spectra
per FEE64 1.8.W spectra 20us FSR
per p+n FEE64 1.8.L spectra - attachments 25-30
aida12 pulser peak width 135 ch FWHM ( note double peaking )
adc data item stats - slow comparator 0x14
per FEE64 rate spectra
p+n FEE64 rates dominated by edge strips
per FEE64 1.8.W spectra 200us FSR
per p+n FEE64 1.8.L spectra - attachments 31-35
17.15 Test - disconnected from pulser
Connect test daisy chain cable from aida04 to aida02 (50 OHm termination)
adc data item stats - slow comparator 0x14 & oxa
per FEE64 rate spectra - slow comparator 0x14
p+n FEE64 rates dominated by edge strips
per FEE64 1.8.W spectra 200us FSR
per p+n FEE64 1.8.L spectra - attachments 36-44
aida01 pulser peak width 89 ch FWHM
|
|
Mon Jul 24 08:54:48 2023, TD, Monday 24 July 17x
|
09.54 DSSSD#1 bias +100V leakage current +9.065uA
ADC data item stats
per FEE64 1.8.W spectra 20us & 200us FSR - see attachments 1-5
10.02 aida04 asic#1 u/s - see attachments 6-7
10.39 AIDA PSU#1 FEE64s 1,2 3, 4, 5, 6, 7, 8 -> 1, 3, 2, 4, 5, 6, 7, 8
ADC data item stats ( slow comparator 0x64 & 0x14 )
per FEE64 1.8.W spectra 20us & 200us FSR - see attachments 8-12
11.08 Test + connected aida09, 01, 10, 12, 3 & 11
SSSD#1 bias +100V leakage current +12.150uA
ADC data item stats ( slow comparator 0x14 )
per FEE64 rate, 1.8.L & 1.8.W spectra 20us FSR - see attachments 13-18
aida01 pulser peak width 134 ch FWHM |
|
Mon Jul 24 08:39:39 2023, TD, aida10 sys console output & aida10 options
|
Options and system cosnole disagree about which version of the DataAcq program is in use? |
|
Sun Jul 23 08:50:48 2023, TD, Sunday 23 July 19x
|
09.50 Cooknell HV2
2x + polarity, grounded HV channels
+ bias - core aida04, braid aida12, LK1 ( HV local ground ) fitted aida12, aida03, aida11
bias bonds aida01 and aida09 probably broken
aida03 LK3 ( DSSSD PCB ground ) fitted
AIDA Half rev A adaptor PCBs aida06 & aida08 - not connected to ribbon cable/test/HV
DSSSD #1 - adaptor PCB ribbon cable drain wires connected to respective adaptor PCB ground
DSSSD #2 ( not installed ) adaptor PCB ribbon cable and ribbon cable drain wires floating
AIDA Half rev B adaptor PCBs DSSSD#1 - FEE64 cooling plate - adaptor PCB ground *not* connected
AIDA Half rev A adaptor PCBs aida06 & aida08 - not connected to ribbon cable/test/HV - FEE64 cooling plate - adaptor PCB ground fitted
ground to AIDA support frame *not* connected
test + / test - *not* connected
DSSSD#1 3208-3/-21/-22
bias +100V leakage current +8.7uA - attachments 1-11
per FEE64 1.8.W spectra 20us & 200us FSR
09.58 + bias - core aida04, braid aida12, LK1 ( HV local ground ) *not* fitted aida12 & fitted aida03, aida11
see attachments 12-14
17.00 aida04 *only* adaptor PCB connected to AIDA support frame
FEE64 ADC data item stats > 200k for all FEE64s
17.45 FEE64 spower cycled
CAEN N1419ET
Internal LK installed - all outputs grounded
bias +100V leakage current +12.2uA - attachments 15-19
+ bias - core aida04, braid aida12, LK1 ( HV local ground ) *not* fitted aida12 & fitted aida03, aida11 |
|
Sat Jul 22 08:17:48 2023, TD, Saturday 22 July 26x
|
09.20 CAEN N1419ET
Floating outputs
Channel #3 + polarity, Channels #0-2 - polarity
Channel #3 - HV cable #1
+ bias - core aida04, braid aida12, LK1 ( HV local ground ) fitted aida12, aida03, aida11
bias bonds aida01 and aida09 probably broken
aida03 LK3 ( DSSSD PCB ground ) fitted
AIDA Half rev A adaptor PCBs aida06 & aida08 - not connected to ribbon cable/test/HV
DSSSD #1 - adaptor PCB ribbon cable drain wires connected to respective adaptor PCB ground
DSSSD #2 ( not installed ) adaptor PCB ribbon cable and ribbon cable drain wires floating
AIDA Half rev B adaptor PCBs DSSSD#1 - FEE64 cooling plate - adaptor PCB ground *not* connected
AIDA Half rev A adaptor PCBs aida06 & aida08 - not connected to ribbon cable/test/HV - FEE64 cooling plate - adaptor PCB ground fitted
ground to AIDA support frame *not* connected
test + / test - *not* connected
DSSSD#1 3208-3/-21/-22
bias +120V leakage current +17.13uA - attachments 1-14
per FEE64 1.8.W spectra - 200us FSR - attachments 1-2
per FEE64 1.8.W spectra - 20us FSR - attachments 3-4
bias +100V leakage current +8.35uA - attachments 15-17
per FEE64 1.8.W spectra - 200us FSR
bias +0V leakage current +0uA - attachments 18-20
per FEE64 1.8.W spectra - 200us FSR
14.25 bias +100V leakage current +10.83uA - attachments 21-22
per FEE64 1.8.W spectra - 200us FSR
CAEN channel #3 cable moved from cable tray to floor
14.50 bias +100V leakage current +11.15uA - attachments 23-24
per FEE64 1.8.W spectra - 200us FSR
CAEN N1419ET moved to Weiner NIM bin LHS 19" rack channel #3 cable across floor to AIDA stand
HV cables channels #0-2 disconnected |
|
Sun Jul 16 14:20:31 2023, TD, Sunday 16 July contd. 27x
|
15.20 All ERNI pins of aida01 adaptor PCB OK => FEE64 #1 ASIC #2 channel #5 issue faulty test C? faulty ASIC channel?
Fitted drain wire from aida06 & aida08 adaptor PCBs to FEE64 cooling plates
n+n FEE64 1.8.W spectra 20us FSR - attachments 1-2
p+n FEE64 1.8.W spectra 20us FSR - attachments 3
p+n FEE64 1.8.L spectra - attachment 4
aida01 1.8.L pulser peak width 15 ch FWHM
n+n FEE64 1.8.L spectra - attachment 5
double peak spectra
Significant improvement in noise for aida06 & aida08 but still not as good as aida02 & aida04. Some additional extrinsic noise observed for aida02 & aida04.
No change in 1.8.L spectra
n+n FEE64 1.8.W spectra aida02 200us FSR, other FEE64s 20us FSR - attachments 6
baseline sinusoid observed - 4T = 320 samples = 64us = 15.6kHz
15:50 BNC PB-5
switch polarity + to -
switch BNC cables from BNC PB-5 and EG&G Ortec 534 outputs for test +/-
Attachments 7-8
baseline sinusoid observed for p+n *not* n+n FEE64 1.8.W spectra
suggests issue is EG&G Ortec 534
Restore original cabling
16.55 Swap aida09 HDMI cable from MACB #4 port 1 to MACB #5 port 1 - power cycle and restart - no change - aida09 clock not locked
Replace aida09 HDMI with *new* HDMI cable to MACB # 4 port 1 - power cycle and restart - aida09 clock locked
FEE64 temperatures OK - attachment 9
System wide checks - attachments 10-15
OK *except* cannot calibrate aida12 ADCs
per FEE64 rate spectra - attachment 16
p+n FEE64 1.8.L spectra - attachments 17
aida01 1.8.L pulser peak width 15 ch FWHM
n+n FEE64 1.8.L spectra - attachments 18
double peak spectra
p+n FEE64 1.8.W spectra 20us FSR - attachments 19-20
n+n FEE64 1.8.W spectra 20us FSR - attachments 21-22
17.10 n+n FEE64 1.8.W spectra 200us FSR
BNC PB-5 decay time 50us - attachment 23
BNC PB-5 decay time 1ms - attachment 24
18.05 ADC data item stats
slow comparator 0x64 -> 0xa
BNC PB-5 pulser frequency 100Hz so expect rate of ADC data items per FEE64 to be c. 6.4kHz
attachment 25 - aida06 & aida08 ground from FEE64 cooling plate to adaptor PCB fitted, test - connected to aida02, aida04, aida06 & aida08
attachment 26 - aida06 & aida08 ground from FEE64 cooling plate to adaptor PCB fitted, test - disconnected from aida02, aida04, aida06 & aida08
attachment 27 - aida06 & aida08 ground from FEE64 cooling plate to adaptor PCB not fitted, test - disconnected from aida02, aida04, aida06 & aida08
Rev A adaptors require grounding (as expected). Output of EG&G Ortec 534 produces c. 15kHz sinsusoid at test input - cable length/capacitative load?
|
|
Sun Jul 16 09:36:40 2023, TD, 15-16 July 2023 40x
|
Saturday 15 July
Cooling water ON - temperature c. +19 deg C ( controls adjacent to S4 entrance )
Flow taps ON ( S4 )
Cannot see float in mechanical flow gauge - sediment?
USB-controlled ac mains relay flow interlock ON.
Flow vibration can be felt in cooling manifold and lines.
13x FEE64s installed - see attachment 2 ( courtesy NH )
FEE64 # Cable set #
1 1
2 2
3 3
4 4
5
6 6
7
8 8
9 9
10 5
11 11
12 7
15
10x FEE64s configured - update /MIDAS/config/TclHttpd/aidas-gsi@8015/startup.tcl - see attachment 1
ttyUSB1 aida01
ttyUSB3 aida12
ttyUSB4 aida02
ttyUSB6 aida03
ttyUSB7 aida04
ttyUSB9 aida11
ttyUSB10 aida09
ttyUSB12 aida10
ttyUSB13 aida08
ttyUSB15 aida06
Update /etc/dhcp/dhcpd.conf - correct MAC address aida09
from
host aida09 {
hardware ethernet d8:80:39:41:ee:01;
fixed-address 192.168.11.9;
option root-path "/home/Embedded/XilinxLinux/ppc_4xx/rfs/aida09";
}
to
host aida09 {
hardware ethernet d8:80:39:41:ee:10;
fixed-address 192.168.11.9;
option root-path "/home/Embedded/XilinxLinux/ppc_4xx/rfs/aida09";
}
5x MACBs installed - see attachment 3
Note configuration setting 0x0 for all 5x MACBs ( cf. 0x3 per https://elog.ph.ed.ac.uk/DESPEC/517 )
17.30 System wide checks - see attachments 4-7
OK *except* aida09 clock and WR decoder errors
FEE64 temperatures OK - see attachment 8
Sunday 16 July
11.30 Restart
FEE64 temperatures OK - attachment 9
System wide checks - attachments 10-15
aida09 clock errors - no WR timestamp
aida09 WR status 0xd - attachments 16-18
Local controls aida01 cf. aida09 - attachments 19-20
status register 0xf cf. 0x4
BuTIS interface control 0x3 cf. 0x0
14.00 ASIC settings 2021Apr29-13-16-00
slow comparator 0x64
FEE64s 1, 3, 9, 10, 11, 12 + input polarity
FEE64s 2, 4, 6, 8 - input polarity
BNC PB-5 pulser
amplitude 1.0V
attenuation x1
tail pulse
tau_d 1ms
frequency 100Hz
polarity +
EG&G Ortec 534 Sum & Invert Amplifier
to provide - polarity test inputs
Test + and - signals daisy-chained to FEE64s - end of daisy-chain terminated by 50 Ohms.
Adaptor PCB
AIDA Half Rev B 180623 fitted FEE64s 1, 2, 3, 4, 9, 10, 11, 12
*all* LKs fitted
AIDA Half Rev A 120418 fitted FEE64s 6, 8
*no* LKs fitted
No drain wire connections from adaptor PCB to FEE64 cooling plate fitted
per FEE64 rate spectra - attachment 21
p+n FEE64 1.8.L spectra - attachments 22-23
aida01 1.8.L pulser peak width 15 ch FWHM
n+n FEE64 1.8.L spectra - attachments 24-25
double peak spectra
p+n FEE64 1.8.W spectra 20us FSR - attachments 26-28
n+n FEE64 1.8.W spectra 20us FSR - attachments 29-31
Observe significantly higher noise for rev A adaptors
No data observed for aida09
aida01 2.5.* data missing
FEE64 statistics aida01, aida09, good events, ADC data, pause, resume, disc, correlation & WR 48-63 - attachments 32-40 |
|
Fri Jul 7 11:59:06 2023, TD, Test of AIDA FEE64 - summary 11x
|
Test of AIDA FEE64s
ISOL test station STFC DL, T9
Pulser BNC PB-5
Amplitude 1.0V
Attenuation x1
Polarity +
Frequency 100Hz
Tail pulse, decay time 1ms
Delay 250ns (min)
ASIC settings 2019May22-10.19.28
Slow comparator 0x80
Adaptor PCB - PJCS
FEE64 temperatures OK
System wide checks OK
Statistics OK
Hit/HitRate spectra OK
LEC spectra OK
Data observed for all channels of all ASIC #1-4
Pulser peak widths *.8.L
Wave spectra OK
Data observed for all channels of all ASIC #1-4
Date/time FEE64 MAC Pulser peak width Status
(channels FWHM)
6.7.23 17:50 d8:80:39:41:d8:2a 17,17,16,15 OK
6.7.23 11:20 d8:80:39:41:b4:0b 7,7,7,7 OK
6.7.23 10:03 d8:80:39:41:d0:0e 12,12,12,12 OK
5.7.23 15.31 d8:80:39:41:d7:cc 6,6,6,6 OK
5.7.23 14:04 d8:80:39:41:a0:71 12,11,11,12 OK Rate/Hitrate, *.*.L and *.*.W spectra - attachments 1-10
5.7.23 13:18 d8:80:39:42:0d:16 13,15,14,14 OK
5.7.23 12:43 d8:80:39:41:ee:71 17,17,15,16 OK
6.7.23 11:00 d8:80:39:42:0d:0b 17,15,16,15 https://elog.ph.ed.ac.uk/AIDA/870 Mezzanine replaced - ASIC #2 address bit #2 always on? ASIC #2 fail or mezzanine-FEE64
connection
issue?
7.7.23 09:46 d8:80:39:41:f6:ee https://elog.ph.ed.ac.uk/AIDA/869 HDMI replaced - not fully assembled - LEC fast comparator ASIC #1 channel #2 missing. ADC
does not
calibrate. HDMI issue?
OK FEE64s - attachment 11 |
|
Fri Jul 7 10:52:34 2023, TD, PJCS, Test of AIDA FEE64 d8:80:39:42:0d:0b ( aida03 ) - ASIC mezzanine replaced 16x
|
Test of AIDA FEE64 d8:80:39:42:0d:0b ( aida03 ) - ASIC mezzanine replaced
ISOL test station STFC DL, T9
Pulser BNC PB-5
Amplitude 1.0V
Attenuation x1
Polarity +
Frequency 100Hz
Tail pulse, decay time 1ms
Delay 250ns (min)
ASIC settings 2019May22-10.19.28
Slow comparator 0x80
Adaptor PCB - PJCS
FEE64 temperatures OK - attachments 1
System wide checks OK - attachments 2-5
Statistics OK - attachments 6-7
Hit/HitRate spectra OK - attachment 8
LEC spectra - attachments 9-12
Data observed for all channels of ASIC #1, 3, & 4
Data observed (double peaks) ASIC#2 channels 4-7 & 12-15, no data observed channels 0-3 & 8-11 - ASIC#2 address bit #2 set always ON? ASIC #2 fail or Mezzanine-FEE64
connection issue?
Typical pulser peak widths 15-17 channels FWHM ASIC #1-4
Wave spectra OK - attachments 13-16
19/7/23 removed mezzanine and cleaned contacts with ipa. cleaned FEE contacts. reassembled mezzanine to FEE and tested. ASIC 2 now ok. |
|
Fri Jul 7 10:15:09 2023, TD, Test of AIDA FEE64 d8:80:39:41:f6:ee ( aida01 ) - HDMI connector replaced 17x
|
Test of AIDA FEE64 d8:80:39:41:f6:ee ( aida01 ) - HDMI connector replaced. Cooling plate fitted - no base plate.
ISOL test station STFC DL, T9
Pulser BNC PB-5
Amplitude 0.5V
Attenuation x1
Polarity +
Frequency 100Hz
Tail pulse, decay time 1ms
Delay 250ns (min)
ASIC settings 2019May22-10.19.28 - attachment 1
Slow comparator 0x80
Options - attachment 2
Adaptor PCB - PJCS
FEE64 temperatures OK - attachments 3
System wide checks - attachments 4-9
FEE64 module aida01 global clocks failed, 6
Clock status test result: Passed 3, Failed 1
FEE64 module aida01 failed
Calibration test result: Passed 3, Failed 1
Timestamp RAM values OK?
Statistics OK - attachments 10-11
Good WAVE events reported?
LEC spectra - attachments 12-15
Data observed for all channels of all ASICs - double peaking observed - may be due to incomplete FEE64 assembly? See attachment 17
Hit/HitRate spectra - attachment 16
OK *except*
1.2.L fast comparator missing
no WAVE data |
|
Thu Jul 6 10:20:25 2023, TD, Unable to start Rly16 server
|
Unable to start Rly16 server - see attachment 1
Added 16.10 6 July 2023
CU No /dev/ttyUSB* on Raspberry Pi
Re-seated USB cable at Raspberry Pi and USB-controlled ac mains relay, power cycled Raspberry Pi - return to normal operation. |
|
Wed Apr 12 12:32:13 2023, PJCS, ASIC power short problem
|
I have taken videos with an Infrared camera of the power being supplied to one isolated ASIC on a mezzanine.
The power supply is a bench supply with current limit set to 3A.
The centre of the ASIC glowed white hot for a short time and then the whole ASIC shows as hot. Ths the short is on the ASIC and not the bond wires IMO.
I am unable to globally publish the videos at present as I only have a private google drive account.
Please contact Tom Davinson for further details. |
|
Wed Mar 1 16:42:06 2023, Further results from Mezzanine bench tests, PJCS
|
Carried out some further work on failed mezzanine modules.
Inspected them externally and removed the copper block, internally with a bench microscope.
Found two obvious faults ..... broken components with scrambled pcb tracks.
To help determine problems with loading control registers I've added a new menu item in the ASIC control window to allow all four ASIC return values to be checked. This is only useful at the mezzanine test system.
Tested 7 that were labelled as faulty. Failed all of them. 2 with broken components and 1 with some broken bond wires.
Tested one fresh from the cupboard. It failed with over current on the +5v psu ( > 4A! ).
I propose to create a method of testing these mezzanines which allows better access to the power supply regulators ( LT3080 ) and the associated control voltage.
|
|
Thu Feb 23 16:15:31 2023, TD PJCS, Bench test of AIDA FEE64 mezzanines 7x
|
Attachments 2 & 7 AIDA FEE64 mezzanine with
1) adaptor PCB connected to ERNI input connector
2) test PCB to provide power & control to FEE64 mezzanine
plus probe points for (per ASIC) Data Ready, A0-A3, MUX output, 16x fast comparator, 16x buffered preamp output etc.
Attachments 1, 3 & 4 AIDA FEE64 power (middle & right) and fan power (left)
N.B.
Attachment 1 - mid-upper TTi QL355T FEE64 PSU shows nominal current load ( 5V/1.672A 7V/0.031A ) for configured ASICs
Attachment 5 - AIDA FEE64 mezzanines in T9 AIDA cupboard
left - 2x boxes with U/S FEE64 mezzanines (labelled)
right - 2x boxes with bench test OK FEE64 mezzanines
bottom - untested FEE64 mezzanines
Attachment 6 - AIDA FEE64 mezzanines to be re-tested
Summary of AIDA FEE64 mezzanine bench tests (see Mezzanine logbooks for details)
Garner Osborn Batch 7226-1
9 pass
11 pass
15 fail no signals?
16 fail power?
17 fail power?
19 pass
23 pass
24 fail asic#4
27 fail power?
30 fail power?
37 pass
39 pass
40 fail power?
Batch 0213110101
26 fail asic#2
27 fail asic#3
29 pass
Batch 0216240101
8 pass
It is possible that the mezzanines have dirty electrical contacts - they should be cleaned and re-tested |
|
Mon Apr 19 15:10:55 2021, OH TD, Less HEC events than expected in DSSD3
|
we are noticing we appear to see less implant events in detector 3 than we expect. This was first noticed in the xy spectra of the DSSD in the Go4 online.
As part of testing we have lowered the threshold in aida09 which from the xy appeared to have less events.
Following this we still seemed to see less events.
OH downloaded a selection of recent files to analyse. Looking at the total number of HEC events it appears that aida09, aida10 and aida12 are all seeing less HEC events than I would expect.
The ratio of HEC events in aida09 to aida11 was 0.36.
Looking at the energies of the HEC events there appeared to be less events everywhere and not just a threshold issue. We thought it could then be radiation damage and poor
charge collection. To test this we raised the bias to 120V on DSSD3.
The same test was again performed and the ratio again came out to be 0.36
We did not appear to recover any HEC events
Comparing the scaled energy distributions of aida09 and aida11 we see no evidence of a different energy response other than an increase in lower energy events in aida09 due to the lower threshold
I now think it may be a hardware issue. Will look at the last file before the most recent powercycle.
Using TD's analyser program can confirm the rate between aida09 and aida11 before 08:30 this morning was ~1:1.
The problem seems to have appeared during the power cycles following this. |
|
Tue Feb 9 11:44:21 2021, OH, TD, CA, LS, 9th Feb GSI Dry run 16x
|
Database file - 2019Dec19-16.19.51
Current threshold at 0x64
13:27 Recovered from power cycle
System wide checks all ok - Attachments 1-6
*NB* Synchronise the ASIC clocks doesn't work - Attachment 7
ASIC Control ok
FEE temperatures ok - Attachment 8
Bias and leakage currents ok - Attachment 9
New taper service menu - Attachment 10
Pulser peaks log plot - Attachments 11-12
1.8.L pulser peaks - Attachment 13-14
Waveform plots - Attachment 15-16
FEE7 we aren't seeing a HIT pattern but we are seeing ADC data items -> It was a corrupted options file
15:20 DAQ Crashed after enabling data transfer
Problem was not configuring the tapeserver correctly
Have recovered from this. There are now no histograms for FEE09
This is because the options file has been corrupted during startup.
From the statistics it appear we are still reading data on the FEE
Chosen to let the DAQ run in this state to test stability for the time being |
|
Thu Nov 14 07:57:46 2019, TD, AIDA moved from in-beam position at F11
|
To make room for the installation of an MR-TOF device at F11, AIDA and DTAS have been removed
from their in-beam position at F11.
The AIDA network and DTAS/BRIKEN optic fibre cables have been coiled and tied to the E17 stairwell
barrier. |
|
Fri Jun 21 09:57:15 2019, CG, B2F network cables
|
AIDA network cables in B2F disconnected, looped and cable tied to hand rail, out of the way.
Labelled AIDA1/AIDA2 according to which network switch they belong to. |
|
Fri Jun 21 01:08:35 2019, CA, CB, Friday 21 June
|
09.08 all system wide checks okay *except* naida7 fails adc calibration
mismatch between sync pulses received from master and FEE64 - attachment 1
FEE64 temperatures ok - attachment 2
detector bias/leakage currents ok - attachment 3
leakage currents slightly ramping since last night
RH 50.7%, Temperature 22.2 deg, dew point 11.6 deg
09.30 AIDA powered off and now in safe state |
|
Thu Jun 20 07:42:54 2019, CA, TD, AIDA shutdown checklist
|
stop the daq
pause merger
stop TapeServer
housekeeping checks
bias off
individually turn power relays off
switch off 2x NIN bins, 1x fan tray
do not turn off clock!!
turn off aida circuits at power box (careful!)
turn chiller off - press and hold arrow button
front panel switch on chiller - off
wall 3 phase power - off
withdraw aida clear from DTAS - slowly!
return power tool, temperature probe and water container to corral
*if cables*
network cables - blue, disconnect at switch, reel up at stairwell
disconnect clock
aida plastic high voltage and signal
cables from root macb trigger and reset to DTAS
mains cables from mains box
then move aida! |
|
Thu Jun 20 07:35:46 2019, CA, TD, Bias & leakage current spreadsheet
|
https://docs.google.com/spreadsheets/d/12hgbrywB10hGsKt5uc2HnLfZymh8_uvM6cEASbbqnBE/edit#gid=1560332343 |
|
Thu Jun 20 02:37:55 2019, CA, CB, TD, CG, DK, Thursday 20 June 23x
|
10.37 Post - beam, AIDA & DTAS run only
DTAS stop run 164
AIDA file R2_1012
10.54 DTAS start run 165
AIDA file R2_1015
DTAS begins calibration with 24Na source
11.06 DAQ continues running OK
All system wide checks ok *except* nnaida7 fails ADC calibration
FEE64 temperature OK - see attach 1
Good events rate OK - see attach 2
Leakage currents OK - see attach 3
Merger & Tape server OK - see 4 & 5
11.47 DTAS stop run 166
AIDA file R2_1022
12.03 DTAS start run 167
AIDA file R2_1025
Caesium measurement
13.18 DTAS stop run 169
AIDA file R2_1035
14.59 DTAS opens file run 172
AIDA file R2_1049
14.57 DAQ continues OK file RIBF147/R2_352
postrun background and gamma source tests
ASIC settings 2019Jun13-08.56.35
DSSSD#1 slow comparator 0x1d
DSSSD#2 slow comparator 0x8
BNC PB-4 Pulser
Amplitude 90,000
x5 attenuator IN
Frequency 25Hz range, variable min. c. 2.5Hz
t_r 100ns, tau_d 50us
- polarity
Delay MIN, tail pulse
all system wide checks OK *except* nnaida7 fails ADC calibration
detector biases & leakage currents OK - see attachments 6 & 7
FEE64 temperatures OK - see attachment 8
good event statistics - OK - see attachment 9
11x <20k 22x < 50k 23x <100k
Merger - 1x Q 21 error see attachment 10
TapeServer OK - see attachment 11
p+n FEE64s 1.8.W spectra 20us FSR - attachment 12
n+n FEE64s 1.8.W spectra 20us FSR - attachment 13
1.8.L spectra - see attachments 14 & 15
nnaida1 78 ch FWHM, nnaida3 81 ch FWHM
1.8.H spectra - see attachments 16 & 17
FEE64 Rate spectra - attachment 18
Check ASIC Control x1
11.04 analysis of file RIBF147/R2_1051 - attachment 19
deadtime <<1% all FEE64s *except* nnaida19 ~2%
no timewarps
16.00 AIDA file R2_1058
DTAS sends sync pulse
DTAS having issues with DAQ speed
16.30 DTAS stop 175
AIDA file R2_1062
16.32 pulser walkthrough start
BNC PB-4 Pulser
Amplitude 90,000
x5 attenuator IN
Frequency 250Hz range, variable min. c. 25Hz
t_r 100ns, tau_d 50us
- polarity
Delay MIN, tail pulse
90000 - 10000 in 10000 steps walkthrough file R3 - see attachments 20 & 21
12000 - 2000 in 2000 steps walkthrough file R5 - see attachments 22 & 24
ignore file R4
17.08 pulser walkthrough end
22.57 DAQ stop
AIDA file TapeData/RIBF147/R6_49
DTASD stop on run 191 |
|
Wed Jun 19 08:30:36 2019, CG, Wed Jun 19 16.00 - end of run
|
16.10 DAQ continues as before.
Merger rate ~700k items/s and ~5.3Kb/s
Individual FEE rates remain roughly constant
Temps and bias ok.
17.33 DTAS run 149 stopped
DTAS run 150 started
BigRIPS run 2057
AIDA run ~1.3GB in R2_865
19.30 DTAS run 152 stopped
DTAS run 153 started
BigRIPS run 2058
AIDA run ~1.8GB in R2_884
Temps and bias ok.
Rates in merger, tape server and individual FEEs as before.
19.50 In looking at previous data, AIDA is seeing ~30% fewer implants that what is observed at F11Plastic
Beam spot is not central on AIDA and some ions will be lost over sides of DSSD, but does not look
like it would account for a ~30% reduction
AIDA implant profile shown in Attachment 1 - from file
merged_a2_687_708_br190618_2315_100Sn118_121bgrun2049_sw_Tsi.root
21.01 Beam stopped.
DTAS run 155 stopped.
AIDA file R2_899.
DTAS and AIDA will continue with background measurements.
21.04 DTAS run 156 started
AIDA run R2_899
Chiller is full.
Lead bricks upstream of moderator.
That's all folks. |
|
Tue Jun 18 23:58:46 2019, CB, Wed Jun 19 8:00-16:00 19x
|
08:00 Shift change
No change in settings
DAQ continues running OK
Good events rate OK - see attach 1
FEE64 temperature OK - see attach 2
Merger & Tape server OK - see 3 & 4
Leakage currents OK - see attach 5
Online HEC xy plot OK, most implants in DSSD2 - see attach 6
Zeroed online histograms
09:29 DTAS DAQ stops on run 135
AIDA on run R2_787
09:32 DTAS DAQ restarts on run 136
AIDA on run R2_787
BigRIPS on run 2053
09:33 DAQ continues OK
Good events rate OK - see attach 7
Merger ~ 700k items/s
Tape ~ 5400 Kbytes/s
Leakage currents OK - see attach 8
Online HEC xy plot OK - see attach 9
10:31 Good event rate in nnaida 19, 24 steadily creeping up. See attach 10.
Currently 160k and 120k
Merger ~ 710 k items/s
Tape ~ 5689 kbytes/s
All system-wide checks OK, except nnaida7 fails ADC calibration as usual
11:20 Good event rate stable - see attach 11
FEE64 temperatures OK - see attach 12
Merger ~700k items/s
Tape server ~ 5500 Kbytes/s
Leakage currents OK - see attach 13 & 14
11:30 DTAS stops DAQ on run 139
BigRIPS on run 2053
AIDA on run R2_806
11:32 DTAS restarts on run 140
BigRIPS 2053
AIDA R2_807
13:14 DAQ continues OK
Good statistics events stable - see attach 15
Merger ~ 730k items/s
Tape server ~ 5500 KBytes/s
Leakage current OK - see attach 16
13:34 DTAS stops DAQ on AIDA R2_826
13:37 DTAS restarts DAQ on run 144
BigRIPS run 2055
AIDA run 827
15:10 DTAS DAQ reports 20% drop in F11 counting rate
AIDA plastic unchanged, beam current unchanged. Focusing issue?
Reset online histograms to check we are still implanting. We are.
Acquisition continues uninterrupted.
15:17 Good statistics OK - see attach 17
FEE64 temperature OK - see attach 18
Merger ~ 700k items/s
TapeServer ~ 5500 Kbytes/s
Detector leakage current OK - see attach 19
15:30 DTAS stops DAQ on AIDA run R2_845
15:33 DTAS restarts DAQ on run 147
BigRIPS run 2056
AIDA run R2_846
|
|
Tue Jun 18 16:14:03 2019, CA, Wednesday 19 June 00.00 - 08.00 shift 32x
|
00.00 Shift Change
DAQ continues ok
AIDA file RIBF147/R2_697
DTAS run 118
BigRips run 2048
BNC PB-4 Pulser
Amplitude 90,000
x5 attenuator IN
Frequency 25Hz range, variable min. c. 2.5Hz
t_r 100ns, tau_d 50us
- polarity
Delay MIN, tail pulse
0.3mm Al degrader
00.15 System wide checks all ok *except* naida7 fails ADC calibration
00.19 FEE64 temperatures ok - attachment 1
good event statistics ok - attachment 2
detector bias/leakage currents ok - attachment 3
tape service ok - attachment 4
merger ok - attachment 5
01.19 DTAS stop/start (verified with DTAS2019 ELOG)
DTAS Stop: 01:19
DTAS run: 121
AIDA run: 708
BigRIPS run: 2049
DTAS Start: 01:19
DTAS run: 122
AIDA run: 708
BigRIPS run: 2049
01.46 Primary beam at 120 pnA; implants around 250 cps at F11
01.48 High Energy Spectra (1.8.H) for front and back strips, respectively (attachments 6 & 7)
02.35 HEC XY hit pattern - implants mostly in DSSD2 - attachment 8
HEC multiplicity n vs p - attachment 9
HEC Ey vs Ex - attachment 10
Implant - decay time vs Energy - attachment 11
02.46 zeroed all histograms, online sort stats zeroed
02.49 HEC XY hit pattern - ~3 minutes after zeroing - attachment 12
02.52 Primary beam at 120 pnA; implants around 250 cps at F11
03.20 analyser output file R2_726 - attachment 13
no timewarps
~1s deadtime on nnaida19
~0.8s deadtime on nnaida24
0s for rest
03.23 DTAS stop run 125
AIDA file R2_728
BigRIPS run 2049
DTAS start run 126
AIDA file R2_728
BigRIPS run 2050
03.28 Check ASIC control
04.16 HEC XY hit pattern - less implants than expected - attachment 14
HEC XY hit pattern - change refresh rate to 10s.... looks ok. Sorry Tom! - attachment 15
04.26 FEE64 temperatures ok - attachment 16
04.28 System wide checks all ok *except* naida7 fails ADC calibration
good event statistics ok - attachment 17
detector bias/leakage currents ok - attachment 18
merger & TapeServer ok - attachments 19 & 20
05.32 Primary beam at 120 pnA; implants around 250 cps at F11
05.36 DTAS stop run 129
AIDA file R2_749
BigRIPS run 2050
05.40 DTAS send sync pulse AIDA file R2_750
05.43 DTAS start run 130
AIDA file R2_751
BigRIPS run 2051
06.31 HEC XY hit pattern - implants mostly in DSSD2 - attachment 21
HEC multiplicity n vs p - attachment 22
HEC Ey vs Ex - attachment 23
Implant - decay time vs Energy - attachment 24
06.34 High Energy Spectra (1.8.H) for front and back strips, respectively (attachments 25 & 26)
06.36 3.20 analyser output file R2_731 - attachment 27
no timewarps
~1.7s deadtime on nnaida19
~0.8s deadtime on nnaida24
0s for rest
07.19 System wide checks all ok *except* naida7 fails ADC calibration
good event statistics ok - attachment 28
FEE64 temperatures ok - attachment 29
detector bias/leakage currents ok - attachment 30
07.21 Merger & TapeServer ok - attachments 31 & 32
07.30 DTAS stop run 132
AIDA file R2_768
BigRIPS run 2051
DTAS start run 133
AIDA file R2_768
BigRIPS run 2052
|
|
Tue Jun 18 08:03:20 2019, DK, Tuesday 18 June 16:00 - 24:00 15x
|
Shift change
16:00
115 pnA primary, 290 cps implants at F11
Presently at AIDA R2_616
DAQ is running smoothly - passes all system checks (except ADC calib of nnaida7)
Stats okay, though nnaida19 and 24 running a bit high (seems consistent w/ previous shift) - attach 1
(Consistent with lower thresholds, pasted below)
100Sn setting, 0.3mm Al degrader
ASIC settings 2019Jun13-08.56.35
DSSSD#1 slow comparator 0xa -> 0x1d
DSSSD#2 slow comparator 0xa -> 0x8
DSSSD#3 slow comparator 0x8 -> 0xa
Biases fine - attach 2
Merger okay - attach 3
TapeServer okay - attach 4
16:13 New DTAS run 105
AIDA R2_618
BigRIPS is still 2044 as at 15:03
Temperatures okay - attach 5
16:20 Implant spectra look good, mainly into DSSSD2 - attach 6
Spectra saved in ~spectra/specs-2019Jun18-16.24.33
16:30 Zero stats, histograms
17:03 Old runs ending
AIDA R2_626
In principle DTAS 106 but it switches quickly to 107
BigRIPS 2045
17:10 New run DTAS 108, AIDA R2_627
18:09 New implant profile - attach 6
New stats - attach 7
Looks okay
19:08 AIDA R2_647, DTAS 110
19:14 AIDA R2_648, DTAS 111, BigRIPS 2046
20:08 XY implants - attach 8
Bias - attach 9
Merger - attach 10
TapeServer - attach 11
Stats - attach 12
21:15 New runs: BigRIPS 2047, DTAS 115, AIDA R2_668
22:37 XY - attached 13; stats - attached 14
Primary beam at 120 pnA; implants around 250 cps at F11
23:14 DTAS closes the run
23:20 New runs: AIDA R2_688, DTAS 118, BigRIPS 2048 |
|
Mon Jun 17 16:01:27 2019, CB, CG, OH, TD, Tuesday 18 June 00:00 - 16:00 34x
|
00:00 New day. The DAQ continues OK
Beam setting 2 for enhanced yield of Sn100
No degrader
Statistics OK - see attach 1
FEE64 temps OK - see attach 2
Merger & Tape server OK - see attach 3 & 4
Bias OK - see attach 5
All system-wide checks OK, except nnaida7 fails ADC calibration
00:19 AIDA R2_473
DTAS 82
BigRIPS 2036
01:50 FEE temps and bias/leakage currents OK
Data rate continues at ~620k items/s and ~5.1MB/s
ASIC check performed successfully
02:29 DTAS run 85
BigRIPS run 2037
AIDA ~1.5GB into R2_492
02:30 DTAS reset correlation scaler at start of R2_493
Confirmed by change in value in Correlation status & control @ aidas1 window.
02:36 DTAS run 86 started
BigRIPS run 2038
AIDA file R2_494
04:38 DTAS run 88 stopped. AIDA run R2_512.
DTAS run 89 started.
BigRIPS run 2039
AIDA run R2_512 (1.8GB)
Temps + bias/leakage currents still ok
Data rate still ~600k items/s and ~5MB/s
Individual Good data rates remain roughly constant (see attachment 6)
All system-wide checks passed, except nnaida7 fails ADC calibration
05:48 Stats and histograms zeroed
06:28 DTAS run 91 stopped. AIDA run R2_528 at the time.
DTAS run 92 started
BigRIPS run 2040
AIDA run R2_528
07:50 Made some basic observations with the first file merged after the setting change
Attachment 7 shows implant x:y plots for each DSSD
Attachment 8 show PID for second setting with 100Sn highlighted in red and 96Ag in magenta
08:21 PID per DSSD Attachment 9
Sn100 per DSSD attachment 10
Sn100 Velocity against DSSD 11
Sn100 Velocity against DSSD Energy attachment 12
08:29 DTAS and BigRIPS stop
AIDA on file R2_546
DTAS starts file 95
BigRIPS run 2041
AIDA on file R2_547
08:53 Stats ok - attachment 13
Temps ok - attachment 14
System wide checks ok
ASIC check ok
Bias and leakage still ok though DSSD3 continues to rise - attachment 15
Merger continues with data rate around 700k - attachment 16
09:43 With the new implantation profile depositing most of the Sn100 in DSSD2 but some in the 3rd the
plan is to put in place a 200 micron degrader to bring the deposition into the centre of detector
2
10:15 Overnight MIDAS analysis has been completed.
Spectra have been exported to: /homes/npg/spectra/specs-2019Jun18-10.14.36
MIDAS will be switched to online mode with the change in degrader setting
10.33 DAQ stop
AIDA file RIBF147/R2_566
OH/AA/SN add 0.3mm Al degrader to Pb wall immediately upstream of the (CH2)n shield
10.35 Julabo FL11006 chiller set point +20 deg C actual +20.0 deg C
Water level c. 50% M-H markers
Temperature +24.1 deg C dew point +9.7 deg C RH 39.8%
10.39 DTAS starts file 98
BigRIPS run 2042
AIDA on file R2_567
11:06 Implantation events for the 2nd setting with 0,3mm Al plate - attachments 17-19
FEE64 Rate spectra - attachment 20
FEE64 HitRate spectra - attachment 21
1.8.L spectra - see attachments 22-25
nnaida1 73 ch FWHM, nnaida3 77 ch FWHM - cf. 73 & 78 ch FWHM respectively 10.41 yesterday
1.8.H spectra - see attcahments 26-27
p+n FEE64s 1.8.W spectra 20us FSR - attachment 28
n+n FEE64s 1.8.W spectra 20us FSR - attachment 29
11.30 Check ASIC Control *all* FEE64s & ASICs
zero *all* histograms
zero DAQ stats
11.50 analysis of RIBF147/R2_576
deadtime *all* FEE64s <<1%
no timewarps
11.57 ADC data synchronised - attachment 30
per FEE64 ADC data / 20.48us - attachment 31
12:39 DTAS and BigRIPS stop runs
AIDA on file R2_585
DTAS file 101
BigRIPS run 2043
AIDA on File R2_585
13:23 System wide checks ok
14:38 DTAS and BigRIPS stop runs
AIDA on file R2_683
OH offline analysis of BigRIPS-implant correlations for previous 2h indicates >90% of 100Sn are
now in DSSSD#2 with small d=fraction remaining in DSSSD#3
100Sn setting, 0.3mm Al degrader
ASIC settings 2019Jun13-08.56.35
DSSSD#1 slow comparator 0xa -> 0x1d
DSSSD#2 slow comparator 0xa -> 0x8
DSSSD#3 slow comparator 0x8 -> 0xa
DAQ stats before & after chn age of slow comparator thresholds above - see attachments 33 & 34
before 11x <20k 21x <50k 24x <100k cf after 11x <20k 22x <50k 23x <100k
merger 664k items/s cf 560k data items/s
BNC PB-4 Pulser
Amplitude 90,000
x5 attenuator IN
Frequency 25Hz range, variable min. c. 2.5Hz
t_r 100ns, tau_d 50us
- polarity
Delay MIN, tail pulse
15.03 DAQ start
AIDA file R2_606
DTAS file 104
BigRIPS run 2044
|
|
Mon Jun 17 08:03:37 2019, CA, CB, TD, OH, Mon Jun 17 16:00-24:00 19x
|
16:04 DAQ continues running OK
All system-wide checks OK except nnaida7 ADC calibration fails
FEE64 temperatures OK - attach 1
Merger and Tape Server OK - see attach 2 & 3
16:30 DTAS and BigRIPS stop
AIDA on file R2_406
16:35 Beam stop.
AIDA plastic gain increased by a factor 2
Moved the lead bricks between AIDA and F11, 1 cm further away to the sides
Chiller water level OK
Humidity 34.6%
Temperature 23.4 C
Dew point 7.1 C
16:40 Beam restart
AIDA run R2_408
DTAS 70 (from DTAS ELOG)
BigRIPS 2030 (from DTAS ELOG)
No obvious changes to the implantation pattern. May need more stats.
Detector leakage current OK - see attach 4
17.31 nnaida14 3.*.H & 4.*.H spectra - attachments 5 & 6
Corresponds to RHS DSSSD#3 - decrease in rate observed but no evidence of systematic variation of HEC energy
Modified implantdecay4.f to select events with x & y energy > ADC ch 1600 (c. 1MeV) to observe x-y hit pattern
of light particles - see attachments 7 & 8
Low stats but light particle distribution appears to be symmetric with no obvious RHS cut
17:37 DTAS & BigRIPS DAQ stop
Beam stop
Lead moved back as before
AIDA plastic gain decreased by a factor 5
17:40 DTAS and BigRIPS stop
AIDA on file R2_416
17.48 zero *all* SortSas spectra
17:50 Beam restarting
AIDA R2_418
DTAS 73 (72 is a mistake - ignore)
BigRIPS 2031
18:43 DAQ continues OK
All system wide checks OK - except nnaida7 fails ADC calibration as usual
FEE64 temperature OK - see attach 9
Stats OK - see attach 10
Merger & Tape Server OK - see attach 11 & 12
Leakage currents OK - see attach 13
HEC & LEC events plots attached - attach 14 & 15 - note LEC in DSSD#3 are > 3 MeV only (light particle-like)
18:50 AIDA R2_427
DTAS 74
BigRIPS 2031
19.08 DTAS & BigRIPS DAQ stop - beam lost
AIDA file R2_429
21:15 Beam is back - briefly
AIDA R2_446
21:17 Beam lost - operators advise "this will take a long time"
22:16 Beam is back!
AIDA R2_454
DTAS 78
BigRIPS 2034
Statistics OK - attach 15
FEE64 temperatures OK - attach 16
Merger & Tape Server OK - see attach 17 & 18
System-wide checks as usual
DTAS reports rate in F11 down by 20%, and rate in AIDA plastic sees similar drop. |
|
Mon Jun 17 03:01:04 2019, CA, TD, OH, PID plot and selected isotope implantation rates
|
PID plot produced from 2 hours of merged data - attachment 1
Z on y-axis, A/Q on x-axis
numbers estimated by gating on each isotope and integrating
94Ag - 10584 events in 2hrs
97In - 42 events in 2 hrs
100Sn - 56 events in 2 hrs
94Pd - 383030 events in 2 hrs |
|
Mon Jun 17 02:31:53 2019, CA, TD, OH, Monday 17 June 08.00-16.00 21x
|
10.41 DAQ continues OK file RIBF147/R2_352
100Sn setting, no degrader
ASIC settings 2019Jun13-08.56.35
DSSSD#1 slow comparator 0xa -> 0x1d
DSSSD#3 slow comparator 0xa -> 0x8
BNC PB-4 Pulser
Amplitude 90,000
x5 attenuator IN
Frequency 25Hz range, variable min. c. 2.5Hz
t_r 100ns, tau_d 50us
- polarity
Delay MIN, tail pulse
all system wide checks OK *except* nnaida7 fails ADC calibration
detector biases & leakage currents OK - see attachments 1 & 2
FEE64 temperatures OK - see attachment 3
good event statistics - OK - see attachment 4
11x <20k 21x < 50k 24x <100k
Merger OK - see attachment 5
TapeServer OK - see attachment 6
p+n FEE64s 1.8.W spectra 20us FSR - attachment 7
n+n FEE64s 1.8.W spectra 20us FSR - attachment 8
1.8.L spectra - see attachments 9 & 10
nnaida1 73 ch FWHM, nnaida3 78 ch FWHM
FEE64 Rate spectra - attachment 11
Note high rate issues observed for *some* strips in nnaida14 ASIC #3 & #4 fixed (temporarily) by Check
ASIC Control
FEE64 Rate spectra - attachment 12
10.58 ADC data synchronised - attachment 13
Online MIDASsort spectra - attachments 14-18
11.04 analysis of file RIBF147/R2_353 - attachment 19
deadtime <<1% *all* FEE64s
no timewarps
11.12 HitRate spectra - attachment 20
disable nnaida14 *hot* channels 29, 30 & 35
11.15 zero all histograms
zero DAQ stats
12.31 DTAS and BigRIPS stop
AIDA on file R2_368
DTAS starts file 63
BigRIPS run 2025
AIDA file R2_368
13:08 R2_374
The putty window for USB2 had frozen with a 1 in the voltage set as shown in attachment 1
The window was no longer updating.
When regaining the window the voltage limit was applied and the detector
began to ramp down
The set voltage was reset to 100V and bias was regained.
Total time with less than 100V was around 30sec
14:28 DTAS and BigRIPS stop
AIDA on run R2_386
DTAS Starts file 66
BigRIPS run 2026
AIDA on file R2_387
14:32 Bias and leakage currents ok - attachment 21
15:07 Rate spectra showing no spikes in DSSD 3
System wide checks
15:08 DTAS and BigRIPS stop
AIDA onfile R2_393
BigRIPS chaning slit positions
14:14 DTAS starts file:
AIDA on file R2_394
BigRIPS file 2027 (In control by bigRIPS)
15.30 TAS and BigRIPS stop
AIDA onfile R2_396 |
|
Sun Jun 16 16:00:58 2019, ML, CG, OH, Monday 17 June 2019 17x
|
It's a new day, it's a new log entry !!
01:25 DTAS run 46 started
BigRIPS run 2019
AIDA run R2_268
DAQ running smoothly
No change in Stat and Rate (stat zeroed at the beginning of this DTAS run)- See attachment 1
Merger rate: 630k item/sec - See Attachment 2
TapeServer rate still ~5 Mbytes/sec - See attachment 3
Temperature and HV ok - See attachment 5 & 6
System-wide checks OK except nnaida7 fails ADC calibration as usual.
!!!
Victor said that the run AIDA R2_249 is missing in the correlation merge data. This is the run when the
correlation scaler was reset (as DTAS was running out of range in some of their timing histograms) (See
elog end of Sunday)
!!!
02:23 Rate in DSSD#3 card 9 and 12 slowly reaching 100kHz while 14 and 15 ~ 50kHz. See attachment 7
TapeServer rate ~ 5.5 kHz
03:25 Change of DTAS run:
DTAS run 49 started
BigRIPS run 2020
AIDA run R2_286
Experiment still running smoothly. No significant change since last comments 2h ago.
Leakage current in detector 3 is increasing slowly see attachment 8 & 9
05:25 Change of DTAS run:
Note: DTAS run stopped during AIDA R2_305 and re-started during R2_306.
DTAS run 52 started
BigRIPS run 2021
AIDA run R2_306
Pretty quiet night shift.
Stat & Rate in attachment 10 - DSSD#3 FEE card 9 back down to 60kHz
Merger rate: 650k item/sec - See attachment 11
TapeServer rate still ~5.1 Mbytes/sec - See attachment 12
System-wide checks OK except nnaida7 fails ADC calibration as usual.
X vs Y HEC spectrum in attachment 13
LEC E vs HEC-LEC spectrum in attachment 14
Both spectra zeroed
Bias in attachment 15
Temperature unchanged
07:30 DTAS and BigRIPS stop runs
AIDA on file R2_323
07:33 New Run numbers
DTAS Run: 55
BigRIPS Run: 2022
AIDA on File: R2_324
07:56 System wide checks ok
Fee temps ok - attachment 16
100Sn setting, no degrader
ASIC settings 2019Jun13-08.56.35
BNC PB-4 Pulser
Amplitude 90,000
x5 attenuator IN
Frequency 25Hz range, variable min. c. 2.5Hz
t_r 100ns, tau_d 50us
- polarity
Delay MIN, tail pulse
08:28 Bias and leakage ok - attachment 17
08:48 ASIC check successful
09:32 DTAS and BigRIPS stop
AIDA on file R2_342
DTAS starts file 58
BigRIPS run 2023
AIDA still on file R2_342 |
|
Sun Jun 16 10:06:21 2019, TD, CG, FEE64 nnaida14 noise issues 16x
|
Attachments 1, 3, 5 & 7 *.L spectra log scale
Attachments 2, 4, 6 & 8 *.L spectra linear scale (expanded around pulser peak)
Attachments 9-12 *.W spectra 20us FSR
Observe
2.13.L low amplitude
2.14.L & 3.3.L large number of counts and 'sinusoidal' continuum
... but ... the corresponding waveform spectra look OK
Zero'd all histograms to confirm observations - confirmed - see attachment 16
Pulser peak width spectrum 3.8.L 71 ch FWHM |
|
Sun Jun 16 04:50:03 2019, CA, Tests of calibration on beta data 25x
|
Analysis of RIBF148/R5_170_190, with 500 < E < 1000 keV energy cut
Note also a 600 keV energy difference cut was applied when sorting the data.
plots in order: Ex - Ey
Ey vs Ex
Ex-Ey vs xStrip
Ex-Ey vs yStrip
DSSD 0 - attachments 1-4
DSSD 1 - attachments 5-8
DSSD 2 - attachments 9-12
DSSD 3 - attachments 13-16
DSSD 4 - attachments 17-20
DSSD 5 - attachments 21-24 (This DSSD has significantly more counts than the rest, so on different scale)
attachment 25 - table comparing peak centroids and sigma values
calculated by applying gaussian fit to central peak in Ex-Ey plots |
|
Sun Jun 16 04:09:40 2019, CA, CB, ML, TD, CG, Sunday 16 June noon-midnight 16x
|
12.10 DAQ continues OK file RIBF147/R2_145
100Sn setting, no degrader
ASIC settings 2019Jun13-08.56.35
BNC PB-4 Pulser
Amplitude 90,000
x5 attenuator IN
Frequency 25Hz range, variable min. c. 2.5Hz
t_r 100ns, tau_d 50us
- polarity
Delay MIN, tail pulse
good event statistics - DSSSD#1 noisy - see attachment 3
10x <20k, 19x <50k, 20x <100k
p+n FEE64s 1.8.W spectra 20us, 200us, 2ms, 20ms FSR - DSSSD#1 noisy - attachments 4, 6, 7 & 8
n+n FEE64s 1.8.W spectra 20us FSR - DSSSD#1 noisy - attachment 5
FEE64 Rate spectra - attachment 1
Check ASIC Control *all* FEE64s & ASICs x1
FEE64 Rate spectra - attachment 2
Observe that nnaida17 is the really noisy FEE64 - nnaida20, 22 & 23 show increased noise but
not at same level as nnaida17. Is nnaida17 actually the problem? LH kapton PCB is the only
one we did not replace for example.
12.21 DSSSD#1 stats OK
12.36 AIDA R2_151
DTAS run 027
BigRIPS still 2012
13:43 DAQ continues running OK file RIBF147/R2_167
https://www.reddit.com/r/politics/
Settings as before
Good events stats OK - DSSD#1 no longer noisy - see attach 9
Leakage current OK - see attach 10
Systems wide checks OK except nnaida7 fails calibration
Merger ~550k events/second, TapeServer 4435 Kbytes/s
Will increase thresholds on DSSD#1 and decrease on DSSD#3 on next DTAS stop.
14:20 DSSD#1 was found noisy again (Rate>100kHz & Tapeserver 10Mbytes/s)) but then soon after was back to a
normal counting rate (Rate back to ~40kHz & Tapeserver back to 5 Mbytes/s)
14:39 DTAS & BigRIPS stops - changing threshold during AIDA R2_174
DSSD#1 (nnaida17, 20, 22, 23) slow comparator threshold -> 1d (300 keV)
DSSD#3 (nnaida9, 12, 14, 15) slow comparator threshold -> 8 (80 keV)
Check ASIC control x1 on all FEE64
Restarting
AIDA R2_175
DTAS 30
BigRIPS 2013
New stats look OK - zero'd Counters - see attach 11
nnaida 17,20,22,23 rates are down
nnaida 9,12,14,15 rates are up
It appears the data rate balances out. Data items & write to disk similar to before the changes.
See attach 12 & 13
New sample waveforms in attach 14 & 15. nnaida17 looks significantly better than before.
Rates spectra also attached - see 16
17:12 Data rate still ~600k items/s
File rolled over to R2_196
17:30 Current F11 rate ~190 cps
Estimation of implant rate in AIDA of ~270 implants/s (number of HEC events in DSSD1 y strips over duration
of file R2_197)
> increased AIDA rate likely due to double counting of multi-strip events
Temps all ok
18.11 DAQ stats zero'd
*all* histograms zero'd
20:13 DAQ continues to run OK
Data rate ~620k items/s. FEE64 data rates remain approx. same
Temps OK
Just rolled over to file R2_222
20:44 DTAS run 39 started
BigRIPS run 2015
AIDA at 1.2GB into R2_226
22:44 DTAS run 42 started
BigRIPS run 2017
AIDA at 1.3GB into R2_243
Carried out ASIC check successfully
Temps and data rate remain unchanged.
23:16 Been almost 1 day running.
DTAS running out of range in some of their timing histograms so reset the correlation scaler
Reset successfully at start of R2_249
23:19 Reset signal sent again. Still in file R2_249
23:23 DTAS run 43 started
BigRIPS run 2018
AIDA run R2_250
23:54 MIDASSORT spectra saved to /homes/npg/spectra/specs-2019Jun16-23.52.55
MIDASORT online started. |
|
Sat Jun 15 16:53:22 2019, CB, OH, DK, ML, Sunday 16 June 37x
|
00.30 AIDA file R2_26
DTAS run 007
BigRIPS run 2006
00:55
Merger status - attachment 1
TapeSever status - attachment 2
01:40
Before zeroing stats - attachment 3
Histos up to now saved in /homes/npg/spectra/specs-2019Jun16-01.46.50
Before zeroing histos - XY attachment 4
02:22 Up to AIDA R2_41
Stats - attachment 5
XY implants - attachment 6
02:29 AIDA R2_42
DTAS run 011
BigRIPS still 2006
04:08 Up to AIDA R2_55
Temps - attachment 7
Biases - attachment 8
Stats - attachment 9
XY implants - attachment 10
04:50 Did some major UI updates to merger /data02/2019data/dtas/scripts/parallelscript/runall_xe19_dev.sh
If no parameters are passed, it asks to select each option one-by-one, showing available options
For DTAS, if there is only one run for a given header, it automatically selects it
After that, it checks that all the raw files actually exist
Finally, it composes the command, asks the user if it looks OK, and then launches the script (or quits)
(For experts, it can still take the original case where all 7 parameters are passed at the command line)
There may still be some minor bugs, so for now we don't replace the original one until Alvaro can check
06:09 Stats - attachment 11
XY implant profiles -- attachment 12
06:30 DTAS 018; AIDA R2_80; BigRIPS 2009
Things getting a bit noisier?
Merger - attachment 13
TapeServer - attachment 14
Stats - attachment 15
The FEEs corresponding to DSSSD1 are all showing factors 2 to 10 higher than just 30 min. ago
F11 rates still near 180 cps, primary beam still around 130 pnA.
06:43 Before I can diagnose the high noise problem in DSSSD1, it goes back to normal
Merger - attachment 16
TapeServer - attachment 17
Stats - attachment 18
Maybe the issue was from looking at the details too often :)
07:46 Shift change.
DAQ continues running OK.
Statistics show noisy DSSD #1 (100-200kHz) - see attach 19
Tapeserver also shows higher than normal write to disk rate - see attach 20
After a few seconds write to disk rate goes back to normal - see attach 21
Data items rate looks OK (500k). This was checked after the rates in DSSD#1 went back to normal - see attach 22
FEE64 temperatures OK - see attach 23
Implants look OK - see attach 24
System-wide checks OK except nnaida7 fails ADC calibration as usual.
Reset Statistics
Stats now OK - see attach 25
Reset HEC implants
Timewarp events appear to be very frequent, consistently every 3-5 seconds.
This seems to have been happening ever since beam was put on target.
Analysed R2_94 using analyser in Desktop 3. No timewarps reported. See attach 26.
08:32 AIDA: R2_100,
DTAS: 21 ,
BigRips: 2010
08:41 Another noise spike from DSSD#1
Observed up to 1,600k data items per second - see attach 27
Write to disk ~10 MB/s as before.
See LEC xy plot - attach 28
HEC xy plot shows no hints of issues - see attach 29
Rate seems manageable - see attach 30 for analysis of noisy run R2_103.
Note few seconds deadtime in some FEE64 and unequal number of Pause/Resume in nnaida 22
09:45 Rate in DSSD#1 back to normal. Data rate 500k, Write to disk 5 Mb/s.
10:00 Started compressing R2_* files to save disk space.
Used nice gzip to compress to avoid conflicts with the DAQ.
Status of compression can be checked in ELOG desktop in the terminal window running ls -alth
10:32 DTAS and BigRIPS stop runs
AIDA on file R2_128
DTAS:24
BigRIPS 2011
10:56 Lost beam. BigRIPS and DTAS DAQs continue running. Accelerator operators advise beam should be back in 10 minutes.
11:12 Beam is back. BigRIPS & DTAS continue running and did not stop. AIDA file R2_133.
11:25 System-wide checks OK except nnaida7 fails ADC calibration as usual.
Stats OK, but nnaida19 is a bit more noisy than befor (80k) - see attach 31
Temperatures OK - see attach 32
TapeServer & Merger OK - see attach 33, 34 - rates have been low since 10 am
HEC xy plot OK - see attach 35
Reset online spectra
Leakage current OK - attach 36
|
|
Sat Jun 15 01:05:41 2019, CA, CB, TD, CG, OH, DK, ML, Saturday 15 June 47x
|
09.05 Julabo FL11006 chiller set point +20 deg C actual +20.0 deg C
Water level c. 75% M-H markers
Temperature +24.1 deg C dew point +8.3 deg C RH 36.2%
DAQ continues OK
ASIC settings 2019Jun13-08.56.35
BNC PB-4 Pulser
Amplitude 90,000
x5 attenuator IN
Frequency 25Hz range
t_r 100ns, tau_d 50us
- polarity
Delay MIN, tail pulse
all system wide checks OK *except* nnaida7 fails ADC calibration
detector biases & leakage currents OK - see attachments 1 & 2
FEE64 temperatures OK - see attachment 3
good event statistics - OK - see attachment 4
11x <20k 23x < 50k 24x <100k cf. 9x <20k 23x < 50k 24x <100k 22.39 yesterday
Merger OK - see attachment 5
TapeServer OK - see attachment 6
p+n FEE64s 1.8.W spectra 20us FSR - attachment 7
n+n FEE64s 1.8.W spectra 20us FSR - attachment 8
1.8.L spectra - see attachments 9 & 10
nnaida1 74 ch FWHM, nnaida3 78 ch FWHM - cf. 81 & 77 ch FWHM respectively 23.20 yesterday
FEE64 Rate spectra - attachment 11
Check ASIC Control *all* FEE64s & ASICs x2
Check ASIC Control x2
FEE64 ASIC
10 4
16 4
17 4
FEE64 Rate spectra - attachment 12 - some channels recovered
09.19 ADC data synchronised - attachment 13
09.23 zero all histograms
zero DAQ stats
16:45 DAQ Continues to run
Rates on 17, 20, 22 amd 23 are up - attachment 14
Bias and leakage current ok - attachment 15
System wide checks ok
ASIC check ok
16:58 Statistics back to normal level - attachment 16
17.34 DAQ stop
replaced kapton pcb on FEE no. 22
DAQ start -> writing to May19/R36
system wide checks ok, *except* naida7 fails adc calibration
good event statistics ok - attachment 17
TapeService and Merger ok - writing at 4 Mb/s - attachments 18 & 19
17.41 zeroed all histograms
c. 19.30 First beam to AIDA + DTAS - see attachments 20-24
*no* degraders
Observe most ions stop in DSSSD#2 with a few stopping in DSSSD#3
focus looks OK but distribution is to LHS as you look upstream to BigRIPS
19.50 Removed upstream PPAC and adjusted ZDS transverse settings to centre - attachments 25-29
Now observe ions now stop mostly in DSSSD#3 but significant fractions still stop ion DSSSD#2
DSSSD#3 appears well focussed and centred
20.19 all system wide checks OK *except* nnaida7 fails ADC calibration
detector biases & leakage currents OK - see attachment 30
FEE64 temperatures OK - see attachment 31
good event statistics - OK - see attachment 32
20.53 xy hit patters in all DSSDs
ions mostly in DSSD3, some still depositing in DSSD2
21.06 attachment 33 - beam slightly focused to the left - xy hit pattern
attachment 34 - beam further focused - xy hit pattern
21.14 DAQ stop
DAQ start writing to /RIBF147/R1
Sync pulse sent by DTAS on file R1_0
21.17 DAQ stop/start
writing to file /RIBF147/R2
sync pulse sent by DTAS - file R2_0
ASIC settings 2019Jun13-08.56.35
BNC PB-4 Pulser
Amplitude 90,000
x5 attenuator IN
Frequency 25Hz range
t_r 100ns, tau_d 50us
- polarity
Delay MIN, tail pulse
no degrader
21.24 AIDA file on R2_1
DTAS start 003
BigRIPS run: 2003
21.31 histograms zeroed
good event statistics ok - attachment 35
21.34 AIDA file on R2_2
DTAS start 004
BigRIPS run: 2004
22.02 good event statistics ok - attachment 36
22.16 AIDA file on R2_8
DTAS run 004
BigRIPS run 2004
checked with DTAS
22.29 energy x vs y (HEC) - attachment 37 - grouping ~ 3MeV in all detectors
xy hit pattern (HEC) - attachment 38
implants centered on DSSD3
22.32 AIDA file R2_9
DTAS run 005
BigRIPS run 2005
beam returns
22.34 HEC multiplicity - most events ~1,2,3 pixels - attachment 39
22.35 checked with DTAS
AIDA file R2_10
DTAS run 006
BigRIPS run 2006
22.38 LEC energy x vs y - clear Ex=Ey locus - attachment 40
xy hit pattern LEC - attachment 41
xy multiplicity LEC - attachment 42 - most events 1,2 pixels
22.49 analyzer.f output for file R2_5 - attachment 44
dead time 0.5% in fee19, zero in all others
22.56 problem with beam, beam stopped on AIDA file R2_8
23.05 all system wide checks OK *except* nnaida7 fails ADC calibration
detector biases & leakage currents OK - see attachment 45
FEE64 temperatures OK - see attachment 46
good event statistics - OK - see attachment 47
23.50 AIDA file R2_21
DTAS run 006
BigRIPS run 2006
|
|
Fri Jun 14 10:33:44 2019, OH, CA, TD, CG, CB, DK, Friday 14th June 22x
|
Friday 14th June
Authors: TD, DK, CB
08:40
elog appears to be down. Relevant screenshots are in /tmp/june14/ so please upload when we can access
Julabo chiller 75% M-H markers
Room Temp +24.5 C deg, dew point +8.1 deg C, Room humidity 35.2%
Pulser, ASIC settings as yesterday (copy/paste)
ASIC settings 2019May19-17.54.03
slow comparator 0xa
BNC PB-4 Pulser
Amplitude 90,000
x5 attenuator IN
Frequency 25Hz range
t_r 100ns, tau_d 50us
- polarity
Delay MIN, tail pulse
DAQ continues OK
Statistics as before. nnaida19 counter appears to have overflowed and wrapped around
See stats.png
System-wide checks OK, except nnaida7 fails ADC calibration as before
Biases and leak currents reasonable -- see biases.png
FEE64 temperatures okay, see fee-temps.png
Merger looks okay, ~600k items / sec; see merger.png
TapeServer as before, around 4.5 Mbytes/sec; see tapeserver.png
13:52
Pulser, ASIC settings same as this morning
DAQ continues OK
Statistics as before. See attach 190614_1354_stats. Counts RESET.
System-wide checks OK, except nnaida7 fails ADC calibration as before
Bias and leak currents OK. See attach 190614_1356_bias
FEE64 temperatures OK, see attach 190614_1357_temps
Merger keeps running at ~560k items /s; see 190614_1359_merger
TapeServer as before. See 190614_tape
17:24 AIDA DAQ crashed by DTAS touching the clock function generator
Function generator set at 50MHz square high +5V low 0V
18:38 problem loading ASIC settings - mismatch in slow comparator threshold and shaping time
performed save/restore with 2019Jun13-08.56.35 - all looks ok now
System wide checks ok except nnaida7 fails adc calibration
FEE64 temperatures ok - attachment 12
good event statistics ok - attachment 13
bias/leakage currents ok - attachment 14
18:38 for reals
DAQ Stopped
R30_0 opened writing to disk
Was to test DTAS sync whilst writing to file
18:43 DAQ stopped on file R30_0
18:45 DAQ restarted on file R31 with no writing to disk
21:50 DAQ found crashed (Valencia group believe it crashed around 20:00)
Trying to reset FEEs resulted in an error message attachment 15 and 16
Each FEE was rebooted using telnet to avoid a power cycle
System reset after reboot
System wide checks ok
Check ASIC control
FEE temps ok
DAQ Started again
On startup FEEs 17, 20, 22 and 23 were all about 150k
All relate to DSSD0
Pressed on kapton and noise went down.
Statistics now good
22.45 Review /var/log/messages and observe nnaida15 rebooted at 19.27 - reason unknown
This probably explains why DAQ stopped.
Jun 14 19:27:32 aidas1 dhcpd: DHCPDISCOVER from 00:04:a3:2a:f3:ac via p2p2
Jun 14 19:27:32 aidas1 dhcpd: DHCPOFFER on 10.1.2.15 to 00:04:a3:2a:f3:ac via p2p2
Jun 14 19:27:32 aidas1 dhcpd: DHCPREQUEST for 10.1.2.15 (10.1.2.250) from 00:04:a3:2a:f3:ac via p2p2
Jun 14 19:27:32 aidas1 dhcpd: DHCPACK on 10.1.2.15 to 00:04:a3:2a:f3:ac via p2p2
Jun 14 19:27:32 aidas1 rpc.mountd[2868]: authenticated mount request from 10.1.2.15:784 for
/data10/XilinxLinux/ppc_4xx/rfs/nnaida15 (/data10/XilinxLinux/ppc_4xx/rfs)
Jun 14 19:27:59 aidas1 rpc.mountd[2868]: authenticated mount request from 10.1.2.15:864 for /MIDAS@aidas
(/MIDAS@aidas)
22.53 ADC data synchronised - attachment 17
23.05 zero DAQ statistics
zero all histograms
23.20 Check ASIC Control x1
FEE64 Rate spectra - attachment 18
1.8.L spectra - see attachments 19 & 20
nnaida1 81 ch FWHM, nnaida3 77 ch FWHM
p+n FEE64s 1.8.W spectra 20us FSR - attachment 21
n+n FEE64s 1.8.W spectra 20us FSR - attachment 22
23.36 DAQ start file May19/R34_0
DTAS+AIDA correlation test using gamma ray sources
Correlation scaler reset issued during R34_0
ASIC settings 2019Jun13-08.56.35
BNC PB-4 Pulser
Amplitude 90,000
x5 attenuator IN
Frequency 25Hz range
t_r 100ns, tau_d 50us
- polarity
Delay MIN, tail pulse
23.53 DAQ stop file May19/R34_2
nnaida15 did not stop - state unknown - reboot nnaida15
This did not work - unable to reset nnaida15
Closed all FireFox broweser tabs, stopped all servers and restarted
00.14 DAQ start
ASIC settings 2019Jun13-08.56.35
BNC PB-4 Pulser
Amplitude 90,000
x5 attenuator IN
Frequency 25Hz range
t_r 100ns, tau_d 50us
- polarity
Delay MIN, tail pulse |
|
Thu Jun 13 05:49:37 2019, CA, Further tests of calibration on Alpha data 27x
|
Alpha data used: /May19/{R1,R2,R7,R8,R9,R11} (c. 380 hr.)
Absolute calibration calculated with relative calibrated data
Data then resorted with absolute and relative gains applied
Attachment 1 -> Ey vs Ex plot for all detectors, with slope Ey=Ex show in red. Some non-linearity present, but to first order looks good
Attachment 2 -> Alpha peaks pre- absolute calibration in DSSD0
Ex in blue, Ey in red
To determine absolute calibration coefficients, assigned leading edge of higher energy peak an energy of 7.4 MeV (Uranium decay series)
Divide this by the observed channel number (in keV) to get the absolute gain coefficients in keV/ch for Ex and Ey in each detector.
(Note, data already offset corrected, pulser walkthrough)
Values typically ~0.72 keV/ch
Multiply appropriately by relative gains obtained from gainMatch.cpp to get final gain coefficients.
Attachments 3 - 6 -> DSSD0 -> Ex - Ey
-> Ey vs Ex
-> Ex - Ey vs x strip
-> Ex - Ey vs y strip
Attachments 7 - 10 -> DSSD1 -> Ex - Ey
-> Ey vs Ex
-> Ex - Ey vs x strip
-> Ex - Ey vs y strip
Attachments 11 - 14 -> DSSD2 -> Ex - Ey
-> Ey vs Ex
-> Ex - Ey vs x strip
-> Ex - Ey vs y strip
Attachments 15 - 18 -> DSSD3 -> Ex - Ey
-> Ey vs Ex
-> Ex - Ey vs x strip
-> Ex - Ey vs y strip
Attachments 19 - 22 -> DSSD4 -> Ex - Ey
-> Ey vs Ex
-> Ex - Ey vs x strip
-> Ex - Ey vs y strip
Attachments 23 - 26 -> DSSD5 -> Ex - Ey
-> Ey vs Ex
-> Ex - Ey vs x strip
-> Ex - Ey vs y strip
Attachment 27 -> Table comparing sigma and peak centroids of Ex - Ey plots for each DSSD
Calculated using simple gaussian fit
|
|
Thu Jun 13 00:30:17 2019, CA, CB, TD, CG, OH, DK, Thursday 13 June 18x
|
08.32 Julabo FL11006 chiller set point +20 deg C actual +20.0 deg C
Water level c. 70% M-H markers + 0.5 jugful -> c. 80% M-H markers
Temperature +24.0 deg C dew point +9.6 deg C RH 39.0%
DAQ continues OK
ASIC settings 2019May19-17.54.03
slow comparator 0xa
BNC PB-4 Pulser
Amplitude 90,000
x5 attenuator IN
Frequency 25Hz range
t_r 100ns, tau_d 50us
- polarity
Delay MIN, tail pulse
all system wide checks OK *except* nnaida7 fails ADC calibration
detector biases & leakage currents OK - see attachments 1 & 2
FEE64 temperatures OK - see attachment 3
good event statistics - OK - see attachment 4
8x <20k 23x < 50k 24x <100k cf. 7x <20k 23x < 50k 24x <100k yesterday evening
Merger OK - see attachment 5
TapeServer OK - see attachment 6
p+n FEE64s 1.8.W spectra 20us FSR - attachment 7
n+n FEE64s 1.8.W spectra 20us FSR - attachment 8
1.8.L spectra - see attachments 9 & 10
nnaida1 85 ch FWHM, nnaida3 86 ch FWHM - cf. 75 & 79 ch FWHM respectively 17.04 Tuesday 11 June
FEE64 Rate spectra - attachment 11
Check ASIC Control *all* FEE64s & ASICs x2
Check ASIC Control x3
FEE64 ASIC
13 1
14 4
16 4
19 3
21 2
FEE64 Rate spectra - attachment 12 - some channels recovered
08.45 ADC data synchronised - attachment 13
08.52 zero all histograms
zero DAQ stats
08.56 ASIC settings saved to new DB key 2019Jun13-08.56.35
includes slow comparator 0xa
DAQ options updated
15:18
DAQ continues okay. Rates seem ok, see attachment 14.
Biases shown as attachment 15 -- looks fine.
(These are all as before we assume)
ASIC settings 2019May19-17.54.03
slow comparator 0xa
BNC PB-4 Pulser
Amplitude 90,000
x5 attenuator IN
Frequency 25Hz range
t_r 100ns, tau_d 50us
- polarity
Delay MIN, tail pulse
all system wide checks OK *except* nnaida7 fails ADC calibration
FEE64 temperatures OK - see attachment 16
Merge ok, 570k items per second, see attachment 17
TapeServer not storing but sitting around 4 MBytes/sec, see attachment 18 |
|
Wed Jun 12 01:54:04 2019, OH, TD, CG, CB, CA, Wednesday 12 June 11x
|
09:54 DAQ Continues ok with merger running at ~ 560k data items per second
ASIC settings 2019May19-17.54.03
slow comparator 0xa
BNC PB-4 Pulser
Amplitude 90,000
x5 attenuator IN
Frequency 25Hz range, variable min. c. 2.5Hz
t_r 100ns, tau_d 50us
- polarity
Delay MIN, tail pulse
System wide checks all ok - except nnaida7 fails adc calibration
Bias and leakage currents ok - attachment 1
FEE Temps ok - attachment 2
Good event statistics good - attachment 3
Merger and tape service good - attachment 4 and 5
16:33 DAQ continues OK with merger running at ~ 600k data items per second
ASIC settings 2019May19-17.54.03
slow comparator 0xa
BNC PB-4 Pulser
Amplitude 90,000
x5 attenuator IN
Frequency 25Hz range, variable min. c. 2.5Hz
t_r 100ns, tau_d 50us
- polarity
Delay MIN, tail pulse
All system-wide checks OK except nnaida7 fails ADC calibration
Bias and leakage currents OK - attachment 6
FEE temperatures OK - attach 7
Good event statistics OK - attach 8
check nnaida10 & nnaida20 counts vs. rate
Merger and tape service OK - attachment 9 & 10
17.00 Average FEE64 rates since last DAQ stats zero @ 17.05 yesterday - data from attachment 11
DSSSD#1 count rate
24h most recent
nnaida17 1914894752 22.1k 23.2k
nnaida20 3061905664 35.4k 35.6k
nnaida22 1872820000 21.7k 21.8k
nnaida23 2217883584 25.7k 24.8k
DSSSD#2
nnaida18 1760374528 20.3k 21.1k
nnaida19 1402771232 16.2k 66.6k => 32 bit overflow => 4.3E+09 + 1.4E+09 = 5.6E+09 => 65.9k
nnaida21 2038432092 23.6k 23.5k
nnaida24 2844103808 32.9k 31.3k
Conclude rates have bee stable overnight - no evidence of noise transients for DSSSD#1 to 150-250k good
events/s
17.15 DAQ stats zero'd
all spectra zero'd |
|
Tue Jun 11 01:45:55 2019, CA, CB, TD, CG, OH, DK, Tuesday 11 June 17x
|
09:46 DAQ continues ok
all system wide checks OK *except* nnaida7 fails ADC calibration
detector biases & leakage currents OK - see attachment 1
FEE64 temperatures OK - see attachment 2
good event statistics ok - attachment 3
10:00 Merger & TapeServer ok - attachments 4 & 5
15.13 DAQ continues OK
ASIC settings 2019May19-17.54.03
slow comparator 0xa
BNC PB-4 Pulser
Amplitude 90,000
x5 attenuator IN
Frequency 25Hz range, variable min. c. 2.5Hz
t_r 100ns, tau_d 50us
- polarity
Delay MIN, tail pulse
all system wide checks OK *except* nnaida7 fails ADC calibration
detector biases & leakage currents OK - see attachments 6 & 7
FEE64 temperatures OK - see attachment 8
good event statistics - DSSSD#1 noisy - see attachments 9
7x <20k 15x < 50k 20 < 100k cf. 8x <20k, 23x <50k, 24x <100k earlier today
Check ASIC Control x2
good event statistics - DSSSD#1 noisy - see attachments 10
8x <20k 5x < 50k 20 < 100k cf. 8x <20k, 23x <50k, 24x <100k earlier today
A, B. C & D Samtec connectors pressed into adaptor PCBs
15.41 good event statistics - OK - see attachments 11
8x <20k 19x < 50k 20x < 100k
16.53 good event statistics - OK - see attachments 11
8x <20k 19x < 50k 20x < 100k
17.04 p+n FEE64s 1.8.W spectra 20us FSR - DSSSD#1 noisy - attachment 14
n+n FEE64s 1.8.W spectra 20us FSR - DSSSD#1 noisy - attachment 15
1.8.L spectra - see attachments 12 & 13
nnaida1 75 ch FWHM, nnaida3 79 ch FWHM - cf. 76 & 83 ch FWHM respectively yesterday
17.05 all spectra zero'd
DAQ stats zero'd
17.07 Julabo FL11006 chiller set point +20 deg C actual +20.0 deg C
Water level c. 80% M-H markers
Temperature +23.4 deg C dew point +9.6 deg C RH 42.0%
17.10 leakage currents/detector bias ok - attachment 17 |
|
Mon Jun 10 07:39:35 2019, CA, CB, TD, CG, OH, DK, Varying per DSSSD slow comparator thresholds 32x
|
DSSSDs #1-6 slow comparator 0xa = 100keV - attachments 1-4
DSSSD2: attachments 5 to 8 (0xa to 0x8)
DSSSD3: attachments 9 to 12 (0xa to 0x8)
DSSSD4: attachments 13 to 16 (0xa to 0x8)
DSSSD5: attachments 17 to 20 (0xa to 0x8)
Global rates are >500 to <1000k items per second.
Set all back to 0xa.
Now we try going to 60 keV (0x6)
DSSSD2: attachments 21 to 24 (0xa to 0x6) global ~1100k
DSSSD3: attachments 25 to 28 (0xa to 0x6) global ~1000k
DSSSD4: attachments 29 to 32 (0xa to 0x6) global ~1100k
Set all back to 0xa again. |
|
Mon Jun 10 01:43:16 2019, CA, CB, TD, CG, OH, DK, Monday 10 June 19x
|
09:45 DAQ continues ok
all system wide checks OK *except* nnaida7 fails ADC calibration
detector biases & leakage currents OK - see attachment 1
FEE64 temperatures OK - see attachment 2
Good event statistics prior to reload - glitch with display? - attachment 3
Reload done - good event statistics ok - attachment 4
10.00 Merger & TapeServer ok - attachments 5 & 6
15.14 DAQ continues OK
ASIC settings 2019May19-17.54.03
slow comparator 0xa
BNC PB-4 Pulser
Amplitude 90,000
x5 attenuator IN
Frequency 25Hz range, variable min. c. 2.5Hz
t_r 100ns, tau_d 50us
- polarity
Delay MIN, tail pulse
all system wide checks OK *except* nnaida7 fails ADC calibration
detector biases & leakage currents OK - see attachments 7 & 8
FEE64 temperatures OK - see attachment 9
good event statistics - DSSSD#1 noisy - see attachments 10
8x <20k, 23x <50k, 24x <100k cf. same as earlier today
Merger OK - see attachment 11
TapeServer OK - see attachment 12
p+n FEE64s 1.8.W spectra 20us FSR - DSSSD#1 noisy - attachment 13
n+n FEE64s 1.8.W spectra 20us FSR - DSSSD#1 noisy - attachment 14
1.8.L spectra - see attachments 9 & 10
nnaida1 73 ch FWHM, nnaida3 78 ch FWHM - cf. 76 & 83 ch FWHM respectively yesterday morning
FEE64 Rate spectra - attachment 15
Check ASIC Control *all* FEE64s & ASICs x2
FEE64 Rate spectra - attachment 16
15.26 ADC data synchronised - attachment 17
16.55 Julabo FL11006 chiller set point +20 deg C actual +20.0 deg C
Water level c. 80% M-H markers - topup to 100% with 0.5x jugful water
Temperature +24.6 deg C dew point +8.1 deg C RH 34.5% |
|
Sun Jun 9 03:43:00 2019, CB, TD, CG, OH, Sunday 9 June 28x
|
11.43 DAQ continues OK
ASIC settings 2019May19-17.54.03
slow comparator 0xa
BNC PB-4 Pulser
Amplitude 90,000
x5 attenuator IN
Frequency 25Hz range, variable min. c. 2.5Hz
t_r 100ns, tau_d 50us
- polarity
Delay MIN, tail pulse
all system wide checks OK *except* nnaida7 fails ADC calibration
detector biases & leakage currents OK - see attachments 1 & 2
FEE64 temperatures OK - see attachment 3
good event statistics - DSSSD#1 noisy - see attachments 4
10x <20k, 19x <50k, 20x <100k cf. 13x <20k 22x < 50k 24x <100k yesterday afternoon
Merger OK - see attachment 5
TapeServer OK - see attachment 6
p+n FEE64s 1.8.W spectra 20us FSR - DSSSD#1 noisy - attachment 7
n+n FEE64s 1.8.W spectra 20us FSR - DSSSD#1 noisy - attachment 8
1.8.L spectra - see attachments 9 & 10
nnaida1 76 ch FWHM, nnaida3 83 ch FWHM - cf. 104 & 111 ch FWHM respectively yesterday aftenoon
FEE64 Rate spectra - attachment 11
Check ASIC Control *all* FEE64s & ASICs x2
FEE64 Rate spectra - attachment 12
11.46 ADC data synchronised - attachment 13
p+n FEE64s 1.8.W spectra 20us, 200us, 2ms & 20ms FSR - DSSSD#1 noisy - attachments 14-17
Check ASIC Control *all* FEE64s & ASICs x2 - no change DSSSD#1 noise
DSSSD#1 bias cycle - no change DSSSD#1 noise
press Kapton Samtec into adaptor PCBs - reduces DSSSD#1 noise to previous levels
12.17 Julabo FL11006 chiller set point +20 deg C actual +20.0 deg C
Water level c. 60% M-H markers
Temperature +25.3 deg C dew point +7.6 deg C RH 32.2%
12.23 temporary fix for DSSSD#1 noise? check by
zero all histograms
zero DAQ stats
...and wait
good event statistics - DSSSD#1 noisy - see attachments 18
11x <20k, 21x <50k, 23x <100k
13.30 DAQ stop
OH replaces LH kapton PCB for DSSSD#1 n+n FEE64s 20 & 23 which we suspect may be damaged due to twist
placed on kpaton cables by weight of all ribbon cables + cu foil shielding - particularly pronounced
for nnaida20
good event statistics - OK - see attachments 19
7x <20k, 20x <50k, 24x <100k
p+n FEE64s 1.8.W spectra 20us FSR - OK - attachment 20
good event statistics - OK - see attachment 21
7x <20k, 22x <50k, 24x <100k
p+n FEE64s 1.8.W spectra 20us FSR - OK - attachment 22
17.50 detector biases & leakage currents OK - see attachments 23 & 24
FEE64 temperatures OK - see attachment 25
good event statistics - OK - see attachments 26
9x <20k, 21x < 50k, 24x <100k cf. 10x <20k, 19x <50k, 20x <100k earlier today
p+n FEE64s 1.8.W spectra 20us FSR - DSSSD#1 noisy - attachment 7
n+n FEE64s 1.8.W spectra 20us FSR - DSSSD#1 noisy - attachment 8
17.57 all histograms zero'd
DAQ stats zero'd |
|
Sat Jun 8 06:08:52 2019, CB, TD, Saturday 8 June 13x
|
14.14 Julabo FL11006 chiller set point +20 deg C actual +20.0 deg C
Water level c. 70% M-H markers
Temperature +25.3 deg C dew point +8.5 deg C RH 34.7%
DAQ continues OK
ASIC settings 2019May19-17.54.03
slow comparator 0xa
BNC PB-4 Pulser
Amplitude 90,000
x5 attenuator IN
Frequency 25Hz range
t_r 100ns, tau_d 50us
- polarity
Delay MIN, tail pulse
all system wide checks OK *except* nnaida7 fails ADC calibration
detector biases & leakage currents OK - see attachments 1 & 2
FEE64 temperatures OK - see attachment 3
good event statistics OK - see attachments 4
13x <20k 22x < 50k 24x <100k cf. 13x <20k 21x < 50k 24x <100k yesterday afternoon
Merger OK - see attachment 5
TapeServer OK - see attachment 6
p+n FEE64s 1.8.W spectra 20us FSR - attachment 7
n+n FEE64s 1.8.W spectra 20us FSR - attachment 8
1.8.L spectra - see attachments 9 & 10
nnaida1 104 ch FWHM, nnaida3 111 ch FWHM - cf. 80 & 87 ch FWHM respectively yesterday aftenoon
FEE64 Rate spectra - attachment 11
Check ASIC Control *all* FEE64s & ASICs x2
FEE64 Rate spectra - attachment 12 - some channels recovered
14.29 ADC data synchronised - attachment 13
14.31 zero all histograms
zero DAQ stats |
|
Fri Jun 7 05:58:11 2019, TD, per FEE64 rate/20.48us versus slow comparator threshold 10x
|
per FEE64 rate/20.48us & 'good event' DAQ statistics
slow comparator threshold
100keV - attachments 1 & 2
110keV - attachments 3 & 4
120keV - attachments 5 & 6
150keV - attachments 7 & 8
200keV - attachments 9 & 10 |
|
Fri Jun 7 05:30:23 2019, TD, Friday 7 June 17x
|
14.05 Julabo FL11006 chiller set point +20 deg C actual +20.0 deg C
Water level c. 70% M-H markers
Temperature +25.6 deg C dew point +10.3 deg C RH 37.7%
13.30 DAQ continues OK
ASIC settings 2019May19-17.54.03
slow comparator 0xa
BNC PB-4 Pulser
Amplitude 90,000
x5 attenuator IN
Frequency 25Hz range
t_r 100ns, tau_d 50us
- polarity
Delay MIN, tail pulse
all system wide checks OK *except* nnaida7 fails ADC calibration
detector biases & leakage currents OK - see attachments 1 & 2
FEE64 temperatures OK - see attachment 3
good event statistics OK - see attachments 4
13x <20k 21x < 50k 24x <100k cf. same yesterday afternoon
Merger OK - see attachment 5
TapeServer OK - see attachment 6
p+n FEE64s 1.8.W spectra 20us FSR - attachment 7
n+n FEE64s 1.8.W spectra 20us FSR - attachment 8
1.8.L spectra - see attachments 9 & 10
nnaida1 80 ch FWHM, nnaida3 87 ch FWHM - cf. 96 & 103 ch FWHM respectively yesterday aftenoon
FEE64 Rate spectra - attachment 11
Check ASIC Control *all* FEE64s & ASICs x2
FEE64 Rate spectra - attachment 12 - some channels recovered
14.20 BNC PB-4 pulser
Frequency changed from c. 4Hz to c. 2.5Hz (minimum)
25Hz range, variable fully anti-clockwise
14.33 zero *all* spectra
zero DAQ stats
ADC data synchronised - attachment 13
16.50 DAQ start file May19/R18
AIDA+DTAS merger test - 12kBq 60Co positioned on top of AIDA snout
DAQ sync issued by DTAS during R18_0
ASIC settings 2019May19-17.54.03
slow comparator 0xa
BNC PB-4 Pulser
Amplitude 90,000
x5 attenuator IN
Frequency 25Hz range
t_r 100ns, tau_d 50us
- polarity
Delay MIN, tail pulse
17.28 DAQ stop file May19/R18_4
17.40 DAQ start file May19/R19
AIDA+DTAS merger test - c. 30kBq? 137Cs positioned on top of AIDA snout
DAQ sync issued by DTAS during R18_0
ASIC settings 2019May19-17.54.03
slow comparator 0xa
BNC PB-4 Pulser
Amplitude 90,000
x5 attenuator IN
Frequency 25Hz range
t_r 100ns, tau_d 50us
- polarity
Delay MIN, tail pulse
18.18 DAQ stop file May19/R19_5
19.36 all system wide checks OK *except* nnaida7 fails ADC calibration
detector biases & leakage currents OK - see attachments 14 & 15
FEE64 temperatures OK - see attachment 16
good event statistics OK - see attachments 17
12x <20k 21x < 50k 24x <100k cf. 13x <20k 21x < 50k 24x <100k earlier this afternoon
19.45 Julabo FL11006 chiller set point +20 deg C actual +20.0 deg C
Water level c. 70% M-H markers
Temperature +25.1 deg C dew point +7.9 deg C RH 33.6%
|
|
Thu Jun 6 08:55:15 2019, TD, Thursday 6 June 13x
|
16.40 DAQ continues OK
ASIC settings 2019May19-17.54.03
slow comparator 0xa
BNC PB-4 Pulser
Amplitude 90,000
x5 attenuator IN
Frequency 25Hz range
t_r 100ns, tau_d 50us
- polarity
Delay MIN, tail pulse
all system wide checks OK *except* nnaida7 fails ADC calibration
detector biases & leakage currents OK - see attachments 1 & 2
FEE64 temperatures OK - see attachment 3
good event statistics OK - see attachments 4
13x <20k 21x < 50k 24x <100k cf. same yesterday afternoon
Merger OK - see attachment 5
TapeServer OK - see attachment 6
p+n FEE64s 1.8.W spectra 20us FSR - attachment 7
n+n FEE64s 1.8.W spectra 20us FSR - attachment 8
1.8.L spectra - see attachments 9 & 10
nnaida1 96 ch FWHM, nnaida3 103 ch FWHM - cf. 88 & 92 ch FWHM respectively yesterday afternoon - now
observe high amplitude tailing on pulser peaks
FEE64 Rate spectra - attachment 11
Check ASIC Control *all* FEE64s & ASICs x2
FEE64 Rate spectra - attachment 12 - some channels recovered
16.59 zero *all* spectra
zero DAQ stats
ADC data synchronised - attachment 11 |
|
Wed Jun 5 06:57:38 2019, TD, Wednesday 5 June 13x
|
14.50 DAQ continues OK
ASIC settings 2019May19-17.54.03
slow comparator 0xa
BNC PB-4 Pulser
Amplitude 90,000
x5 attenuator IN
Frequency 25Hz range
t_r 100ns, tau_d 50us
- polarity
Delay MIN, tail pulse
all system wide checks OK *except* nnaida7 fails ADC calibration
detector biases & leakage currents OK - see attachments 1 & 2
FEE64 temperatures OK - see attachment 3
good event statistics OK - see attachments 4
13x <20k 21x < 50k 24x <100k cf. same yesterday afternoon
Merger OK - see attachment 5
TapeServer OK - see attachment 6
p+n FEE64s 1.8.W spectra 20us FSR - attachment 7
n+n FEE64s 1.8.W spectra 20us FSR - attachment 8
1.8.L spectra - see attachments 9 & 10
nnaida1 88 ch FWHM, nnaida3 92 ch FWHM - cf. 75 & 82 ch FWHM respectively yesterday afternoon
FEE64 Rate spectra - attachment 11
Check ASIC Control *all* FEE64s & ASICs x2
FEE64 Rate spectra - attachment 12 - some channels recovered
15.09 zero *all* spectra
zero DAQ stats
ADC data synchronised - attachment 11 |
|
Tue Jun 4 07:10:27 2019, TD, Tuesday 4 June 13x
|
15.01 Julabo FL11006 chiller set point +20 deg C actual +20.0 deg C
Water level c. 70% M-H markers - topup to 100% with 1x jugful water
Temperature +25.8 deg C dew point +8.0 deg C RH 32.4%
Access to F11 from 14.00 whilst F3 & F7 plastic scintillator and PPAC are replaced due to rad damage
during online experiment
DAQ continues OK
ASIC settings 2019May19-17.54.03
slow comparator 0xa
BNC PB-4 Pulser
Amplitude 90,000
x5 attenuator IN
Frequency 25Hz range
t_r 100ns, tau_d 50us
- polarity
Delay MIN, tail pulse
all system wide checks OK *except* nnaida7 fails ADC calibration
detector biases & leakage currents OK - see attachments 1 & 2
FEE64 temperatures OK - see attachment 3
good event statistics OK - see attachments 4
13x <20k 21x < 50k 24x <100k cf. 15x <20k, 21x < 50k, 24x < 100k yesterday evening
Merger OK - see attachment 5
TapeServer OK - see attachment 6
p+n FEE64s 1.8.W spectra 20us FSR - attachment 7
n+n FEE64s 1.8.W spectra 20us FSR - attachment 8
1.8.L spectra - see attachments 9 & 10
nnaida1 75 ch FWHM, nnaida3 82 ch FWHM - cf. 95 & 99 ch FWHM respectively yesterday afternoon
FEE64 Rate spectra - attachment 11
Check ASIC Control *all* FEE64s & ASICs x2
FEE64 Rate spectra - attachment 12 - some channels recovered
ADC data synchronised - attachment 11 |
|
Mon Jun 3 05:40:19 2019, TD, Monday 3 June 25x
|
13.40 DAQ continues OK
ASIC settings 2019May19-17.54.03
slow comparator 0xa
BNC PB-4 Pulser
Amplitude 90,000
x5 attenuator IN
Frequency 25Hz range
t_r 100ns, tau_d 50us
- polarity
Delay MIN, tail pulse
all system wide checks OK *except* nnaida7 fails ADC calibration
detector biases & leakage currents OK - see attachments 1 & 2
FEE64 temperatures OK - see attachment 3
good event statistics OK - see attachments 4
14x <20k, 21x <50k, 24x <100k - cf. 8x <20k, 15x <50k, 21x <100k yesterday evening
Merger OK - see attachment 5
TapeServer OK - see attachment 6
1.8.L spectra - see attachments 7 & 8
nnaida1 95 ch FWHM, nnaida3 99 ch FWHM - cf. 75 & 76 ch FWHM respectively yesterday afternoon
p+n FEE64s 1.8.W spectra 20us FSR - attachment 9
n+n FEE64s 1.8.W spectra 20us, 200us, 2ms & 20ms FSR - attachments 10-13
Check ASIC Control *all* FEE64s & ASICs
zero all spectra
14.11 MIDASsort running online (sampling TapeServer buffers, 5% say) overnight (last time spectra
were zero'd) observed high energy heavy ions in DSSSD #1-3 - see attachments 14-17
Currently high energy, heavy ion rate is zero.
19.58 DAQ continues OK
ASIC settings 2019May19-17.54.03
slow comparator 0xa
BNC PB-4 Pulser
Amplitude 90,000
x5 attenuator IN
Frequency 25Hz range
t_r 100ns, tau_d 50us
- polarity
Delay MIN, tail pulse
all system wide checks OK *except* nnaida7 fails ADC calibration
detector biases & leakage currents OK - see attachments 18 & 19
FEE64 temperatures OK - see attachment 20
good event statistics OK - see attachments 21
15x <20k, 21x < 50k, 24x < 100k - cf. 14x <20k, 21x <50k, 24x <100k at 13.40 today
Merger OK - see attachment 22
TapeServer OK - see attachment 23
p+n FEE64s 1.8.W spectra 20us FSR - attachment 24
n+n FEE64s 1.8.W spectra 20us FSR - attachment 25 |
|
Sun Jun 2 04:00:50 2019, TD, Sunday 2 June 21x
|
12.00 DAQ continues file May19/R15_169
ASIC settings 2019May19-17.54.03
slow comparator 0xa
BNC PB-4 Pulser
Amplitude 90,000
x5 attenuator IN
Frequency 25Hz range
t_r 100ns, tau_d 50us
- polarity
Delay MIN, tail pulse
all system wide checks OK *except* nnaida7 fails ADC calibration
detector biases & leakage currents OK - see attachments 1 & 2
FEE64 temperatures OK - see attachment 3
good event statistics OK - see attachments 4
10x <20k, 19x <50k, 24x <100k - same as yesterday evening
Merger OK - see attachment 5
TapeServer OK - see attachment 6
nnaida13 1.*.L spectra - attachment 7 - some evidence of light ions (5 < E < 20MeV) but low rate
FEE64 Rate spectra - attachment 8
1.8.L spectra - see attachments 9 & 10
nnaida1 75 ch FWHM, nnaida3 76 ch FWHM - cf. 77 & 82 ch FWHM respectively yesterday afternoon
p+n FEE64s 1.8.W spectra 20us FSR - attachment 11
n+n FEE64s 1.8.W spectra 20us FSR - attachment 12
Check ASIC Control *all* FEE64s & ASICs
12.20 Offline analysis from R15_0 to R15_167 ADC & disc data synchronisedfor file R15_0 - attachments 13, 14 & 15
18.27 DAQ stop file May19/R15_245
DAQ start - no storage
DAQ stall - reboot all FEE64s *except* nnaida4, 7, 8, 14, 15 & 16 - N.B. no power cycle required
all system wide checks OK *except* nnaida7 fails ADC calibration
detector biases & leakage currents OK - see attachments 19 & 20
FEE64 temperatures OK - see attachment 21
good event statistics OK - see attachments 16
8x <20k, 15x <50k, 21x <100k - cf. earlier today 10x <20k, 19x <50k, 24x <100k
p+n FEE64s 1.8.W spectra 20us FSR - attachment 17
n+n FEE64s 1.8.W spectra 20us FSR - attachment 18 |
|
Sat Jun 1 09:14:19 2019, TD, Screenshots miscellaneous AIDA Control & Merge tabs 22x
|
|
|
Sat Jun 1 08:11:15 2019, TD, Saturday 1 June 14x
|
16.08 Julabo FL11006 chiller set point +20 deg C actual +20.0 deg C
Water level c. 60% M-H markers - topup to 100% with 1x jugful water
Temperature +25.7 deg C dew point +7.7 deg C RH 31.4%
DAQ continues OK
ASIC settings 2019May19-17.54.03
slow comparator 0xa
BNC PB-4 Pulser
Amplitude 90,000
x5 attenuator IN
Frequency 25Hz range
t_r 100ns, tau_d 50us
- polarity
Delay MIN, tail pulse
14.14 all system wide checks OK *except* nnaida7 fails ADC calibration
detector biases & leakage currents OK - see attachments 1 & 2
FEE64 temperatures OK - see attachment 3
Check ASIC Control *all* FEE64s & ASICs
good event statistics OK - see attachments 4
11x <20k, 19x <50k, 21x <100k - cf. 10x <20k 21x <50k 24x <100k yesterday
Merger OK - see attachment 5
TapeServer OK - see attachment 6
FEE64 Rate spectra - attachment 7
Check ASIC Control
FEE64 ASIC
1 4
10 1
13 1
14 1
14 2
22 3
FEE64 Rate spectra - attachment 8 - some channels recovered
1.8.L spectra - see attachments 9 & 10
nnaida1 77 ch FWHM, nnaida3 82 ch FWHM - cf. 74 & 78 ch FWHM respectively yesterday
p+n FEE64s 1.8.W spectra 20us FSR - attachment 11
n+n FEE64s 1.8.W spectra 20us FSR - attachment 12
FEE64 Rate spectra - attachment 9
DAQ continues OK
ASIC settings 2019May19-17.54.03
slow comparator 0xa
BNC PB-4 Pulser
Amplitude 90,000
x5 attenuator IN
Frequency 25Hz range
t_r 100ns, tau_d 50us
- polarity
Delay MIN, tail pulse
17.03 ADC data synchronised - attachment 13
2x Pb blocks placed lengthways in aperture of the upstream (CH2) shield removed
c. 8cm (1x std width) Pb thick Pb wall immediately downstream of F11 remains in position
check light ions when beam returns and online group changes target
18.16 AA reports F11 rate c. 2.5kHz
AIDA plastic rate c. 2.4kHz
online sort sampling small fraction of data so write to disk and analyse all offline
18.22 zero all spectra
Check ASIC Settings *all* FEE64s & ASICs
DAQ start file May19/R15
light ion background?
ASIC settings 2019May19-17.54.03
slow comparator 0xa
BNC PB-4 Pulser
Amplitude 90,000
x5 attenuator IN
Frequency 25Hz range
t_r 100ns, tau_d 50us
- polarity
Delay MIN, tail pulse
good event statistics OK - see attachments 4
11x <20k, 19x <50k, 24x <100k - cf. 11x <20k 19x <50k 21x <100k earlier |
|
Fri May 31 03:31:54 2019, TD, Friday 31 May 14x
|
11.31 DAQ continues OK
ASIC settings 2019May19-17.54.03
slow comparator 0xa
BNC PB-4 Pulser
Amplitude 90,000
x5 attenuator IN
Frequency 25Hz range
t_r 100ns, tau_d 50us
- polarity
Delay MIN, tail pulse
all system wide checks OK *except* nnaida7 fails ADC calibration
detector biases & leakage currents OK - see attachments 1 & 2
FEE64 temperatures OK - see attachment 3
good event statistics OK - see attachments 4
12x < 20k, 21x < 50k, 24x < 100k - cf. yesterday 10x < 20k, 21x < 50k
1.8.L spectra - see attachments 5 & 6
nnaida1 74 ch FWHM, nnaida3 78 ch FWHM - same as yesterday
p+n FEE64s 1.8.W spectra 20us FSR - attachment 7
n+n FEE64s 1.8.W spectra 20us FSR - attachment 8
no indication of light ions with beam to ZDS & F11
FEE64 Rate spectra - attachment 9
Check ASIC Control *all* FEE64s & ASICs
zero all spectra
17.21 detector biases & leakage currents OK - see attachments 10 & 11
FEE64 temperatures OK - see attachment 12
good event statistics OK - see attachments 13
11x < 20k, 19x < 50k, 21x < 100k - cf. 11.30 today 12x < 20k, 21x < 50k, 24x <100k
increased rates observed for nnaida17, 20 & 23 - all DSSSD#1 - nnaida22 ~15k -> ~30k
Check ASIC Control *all* FEE64s & ASICs
zero all spectra
cycled DSSSD#1 bias - no change
nnaida2 - no good events
unable to DAQ stop nnaida20 & nnaida23
unable to DAQ reset nnaida20 & nnaida23
obtain timeout errors from nnaida20 and DAQ error status for nnaida20 & nnaida23
reboot nnaida20 & nnaida23
DAQ reset
DAQ setup
ASIC settings 2019May19-17.54.03
slow comparator 0x64 -> 0xa
Check ASIC Control *all* FEE64s & ASICs
zero all spectra
still observe increased rates for nnaida17, 20 & 23 - all DSSSD#1 - nnaida22 ~32k
18.05 DAQ statistics return to ~normal - attachment 14
10x < 20k, 21x < 50k, 24x < 100k
11.31 17.21 18.05
nnaida17 13k 100k 43k
nnaida20 59k 136k 70k
nnaida22 16k 32k 26k
nnaida23 46k 111k 53k |
|
Thu May 30 03:13:04 2019, TD, Thursday 30 May 16x
|
11.13 DAQ continues OK
ASIC settings 2019May19-17.54.03
slow comparator 0xa
BNC PB-4 Pulser
Amplitude 90,000
x5 attenuator IN
Frequency 25Hz range
t_r 100ns, tau_d 50us
- polarity
Delay MIN, tail pulse
all system wide checks OK *except* nnaida7 fails ADC calibration
detector biases & leakage currents OK - see attachments 1 & 2
FEE64 temperatures OK - see attachment 3
good event statistics OK - see attachments 4
10x < 20k, 21x < 50k, 24x < 100k - cf. yesterday 11x < 20k, 21x <50k
1.8.L spectra - see attachments 5 & 6
nnaida1 74 ch FWHM, nnaida3 78 ch FWHM - cf. yeserday nnaida1 73 -> 74 ch FWHM
p+n FEE64s 1.8.W spectra 20us FSR - attachment 7
n+n FEE64s 1.8.W spectra 20us FSR - attachment 8
1.8.L n+n spectra (log scale) no indication of light ions - attachment 9
N.B. currently no ions through ZDS and no increase in background for DTAS
This may/will change as online experiment starts to use ZDS from this evening
Check ASIC Control *all* FEE64s & ASICs
zero all spectra
FEE64 Rate spectra - attachment 10
Check ASIC Control
FEE64 ASIC
1 4
8 1
13 3
14 1
22 3
FEE64 Rate spectra - attachment 11
14.08 detector biases & leakage currents OK - see attachments 12 & 13
16.01 DAQ start (to TapeServer, no storage)
ASIC settings 2019May19-17.54.03
slow comparator 0xa
BNC PB-4 Pulser
Amplitude 90,000
x5 attenuator IN
Frequency 25Hz range
t_r 100ns, tau_d 50us
- polarity
Delay MIN, tail pulse
ADC data synchronised - see attachment 14
17.15 detector biases & leakage currents OK - see attachments 15 & 16 |
|
Wed May 29 06:53:56 2019, TD, Report - medium - unable to monitor FEE64 logs using pi_monitor
|
Unable to monitor FEE64 logs using pi_monitor using instructions https://elog.ph.ed.ac.uk/AIDA/559
At first load of URL http://10.1.1.117:8015/AIDA/Pi_Monitor/Pi_Monitor.tml I obtain error messages - attachment 1
At reload of URL I obtain the expected page and
Update USB Terminal List and Connect USB Terminals operate as expected - attachment 2
Selecting Parse USB Log Files for Details produces (after c. 60s) a connection reset error from the browser -
see attachment 3
pi@npg-monitor /tmp $ ls
log8015_19.05.28 log8015_counter log8015_error tcl2156 tclhttpd2156.default
pi@npg-monitor /tmp $ cat log8015_error
[28/May/2019:09:18:01] sock8 error writing "sock8": broken pipe /css/buttons.css
[28/May/2019:09:18:11] sock8 DocSubstSystemFile {could not read "/MIDAS/TclHttpd/Html/error.html": no such file
or directory} /AIDA/Pi_Monitor/Pi_Monitor.tml
[28/May/2019:09:18:11] sock8 Error 500 /AIDA/Pi_Monitor/Pi_Monitor.tml {can't read "JS": no such variable
while executing
"if {$JS != ""} {
append JS "\");"
set html "<script>[set JS]</script>"
}"
(in namespace eval "::Pi_Monitor" script line 2)
invoked from within
"namespace eval Pi_Monitor {
if {$JS != ""} {
append JS "\");"
set html "<script>[set JS]</script>"
}
}"
invoked from within
"subst \n[Doc_Dynamic\]\n\n[global\ env\;\ source\ [file\ join\ \$env(MIDASBASE)\ TclHttpd\ Html\
settings.tml\]\]\n\n<!\n[global\ Httpd\;\ upvar\ ..."
("uplevel" body line 1)
invoked from within
"uplevel #0 [list subst $script]"
(procedure "SubstFile" line 12)
invoked from within
"SubstFile /MIDAS/TclHttpd/Html/AIDA/Pi_Monitor/Pi_Monitor.tml {}"
("uplevel" body line 1)
invoked from within
"uplevel 1 [list SubstFile $path $interp]"
(procedure "Subst_File" line 7)
invoked from within
"Subst_File $template $interp"
invoked from within
"TemplateInstantiate $sock $path {} $suffix {} $Template(templateInterp)"
(procedure "Doc_application/x-tcl-template" line 9)
invoked from within
"$cmd $path $suffix $sock"
(procedure "Doc_Handle" line 20)
invoked from within
"Doc_Handle $prefix $path $suffix $sock"
(procedure "DocDomain" line 44)
invoked from within
"DocDomain / /MIDAS/TclHttpd/Html sock8 AIDA/Pi_Monitor/Pi_Monitor.tml"
("eval" body line 1)
invoked from within
"eval $Url(command,$prefix) [list $sock $suffix]"} /AIDA/Pi_Monitor/Pi_Monitor.tml
pi@npg-monitor /tmp $ cat log8015_19.05.28
10.1.1.250 - - [28/May/2019:09:18:01 UTC] "GET / HTTP/1.1" 200 - - "Mozilla/5.0 (X11; Linux x86_64; rv:60.0)
Gecko/20100101 Firefox/60.0"
10.1.1.250 - - [28/May/2019:09:18:01 UTC] "GET /js/Common.js HTTP/1.1" 200 3828 "http://nnrpi2:8015/"
"Mozilla/5.0 (X11; Linux x86_64; rv:60.0) Gecko/20100101 Firefox/60.0"
10.1.1.250 - - [28/May/2019:09:18:11 UTC] "GET /AIDA/Pi_Monitor/Pi_Monitor.tml HTTP/1.1" 500 - - "Mozilla/5.0
(X11; Linux x86_64; rv:60.0) Gecko/20100101 Firefox/60.0"
10.1.1.250 - - [28/May/2019:09:18:30 UTC] "GET /AIDA/Pi_Monitor/Pi_Monitor.tml HTTP/1.1" 200 - - "Mozilla/5.0
(X11; Linux x86_64; rv:60.0) Gecko/20100101 Firefox/60.0"
10.1.1.250 - - [28/May/2019:09:18:30 UTC] "GET /AIDA/Pi_Monitor/Pi_Monitor.js HTTP/1.1" 200 542
"http://10.1.1.117:8015/AIDA/Pi_Monitor/Pi_Monitor.tml" "Mozilla/5.0 (X11; Linux x86_64; rv:60.0) Gecko/20100101
Firefox/60.0"
10.1.1.250 - - [28/May/2019:09:18:30 UTC] "GET /js/Common.js HTTP/1.1" 304 3828
"http://10.1.1.117:8015/AIDA/Pi_Monitor/Pi_Monitor.tml" "Mozilla/5.0 (X11; Linux x86_64; rv:60.0) Gecko/20100101
Firefox/60.0"
10.1.1.250 - - [28/May/2019:09:18:30 UTC] "GET /images/Space.gif HTTP/1.1" 200 -
"http://10.1.1.117:8015/AIDA/Pi_Monitor/Pi_Monitor.tml" "Mozilla/5.0 (X11; Linux x86_64; rv:60.0) Gecko/20100101
Firefox/60.0"
10.1.1.250 - - [28/May/2019:09:18:30 UTC] "GET /js/FormChek.js HTTP/1.1" 304 60521
"http://10.1.1.117:8015/AIDA/Pi_Monitor/Pi_Monitor.tml" "Mozilla/5.0 (X11; Linux x86_64; rv:60.0) Gecko/20100101
Firefox/60.0"
10.1.1.250 - - [28/May/2019:09:18:30 UTC] "GET /images/midas.gif HTTP/1.1" 200 2558
"http://10.1.1.117:8015/AIDA/Pi_Monitor/Pi_Monitor.tml" "Mozilla/5.0 (X11; Linux x86_64; rv:60.0) Gecko/20100101
Firefox/60.0"
10.1.1.250 - - [28/May/2019:09:18:30 UTC] "GET /images/Space.gif HTTP/1.1" 200 -
"http://10.1.1.117:8015/AIDA/Pi_Monitor/Pi_Monitor.tml" "Mozilla/5.0 (X11; Linux x86_64; rv:60.0) Gecko/20100101
Firefox/60.0"
10.1.1.250 - - [28/May/2019:09:18:30 UTC] "GET /images/tclp.gif HTTP/1.1" 200 1294
"http://10.1.1.117:8015/AIDA/Pi_Monitor/Pi_Monitor.tml" "Mozilla/5.0 (X11; Linux x86_64; rv:60.0) Gecko/20100101
Firefox/60.0"
10.1.1.250 - - [28/May/2019:09:18:32 UTC] "POST /AIDA/Pi_Monitor/Pi_Monitor.tml HTTP/1.1" 200 -
"http://10.1.1.117:8015/AIDA/Pi_Monitor/Pi_Monitor.tml" "Mozilla/5.0 (X11; Linux x86_64; rv:60.0) Gecko/20100101
Firefox/60.0"
10.1.1.250 - - [28/May/2019:09:18:32 UTC] "GET /images/Space.gif HTTP/1.1" 200 -
"http://10.1.1.117:8015/AIDA/Pi_Monitor/Pi_Monitor.tml" "Mozilla/5.0 (X11; Linux x86_64; rv:60.0) Gecko/20100101
Firefox/60.0"
10.1.1.250 - - [28/May/2019:09:18:39 UTC] "POST /AIDA/Pi_Monitor/Pi_Monitor.tml HTTP/1.1" 200 -
"http://10.1.1.117:8015/AIDA/Pi_Monitor/Pi_Monitor.tml" "Mozilla/5.0 (X11; Linux x86_64; rv:60.0) Gecko/20100101
Firefox/60.0"
10.1.1.250 - - [28/May/2019:09:18:39 UTC] "GET /images/Space.gif HTTP/1.1" 200 -
"http://10.1.1.117:8015/AIDA/Pi_Monitor/Pi_Monitor.tml" "Mozilla/5.0 (X11; Linux x86_64; rv:60.0) Gecko/20100101
Firefox/60.0"
pi@npg-monitor /tmp $ cat log8015_counter
set ::counter::H-urlhits(0) 0
set ::counter::H-urlhits(1) 0
set ::counter::H-urlhits(10) 0
set ::counter::H-urlhits(11) 0
set ::counter::H-urlhits(12) 0
set ::counter::H-urlhits(13) 0
set ::counter::H-urlhits(14) 0
set ::counter::H-urlhits(15) 0
set ::counter::H-urlhits(16) 0
set ::counter::H-urlhits(17) 0
set ::counter::H-urlhits(18) 0
set ::counter::H-urlhits(19) 0
set ::counter::H-urlhits(2) 0
set ::counter::H-urlhits(20) 0
set ::counter::H-urlhits(21) 0
set ::counter::H-urlhits(22) 0
set ::counter::H-urlhits(23) 0
set ::counter::H-urlhits(24) 0
set ::counter::H-urlhits(25) 0
set ::counter::H-urlhits(26) 0
set ::counter::H-urlhits(27) 0
set ::counter::H-urlhits(28) 0
set ::counter::H-urlhits(29) 0
set ::counter::H-urlhits(3) 0
set ::counter::H-urlhits(30) 0
set ::counter::H-urlhits(31) 0
set ::counter::H-urlhits(32) 0
set ::counter::H-urlhits(33) 0
set ::counter::H-urlhits(34) 0
set ::counter::H-urlhits(35) 0
set ::counter::H-urlhits(36) 0
set ::counter::H-urlhits(37) 0
set ::counter::H-urlhits(38) 0
set ::counter::H-urlhits(39) 0
set ::counter::H-urlhits(4) 0
set ::counter::H-urlhits(40) 0
set ::counter::H-urlhits(41) 0
set ::counter::H-urlhits(42) 0
set ::counter::H-urlhits(43) 0
set ::counter::H-urlhits(44) 0
set ::counter::H-urlhits(45) 0
set ::counter::H-urlhits(46) 0
set ::counter::H-urlhits(47) 0
set ::counter::H-urlhits(48) 0
set ::counter::H-urlhits(49) 0
set ::counter::H-urlhits(5) 0
set ::counter::H-urlhits(50) 0
set ::counter::H-urlhits(51) 0
set ::counter::H-urlhits(52) 0
set ::counter::H-urlhits(53) 0
set ::counter::H-urlhits(54) 0
set ::counter::H-urlhits(55) 0
set ::counter::H-urlhits(56) 0
set ::counter::H-urlhits(57) 0
set ::counter::H-urlhits(58) 0
set ::counter::H-urlhits(59) 0
set ::counter::H-urlhits(6) 0
set ::counter::H-urlhits(7) 0
set ::counter::H-urlhits(8) 0
set ::counter::H-urlhits(9) 0
set ::counter::Hour-urlhits(0) 0
set ::counter::Hour-urlhits(1) 0
set ::counter::Hour-urlhits(10) 0
set ::counter::Hour-urlhits(11) 0
set ::counter::Hour-urlhits(12) 0
set ::counter::Hour-urlhits(13) 0
set ::counter::Hour-urlhits(14) 0
set ::counter::Hour-urlhits(15) 0
set ::counter::Hour-urlhits(16) 0
set ::counter::Hour-urlhits(17) 0
set ::counter::Hour-urlhits(18) 0
set ::counter::Hour-urlhits(19) 0
set ::counter::Hour-urlhits(2) 0
set ::counter::Hour-urlhits(20) 0
set ::counter::Hour-urlhits(21) 0
set ::counter::Hour-urlhits(22) 0
set ::counter::Hour-urlhits(23) 0
set ::counter::Hour-urlhits(3) 0
set ::counter::Hour-urlhits(4) 0
set ::counter::Hour-urlhits(5) 0
set ::counter::Hour-urlhits(6) 0
set ::counter::Hour-urlhits(7) 0
set ::counter::Hour-urlhits(8) 0
set ::counter::Hour-urlhits(9) 0
set ::counter::Day-urlhits(0) 0
Before selecting Parse USB ...
pi@npg-monitor /tmp $ ps -ef
UID PID PPID C STIME TTY TIME CMD
root 1 0 0 09:16 ? 00:00:01 init [2]
root 2 0 0 09:16 ? 00:00:00 [kthreadd]
root 3 2 0 09:16 ? 00:00:00 [ksoftirqd/0]
root 5 2 0 09:16 ? 00:00:00 [kworker/0:0H]
root 6 2 0 09:16 ? 00:00:00 [kworker/u8:0]
root 7 2 0 09:16 ? 00:00:00 [rcu_preempt]
root 8 2 0 09:16 ? 00:00:00 [rcu_sched]
root 9 2 0 09:16 ? 00:00:00 [rcu_bh]
root 10 2 0 09:16 ? 00:00:00 [migration/0]
root 11 2 0 09:16 ? 00:00:00 [migration/1]
root 12 2 0 09:16 ? 00:00:00 [ksoftirqd/1]
root 14 2 0 09:16 ? 00:00:00 [kworker/1:0H]
root 15 2 0 09:16 ? 00:00:00 [migration/2]
root 16 2 0 09:16 ? 00:00:00 [ksoftirqd/2]
root 17 2 0 09:16 ? 00:00:00 [kworker/2:0]
root 18 2 0 09:16 ? 00:00:00 [kworker/2:0H]
root 19 2 0 09:16 ? 00:00:00 [migration/3]
root 20 2 0 09:16 ? 00:00:00 [ksoftirqd/3]
root 21 2 0 09:16 ? 00:00:00 [kworker/3:0]
root 22 2 0 09:16 ? 00:00:00 [kworker/3:0H]
root 23 2 0 09:16 ? 00:00:00 [khelper]
root 24 2 0 09:16 ? 00:00:00 [kdevtmpfs]
root 25 2 0 09:16 ? 00:00:00 [netns]
root 26 2 0 09:16 ? 00:00:00 [perf]
root 27 2 0 09:16 ? 00:00:00 [khungtaskd]
root 28 2 0 09:16 ? 00:00:00 [writeback]
root 29 2 0 09:16 ? 00:00:00 [crypto]
root 30 2 0 09:16 ? 00:00:00 [bioset]
root 31 2 0 09:16 ? 00:00:00 [kblockd]
root 32 2 0 09:16 ? 00:00:00 [kworker/1:1]
root 33 2 0 09:16 ? 00:00:00 [rpciod]
root 34 2 0 09:16 ? 00:00:00 [kswapd0]
root 35 2 0 09:16 ? 00:00:00 [fsnotify_mark]
root 36 2 0 09:16 ? 00:00:00 [nfsiod]
root 42 2 0 09:16 ? 00:00:00 [kthrotld]
root 43 2 0 09:16 ? 00:00:00 [kworker/0:1]
root 44 2 0 09:16 ? 00:00:00 [VCHIQ-0]
root 45 2 0 09:16 ? 00:00:00 [VCHIQr-0]
root 46 2 0 09:16 ? 00:00:00 [VCHIQs-0]
root 47 2 0 09:16 ? 00:00:00 [iscsi_eh]
root 48 2 0 09:16 ? 00:00:00 [dwc_otg]
root 49 2 0 09:16 ? 00:00:00 [DWC Notificatio]
root 51 2 0 09:16 ? 00:00:00 [VCHIQka-0]
root 52 2 0 09:16 ? 00:00:00 [SMIO]
root 53 2 0 09:16 ? 00:00:00 [deferwq]
root 54 2 0 09:16 ? 00:00:00 [kworker/u8:2]
root 55 2 0 09:16 ? 00:00:00 [kworker/2:1]
root 56 2 0 09:16 ? 00:00:00 [mmcqd/0]
root 58 2 0 09:16 ? 00:00:00 [jbd2/mmcblk0p2-]
root 59 2 0 09:16 ? 00:00:00 [ext4-rsv-conver]
root 74 2 0 09:16 ? 00:00:00 [kworker/3:1]
root 176 1 0 09:16 ? 00:00:00 udevd --daemon
root 200 2 0 09:16 ? 00:00:00 [kworker/1:4]
root 260 2 0 09:16 ? 00:00:00 [3f204000.spi]
root 299 176 0 09:16 ? 00:00:00 udevd --daemon
root 319 176 0 09:16 ? 00:00:00 udevd --daemon
root 1619 1 0 09:17 ? 00:00:00 /usr/sbin/ifplugd -i lo -q -f -u0 -d10 -w -I
root 1642 1 0 09:17 ? 00:00:00 /usr/sbin/ifplugd -i eth0 -q -f -u0 -d10 -w -I
root 1836 1 0 09:17 ? 00:00:00 /bin/sh /etc/init.d/rc 2
root 1845 1836 0 09:17 ? 00:00:00 startpar -p 4 -t 20 -T 3 -M start -P N -R 2
nobody 1903 1 0 09:17 ? 00:00:00 /usr/sbin/thd --daemon --triggers /etc/triggerhappy/triggers.d/
--socket /var/run/thd.socket --pidfile /var/run/thd.pid --user nobody /dev/input/event*
root 1909 2 0 09:17 ? 00:00:00 [kworker/0:2]
root 1912 1 0 09:17 ? 00:00:00 /usr/sbin/rsyslogd -c5
root 2037 1 0 09:17 ? 00:00:00 /usr/sbin/cron
ntp 2050 1 0 09:17 ? 00:00:00 /usr/sbin/ntpd -p /var/run/ntpd.pid -g -u 102:104
104 2082 1 0 09:17 ? 00:00:00 /usr/bin/dbus-daemon --system
root 2087 2050 0 09:17 ? 00:00:00 /usr/sbin/ntpd -p /var/run/ntpd.pid -g -u 102:104
root 2142 1845 0 09:17 ? 00:00:00 /bin/sh /etc/init.d/rc.local start
root 2148 2142 0 09:17 ? 00:00:00 /bin/sh -e /etc/rc.local
root 2151 2148 0 09:17 ? 00:00:00 /bin/csh -f /MIDAS/TclHttpd/linux-arm/TclHttpd-server
root 2156 2151 0 09:17 ? 00:00:03 /usr/bin/tclsh /MIDAS/TclHttpd/bin/httpd_Server.tcl -uid 0 -gid 0
root 2165 1 0 09:17 ? 00:00:00 dhclient -v -pf /run/dhclient.eth0.pid -lf
/var/lib/dhcp/dhclient.eth0.leases eth0
root 2210 1 0 09:17 ? 00:00:00 /usr/sbin/sshd
root 2269 2210 0 09:18 ? 00:00:00 sshd: pi [priv]
pi 2273 2269 0 09:19 ? 00:00:00 sshd: pi@pts/0
pi 2278 2273 0 09:19 pts/0 00:00:00 -bash
pi 2306 2278 0 09:24 pts/0 00:00:00 ps -ef
After selecting Parse USB ...
pi@npg-monitor /tmp $ ps -ef
UID PID PPID C STIME TTY TIME CMD
root 1 0 0 09:16 ? 00:00:01 init [2]
root 2 0 0 09:16 ? 00:00:00 [kthreadd]
root 3 2 0 09:16 ? 00:00:02 [ksoftirqd/0]
root 5 2 0 09:16 ? 00:00:00 [kworker/0:0H]
root 6 2 0 09:16 ? 00:00:00 [kworker/u8:0]
root 7 2 0 09:16 ? 00:00:00 [rcu_preempt]
root 8 2 0 09:16 ? 00:00:00 [rcu_sched]
root 9 2 0 09:16 ? 00:00:00 [rcu_bh]
root 10 2 0 09:16 ? 00:00:00 [migration/0]
root 11 2 0 09:16 ? 00:00:00 [migration/1]
root 12 2 0 09:16 ? 00:00:00 [ksoftirqd/1]
root 14 2 0 09:16 ? 00:00:00 [kworker/1:0H]
root 15 2 0 09:16 ? 00:00:00 [migration/2]
root 16 2 0 09:16 ? 00:00:00 [ksoftirqd/2]
root 17 2 0 09:16 ? 00:00:00 [kworker/2:0]
root 18 2 0 09:16 ? 00:00:00 [kworker/2:0H]
root 19 2 0 09:16 ? 00:00:00 [migration/3]
root 20 2 0 09:16 ? 00:00:00 [ksoftirqd/3]
root 21 2 0 09:16 ? 00:00:00 [kworker/3:0]
root 22 2 0 09:16 ? 00:00:00 [kworker/3:0H]
root 23 2 0 09:16 ? 00:00:00 [khelper]
root 24 2 0 09:16 ? 00:00:00 [kdevtmpfs]
root 25 2 0 09:16 ? 00:00:00 [netns]
root 26 2 0 09:16 ? 00:00:00 [perf]
root 27 2 0 09:16 ? 00:00:00 [khungtaskd]
root 28 2 0 09:16 ? 00:00:00 [writeback]
root 29 2 0 09:16 ? 00:00:00 [crypto]
root 30 2 0 09:16 ? 00:00:00 [bioset]
root 31 2 0 09:16 ? 00:00:00 [kblockd]
root 32 2 0 09:16 ? 00:00:00 [kworker/1:1]
root 33 2 0 09:16 ? 00:00:00 [rpciod]
root 34 2 0 09:16 ? 00:00:01 [kswapd0]
root 35 2 0 09:16 ? 00:00:00 [fsnotify_mark]
root 36 2 0 09:16 ? 00:00:00 [nfsiod]
root 42 2 0 09:16 ? 00:00:00 [kthrotld]
root 43 2 0 09:16 ? 00:00:01 [kworker/0:1]
root 44 2 0 09:16 ? 00:00:00 [VCHIQ-0]
root 45 2 0 09:16 ? 00:00:00 [VCHIQr-0]
root 46 2 0 09:16 ? 00:00:00 [VCHIQs-0]
root 47 2 0 09:16 ? 00:00:00 [iscsi_eh]
root 48 2 0 09:16 ? 00:00:00 [dwc_otg]
root 49 2 0 09:16 ? 00:00:00 [DWC Notificatio]
root 51 2 0 09:16 ? 00:00:00 [VCHIQka-0]
root 52 2 0 09:16 ? 00:00:00 [SMIO]
root 53 2 0 09:16 ? 00:00:00 [deferwq]
root 54 2 0 09:16 ? 00:00:00 [kworker/u8:2]
root 55 2 0 09:16 ? 00:00:00 [kworker/2:1]
root 56 2 0 09:16 ? 00:00:02 [mmcqd/0]
root 58 2 0 09:16 ? 00:00:00 [jbd2/mmcblk0p2-]
root 59 2 0 09:16 ? 00:00:00 [ext4-rsv-conver]
root 74 2 0 09:16 ? 00:00:00 [kworker/3:1]
root 176 1 0 09:16 ? 00:00:00 udevd --daemon
root 200 2 0 09:16 ? 00:00:00 [kworker/1:4]
root 260 2 0 09:16 ? 00:00:00 [3f204000.spi]
root 299 176 0 09:16 ? 00:00:00 udevd --daemon
root 319 176 0 09:16 ? 00:00:00 udevd --daemon
root 1619 1 0 09:17 ? 00:00:00 /usr/sbin/ifplugd -i lo -q -f -u0 -d10 -w -I
root 1642 1 0 09:17 ? 00:00:01 /usr/sbin/ifplugd -i eth0 -q -f -u0 -d10 -w -I
nobody 1903 1 0 09:17 ? 00:00:00 /usr/sbin/thd --daemon --triggers /etc/triggerhappy/triggers.d/
--socket /var/run/thd.socket --pidfile /var/run/thd.pid --user nobody /dev/input/event*
root 1909 2 0 09:17 ? 00:00:00 [kworker/0:2]
root 1912 1 0 09:17 ? 00:00:00 /usr/sbin/rsyslogd -c5
root 2037 1 0 09:17 ? 00:00:00 /usr/sbin/cron
ntp 2050 1 0 09:17 ? 00:00:00 /usr/sbin/ntpd -p /var/run/ntpd.pid -g -u 102:104
104 2082 1 0 09:17 ? 00:00:00 /usr/bin/dbus-daemon --system
root 2087 2050 0 09:17 ? 00:00:00 /usr/sbin/ntpd -p /var/run/ntpd.pid -g -u 102:104
root 2165 1 0 09:17 ? 00:00:00 dhclient -v -pf /run/dhclient.eth0.pid -lf
/var/lib/dhcp/dhclient.eth0.leases eth0
root 2210 1 0 09:17 ? 00:00:00 /usr/sbin/sshd
root 2269 2210 0 09:18 ? 00:00:00 sshd: pi [priv]
pi 2273 2269 0 09:19 ? 00:00:00 sshd: pi@pts/0
pi 2278 2273 0 09:19 pts/0 00:00:00 -bash
root 2309 2 0 09:28 ? 00:00:00 [kworker/1:1H]
root 2310 2 0 09:28 ? 00:00:00 [kworker/3:1H]
root 2311 2 0 09:29 ? 00:00:00 [kworker/0:0]
root 2312 1 0 09:29 tty1 00:00:00 /sbin/getty --noclear 38400 tty1
root 2313 1 0 09:29 tty2 00:00:00 /sbin/getty 38400 tty2
root 2314 1 0 09:29 tty3 00:00:00 /sbin/getty 38400 tty3
root 2315 1 0 09:29 tty4 00:00:00 /sbin/getty 38400 tty4
root 2316 1 0 09:29 tty5 00:00:00 /sbin/getty 38400 tty5
root 2317 1 0 09:29 tty6 00:00:00 /sbin/getty 38400 tty6
root 2318 1 0 09:29 ? 00:00:00 /sbin/getty -L ttyAMA0 115200 vt100
root 2319 2 0 09:29 ? 00:00:00 [kworker/u8:1]
pi 2332 2278 0 09:32 pts/0 00:00:00 ps -ef
The httpd server appears to have died |
|
Wed May 29 06:11:34 2019, TD, Wednesday 29 May 12x
|
14.10 Julabo FL11006 chiller set point +20 deg C actual +20.0 deg C
Water level c. 75% M-H markers
Temperature +25.7 deg C dew point +8.2 deg C RH 32.4%
DAQ continues OK
ASIC settings 2019May19-17.54.03
slow comparator 0xa
BNC PB-4 Pulser
Amplitude 90,000
x5 attenuator IN
Frequency 25Hz range
t_r 100ns, tau_d 50us
- polarity
Delay MIN, tail pulse
14.14 all system wide checks OK *except* nnaida7 fails ADC calibration
detector biases & leakage currents OK - see attachments 1 & 2
FEE64 temperatures OK - see attachment 3
good event statistics OK - see attachments 4
11x <20k, 22x <50k, 24x <100k - 13x <20k yesterday
1.8.L spectra - see attachments 5 & 6
nnaida1 73 ch FWHM, nnaida3 78 ch FWHM - no change cf. yesterday
p+n FEE64s 1.8.W spectra 20us FSR - attachment 7
n+n FEE64s 1.8.W spectra 20us FSR - attachment 8
FEE64 Rate spectra - attachment 9
Check ASIC Control *all* FEE64s & ASICs
zero all spectra
16.05 slow comparator 0x8
good event statistics OK - see attachments 10
2x <20k, 11x <50k, 18x <100k
slow comparator 0x9
good event statistics OK - see attachments 11
6x <20k, 19x <50k, 23x <100k
slow comparator 0xa
good event statistics OK - see attachments 12
10x <20k, 21x <50k, 24x <100k |
|
Tue May 28 01:37:14 2019, TD, Monday 28 May 8x
|
09.30 Julabo FL11006 chiller set point +20 deg C actual +20.0 deg C
Water level c. 75% M-H markers
Temperature +25.1 deg C dew point +9.7 deg C RH 37.9%
DAQ continues OK
all system wide checks OK *except* nnaida7 fails ADC calibration
detector biases & leakage currents OK - see attachments 1 & 2
FEE64 temperatures OK - see attachment 3
good event statistics OK - see attachments 4
13x < 20k, 22x <50k, 24x <100k
1.8.L spectra - see attachments 5 & 6
nnaida1 73 ch FWHM, nnaida3 78 ch FWHM
p+n FEE64s 1.8.W spectra 20us FSR - attachment 7
n+n FEE64s 1.8.W spectra 20us FSR - attachment 8 |
|
Mon May 27 10:31:35 2019, TD, Updated /etc/hosts & /etc/dhcp/dhcpd.conf
|
/etc/dhcp/dhcpd.conf updated to reflect actual MAC and IP
addresses for nnrpi1 and to add nnrpi2 to /etc/hosts
nnrpi1
% /sbin/ifconfig -a
eth0 Link encap:Ethernet HWaddr b8:27:eb:0b:f6:73
inet addr:10.1.1.114 Bcast:10.1.1.255 Mask:255.255.255.0
UP BROADCAST RUNNING MULTICAST MTU:1500 Metric:1
RX packets:9315838 errors:0 dropped:0 overruns:0 frame:0
TX packets:9579504 errors:0 dropped:0 overruns:0 carrier:0
collisions:0 txqueuelen:1000
RX bytes:492141377 (469.3 MiB) TX bytes:3950371110 (3.6 GiB)
lo Link encap:Local Loopback
inet addr:127.0.0.1 Mask:255.0.0.0
UP LOOPBACK RUNNING MTU:65536 Metric:1
RX packets:8485967 errors:0 dropped:0 overruns:0 frame:0
TX packets:8485967 errors:0 dropped:0 overruns:0 carrier:0
collisions:0 txqueuelen:0
RX bytes:2807265055 (2.6 GiB) TX bytes:2807265055 (2.6 GiB)
nnrpi2
pi@npg-monitor ~ $ ifconfig -a
eth0 Link encap:Ethernet HWaddr b8:27:eb:6b:0a:a0
inet addr:10.1.1.117 Bcast:10.1.1.255 Mask:255.255.255.0
UP BROADCAST RUNNING MULTICAST MTU:1500 Metric:1
RX packets:806 errors:0 dropped:0 overruns:0 frame:0
TX packets:872 errors:0 dropped:0 overruns:0 carrier:0
collisions:0 txqueuelen:1000
RX bytes:66327 (64.7 KiB) TX bytes:548797 (535.9 KiB)
lo Link encap:Local Loopback
inet addr:127.0.0.1 Mask:255.0.0.0
UP LOOPBACK RUNNING MTU:65536 Metric:1
RX packets:0 errors:0 dropped:0 overruns:0 frame:0
TX packets:0 errors:0 dropped:0 overruns:0 carrier:0
collisions:0 txqueuelen:0
RX bytes:0 (0.0 B) TX bytes:0 (0.0 B) |
|
Mon May 27 08:51:04 2019, TD, Offline analysis of alpha background data files May19/R1, R2, R7, R8, R9, R11 9x
|
Offline analysis of alpha background data files May19/R1, R2, R7, R8, R9, R11 ( c. 380h )
1 per DSSSD m_p versus m_n
2 per DSSSD x versus y
3 per DSSSD E_p versus E_n
4 per DSSSD E_p versus E_n - zoom to 5 & 7Mev groups
5 hit pattern ( DSSSD order ) versus E
6 x & y projections of 5 & 7MeV groups from hit pattern ( DSSSD order ) versus E
7 hit pattern ( DSSSD order)
8 hit pattern ( ASIC order ) |
|
Mon May 27 08:29:02 2019, TD, AIDA position within DTAS
|
AA informs me that the *centre* of the DTAS detector system is 26.7cm downstream
of the upstream edge of the upstream DTAS NaI(Tl) detectors.
The 6x DSSSDs are currently positioned per the 8x DSSSD setup of June 2018, i.e.
the 6x DSSSDs are in positions 3-8 (as indicated on the AIDA snout).
Detectors #4 & #5 are centred ~9cm from upstream edge of AIDA snout.
This means that the upstream edge of the AIDA snout should be 26.7-9=17.7cm
from the upstream edge of the upstream DTAS NaI(Tl) detectors. |
|
Mon May 27 02:50:20 2019, TD, Monday 27 May 30x
|
10.50 Julabo FL11006 chiller set point +20 deg C actual +20.0 deg C
Water level c. 60% M-H markers - topped up 1x jugful to 100% M-H markers
Temperature +25.6 deg C dew point +9.6 deg C RH 36.2%
DAQ continues OK to file May19/R11_8
alpha background
ASIC settings 2019May19-17.54.03
slow comparator 0x64
BNC PB-4 Pulser OFF
11.00 all system wide checks OK *except* nnaida7 fails ADC calibration
detector biases & leakage currents OK - see attachments 1 & 2
FEE64 temperatures OK - see attachment 3
good event statistics OK - see attachments 4
Merger OK - see attachment 5
TapeServer OK - see attachment 6
1.8.L spectra - see attachments 7 & 8
p+n FEE64s 1.8.W spectra 20us FSR - attachment 9
n+n FEE64s 1.8.W spectra 20us FSR - attachment 10
12.26 analysis of May19/R11_8 - see attachments 11
deadtime OK
11.05 DAQ stop file May19/R11_8
slow comparator 0x64 -> 0xa
Check ASIC Control *all* ASICs & FEE64s
good event statistics OK - see attachments 12
11x < 20k, 20x <50k, 23x <100k
11.25 DAQ start file May19/R12
Pulser walkthrough
ASIC settings 2019May19-17.54.03
slow comparator 0xa
BNC PB-4
amplitude 90,000 - 10,000 @ 10,000 step
x5 attenuator IN
t_r 100ns tau_d 50us
frequency 250Hz range
delay MIN
tail pulse
- polarity
1.8.L spectra - see attachments 13 & 14
11.35 DAQ stop file May19/R12_1
11.48 DAQ start file May19/R13
Pulser walkthrough
ASIC settings 2019May19-17.54.03
slow comparator 0xa
BNC PB-4
amplitude 12,000 - 2,000 @ 2,000 step
x5 attenuator IN
t_r 100ns tau_d 50us
frequency 250Hz range
delay MIN
tail pulse
- polarity
1.8.L spectra - see attachments 15 & 16
11.55 DAQ stop file May19/R13_1
16.20 AIDA moved into DTAS
Upstream edge of AIDA snout 17.7cm downstream of the upstream edge of the upstream DTAS NaI(Tl) detectors
which positions DSSSDs #3 & #4 at centre of DTAS. We will need to adjust the position of AIDA when we have
implant and PID-gated implant-decay correlation data to identify where specific isotopes stop.
17.05 Julabo FL11006 chiller set point +20 deg C actual +20.0 deg C
Water level c. 80% M-H markers
Temperature +25.5 deg C dew point +9.3 deg C RH 35.9%
detector biases & leakage currents OK - see attachments 17 & 18
FEE64 temperatures OK - see attachment 19
good event statistics OK - see attachments 20
14x <20k, 22x <50k, 1x >100k
BNC PB-4
amplitude 90,000
x5 attenuator IN
t_r 100ns tau_d 50us
frequency 25Hz range
delay MIN
tail pulse
- polarity
1.8.L spectra - see attachments 21 & 22
FEE FWHM
# (ch)
1 73
2 120
3 77
4 77
5 73
6 81
7 77
8 72
9 85
10 90
11 96
12 96
13 97
14 69
15 85
16 86
17 73
18 84
19 130
20 114
21 82
22 73
23 99
24 105
p+n FEE64s 1.8.W spectra 20us, 200us, 2ms, 20ms FSR - attachments 23-26
n+n FEE64s 1.8.W spectra 20us, 200us, 2ms, 20ms FSR - attachments 27-30 |
|
Sun May 26 04:14:27 2019, TD, Sunday 26 May 11x
|
12.14 Julabo FL11006 chiller set point +20 deg C actual +20.0 deg C
Water level c. 60% M-H markers
Temperature +25.8 deg C dew point +6.7 deg C RH 29.6%
DAQ continues OK to file May19/R11_5
alpha background
ASIC settings 2019May19-17.54.03
slow comparator 0x64
BNC PB-4 Pulser OFF
all system wide checks OK *except* nnaida7 fails ADC calibration
detector biases & leakage currents OK - see attachments 1 & 2
FEE64 temperatures OK - see attachment 3
good event statistics OK - see attachments 4
Merger OK - see attachment 5
TapeServer OK - see attachment 6
1.8.L spectra - see attachments 7 & 8
p+n FEE64s 1.8.W spectra 20us FSR - attachment 9
n+n FEE64s 1.8.W spectra 20us FSR - attachment 10
12.26 analysis of May19/R11_5 - see attachments 11
deadtime OK
ADC data for FEE64s nnaida5 & nnaida6 hot channels (Stat spectrum channel # 104)
Also observed at a much lower rate for nnaida1 & nnaida2
Check ASIC Control *all* ASICs & FEE64s |
|
Sat May 25 06:27:12 2019, TD, Saturday 25 May 12x
|
14.32 Julabo FL11006 chiller set point +20 deg C actual +20.0 deg C
Water level c. 60% M-H markers
Temperature +25.6 deg C dew point +3.1 deg C RH 23.1%
DAQ continues OK to file May19/R11_3
alpha background
ASIC settings 2019May19-17.54.03
slow comparator 0x64
BNC PB-4 Pulser OFF
all system wide checks OK *except* nnaida7 fails ADC calibration
detector biases & leakage currents OK - see attachments 1 & 2
FEE64 temperatures OK - see attachment 3
good event statistics OK - see attachments 4
Merger OK - see attachment 5
TapeServer OK - see attachment 6
1.8.L spectra - see attachments 7 & 8
p+n FEE64s 1.8.W spectra 20us FSR - attachment 9
n+n FEE64s 1.8.W spectra 20us FSR - attachment 10
14.37 analysis of May19/R11_2 & R11_3 - see attachments 11 & 12
deadtime OK *except* nnaida1
ADC data for FEE64s nnaida5 & nnaida6 hot channels (Stat spectrum channel # 104)
Also observed at a much lower rate for nnaida1 & nnaida2
Statistics imply nnaida1 discriminators running at high rate for some part of R11_2 & R11_3
14.39 Check ASIC Control *all* ASICs & FEE64s |
|
Fri May 24 07:21:31 2019, TD, Offline analysis May19/R1, R2, R7, R8 & R9 11x
|
Offline analysis of alpha background data files May19/R1, R2, R7, R8, R9 ( c. 310h )
1 per DSSSD m_p versus m_n
2 per DSSSD x versus y
10 per DSSSD E_p versus E_n
3 2D contours
4 hit pattern ( DSSSD order ) versus E
5 hit pattern ( DSSSD order)
6 hit pattern ( ASIC order )
7 sort program
8 sort variables
9 sort spectra titles
11 x & y projections of 5 & 7MeV groups from hit pattern ( DSSSD order ) versus E |
|
Fri May 24 03:04:26 2019, TD, Friday 24 May 15x
|
11.04 Julabo FL11006 chiller set point +20 deg C actual +20.0 deg C
Water level c. 75% M-H markers
Temperature +26.1 deg C dew point +4.2 deg C RH 24.4%
DAQ continues OK to file May19/R9_5
alpha background
ASIC settings 2019May19-17.54.03
slow comparator 0x64
BNC PB-4 Pulser OFF
all system wide checks OK *except* nnaida7 fails ADC calibration
detector biases & leakage currents OK - see attachments 1 & 2
FEE64 temperatures OK - see attachment 3
good event statistics OK - see attachments 4
Merger OK - see attachment 5
TapeServer OK - see attachment 6
1.8.L spectra - see attachments 7 & 8
p+n FEE64s 1.8.W spectra 20us FSR - attachment 9
n+n FEE64s 1.8.W spectra 20us FSR - attachment 10
14.17 analysis of May19/R9_5 - see attachment 11
deadtime OK *except* nnaida22
ADC data for FEE64s nnaida5 & nnaida6 hot channels (Stat spectrum channel # 104)
Also observed at a much lower rate for nnaida1 & nnaida2
Statistics imply nnaida22 running at high rate for some part of R9_5
analysis of May19/R9_4 - see attachment 12
No indication of higher rates for nnaida22
11.19 Check ASIC Control *all* ASICs & FEE64s
11.29 zero DAQ statistics
14.42 DAQ stop file May19/R9_6
Run stopped to move AIDA out of DTAS prior to changes to Pb shielding upstream of (CH2)n shield
15.01 AIDA removed from inside DTAS
Slow comparator 0x64 -> 0xa
Check ASIC Control *all* ASICs & FEE64s
good event statistics OK - see attachments 13
13x < 20k, 22 < 50k, 0 > 100k
p+n FEE64s 1.8.W spectra 20us FSR - attachment 14
n+n FEE64s 1.8.W spectra 20us FSR - attachment 15
all system wide checks OK *except* nnaida7 fails ADC calibration
zero all histograms
Slow comparator 0xa -> 0x64
Check ASIC Control *all* ASICs & FEE64s
15.08 DAQ start file May19/R10
nnaida1 'good event' rate changed from c. 380Hz to 0Hz at Start ASIC Readout - DAQ stopped
15.10 DAQ start file May19/R11
alpha background
ASIC settings 2019May19-17.54.03
slow comparator 0x64
BNC PB-4 Pulser OFF |
|
Wed May 22 07:36:08 2019, TD, Screenshots miscellaneous AIDA Control tabs 13x
|
|
|
Wed May 22 06:08:29 2019, TD, Wednesday 22 May 15x
|
14.08 Julabo FL11006 chiller set point +20 deg C actual +20.0 deg C
Water level c. 75% M-H markers
Temperature +26.5 deg C dew point +6.2 deg C RH 27.6%
DAQ continues OK to file May19/R8_8
alpha background
ASIC settings 2019May19-17.54.03
slow comparator 0x64
BNC PB-4 Pulser OFF
all system wide checks OK *except* nnaida7 fails ADC calibration
detector biases & leakage currents OK - see attachments 1 & 2
FEE64 temperatures OK - see attachment 3
good event statistics OK - see attachments 4
Merger OK - see attachment 5
TapeServer OK - see attachment 6
1.8.L spectra - see attachments 7 & 8
p+n FEE64s 1.8.W spectra 20us FSR - attachment 9
n+n FEE64s 1.8.W spectra 20us FSR - attachment 10
14.17 analysis of May19/R8_8 - see attachment 11
deadtime OK
ADC data for FEE64s nnaida5 & nnaida6 hot channels (Stat spectrum channel # 104)
Also observed at a much lower rate for nnaida1 & nnaida2
14.39 DAQ stop file May19/R8_8
AIDA to be moved into position within DTAS for efficiency tests with 137Cs/60Co sources
positioned immediately upstream of the end of the AIDA snout
15.07 End of AIDA snout now 16cm from upstream edge of upstream NaI detectors
i.e. DSSSD#3 centred between upstream/downstream NaI detectors
Slow comparator 0x64 -> 0xa
Check ASIC Control *all* ASICs & FEE64s
good event statistics OK - see attachments 12
15x < 20k, 21x < 50k, 1x > 100k
p+n FEE64s 1.8.W spectra 20us FSR - attachment 13
n+n FEE64s 1.8.W spectra 20us FSR - attachment 14
Slow comparator 0xa -> 0x64
Check ASIC Control *all* ASICs & FEE64s
All histograms zero'd
15.24 DAQ start file May19/R9
alpha background
ASIC settings 2019May19-17.54.03
slow comparator 0x64
BNC PB-4 Pulser OFF
all system wide checks OK *except* nnaida7 fails ADC calibration
16.03 Water level topped up (1x jugful) to H level marker |
|
Mon May 20 02:16:58 2019, CA, TD, Monday 20 May 2019 16x
|
10:18 DAQ Continues ok
Alpha run continues - Currently on file R8_2
System wide checks all ok
Detector bias/leakage currents ok - attachment 1
Temp +25.6 deg C, Humidity 34.5% AND D.P +8.8 deg C
FEE Temperatures ok - attachment 2
Good event statistics ok - attachment 3
Merger & TapeServer ok - attachments 4 & 5
17.15 DAQ continues OK to file May19/R8_2
alpha background
ASIC settings 2019May19-17.54.03
slow comparator 0x64
BNC PB-4 Pulser OFF
all system wide checks OK *except* nnaida7 fails ADC calibration
detector biases & leakage currents OK - see attachments 6 & 7
FEE64 temperatures OK - see attachment 8
good event statistics OK - see attachments 9
Merger OK - see attachment 10
TapeServer OK - see attachment 11
1.8.L spectra - see attachments 12 & 13
p+n FEE64s 1.8.W spectra 20us FSR - attachment 14
n+n FEE64s 1.8.W spectra 20us FSR - attachment 15
17.25 analysis of May19/R8_2 - see attachment 16
deadtime OK
ADC data for FEE64s nnaida5 & nnaida6 hot channels (Stat spectrum channel # 104)
Also observed at a much lower rate for nnaida1 & nnaida2
17.27 Check ASIC Control *all* ASICs & FEE64s
13.27 Julabo FL11006 chiller set point +20 deg C actual +20.0 deg C
Water level c. 60% M-H markers - water topped up (1x jugful) to H level marker
Temperature +25.4 deg C dew point +9.6 deg C RH 36.3% |
|
Sun May 19 02:28:07 2019, OH, TD, CA, Sunday 19 May 11x
|
10:28 DAQ Continues ok
Alpha run continues - Currently on file R7_5
System wide checks all ok
leakage currents are up from yesterday - attachment 1
Temperature is up 2 deg C from yesterday which explains leakage current increase
Temp +26.6 deg C, Humidity 28.8% AND D.P +7.2 deg C
FEE Temperatures ok - attachment 2
Good event statistics ok - attachment 3
17.40 Julabo FL11006 chiller set point +20 deg C actual +20.0 deg C - water level 75% H-L markers
Temperature +25.4 deg C dew point +7.2 deg C RH 30.9%
17.47 DAQ continues OK to file May19/R7_6
alpha background
ASIC settings 2018Oct03-13.26.58
*except* slow comparator 0xa -> 0x64
BNC PB-4 Pulser OFF
all system wide checks OK *except*
nnaida7 fails ADC calibration
Check SYNC errors not counted since Baseline - see attachment 4 - also failed test following Collect All
SYNC Count Errors for Baseline
N.B. Check SYNC pulses received OK
detector biases & leakage currents OK - see attachments 5 & 6
FEE64 temperatures OK - see attachment 7
good event statistics OK - see attachments 8
Merger OK - see attachment 9
TapeServer OK - see attachment 10
17.53 DAQ stopped file May19/R7_6
DAQ RESET
DAQ SETUP
all system wide checks OK *except* nnaida7 fails ADC calibration
Sync all ASIC clocks using Re-Sync
Check ASIC Control *all* ASICs & FEE64s
17.57 DAQ start file May19/R8
alpha background
ASIC settings 2019May19-17.54.03
slow comparator 0x64
13.13 analysis of May19/R7_6 - see attachment 11
deadtime OK
ADC data for FEE64s nnaida5 & nnaida6 hot channels (Stat spectrum channel # 104)
Also observed at a much lower rate for nnaida1 & nnaida2 |
|
Sun May 19 02:21:43 2019, CA, Tests of low energy calibration on Alpha Data 25x
|
10.23 Low energy calibration program now produces relative gain coefficients in a format that can be used with AIDASort
using sorted alpha data Oct18/R29*
30 2.0GB files of data
LHS: Data sorted without relative gain-matching
RHS: Data sorted with relative gain-matching
Attachments (1-4) - DSSD1 - Ey-Ex
- Ey vs Ex
- Energy difference vs x strip
- Energy difference vs y strip
Attachments (5-8) - DSSD2 - Ey-Ex
- Ey vs Ex
- Energy difference vs x strip
- Energy difference vs y strip
Attachments (9-12) - DSSD3 - Ey-Ex
- Ey vs Ex
- Energy difference vs x strip
- Energy difference vs y strip
Attachments (13-16) - DSSD4 - Ey-Ex
- Ey vs Ex
- Energy difference vs x strip
- Energy difference vs y strip
Attachments (17-20) - DSSD5 - Ey-Ex
- Ey vs Ex
- Energy difference vs x strip
- Energy difference vs y strip
Attachments (21-24) - DSSD6 - Ey-Ex
- Ey vs Ex
- Energy difference vs x strip
- Energy difference vs y strip
Attachment 25 - Table comparing peak centroids and peak width (deviation, sigma) of Ey - Ex plots before and after gainmatching
- numbers found with simple gaussian fit
|
|
Sat May 18 04:47:22 2019, TD, Saturday 18 May 17x
|
12.47 DAQ continues OK to file May19/R7_3
alpha background
ASIC settings 2018Oct03-13.26.58
*except* slow comparator 0xa -> 0x64
BNC PB-4 Pulser OFF
all system wide checks OK *except* nnaida7 fails ADC calibration
detector biases & leakage currents OK - see attachments 1 & 2
FEE64 temperatures OK - see attachment 3
good event statistics OK - see attachments 4
Merger OK - see attachment 5
TapeServer OK - see attachment 6
12.51 Check ASIC Control *all* ASICs & FEE64s
1.8.L spectra - see attachments 7 & 8
p+n FEE64s 1.8.W spectra 20us, 200us, 2ms, 20ms FSR - attachments 9-12
n+n FEE64s 1.8.W spectra 20us, 200us, 2ms, 20ms FSR - attachments 13-16
13.13 analysis of May19/R7_3 - see attachment 17
deadtime OK
ADC data for FEE64s nnaida5 & nnaida6 hot channels (Stat spectrum channel # 104)
Also observed at a much lower rate for nnaida1 & nnaida2
13.27 Julabo FL11006 chiller set point +20 deg C actual +20.0 deg C - water topped up to H level marker
Temperature +24.6 deg C dew point +7.1 deg C RH 32.6% |
|
Fri May 17 08:10:05 2019, TD, AIDA+DTAS @ BigRIPS F11 10x
|
|
|
Fri May 17 02:15:56 2019, CA, TD, OH, Friday 17 May 15x
|
10.18 DAQ continues OK to file May19/R5_1
alpha background
ASIC settings 2018Oct03-13.26.58
*except* slow comparator 0xa -> 0x64
BNC PB-4 Pulser OFF
all system wide checks OK *except* nnaida7 fails ADC calibration
detector biases & leakage currents OK - see attachments 1 & 2
FEE64 temperatures OK - see attachment 3
good event statistics OK - see attachments 4
Merger OK - see attachment 5
TapeServer OK - see attachment 6
1.8.W spectra 20us FSR - attachments 7 & 8
1.8.W spectra 20ms FSR - attachments 9 & 10
Julabo FL11006 chiller set point +20 deg C actual +20.0 deg C - water topped up
Temperature +24.8 deg C dew point +8.3 deg C RH 35.3%
10.42 DAQ stop May19/R5_2
slow comparator 0x64 -> 0xa
Check ASIC Control *all* ASICs & FEE64s
10:52 AIDA inserted ~4cm into DTAS
60Co (~40kBq) + 137Cs (~8kBq) sources located approximately 4cm in front of the front face of the snout
10.54 DAQ start May19/R6
good event statistics OK - see attachments 11
*all* FEE64s <100k, 9x < 20k
data rate 4.9Mb/s 0.64M data items/s
11.04 nnaida17 good events c. 350k returns to 13k following Check ASIC Control (nnaida1 OK - see
https://elog.ph.ed.ac.uk/AIDA/801 )
AIDA disc statistics indicate that fast discriminators were source of higher rate - next time this
happens we should check HitRate to see whether this is a specific channel or channels and possibly
mask
11.17 DTAS DAQ issues correlation scaler reset
AIDA data file May19/R6_3
use files *from* R6_4
11.39 DAQ stop file May19/R6_8
nnrpi1 is offline - we suspect wrench or power tool placed too close to RPi when we moved AIDA
into DTAS and we jostled one or other of the cables connected to nnrpi1
nnrpi1 power cycled to reboot
*all* FEE64s OK
USB ac mains relay controls recovered OK
CAEN N1419 contrs recovered OK
11.48 AIDA withdrawn from DTAS for installation of upstream (CH2)n shield and additional Pb wall
11.52 DAQ starts to file May19/R7
alpha background resumes
ASIC settings 2018Oct03-13.26.58
*except* slow comparator 0xa -> 0x64
BNC PB-4 Pulser OFF
18.06 DAQ continues ok, on file May19/R7_0
all system wide checks OK *except* nnaida7 fails ADC calibration
detector biases & leakage currents OK - see attachment 13
FEE64 temperatures OK - see attachment 14
good event statistics OK - see attachment 15
Merger and TapeServer ok
Temperature +25.0 deg C dew point +4.4 deg C RH 27.0%
|
|
Thu May 16 02:13:10 2019, CA, OH, TD, Thursday 16th May 16x
|
10:13 all system wide checks OK *except* nnaida7 fails ADC calibration
FEE64 temperatures OK - see attachment 1
good event statistics OK - see attachments 2
detector biases & leakage currents OK - see attachment 3
Temperature + deg 24.7C dew point +8.6 deg C RH 35.0%
Merger and TapeServer ok
10:30 DAQ, merger, TapeServer stop
Alpha run stopped at AIDA file TapeData/May19/R2_5
slow comparator threshold lowered to 10 keV (0xa)
DAQ start, not writing to file
good event statistics after lowering threshold, ok (attachment 4)
10:49 1.8.W spectra 20ms FSR - attachments 5 & 6
11:25 started writing to file R3 (sync test)
low threshold run at 5mb/s
11:33 DAQ stop (R3)
slow comparator threshold raised to 100 kev (0x64)
DAQ start, alpha run
Writing to file TapeData/May19/R4
18.49 alpha background
ASIC settings 2018Oct03-13.26.58
*except* slow comparator 0xa -> 0x64
BNC PB-4 Pulser OFF
FEE64 temperatures OK - see attachment 7
good event statistics - see attachments 8 - nnaida1 405k & nnaida17 368k, all other FEE64s c. 380Hz as
expected
ASIC check for *all* ASICs & FEE64s restored all FEE64 rates to expected c. 380Hz - see attachment 13
detector biases & leakage currents OK - see attachments 9 & 10
Merger OK - no error messages - see attachment 11
TapeServer OK - see attachment 12
all system wide checks OK *except* nnaida7 fails ADC calibration *and* Check Sync errors not counted Since
Baseline - see attachment 14
DAQ stopped May19/R4_3
aidas1> ls -l /TapeData/May19
total 19808048
-rw-rw-rw-. 1 npg npgstaff 1908736000 May 14 18:28 R1_0
-rw-rw-rw-. 1 npg npgstaff 2097152000 May 15 02:30 R2_0
-rw-rw-rw-. 1 npg npgstaff 2097152000 May 15 10:20 R2_1
-rw-rw-rw-. 1 npg npgstaff 2097152000 May 15 18:08 R2_2
-rw-rw-rw-. 1 npg npgstaff 2097152000 May 16 01:57 R2_3
-rw-rw-rw-. 1 npg npgstaff 2097152000 May 16 09:45 R2_4
-rw-rw-rw-. 1 npg npgstaff 190447616 May 16 10:28 R2_5
-rw-rw-rw-. 1 npg npgstaff 1109327872 May 16 11:28 R3_0
-rw-rw-rw-. 1 npg npgstaff 2097152000 May 16 18:39 R4_0
-rw-rw-rw-. 1 npg npgstaff 2097152000 May 16 18:45 R4_1
-rw-rw-rw-. 1 npg npgstaff 2097152000 May 16 18:50 R4_2
-rw-rw-rw-. 1 npg npgstaff 225312768 May 16 18:54 R4_3
-rw-rw-rw-. 1 npg npgstaff 52494336 May 16 19:10 R5_0
Wahtever the issue was it probably occurred before 18.39
DAQ RESET
DAQ SETUP
ASIC check for *all* ASICs & FEE64s
all system wide checks OK *except* nnaida7 fails ADC calibration
Sync all ASIC clocks using Re-SYNC
DAQ started May19/R5
19.23 1.8.W spectra - see attachments 15 & 16 |
|
Wed May 15 02:17:23 2019, CA, OH, TD, Wednesday 15 May 20x
|
10.18 DAQ continues OK to file May19/R2
alpha background
ASIC settings 2018Oct03-13.26.58
*except* slow comparator 0xa -> 0x64
BNC PB-4 Pulser OFF
all system wide checks OK *except* nnaida7 fails ADC calibration
detector biases & leakage currents OK - see attachments 1 & 2
FEE64 temperatures OK - see attachment 3
good event statistics OK - see attachments 4
Merger OK - see attachment 5
TapeServer OK - see attachment 6
1.8.L spectra - attachments 7 & 8
1.8.W spectra 20us FSR - attachments 10 & 11
1.8.W spectra 20ms FSR - attachments 10 & 11
Julabo FL11006 chiller set point +20 deg C actual +20.0 deg C - water topped up
Temperature + deg 24.7C dew point +7.5 deg C RH 33.3%
FEE64 nnaida1-4 temperature logs - see attachments 12-15
all FEE64 temperatures appear to be stable
11.05 check ASIC control *all* FEE64s and ASICs
11.13 analysis of file May19/R2_1 - see attachment 16
ADC rate c. 72Hz dominated by same, single hot channel (Stat spectrum ch# 104) in each of FEE64s nnaida1,
2, 5 & 6 otherwise looks OK
sync pulser rate 10Hz confirmed by JA
17.25 all system wide checks OK *except* nnaida7 fails ADC calibration
FEE64 temperatures OK - see attachment 18
good event statistics OK - see attachments 19
detector biases & leakage currents OK - see attachment 20
Temperature + deg 24.5C dew point +8.2 deg C RH 34.1%
Merger and TapeServer ok |
|
Tue May 14 02:19:20 2019, CA, OH, TD, Tuesday 14th May 2019 11x
|
10.20 System wide checks ok (except naida07 ADC calibration failure)
FEE temperatures ok (attachment 1)
good event statistics ok (attachment 2)
detector bias and leakage currents ok (attachment 3)
DAQ stopped
10.40 pulser switched off
slow comparator threshold raised to 0x64
DAQ, merger, TapeServer started - all ok (attachments 4 and 5)
writing to file R1 in TapeData/May19 at 70 kb/s
good event statistics (attachment 6)
16:11 Tapeserver and merger still ok
DAQ still running
System wide checks all ok *except nnaida7 fails ADC calibration*
Bias and leakage currents ok - attachment 7
FEE Temperatures ok - attachment 8
Statistics still ok
Spectrum are showing alpha events (Layout 4) - attachment 9
18:25 Tektronix clock accidentally unplugged. DAQ has stalled as a result.
Clock reset to 50MHz 5V TTL signal
18:29 System wide check of clock status shows error message in attachment 10
DAQ Reset
With slow comp at oxa statistics are still good - attachment 11
System wide checks all ok *except nnaida7 fails ADC calibration*
Resync to the ASIC clock
All histograms zeroed
18:37 Slow comp threshold raised to 0x64 for alpha run
Writing to file:
May19/R2_0
|
|
Mon May 13 10:13:26 2019, TD, AIDA with 25MHz external clock does not work ... !
|
OH setup AIDA external clock using Tektronix AFG3102 - settings as follows
CH1 ON - amplitude +5V, phase 0n deg, offset 0V, frequency 50.000000MHz
JA setup DTAS/BigRIPS clock using Tektronix AFG3102 - settings as follows
CH2 ON - amplitude -0.8V, phase 0n deg, offset 0V, frequency 25.000000MHz
Unfortunately the AGF3102 was set to CH1 frequency = CH2 frequency and this changed the AIDA external
clock frequency from 50MHz to 25MHz.
This stopped the DAQ. Interestingly it was possible to Resync successfully and *all* system wide
checks were OK *except* Check Clock Status which produced errors - see attachment 1.
CH1 & CH2 now set to 50MHz and 25MHz respectively.
AIDA DAQ now running OK. |
|
Mon May 13 10:00:01 2019, TD, Report - low - SETUP/Perform Timestamp Resync produces error message
|
AIDA@RIKEN
Selecting SETUP (Run Control tab) or Perform Timestamp Resync (AIDA Control tab) produces error message - see
attachment 1
Selecting Perform Resync (AIDA Master Timestamp Control) works OK |
|
Mon May 13 03:43:08 2019, CA, TD, OH, Sunday 12 May 14x
|
19.12 all system wide checks OK *except* nnaida7 fails ADC calibration
FEE64 temperatures OK - see attachment 9
detector biases & leakage currents OK - see attachments 10 & 11
good event statistics OK - see attachment 12
all FEE64s <100k, 10x < 20k
1.8.W spectra 20us FSR - see attachments 13 & 14 |
|
Mon May 13 03:23:58 2019, CA, TD, OH, Monday 13 May 18x
|
09.55 all system wide checks OK *except* nnaida7 fails ADC calibration
FEE64 temperatures OK - see attachment 1
good event statistics OK - see attachment 2
all FEE64s <100k, 11x < 20k
1.8.L spectra - see attachments 3 & 4
nnaida1 70ch FWHM, nnaida3 80 ch FWHM
detector biases & leakage currents OK - see attachments 5 & 6
1.8.W spectra 20us FSR - see attachments 7 & 8
nnaida1 Options, Local Controls, Data Redaout, Discriminator Controls - see attachment 9-13
Lost Activity Monitor -see attachment 14
18.01 DAQ found stopped
This was caused by a chnage to the AIDA external clock frequency - see https://elog.ph.ed.ac.uk/AIDA/798
Following change of AIDA external clock frequency to 50MHz
DAQ RESET
DAQ SETUP
Sync all ASIC clocks using Resync
all system wide checks OK *except* nnaida7 fails ADC calibration
zero all histograms
DAQ GO
18.31 FEE64 temperatures OK - see attachment 15
good event statistics OK - see attachment 16
all FEE64s <100k, 10x < 20k
detector biases & leakage currents OK - see attachments 17 & 18 |
|
Sat May 11 02:50:14 2019, CA, OH, TD, Saturday 11th May 2019
|
10:52 system wide checks ok, except naida07 fails ADC calibration
good event statistics, rates in naida19,20,23,24 high (attachment 1)
FEE temperatures ok (attachment 2)
detector bias/leakage currents stable (attachment 3) |
|
Fri May 10 05:58:01 2019, CA, OH, TD, Friday 10 May 2019 12x
|
11.00 - chiller refilled and switched on
set to 20 degrees celsius
AIDA stand moved and secured in F11
clock connected -> 50 MHz square wave at 5.0 V
AIDA connected to power box
network cables attached
NIM modules switched on
Raspberry Pis switched on
Detector bias switched on for detectors 1-6
13.58 - AIDA power relay 1,2,5,6 sequenced on
bias/leakage currents ok (attachment 1)
DAQ setup
System wide checks ok, except naida07 fails ADC calibration, and clock status check returns error in
nnaida06, 5.
Above issue with clock no longer present
FEE temperatures ok (attachment 2)
good event statistics (attachment 3)
16.30 1.8.W spectra n+n strips
FSR 20us, 200us, 2ms, 20ms attachments 4-7
1.8.W spectra p+n strips
FSR 20us, 200us, 2ms, 20ms attachments 8-11
compare with https://elog.ph.ed.ac.uk/AIDA/746
naida19, naida20, naida23 show low frequency noise structure, worse than in above elog entry
17.22 1.8.L spectra p+n strips
peaks:
aida01 72
aida02 112
aida03 80
aida04 78
aida05 74
aida06 95
aida07 78
aida08 71
aida09 82
aida10 85
aida11 93
aida12 96
aida13 101
aida14 70
aida15 87
aida16 87
aida17 69
aida18 83
aida19 127
aida20 116
aida21 84
aida22 74
aida23 108
aida24 117
|
|
Tue Mar 26 14:02:59 2019, OH, Inventory to be shipped back
|
Inventory is currently packaged up under the AIDA desk in B3F
2 FEE64 Modules
Module 1 - MAC Addresses
2B:33:15
2B:22:6E <- Loose HDMI
Module 2 - MAC Addresses
2B:09:DA <- ASIC #1 HEC Hot Channel, LEC noisy
2B:11:C5 <- Missing ASIC
MACB A-MP 202394 -2 72-38
MACB RevB Ser38 AMP 202394-2
MACB RevB AMP 202394-2 81-49 |
|
Sun Nov 18 02:02:48 2018, TD, Latest detector bias & leakage current spreadsheet (URL and csv & xlsx files)
|
https://docs.google.com/spreadsheets/d/12hgbrywB10hGsKt5uc2HnLfZymh8_uvM6cEASbbqnBE/edit#gid=1347508769 |
|
Fri Nov 16 06:01:47 2018, CA, High Energy Channel Ex vs Ey for different degrader thicknesses
|
15.04 Plots of X Energy vs Y Energy for each detector, and for 4 different Al degrader thicknesses, as indicated
on each graph. (Attachments 1-4) |
|
Fri Nov 16 04:47:39 2018, CA, TD, OH, Correlation analysis at different degrader Al thickness
|
13.53 Correlation analysis plot of all detectors with 3.3mm Al degrader thickness (attachment 1)
13.54 Correlation analysis plot of detectors 1 and 2 with 3mm, 2.3mm and 2.8mm degrader thickness (attachment 2)
Correlation analysis plot of detectors 3 and 4 with 3mm, 2.3mm and 2.8mm degrader thickness (attachment 3)
Correlation analysis plot of detectors 5 and 6 with 3mm, 2.3mm and 2.8mm degrader thickness (attachment 4)
14.02 Plots made over first 200ms of data |
|
Thu Nov 15 22:55:38 2018, CA, TD, OH, LS, Friday 16th November 08.00 - 16.00 42x
|
07.56 DAQ continues - AIDA file RIBF148/R5_822
165Pm BigRIPS setting + 2.8mm Al degrader
08.13 zeroed xy hit pattern on online analysis and MIDASsort
08.30 system wide checks ok, except nnaida7 ADC calibration failure
FEE64 temperatures ok (attachment 1)
good event statistics ok (attachment 2)
detector bias/leakage currents ok (attachment 3)
08.34 Merger and TapeServer ok, no error messages in terminal (attachments 4/5)
08.40 zeroed all spectra on online analysis and MIDASsort
08.44 BRIKEN and BigRIPS stop
AIDA file RIBF148/R5_830
08.45 BigRIPS starts run 1087
BRIKEN starts run 102
AIDA on file RIBF148/R5_830
09.13 n vs p multiplicity (attachment 6)
xy hit pattern (*deleted, took wrong screenshot, sorry! -CA@12.16*)
Energy X vs Energy Y plot (*deleted, took wrong screenshot, sorry! -CA@12.16*)
12.17 see elog entry for 15th November 2018 00.00-08.00 (attachments 9 and 10) for screenshots of the above before
degrader change
09.17 BRIKEN and BigRIPS stop
AIDA on file RIBF148/R5_836
beam stop to change Al degrader thickness to 3.3mm
09.23 chiller refilled while access available
humidity, temperature, dew point measurements obtained
09.25 detector bias/ leakage currents ok (attachment 7)
09.30 zeroed all spectra in online analysis and MIDASsort
09.31 beam back on
BRIKEN and BigRIPS start
AIDA file RIBF148/R5_838
BRIKEN run 103
BigRIPS run 1088
10.32 BRIKEN and BigRIPS stop
AIDA file RIBF148/R5_848
10.33 BRIKEN and BigRIPS start
AIDA file RIBF148/R5_848
BRIKEN run 104
BigRIPS run 1089
10.45 system wide checks ok, except nnaida7 ADC calibration failure
FEE64 temperatures ok (attachment 8)
good event statistics ok (attachment 10)
detector bias/leakage currents ok (attachment 9)
11.20 ran analyser on file R5_847 - attachment 11
no timewarps observed
dead time in nnaida19 at ~1s out of 355.283s (~0.3%)
rest at zero, except nnaida20 at ~0.6s and nnaida21 at ~0.1s
11.33 BRIKEN and BigRIPS stop
AIDA file RIBF148/R5_859
11.34 BRIKEN and BigRIPS start
AIDA file RIBF148/R5_859
BRIKEN run 105
BigRIPS run 1090
12.05 n vs p multiplicity (attachment 12)
xy hit pattern (attachment 13)
Energy X vs Energy Y plot (attachment 14)
this is after change of Al degrader thickness to 3.3mm
12.36 BRIKEN and BigRIPS stop
AIDA file RIBF148/R5_869
12.36 BRIKEN and BigRIPS start
AIDA file RIBF148/R5_869
BRIKEN run 106
BigRIPS run 1091
12.40 online histograms
per FEE64 Rate - attachment 15
per FEE64 HitRate - attachment 16
1.8.L spectra - attachments 17-20
nnaida1 pulser peak width 70ch FWHM
1.8.H spectra - attachments 21-22
1.8.W spectra - attachments 23-24
12.47 beam off
AIDA file RIBF148/R5_870
12.54 BRIKEN and BigRIPS stop
AIDA file RIBF148/R5_871
13.10 MIDASsort analysis RIBF148/R5_871 - all ADC data synchronised - attachments 25-26
13.16 correlation analysis decay plots for each detector with the Al degrader thickness at 3.3mm (attachment 23)
see elog entry November 15th 2018 00:00-08:00 (attachments 16-18) for same plots with previous degrader
thickness.
13.26 system wide checks ok, except nnaida7 ADC calibration failure
FEE64 temperatures ok (attachment 24)
good event statistics ok (attachment 25)
detector bias/leakage currents ok (attachment 26)
15.04 see other elog entries for correlation analysis and high energy Ex vs Ey plots compared between different Al
degrader thicknesses.
15.38 system wide checks ok, except nnaida7 ADC calibration failure
FEE64 temperatures ok (attachment 28)
good event statistics ok (attachment 27)
detector bias/leakage currents ok (attachment 29)
15.55 BRIKEN start background measurement
BRIKEN not writing to file
AIDA file RIBF148/R5_896
Online histograms available
16.00 BRIKEN start writing to file
AIDA file RIBF/R5_897
BRIKEN run 107
17.18 DAQ stop AIDA file RIBF148/R5_907
End of run RIBF148 due to accelerator problems requiring ~3-4 days to fix
'low' mass BigRIPS setting postponed
ASIC check load
all onine histograms zero'd
17.22 DAQ start AIDA file RIBF148/R6
Pulser walkthrough
BNC PB-4 amplitudes 90,000 - 10,000 @ 10,000 step
x5 attenuator IN
Frequency 25Hz range
Delay MIN
Polarity -
Tail pulse
17.37 DAQ trop AIDA file RIBF148/R6_2
1.8.L spectra - see attachments 30 & 31
17.40 DAQ start AIDA file RIBF148/R7
Pulser walkthrough
BNC PB-4 amplitudes 1,200 - 1,000 @ 1,000 step
x5 attenuator IN
Frequency 25Hz range
Delay MIN
Polarity -
Tail pulse
17.50 DAQ stop AIDA file RIBF148/R7_1
1.8.L spectra - see attachments 32 & 33
17.54 DAQ start AIDA file RIBF148/R8
background
BNC PB-4 pulser OFF
18.00 detector biases & leakage currents OK - see attachments 34 & 35
FEE64 temperatures OK - see attachment 36
good event statistics OK - see attachments 37
Merger OK - see attachment 38
TapeServer OK - see attachment 39
no error or warning messages terminal server sesssions reported
per FEE64 Rate spectra - attachment 40
1.8.W spectra 20ms FSR - attachments 41 & 42
18.10 DAQ stop AIDA file RIBF148/R8_2
Detector bias OFF
FEE64 power OFF
18.12 Ambient temperature +25.5 deg C, d.p. +2.2 deg C, RH 21.5%
18.15 Withdraw AIDA from BRIKEN - done
2x NIM bin OFF
1x NIM bin fan tray OFF
1x USB ac mains relay OFF
Julabo FL11006 chiller OFF front panel/rear panel/wall-mounted 3ph outlet
2x network cables disconnected and coiled/cable-tied to stairwell railings
disconnect coorelation scaler trigger & reset inputs to root MACB front panel
disconnect 50MHz TTL clock root MACB rear panel
disconnect AIDA plastic veto
discopnnect 2x ac mains cabnles from ac mains distribution box
remove AIDA support assembly nose support
19.00 raise AIDA support assembly feet/lower AIDA support assembly wheels from/to F11 floor
|
|
Thu Nov 15 15:05:33 2018, LS, Friday 16 November 00.00 to 08.00 9x
|
00.25 System wide checks ok * except nnaida 7 fails adc*
FEE Temps ok - attachment 1
Stats ok - attachment 2
Leakage currents ok - attachment 3
tape server and merger ok
00:57 BigRIPS and BRIKEN stop
AIDA on file R5_753
00.59 BigRIPS starts run 1079
BRIKEN starts run 94
AIDA on file R5_753
01:56 BigRIPS and BRIKEN stop
AIDA on file R5_762
01.57 BigRIPS starts run 1080
BRIKEN starts run 95
AIDA on file R5_762
02:47 BigRIPS and BRIKEN stop
AIDA on file R5_770
02.48 BigRIPS starts run 1081
BRIKEN starts run 96
AIDA on file R5_770
03:45 BigRIPS and BRIKEN stop
AIDA on file R5_780
03.47 BigRIPS starts run 1082
BRIKEN starts run 97
AIDA on file R5_780
04:45 BigRIPS and BRIKEN stop
AIDA on file R5_790
04.47 BigRIPS starts run 1083
BRIKEN starts run 98
AIDA on file R5_790
04.50 System wide checks ok * except nnaida 7 fails adc*
FEE Temps ok - attachment 4
Stats ok - attachment 5
Leakage currents ok - attachment 6
tape server and merger ok
05.46 BigRIPS and BRIKEN stop
AIDA on file R5_800
05.47 BigRIPS starts run 1084
BRIKEN starts run 99
AIDA on file R5_800
06.45 BigRIPS and BRIKEN stop
AIDA on file R5_810
06.46 BigRIPS starts run 1085
BRIKEN starts run 100
AIDA on file R5_810
07.25 System wide checks ok * except nnaida 7 fails adc*
FEE Temps ok - attachment 7
Stats ok - attachment 8
Leakage currents ok - attachment 9
tape server and merger ok
07.44 BigRIPS and BRIKEN stop
AIDA on file R5_820
07.45 BigRIPS starts run 1086
BRIKEN starts run 101
AIDA on file R5_820 |
|
Thu Nov 15 06:52:09 2018, OH, Thursday 15th November 16:00 - 24:00 11x
|
15:51 DAQ continues - AIDA file RIBF148/R5_664
165Pm BigRIPS setting + 2.8mm Al degrader
ASIC settings 2018Oct03-13.26.58
from c. 09.00 13.11.18
n+n FEE64s Ibias LF feedback 0xb -> 0xd
HEC fast comparator threshold 0x20 -> 0xff
15:52 Beam out due to power fault somewhere.
15:53 Beam back
BRIKEN and BigRIPS start
BRIKEN file 181115_1553_165Pm_085.dlt
BigRIPS run 1070
AIDA on run R5_664
16:00 System wide checks all ok *Except nnaida7 fails adc calibration*
Leakage currents and bias ok - attachment 1
FEE Temps ok - attachment 2
Statistics ok - attachment 3
16:54 BRIKEN and BigRIPS stop
AIDA on file R5_675
16:55 BRIKEN starts run 181115_1654_165Pm_086.dlt
BigRIPS starts run 1071
AIDA on file R5_675
17:30 BRIKEBN and BigRIPS stop for BigRIPS team to get access
13:46 BRIKEN sends sync pulse resetting timestamp
AIDA on file R5_683
17:49 BRIKEN starts run 181115_1748_165Pm_087.dlt
bigRIPS starts run 1072
AIDA on file R5_683
18.00 System wide checks ok, except nnaida7 ADC calibration failure
FEE64 Temperatures ok (attachment 4)
Good event statistics ok (attachment 5)
Detector bias/Leakage currents ok (attachment 6)
18.04 Merger and TapeServer run ok - no error messages in terminals (attachments 7 and 8)
18:48 BigRIPS and BRIKEN stop
AIDA on file R5_693
18:49 BigRIPS starts run 1073
BRIKEN starts run 181115_1849_165Pm_088.dlt
AIDA on file R5_693
19:47 BgiRIPS and BRIKEN stop
AIDA on file R5_703
19:48 BigRIPS starts run 1074
BRIKEN starts run 181115_1947_165Pm_089.dlt
AIDA on file R5_703
20:54 bigRIPS and BRIKEN stop
AIDA on file R5_714
20:55 bigRIPS starts run 1075
BRIKEN starts run 181115_2053_165Pm_090.dlt
AIDA on file R5_714
21:25 System wide checks all ok *Except nnaida 7 fails adc calibration*
Bias and leakage currents ok - attachment 9
FEE Temps all ok - attachment 10
Statistics ok - attachment 11
21:55 BRIKEN and BigRIPS stop
AIDA on file R5_724
21:56 BigRIPS starts on run 1076
BRIKEN starts run
AIDA on file R5_724
22:55 BigRIPS and BRIKEN stop
AIDA on file R5_733
22:56 BRIKEN Starts run
BigRIPS starts run 1077
AIDA on file R5_733
23.53 Briken stops
AIDA on file R5_743
23.55 BRIKEN starts
bigRIPS run 1078
BRIKEN starts run 93
AIDA on file R5_743 |
|
Wed Nov 14 22:54:11 2018, LS, Thursday 15th November 08:00 - 16:00 10x
|
08.10 BRIKEN stop
AIDA file RIBF148/R5_587
08.11 BRIKEN start
AIDA file RIBF148/R5_588
BRIKEN run 77
BigRIPS run 1062
08.16 system wide checks ok, except nnaida7 ADC calibration failure
FEE64 temperatures ok (attachment 1)
good event statistics ok (attachment 2)
detector bias/leakage currents ok (attachment 3)
Merger and TapeServer still ok
09.11 BRIKEN stop
AIDA file RIBF148/R5_598
09.13 BRIKEN start
AIDA file RIBF148/R5_598
BRIKEN run 78
BigRIPS run 1063
10.10 BRIKEN stop
AIDA file RIBF148/R5_608
10.12 BRIKEN start
AIDA file RIBF148/R5_608
BRIKEN run 79
BigRIPS run 1064
11.10 BRIKEN stop
AIDA file RIBF148/R5_618
11.12 BRIKEN start
AIDA file RIBF148/R5_618
BRIKEN run 80
BigRIPS run 1065
11.17 system wide checks ok, except nnaida7 ADC calibration failure
FEE64 temperatures ok (attachment 4)
good event statistics ok (attachment 5)
detector bias/leakage currents ok (attachment 6)
Merger and TapeServer still ok
12:10 BigRIPS and BRIKEN stop
AIDA on file R5_628
12:11 BRIKEN start
AIDA on file R5_628
BigRIPS run 1066
BRIKEN run 81 181115_1211_165Pm_081.dlt
13.10 BRIKEN stop
AIDA file RIBF148/R5_638
13.12 BRIKEN start
AIDA file RIBF148/R5_638
BRIKEN run 82
BigRIPS run 1067
13.32 AIDA file RIBF148/R5_642
BRIKEN stopped
Turning beam off to access area
13.50 AIDA file RIBF148/R5_644
beam back on
BRIKEN run 83
BigRIPS run 1068
14.26 MIDASsort analysis file RIBF148/R5_648 - all ADC data synchronised - attachment 7
analysis of file RIBF148/R5_648 - attachment 8
nnaida19 dead time ~0.5% - all other deadtimes lower or 0% - no timewarps
14.35 1.8.W spectra layout ID 8 (attachment 9)
14.50 BRIKEN stop
AIDA file RIBF148/R5_654
14.51 BRIKEN start
AIDA file RIBF148/R5_654
BRIKEN run 83
BigRIPS run 1068
15.10 1.8.H high energy channel spectra (attachment 10)
15.35 beam off
AIDA file RIBF148/R5_662
BRIKEN and BigRIPS stopped run |
|
Wed Nov 14 14:46:47 2018, CA, Thursday 15th November 00:00 - 08:00 25x
|
23.58 DAQ continues ok (RIBF148/R5_505)
00.09 system wide checks ok, except nnaida7 ADC calibration failure
FEE64 temperatures ok (attachment 1)
good event statistics ok (attachment 2)
detector bias/leakage currents ok (attachment 3)
00.13 Merger and TapeServer run ok (attachment 4/5)
00.26 BRIKEN stop
AIDA file RIBF148/R5_509
00.29 BRIKEN start
AIDA file RIBF148/R5_510
BRIKEN run 70
BigRIPS run 1055
01.46 BRIKEN stop
AIDA file RIBF148/R5_523
01.49 BRIKEN start
AIDA file RIBF148/R5_523
BRIKEN run 71
BigRIPS run 1056
02.05 system wide checks ok, except nnaida7 ADC calibration failure
FEE64 temperatures ok (attachment 6)
good event statistics ok (attachment 7)
detector bias/leakage currents ok (attachment 8)
Merger and TapeServer still ok
02.34 XY hit patterns (attachment 9)
Ex vs Ey plots (attachment 10)
HEC spectra (attachment 11)
LEC spectra (attachment 12)
02.49 BRIKEN stop
AIDA file RIBF148/R5_534
02.50 BRIKEN start
AIDA file RIBF148/R5_534
BRIKEN run 72
BigRIPS run 1057
03.26 zeroed all spectra on online analysis and MIDASsort
04.04 BRIKEN stop
AIDA file RIBF148/R5_546
04.05 BRIKEN start
AIDA file RIBF148/R5_546
BRIKEN run 73
BigRIPS run 1058
04.10 system wide checks ok, except nnaida7 ADC calibration failure
FEE64 temperatures ok (attachment 13)
good event statistics ok (attachment 14)
detector bias/leakage currents ok (attachment 15)
Merger and TapeServer still ok
05.06 BRIKEN stop
AIDA file RIBF/R5_556
05.07 BRIKEN start
AIDA file RIBF148/R5_557
BRIKEN run 74
BigRIPS run 1059
05.08 First 200ms of decay correlations in all detectors
comparison between different Al degrader thickness values (3mm, 2.3mm, 2.8mm)
see attachments 16, 17 and 18 - graphs labelled with detector number and Al degrader thickness
06.09 BRIKEN stop
AIDA file RIBF148/R5_567
06.11 BRIKEN start
AIDA file RIBF148/R5_567
BRIKEN run 75
BigRIPS run 1060
06.16 system wide checks ok, except nnaida7 ADC calibration failure
FEE64 temperatures ok (attachment 19)
good event statistics ok (attachment 20)
detector bias/leakage currents ok (attachment 21)
Merger and TapeServer still ok
06.17 ASIC check load - ok
06.34 XY hit patterns (attachment 22)
Ex vs Ey plots (attachment 23)
HEC spectra (attachment 24)
LEC spectra (attachment 25)
07:12 BRIKEN stop
AIDA file RIBF148/R5_578
07:15 BRIKEN start
AIDA file RIBF148/R5_578
BRIKEN run 76
BigRIPS run 1061
|
|
Wed Nov 14 07:43:35 2018, TD, Wednesday 14 November 16:00 - 00:00 21x
|
16.44 DAQ continues OK - AIDA file RIBF148/R5_432
165Pm BigRIPS setting + 2.8mm Al degrader
ASIC settings 2018Oct03-13.26.58
from c. 09.00 13.11.18
n+n FEE64s Ibias LF feedback 0xb -> 0xd
HEC fast comparator threshold 0x20 -> 0xff
BNC PB-4 pulser
Amplitude 90,000, x5 attenuator IN
t_r 50ns tau_d 1ms
Frequency min
Delay min
16.45 BigRIPS and BRIKEN stop
AIDA on File R5_432
16.48 BigRIPS starts run 1047
BRIKEN starts run 62
AIDA on file R5_433
16.57 online MIDASsort
m_p versus m_n (LEC) - attachment 1
x versus y (LEC) - attachment 2
E_p versus E_n (LEC) - attachment 3
m_p versus m_n (HEC) - attachment 4
x versus y (LEC) - attachment 5
E_p versus E_n (LEC) - attachment 6
all MIDASsort spectra zero'd
17.17 file RIBF128/R5_436 ADC data synchronised - attachment 7
analysis of RIBF148/R5_436 - attachment 8
max dead time nnaida19 ~0.25%
17.48 BigRIPS and BRIKEN stop
AIDA on File R5_443
17.48 BigRIPS starts run 1048
BRIKEN starts run 63
AIDA on file R5_443
18.45 BigRIPS and BRIKEN stop
AIDA on File R5_452
18.47 BigRIPS starts run 1049
BRIKEN starts run 64
AIDA on file R5_453
19.45 BigRIPS and BRIKEN stop
AIDA on File R5_463
19.46 BigRIPS starts run 1050
BRIKEN starts run 65
AIDA on file R5_463
20.49 BigRIPS and BRIKEN stop
AIDA on File R5_473
20.49 BigRIPS starts run 1051
BRIKEN starts run 66
AIDA on file R5_473
21.49 BigRIPS and BRIKEN stop
AIDA on File R5_483
ASIC check load
21.50 BigRIPS starts run 1052
BRIKEN starts run 67
AIDA on file R5_484
22.00 all system wide checks OK *except* nnaida7 fails ADC calibration
detector biases & leakage currents OK - see attachments 9 & 10
FEE64 temperatures OK - see attachment 11
good event statistics OK - see attachments 12
Merger OK - see attachment 13
TapeServer OK - see attachment 14
1x merger error message reported - trying to add items to Q index 12 (Link 12) but queue alreday full
per FEE64 Rate spectra - attachment 15
1.8.L spectra - attachments 16 & 17
nnaida1 pulser peak width 73 ch FWHM
1.8.H spectra - attachments 18 & 19
1.8.W spectra 20ms FSR - attachments 20 & 21
22.48 BigRIPS and BRIKEN stop
AIDA on File R5_493
22.50 BigRIPS starts run 1053
BRIKEN starts run 68
AIDA on file R5_493
23.24 BRIKEN DAQ found stopped - no sync check data - BigRIPS DAQ stopped and restarted
AIDA on File R5_499
23.26 BigRIPS starts run 1054
BRIKEN starts run 69
AIDA on file R5_499
|
|
Tue Nov 13 22:58:49 2018, OH , Wednesday 14 November 08:00 - 16:00 30x
|
08:01 BigRips and BRIKEN stop
AIDA on file R5_346
08:02 BigRIPS starts run 1038
BRIKEN starts run 181114_0800_165Pm_053.dlt
AIDA on file R5_346
System wide checks ok * except nnaida 7 fails adc*
FEE Temps ok - attachment 1
Stats ok - attachment 2
Leakage currents ok - attachment 3
09:15 BigRIPS and BRIKEN stop
AIDA on file R5_358
09:16 BigRIPS starts run 1039
BRIKEN starts run 181114_0915_165Pm_054.dlt
AIDA on file R5_358
10:15 BigRIPS and BRIKEN stop
AIDA on file R5_368
10:15 BigRIPS starts run 1040
BRIKEN starts run 181114_1015_165Pm_055.dlt
AIDA on file R5_368
10:36 Analyser output of R5_368 - attachment 4
11:15 BugRIPS and BRIKEN stop
AIDA on File R5_378
11:16 BigRIPS starts run 1041
BRIKEN starts run
AIDA on file R5_378
08.03 DAQ continues - AIDA file RIBF148/R5_384
165Pm BigRIPS setting + 2.8mm Al degrader
ASIC settings 2018Oct03-13.26.58
from c. 09.00 13.11.18
n+n FEE64s Ibias LF feedback 0xb -> 0xd
HEC fast comparator threshold 0x20 -> 0xff
11.50 all system wide checks OK *except* nnaida7 fails ADC calibration
detector biases & leakage currents OK - see attachments 5 & 6
FEE64 temperatures OK - see attachment 7
good event & AIDA discriminator statistics OK - see attachments 8
Merger OK - see attachment 9
TapeServer OK - see attachment 10
no errors or warnings shown by server terminal sessions
per FEE64 Rate spectra - attachment 11
per FEE64 HitRate spectraq - attachment 12
1.8.L spectra - attachments 13-16
some evidence of pulser peak shifts, notably nnaida5, 11 & 15
nnaida1 pulser peak width 78 ch FWHM
1.8.H spectra - attachments 17 & 18
1.8.W spectra 20us FSR - attachments 19 & 23
1.8.W spectra 200us FSR - attachments 20 & 24
1.8.W spectra 2ms FSR - attachments 21 & 25
1.8.W spectra 20ms FSR - attachments 22 & 26
12.15 BugRIPS and BRIKEN stop
AIDA on File R5_388
12.16 BigRIPS starts run 1042
BRIKEN starts run 57
AIDA on file R5_388
12.22 *all* online and MIDASsort spectra zero'd
13:15 BigRIPS and BRIKEN stop
AIDA on file R5_398
13:16 BigRIPS starts run 1043
BRIKEN starts run58
AIDA on file R5_398
13:28 BigRIPS and BRIKEN stop
AIDA on file
beam halted to give access to F11 area
13.44 beam started
BigRIPS and BRIKEN start
AIDA file RIBF148/R5_402
BRIKEN run 59
BigRIPS run 1043
14.45 BRIKEN and BigRIPS stop
AIDA file RIBF148/R5_412
14.47 BRIKEN and BigRIPS start
AIDA file RIBF148/R5_413
BRIKEN run 60
BigRIPS run 1044
15.43 BRIKEN and BigRIPS stop
AIDA file RIBF148/R5_422
BRIKEN Resets the timestamp
15:44 BRIKEN and BigRIPS start
AIDA file RIBF148/R5_422
BRIKEN run 61
BigRIPS run 1045
16:02 System wide checks all ok *Except nnaida7 fails adc calibration*
Leakage currents ok - attachment 27
Stats ok - attachment 28
FEE Temps ok - attachment 29
16:27 First 200ms of decay correlations in DSSD 3 and 4 for the 3 degrader settings - attachment 30
DSSD 3 along the top row and DSSD 4 along the bottom.
Dgrader settings are 3mm, 2.3mm and 2.8mm
1 hour data in each |
|
Tue Nov 13 14:27:38 2018, LS, Wednesday 14 November 00:00 to 08:00 9x
|
00:00 BRIKEN stop AIDA file RIBF148/R5_269
----------------------------------------------------------------
00.02 BRIKEN start
BRIKEN file 45
BigRIPS file 1030
AIDA file RIBF148/R5_270
00:07 system wide checks ok, except nnaida7 ADC calibration failure
FEE64 temperatures ok (attachment 1)
good event statistics ok (attachment 2)
detector bias/leakage currents ok (attachment 3)
01:01 BRIKEN stop
AIDA file RIBF148/R5_279
---------------------------------------------------------------
01.02 BRIKEN start
BRIKEN file 46
BigRIPS file 1031
AIDA file RIBF148/R5_279
02:00 BRIKEN stop
AIDA file RIBF148/R5_289
----------------------------------------------------------------
02.01 BRIKEN start
BRIKEN file 47
BigRIPS file 1032
AIDA file RIBF148/R5_289
03:00 BRIKEN stop
AIDA file RIBF148/R5_298
----------------------------------------------------------------
03.01 BRIKEN start
BRIKEN file 48
BigRIPS file 1033
AIDA file RIBF148/R5_298
03:04 system wide checks ok, except nnaida7 ADC calibration failure
FEE64 temperatures ok (attachment 4)
good event statistics ok (attachment 5)
detector bias/leakage currents ok (attachment 6)
04:00 BRIKEN stop
AIDA file RIBF148/R5_308
----------------------------------------------------------------
04.03 BRIKEN start
BRIKEN file 49
BigRIPS file 1034
AIDA file RIBF148/R5_308
05:00 BRIKEN stop
AIDA file RIBF148/R5_317
----------------------------------------------------------------
05.01 BRIKEN start
BRIKEN file 50
BigRIPS file 1035
AIDA file RIBF148/R5_318
06:00 BRIKEN stop
AIDA file RIBF148/R5_327
----------------------------------------------------------------
06.02 BRIKEN start
BRIKEN file 51
BigRIPS file 1036
AIDA file RIBF148/R5_327
06:07 system wide checks ok, except nnaida7 ADC calibration failure
FEE64 temperatures ok (attachment 7)
good event statistics ok (attachment 8)
detector bias/leakage currents ok (attachment 9)
07:00 BRIKEN stop
AIDA file RIBF148/R5_337
----------------------------------------------------------------
07.01 BRIKEN start
BRIKEN file 52
BigRIPS file 1037
AIDA file RIBF148/R5_327 |
|
Tue Nov 13 07:35:37 2018, CA, TD, OH, Tuesday 13 November 16:00 - 00:00 20x
|
16.36 DAQ continues ok
AIDA file RIBF148/R5_198
BRIKEN file 37
BigRIPS file 1022
16.38 system wide checks ok, except nnaida7 ADC calibration failure
16.40 FEE64 temperatures ok (attachment 1)
16.42 good event statistics ok (attachment 2)
16.43 detector bias/leakage currents ok (attachment 3)
16.44 Merger and TapeServer ok, no error messages in terminals (attachments 4 and 5)
16.51 BRIKEN stop
AIDA file RIBF148/R5_200
17.00 Al Degrader thickness changed from 2.3mm to 2.8mm
The 2.3mm plate was previously assumed to be 2.5mm, but this has been corrected by measuring individual Al
plates with digital micrometer.
17.02 BRIKEN start
BRIKEN file 38
BigRIPS file 1023
AIDA file RIBF148/R5_202
18.01 BRIKEN stop
AIDA file RIBF148/R5_211
18.03 BRIKEN start
AIDA file RIBF148/R5_212
BRIKEN file 39
BigRIPS file 1024
18.08 system wide checks ok, except nnaida7 ADC calibration failure
FEE64 temperatures ok (attachment 6)
good event statistics ok (attachment 8)
detector bias/leakage currents ok (attachment 7)
18.11 Merger and TapeServer ok, no error messages in terminal
19.00 BRIKEN stop
AIDA file RIBF148/R5_221
19.02 BRIKEN start
AIDA file RIBF148/R5_221
BRIKEN file 40
BigRIPS file 1025
19.57 system wide checks ok, except nnaida7 ADC calibration failure
FEE64 temperatures ok (attachment 9)
good event statistics ok (attachment 10)
detector bias/leakage current ok (attachment 11)
20.01 BRIKEN stop
AIDA file RIBF148/R5_231
20.03 BRIKEN start
AIDA file RIBF148/R5_231
BRIKEN file 41
BigRIPS file 1026
21.01 BRIKEN stop
AIDA file RIBF148/R5_240
21.03 BRIKEN start
AIDA file RIBF148/R5_240
BRIKEN file 42
BigRIPS file 1027
21:18 system wide checks ok - except nnaida7 ADC calibration failure
FEE64 temperatures ok (attachment 12)
good event statistics ok (attachment 13)
detector bias/leakage current ok (attachment 14)
22:01 BRIKEN stop
AIDA file RIBF148/R5_250
22:03 BRIKEN start
AIDA file RIBF148/R5_250
BRIKEN file 43
BigRIPS file 1028
22:10 system wide checks ok - except nnaida7 ADC calibration failure
FEE64 temperatures ok (attachment 15)
good event statistics ok (attachment 16)
detector bias/leakage current ok (attachment 17)
Merger and TapeServer ok, no error messages in terminal
23:01 BRIKEN stop
AIDA file RIBF148/R5_260
23:03 BRIKEN start
AIDA file RIBF148/R5_260
BRIKEN file 44
BigRIPS file 1029
23.05 system wide checks ok - except nnaida7 ADC calibration failure
FEE64 temperatures ok (attachment 18)
good event statistics ok (attachment 20)
detector bias/leakage current ok (attachment 19)
Merger and TapeServer ok, no error messages in terminal
|
|
Tue Nov 13 01:41:12 2018, TD, Offline analysis RIBF148/R5_130 to _139
|
10.41 FEE64 ADC data synchronised - attachment 1
LEC & HEC rates
*** DSSSD # 1 count: 5472516 old count: 5429034 dt: 1.05 s LEC rate: 41240.10 Hz
*** DSSSD # 2 count: 8599335 old count: 8530134 dt: 1.05 s LEC rate: 65633.05 Hz
*** DSSSD # 3 count: 1647116 old count: 1632316 dt: 1.05 s LEC rate: 14036.92 Hz
*** DSSSD # 4 count: 1825652 old count: 1810910 dt: 1.05 s LEC rate: 13981.91 Hz
*** DSSSD # 5 count: 384243 old count: 380911 dt: 1.05 s LEC rate: 3160.20 Hz
*** DSSSD # 6 count: 1246549 old count: 1236520 dt: 1.05 s LEC rate: 9511.91 Hz
*** DSSSD # 1 count: 31 old count: 30 dt: 1.05 s HEC rate: 0.95 Hz
*** DSSSD # 2 count: 258 old count: 255 dt: 1.05 s HEC rate: 2.85 Hz
*** DSSSD # 3 count: 1564 old count: 1548 dt: 1.05 s HEC rate: 15.18 Hz
*** DSSSD # 4 count: 3547 old count: 3512 dt: 1.05 s HEC rate: 33.20 Hz
*** DSSSD # 5 count: 680 old count: 676 dt: 1.05 s HEC rate: 3.79 Hz
*** DSSSD # 6 count: 10708 old count: 10629 dt: 1.05 s HEC rate: 74.93 Hz
Total heavy ion rate c. 130Hz of which c. 50% stop in DSSSDs # 1-6
Attachment 1 - *total* implant energy for AIDA DSSSD stack (5.6MeV/channel)
ch 1571 ~ 8.8GeV, ch 244 ~ 1.4GeV
Attachment 2 - implant energy for stopping DSSSD layer (20MeV/channel)
ch 390 ~ 7.8GeV |
|
Mon Nov 12 23:03:53 2018, TD, Tuesday 13 November 08:00 - 16:00 23x
|
08.03 DAQ continues - AIDA file RIBF148/R5_117
165Pm BigRIPS setting + 3mm Al degrader
08.10 all system wide checks OK *except* nnaida7 fails ADC calibration
detector biases & leakage currents OK - see attachments 1 & 2
FEE64 temperatures OK - see attachment 3
good event & AIDA discriminator statistics OK - see attachments 4 & 5
Merger OK - see attachment 6
TapeServer OK - see attachment 7
no errors or warnings shown by server terminal sessions
08.16 analysis of file RIBF148/R5_116 - see attachment 8
max deadtime nnaida19 ~ 1/420 ~ 0.25%, no timewarps
08.20 BRIKEN stop file
AIDA file RIBF148/R5_119
08.22 BRIKEN start file
AIDA file RIBF148/R5_120
BRIKEN file 28
BigRIPS file 1013
08.44 MIDASsort online spectra zero'd
08.56 1.8.W spectra 20ms FSR - see attachments 16 & 17
observe slow transient recovery per 33nF a.c. coupling but 'sawtooth' transients appear to be absent/rare
09.25 BRIKEN stop file
AIDA file RIBF148/R5_129
09.28 BRIKEN start file
AIDA file RIBF148/R5_130
BRIKEN file 29
BigRIPS file 1014
10.09 per FEE64 hit pattern (rate) - see attachment 9
per FEE64 1.8.L spectra - see attachments 10-13
nnaida1 pulser peak width 76 ch FWHM
per FEE64 1.8.H spectra - see attachments 14 & 15
10.25 BRIKEN stop file
AIDA file RIBF148/R5_139
10.27 Beam off - enter F11 to change BRIKEN amp gain
Correlation scaler pulser trigger frequency changed from 100Hz to 10Hz to minimise BigRIPS DAQ deadtime
Note - we will observe both edges of pulser trigger doubling the apparent frequency and the TDR data format
analyser reports each 16-bit word of the 48-bit correlation scaler so weill observe 6x frequency or 600Hz
(previously)
or 60Hz (now).
10.37 BRIKEN start file
AIDA file RIBF148/R5_141
BRIKEN file 30
BigRIPS file 1015
10.25 BRIKEN stop file
AIDA file RIBF148/R5_144
BRIKEN reloading DAQ configuration, will send correlation scaler reset
10.56 BRIKEN start file
AIDA file RIBF148/R5_145
BRIKEN file 31
BigRIPS file 1016
BRIKEN reload DAQ configuration again
11.00 BRIKEN stop file
AIDA file RIBF148/R5_145
11.06 BRIKEN start file
AIDA file RIBF148/R5_145
BRIKEN file 32
BigRIPS file 1017
11.50 system wide checks ok, except nnaida7 ADC calibration failure
FEE64 temperatures ok (attachment 18)
good event statistics ok (attachment 19)
detector bias/leakage currents ok (attachment 20)
12.05 BRIKEN stop file
AIDA file RIBF148/R5_155
12.07 BRIKEN start file
BRIKEN file 33
BigRIPS file 1018
AIDA file RIBF148/R5_155
13.06 BRIKEN stop file
AIDA file RIBF148/R5_165
13.08 BRIKEN start file
BRIKEN file 34
BigRIPS file 1019
AIDA file RIBF148/R5_165
13.35 BRIKEN stop file
AIDA file RIBF148/R5_169
BighRIPS DAQ reset required
13.38 BRIKEN start file
BRIKEN file 35
BigRIPS file 1020
AIDA file RIBF148/R5_170
14.39 BRIKEN stop file
AIDA file RIBF148/R5_179
14.40 BRIKEN start file
BRIKEN file 36
BigRIPS file 1021
AIDA file RIBF148/R5_179
15.38 BRIKEN stop file
AIDA file RIBF148/R5_189
15.49 System wide checks ok - except nnaida7 ADC calibration failure
FEE64 temperatures ok - attachment 21
good event statistics ok - attachment 22
detector bias/leakage currents ok - attachment 23
15.51 BRIKEN start file
BRIKEN file 37
BigRIPS file 1022
AIDA file RIBF148/R5_191
|
|
Mon Nov 12 14:51:44 2018, OH, Tuesday 13 November 00:00 - 08:00 12x
|
00:00 AIDA currently on file R5_38
BRIKEN on file 181112_2321_165Pm_019.dlt (AIDA file at start R5_33)
BigRIPS run 1004
00:23 BRIKEN stop file
AIDA Currently on file R5_43
00:26 BRIKEN start 181113_0025_165Pm_020.dlt
BigRIIPS start 1005
AIDA Currently on file R5_43
System wide checks ok
01:13 Bias and leakage currents ok - attchment 1
Stats ok - attachment 2
FEE Temps ok - attachment 3
01:21 BigRIPS and BRIKEN stop
AIDA on file R5_52
01:25 BigRIPS starts run 1006
BRIKEN starts run 181113_0123_165Pm_021.dlt
AIDA on file R5_53
02:21 BigRIPS and BRIKEN stop
AIDA on file R5_62
02:23 BigRIPS starts run 1007
BRIKEN starts run 181113_0222_165Pm_022.dlt
AIDA on file R5_62
ASIC load check ok
03:15 Beam dropped out unsure for how long but is now back
03:21 BigRIPS and BRIKEN stopped
AiDA on file R5_71
03:23 BigRIPS starts run 1008
BRIKEN starts run 181113_0320_165Pm_023.dlt
AIDA on file R5_71
03:45 Output of analyser on R5_70 - attachment 4
03:59 System wide checks ok
FEE Temps ok - attachment 5
Statistics ok - attachment 6
04:21 BigRIPS and BRIKEN stop
AIDA on file R5_81
04:23 BigRIPS starts run 1009
BRIKEN starts run 181113_0421_165Pm_024.dlt
AIdA on file R5_81
05:19 BigRIPS and BRIKEN stop
AIDA on file R5_90
05:20 BigRIPS start run 1010
BRIKEN starts run 181113_0520_165Pm_025.dlt
AIDA on file R5_90
05:49 System wide checks all ok
Stats ok - attachment 7
FEE Temps ok - attchment 8
Bias and leakage currents ok - attachment 9
High energy hit pattern per dssd - attachment 10
Low energy Ex vs Ey plot per dssd - attachment 11
High energy Ex vs Ey plot per dssd - attachment 12
Also using the previously merged files produced from Phong's sort have confirmed that there is no to
little punch through on DSSD3
Did this through the use of a 2d plot of energy DSSD 3 vs the velocity
06:21 BigRIPS and BRIKEN stop
AIDA on file R5_100
06:23 BigRIPS starts run 1011
BRIKEN starts run 181113_0622_165Pm_026.dlt
AIDA on file R5_100
07:19 BigRIPS and BRIKEN stop
AIDA on file R5_110
07:20 BigRIPS starts run 1012
BRIKEN starts run
AIDA on file R5_110 |
|
Mon Nov 12 08:59:43 2018, LS, CA, TD, Monday 12 November 6pm onwards 28x
|
17:59 DAQ continues OK
Stats OK - attachment 1
FEE temperatures OK - attachment 2
Bias and leakage currents OK - attachment 3
System-wide checks OK *except* nnaida7 fails ADC calibration
19:07 DAQ continues OK
Stats OK - attachment 4
FEE temperatures OK - attachment 5
Bias and leakage currents OK - attachment 6
System-wide checks OK *except* nnaida7 fails ADC calibration
20.19 DAQ starts
AIDA file RIBF148/R5_4
BRIKEN file 16
BigRIPS 1001
165Pm setting + 3mm Al degrader
20.21 all online & MIDASsort histograms zero'd
20.23 FEE64 good event statistics - see attachment 7
Merger - see attachment 8
TapeServer - see attachment 9
HEC x versus y spectra - see attachment 10
SN thinks DSSSD #3 are the ions of interest, #4 are the ions of interest at different charge state
and #5 & #6 are lighter ions which do not stop in DSSSD #1-6
21.21 DAQ stops
DAQ starts
AIDA file RIBF148/R5_14
BRIKEN file 18
BigRIPS 1003
21.26 HEC x vs y multiplicity spectra - attachment 11
21.29 HEC Ex vs Ey spectra - attachment 12
FEE64 rate spectra - attachment 13
21.31 1.8.L front/rear energy spectra (attachments 14/15) LEC
21.33 1.8.H front/rear energy spectra (attachments 16/17) HEC
21.46 system wide checks ok, except nnaida7 ADC calibration failure
FEE64 good event statistics ok (attachment 18)
FEE64 temperatures ok (attachment 19)
Leakage currents/detector bias ok (attachment 20)
21.49 Merger and TapeServer ok, no error messages in terminal
DAQ still running (RIBF148/R5_18)
22.10 attachment 21 - pulser spectra in all channels fired at same time
- FEE64 in sync
22.12 SYNC100 at 9153.8 Hz
FEE64 discriminator at ~15000 Hz - higher than expected
~1 second deadtime in FEE19 - due to nnaida12 running fast
no timewarps observed in FEE64
all of above in attachment 22
22:32 DAQ continues OK
Stats OK - attachment 24
FEE temperatures OK - attachment 23
Bias and leakage currents OK - attachment 25
System-wide checks OK *except* nnaida7 fails ADC calibration
23:30 DAQ continues OK
Stats OK - attachment 26
FEE temperatures OK - attachment 27
Bias and leakage currents OK - attachment 28
System-wide checks OK *except* nnaida7 fails ADC calibration
|
|
Sun Nov 11 21:35:42 2018, CB, OH, CA, LS, Monday 12 November 20x
|
06:35 DAQ Continues ok
Stats ok - attachment 1
FEE Temps ok - attachment 2
Bias and leakage currents ok - attachment 3
System wide checks all ok
Chiller refilled
07:57 DAQ continues OK
Stats OK - attachment 4
FEE temperatures OK - attachment 5
Bias and leakage currents OK - attachment 6
System-wide checks OK *except* nnaida7 fails ADC calibration
10:06 DAQ continues OK
Stats OK - attachment 7
FEE temperatures OK - attachment 8
Bias and leakage currents OK - attachment 9
System-wide checks OK *except* nnaida7 fails ADC calibration
Workstation occasionally feels sluggish. See iostat 5 (attach 10) & top -a (attach 11)
12:08 DAQ continues OK
Stats OK - attachment 12
FEE temperatures OK - attachment 13
Bias and leakage currents OK - attachment 14
System-wide checks OK *except* nnaida7 fails ADC calibration
15:40 DAQ continues OK
Stats OK - attachment 15
FEE temperatures OK - attachment 16
Bias and leakage currents OK - attachment 17
System-wide checks OK *except* nnaida7 fails ADC calibration
16:58 DAQ continues OK
Stats OK - attachment 18
FEE temperatures OK - attachment 19
Bias and leakage currents OK - attachment 20
System-wide checks OK *except* nnaida7 fails ADC calibration |
|
Sat Nov 10 21:53:29 2018, CA, CB, TD, OH, Sunday 11 November 21x
|
06.53 DAQ continues OK - data transfer disabled
06.55 all system wide checks OK *except* nnaida7 fails ADC calibration
detector biases & leakage currents OK - see attachments 1 & 2
Julabo FL11006 chiller set point +20 deg C actual +20 deg C, water level c. 75% (L-H)
ambient tempature + 26.9 deg C, RH 21.6%, d.p. +2.9 deg C
FEE64 temperatures OK - see attachment 3
good event statistics OK - see attachment 4
per FEE64 rate spectra - see attachment 5
ASIC check load
per FEE64 rate spectra - see attachment 6
good event statistics OK - see attachment 7
1.8.L spectra - see attachments 8 & 9
nnaida1 pulser peak width 72 ch FWHM
1.8.W spectra 20us FSR - see attachments 10 & 14
1.8.W spectra 200us FSR - see attachments 11 & 15
1.8.W spectra 2ms FSR - see attachments 12 & 16
1.8.W spectra 20ms FSR - see attachments 13 & 17
Note - LED threshold 9000 for *all* FEE64s
07.27 statistics zero'd
some 32bit counters (e.g. nnaida19 & nnaida20) had overflowed/wrapped around
18:19 Computer appears to be running slow though cannot see a reason why.
No programs using to much ram or cpu
FEE temp ok - attachment 18
bias and leakage currents ok - attachment 19
System wide checks ok
21:02 System wide checks ok
DAQ Continues ok - data transfer disabled.
Bias and leakage currents ok - attachment 20
FEE Temperatures ok - attachment 21 |
|
Sat Nov 10 04:06:20 2018, TD, Less commonly recorded AIDA control tabs 20x
|
Some less commonly recorded AIDA control tabs whilst DAQ going (data transfer disabled) |
|
Sat Nov 10 03:50:00 2018, CA, CB, TD, OH, Saturday 10 November 9x
|
12.35 DAQ continues OK - data transfer disabled
12.37 all system wide checks OK *except* nnaida7 fails ADC calibration
detector biases & leakage currents OK - see attachments 1 & 2
Julabo FL11006 chiller set point +20 deg C actual +20 deg C, water level topped up c. 1 litre - 80% (L-H)
ambient tempature + 27.3 deg C, RH 33.0%, d.p. +9.6 deg C
FEE64 temperatures OK - see attachment 3
good event statistics OK - see attachment 4
per FEE64 rate spectra - see attachment 5
1.8.L spectra - see attachments 6 & 7
nnaida1 pulser peak width 71 ch FWHM
1.8.W spectra 20us FSR - see attachments 8 & 9 |
|
Fri Nov 9 02:26:58 2018, TD, Offline analysis R18, R27, R29 - alpha background 8x
|
Offline analysis of Oct18/R18_0 to 2, R27_0, 4 & 9, R29_0, 7 & 30
alpha background, BNC PB-4 pulser OFF, LEC/MEC slow comparator 0x64 (~1MeV)
*** ENTRY finish
*** data items: 2043072278 ( 246610.11 Hz)
*** ADC events: 10666744 ( 1287.53 Hz)
*** time warps: 2 ( 0.00 Hz)
*** DSSSD # 1 count: 1446 old count: 1446 dt: 231900.06 s LEC rate: 0.01 Hz
*** DSSSD # 2 count: 568 old count: 568 dt: 231900.06 s LEC rate: 0.00 Hz
*** DSSSD # 3 count: 644 old count: 644 dt: 231900.06 s LEC rate: 0.00 Hz
*** DSSSD # 4 count: 612 old count: 612 dt: 231900.06 s LEC rate: 0.00 Hz
*** DSSSD # 5 count: 591 old count: 591 dt: 231900.06 s LEC rate: 0.00 Hz
*** DSSSD # 6 count: 796 old count: 796 dt: 231900.06 s LEC rate: 0.00 Hz
*** DSSSD # 1 count: 6 old count: 6 dt: 231900.06 s HEC rate: 0.00 Hz
*** DSSSD # 2 count: 3 old count: 3 dt: 231900.06 s HEC rate: 0.00 Hz
*** DSSSD # 3 count: 0 old count: 0 dt: 231900.06 s HEC rate: 0.00 Hz
*** DSSSD # 4 count: 1 old count: 1 dt: 231900.06 s HEC rate: 0.00 Hz
*** DSSSD # 5 count: 0 old count: 0 dt: 231900.06 s HEC rate: 0.00 Hz
*** DSSSD # 6 count: 1 old count: 1 dt: 231900.06 s HEC rate: 0.00 Hz
*** ENTRY finish ends
attachment 1 - per DSSSD m_p versus m_n
2 - per DSSSD x versus y
3 - per DSSSD E_p versus E_n
4 - DSSSD channel versus E_p
5 - DSSSD channel versus E_p (expanded)
6 - hit pattern (ASIC & DSSSD order)
7 - titles
8 - variables
N.B. ADC offsets not set, 0 by default
| E_p - E_n | < 2000
DSSSD configuration looks OK. Conclude problems identified and addressed November 5 are confirmed
as fixed - see https://elog.ph.ed.ac.uk/AIDA/766 and https://elog.ph.ed.ac.uk/AIDA/761 |
|
Thu Nov 8 23:35:50 2018, OH, TD, CA, CB, Friday 9 November 23x
|
08:36 DAQ still running
Not writing data to disk
Bias and leakage currents ok - attachment 1
System wide checks all ok
FEE Temperatures ok - attachment 2
Statistics - attachment 3
Check ASIC Control done
08:56 Pulser peaks are ok and similar to what has been observed over the past two weeks
Layout 4 and 5 - attachments 4 and 5
11.55 Lost connection to FEE64 1-16 - fuse blown
stopped DAQ
switched all FEE64 off
Replaced 20A fuse
switched FEE64 back on individually
system wide checks ok, except nnaida7 failure in ADC calibration
DAQ start (not writing to file)
FEE64 temperatures ok (attachment 6)
Bias/Leakage currents ok (attachment 7)
good event statistics ok (attachment 8)
17.08 all system wide checks OK *except* nnaida7 fails ADC calibration
detector biases & leakage currents OK - see attachments 9 & 10
FEE64 temperatures OK - see attachment 11
good event statistics OK - see attachment 12
per FEE64 rate spectra - see attcahment 13
1.8.L spectra - see attachments 14 & 15
nnaida1 pulser peak width 72 ch FWHM
1.8.W spectra 20us FSR - see attachments 16 & 20
1.8.W spectra 200us FSR - see attachments 17 & 21
1.8.W spectra 2ms FSR - see attachments 18 & 22
1.8.W spectra 20ms FSR - see attachments 19 & 23 |
|
Thu Nov 8 00:55:18 2018, CA, CB, TD, OH, Thursday 8th November 14x
|
09.57 DAQ still running (R29_29)
System wide checks ok, except nnaida7 ADC calibration failure
09.59 FEE64 temperatures ok (attachment 1)
TapeServer ok
Link16 error reported in Merger (attachment 2)
10.04 Bias/Leakage currents ok (attachment 3)
10.07 Good event statistics ok, except nnaida17, 18, 22 which appears to intermittently run fast overnight, and
nnaida2 which runs fast due to hot channel (attachment 4)
10.11 1.8.W spectrum (attachment 5)
10.56 2.15.H spectra - show hot high energy channel in nnaida2 (attachment 6)
11.09 attachments 7,8,9 - High energy channels spectra, show hot channel in nnaida17
11.45 Stats - Attachment 10
15.07 analysis RIBF/R1_1 - see attachment 11
<1% deadtime for high rate FEE64s nnaida19 & nnaida20
15.14 AIDA shield (c. 3" Pb) in position between F11 and upstream BRIKEN (CH2)n shield - checked by TD & GK
Julabo FL11006 chiller set point +20 deg C actual +20.0 deg C, water added to 80% level (L-H) or 2/3 (M-H)
16:41 DAQ stopped
slow comparator threshold at 10
DAQ restarted (\RIBF148\R2)
DAQ stopped (\RIBF148\R2_3)
slow comparator threshold raised back to 100
DAQ start (\RIBF148\R3_0)
17.10 DAQ stop (\RIBF148\R3_0)
slow comparator threshold lowered back to 10
DAQ start (not writing to file)
good event statistics ok (attachment 12)
17.15 system wide checks ok
FEE64 temperatures ok (attachment 13)
bias/leakage currents ok (attachment 14)
18:35 R4_0 started for background measurement for Phong.
R4_0 should be discarded as FEE1 was running fast at start. recovered with ASIC check
18:51 R1_2 stopped |
|
Wed Nov 7 01:00:58 2018, CA, CB, TD, OH, PJW, Wednesday 7 November 13x
|
10.02 DAQ still running, on file Oct18/R27_9
Merger and TapeServer ok, no error warnings in terminals
10.07 Good event statistics ok, except nnaida6 rate being high (attachment 1)
nnaida17 rate ok, but counts very high. May have run fast at some point overnight.
System wide checks ok, except nnaida7 failure in ADC calibration
FEE64 temperatures ok (attachment 2)
10.13 Bias/leakage currents slightly higher, but ok (attachment 3)
10:30 1.8.W spectra (attachment 4)
11.10 Stopped the DAQ (R27_9)
Checked ASIC control - ok
Started the DAQ again (Oct18/R28_0)
good event statistics ok, aside from nnaida6 running slightly fast (attachment 5)
15.07 DAQ stop - file Oct18/R28_2
Detector bias OFF
Move AIDA downstream to check position of Clover G7
16.05 Move back upstream into BRIKEN (CH2)n moderator assembly
Detector bias ON
16.12 all system wide checks OK *except* nnaida7 fails ADC calibration
sync all ASIC clocks using ReSYNC
detector biases & leakage currents OK - see attachments 6 & 7
FEE64 temperatures OK - see attachment 8
good event statistics OK *except* nnaida2 - see attachment 9
see attachment 10 for comparison to statistics 5.1.18
16.41 1.8.W spectra 20us FSR - see attachments 11 & 12
16.55 slow comparator thresholds raised from 10 to 100
DAQ start (Oct18/R29_0)
Merger and TapeServer ok - no error warnings in terminals
good event statistics ok, except nnaida6 running fast (attachment 13)
|
|
Tue Nov 6 00:13:00 2018, CB. PJW, TD, OH, CA, Tuesday 6 November 14x
|
09:13 DAQ still running R18_1
Merger and TapeServer OK
System wide checks ok, except for nnaida7 ADC calibration failure
Temperature OK (attachment 1)
Bias and leakage current OK (attachment 2)
Good event statistics OK (attachment 3)
11.20 1.8.W spectra - attachment 4 & 5
analysis file Oct18/R18_1 - attachment 6
15:35 Inserted AIDA snout in BRIKEN. Lowered threshold to 100 keV. Rate looks OK.
R19 pulser walkthrough 90 0000 ... 10 0000 (10 000 steps) - attach 7&8
R21 pulser walkthrough 12 000 ... 2 000 (2 000 steps)
Pulser back to 90 000. Frequency set to zero.
R22 background run starts.
Rates OK (attach 9)
16.07 Raised slow comparator threshold to 100 from 10
DAQ start (file R23)
Merger and TapeServer ok, no error messages in terminal
Good event statistics ok (attachment 10)
System wide checks ok, except nnaida7 failing ADC calibration
FEE64 temperatures ok (attachment 11)
bias/leakage currents ok (attachment 12)
16.58 Repeat pulser walkthroughs with additional ASIC check loads
R25 pulser walkthrough 90 0000 ... 10 0000 (10 000 steps) - attach 7&8
R26 pulser walkthrough 12 000 ... 2 000 (2 000 steps)
18.26 DAQ start - file Oct18/R27
alpha background
LEC/MEC slow comparator 0xa -> 0x64
BNC PB-4 pulser OFF @ 18.29!
18.34 1.8.W spectra 20us FSR - see attachments 13 & 14 |
|
Mon Nov 5 10:02:52 2018, TD, Offline analysis R16 - beam background
|
Offline analysis of Oct18/R16_0 to 11
BNC PB-4 pulser OFF, LEC/MEC slow comparator 0x64 (~1MeV)
background (presumably high energy, low Z particles) from beam stopping in F11 E detector upstream
of AIDA and BRIKEN - ~10-15cm Pb shielding installed in BRIKEN to stop heavy opns reaching AIDA
*** ENTRY finish
*** data items: ********** ( -13850.89 Hz)
*** ADC events: 2089104652 ( 24903.76 Hz)
*** time warps: 0 ( 0.00 Hz)
*** DSSSD # 1 count: 81173 old count: 81171 dt: 106837.14 s LEC rate: 0.76 Hz
*** DSSSD # 2 count: 73671 old count: 73668 dt: 106837.14 s LEC rate: 0.69 Hz
*** DSSSD # 3 count: 74114 old count: 74109 dt: 106837.14 s LEC rate: 0.69 Hz
*** DSSSD # 4 count: 73324 old count: 73320 dt: 106837.14 s LEC rate: 0.69 Hz
*** DSSSD # 5 count: 74312 old count: 74308 dt: 106837.14 s LEC rate: 0.70 Hz
*** DSSSD # 6 count: 74653 old count: 74649 dt: 106837.14 s LEC rate: 0.70 Hz
*** DSSSD # 1 count: 0 old count: 0 dt: 106837.14 s HEC rate: 0.00 Hz
*** DSSSD # 2 count: 0 old count: 0 dt: 106837.14 s HEC rate: 0.00 Hz
*** DSSSD # 3 count: 0 old count: 0 dt: 106837.14 s HEC rate: 0.00 Hz
*** DSSSD # 4 count: 0 old count: 0 dt: 106837.14 s HEC rate: 0.00 Hz
*** DSSSD # 5 count: 0 old count: 0 dt: 106837.14 s HEC rate: 0.00 Hz
*** DSSSD # 6 count: 0 old count: 0 dt: 106837.14 s HEC rate: 0.00 Hz
*** ENTRY finish ends
attachment 1 - per DSSSD m_p versus m_n
2 - per DSSSD x versus y
3 - per DSSSD E_p versus E_n
4 - DSSSD hit pattern (ASIC & DSSSD order) expanded view of LEC events
DSSSD configuration looks OK. With improved statistics (cf alpha background) some missing strips identifiable
- see also Elog https://elog.ph.ed.ac.uk/AIDA/764 |
|
Mon Nov 5 01:40:10 2018, CA, CB, TD, OH, PJW, Monday 5 November 16x
|
10.40 Lowered slow comparator threshold from 100 to 10
Good event statistics ok (attachment 1)
System wide checks ok, except for nnaida7 ADC calibration failure
FEE64 temperatures ok (attachment 2)
Bias/Leakage currents ok (attachment 3)
1.0.L spectra obtained, look ok (attachment 4)
DAQ stopped (R16)
10.49 Slow comparator threshold raised from 10 to 100
DAQ restarted (R17)
Merger and TapeServer ok, no error messages in terminals
Good event statistics ok (attachment 5)
nnaida2 is now at a good rate, after fixing kapton connection.
15:09 DAQ still running (Oct18/R17_0)
Merger and TapeServer ok
System wide checks ok, except for nnaida7 ADC calibration failure
FEE64 temperatures ok (attachment 6)
Bias/Leakage currents ok (attachment 7)
Good event statistics ok (attachment 8)
18.48 good event statistics OK *except* nnaida17 c. 400k
ASIC Control -> Check ASIC Control
*all* FEE64 good events statistics now OK
DAQ stop - current file Oct18/R17_20
18.50 DAQ start - file Oct18/R18
BNC PB-4 OFF
LEC/MEC slow comparator 0x64
alpha background run
18.54 all system wide checks OK *except* nnaida7 fails ADC calibration
detector biases & leakage currents OK - see attachments 9 & 10
FEE64 temperatures OK - see attachment 11
good event statistics OK - see attachment 12
Merger - Link16 errors reported - see attachment 13
TapeServer OK - see attachment 14
1.8.W spectra - attachment 15 & 16
|
|
Sun Nov 4 04:31:49 2018, TD, Offline analysis R4 28x
|
Offline analysis of Oct18/R4_0 to _2
alpha background and pulser
Attachments 1-24 - per FEE64 ADC spectra (32k->4k)
Attachments 25-26 - expanded view pulser peaks FEE64 #2 & #17 & #24
anomalously small pulser peak widths observed -> possible LH Kapton PCB issue
Attachements 27-28 - sort program (pulser.f) and variables (variables.dat) |
|
Sun Nov 4 01:11:41 2018, CA, CB, TD, OH, PJW, Sunday 4 November 20x
|
10.03 DAQ continues OK - current file Oct18/R16_9
FEE64 LEC/MEC slow comparator threshold 0x64
beam background
10.05 all system wide checks OK *except* nnaida7 fails ADC calibration
detector biases & leakage currents OK - see attachments 1 & 2
FEE64 temperatures OK - see attachment 3
good event statistics OK *except* nnaida2 - see attachment 4
nnaida2 rate due to one hot channel as before
Merger OK - see attachment 5
TapeServer OK - see attachment 6
no errors or warnings shown by server terminal sessions
1.8.L spectra - see attachments 7 & 8
N.B. evidence of minimally ionising particles (presumably protons) from beam to F11 E detector
~10-15cm Pb bricks were placed within BRIKEN (CH2)n stack to stop heavy particles
1.8.W spectra 20us FSR - see attachments 9 & 10
online analysis with MIDASsort
attachment 11 - per DSSSD m_p versus m_n
12 - per DSSSD x versus y
13 - per DSSSD E_p versus E_n
14 - channel versus E_p
15 - hit pattern (ASIC & DSSSD order)
14.35 DAQ continues OK - current file Oct18/R16_11
FEE64 LEC/MEC slow comparator threshold 0x64
beam background
14.35 all system wide checks OK *except* nnaida7 fails ADC calibration
detector biases & leakage currents OK - see attachments 15 & 16
FEE64 temperatures OK - see attachment 17
good event statistics OK *except* nnaida2 - see attachment 18
nnaida2 rate due to one hot channel as before
14.51 analysis file Oct18/R16_10 - attachment 19 |
|
Sat Nov 3 00:49:22 2018, TD, Offline analysis R15 - beam background
|
Offline analysis of Oct18/R15_0 to 7
BNC PB-4 pulser OFF, LEC/MEC slow comparator 0x64 (~1MeV)
background (presumably high energy, low Z particles) from beam stopping in F11 E detector upstream
of AIDA and BRIKEN - ~10-15cm Pb shielding installed in BRIKEN to stop heavy opns reaching AIDA
*** ENTRY finish
*** data items: 2088704000 ( 42315.52 Hz)
*** ADC events: 1236420713 ( 25048.92 Hz)
*** time warps: 0 ( 0.00 Hz)
*** DSSSD # 1 count: 12557 old count: 12557 dt: 63395.57 s LEC rate: 0.20 Hz
*** DSSSD # 2 count: 10332 old count: 10332 dt: 63395.57 s LEC rate: 0.16 Hz
*** DSSSD # 3 count: 9644 old count: 9644 dt: 63395.57 s LEC rate: 0.15 Hz
*** DSSSD # 4 count: 10024 old count: 10024 dt: 63395.57 s LEC rate: 0.16 Hz
*** DSSSD # 5 count: 11035 old count: 11035 dt: 63395.57 s LEC rate: 0.17 Hz
*** DSSSD # 6 count: 11684 old count: 11684 dt: 63395.57 s LEC rate: 0.18 Hz
*** DSSSD # 1 count: 0 old count: 0 dt: 63395.57 s HEC rate: 0.00 Hz
*** DSSSD # 2 count: 0 old count: 0 dt: 63395.57 s HEC rate: 0.00 Hz
*** DSSSD # 3 count: 0 old count: 0 dt: 63395.57 s HEC rate: 0.00 Hz
*** DSSSD # 4 count: 0 old count: 0 dt: 63395.57 s HEC rate: 0.00 Hz
*** DSSSD # 5 count: 0 old count: 0 dt: 63395.57 s HEC rate: 0.00 Hz
*** DSSSD # 6 count: 0 old count: 0 dt: 63395.57 s HEC rate: 0.00 Hz
*** ENTRY finish ends
attachment 1 - per DSSSD m_p versus m_n
2 - per DSSSD x versus y
3 - per DSSSD E_p versus E_n
4 - DSSSD hit pattern (ASIC & DSSSD order) LEC & HEC events (note HEC events from ASIC check loads)
5 - DSSSD hit pattern (ASIC & DSSSD order) expanded view of LEC events
DSSSD configuration looks OK. With improved statistics (cf alpha background) some missing
strips identifiable. |
|
Sat Nov 3 00:37:29 2018, CA, CB, TD, OH, Saturday 3 November 9x
|
09.37 DAQ continues OK - data transfer disabled
FEE64 LEC/MEC slow comparator threshold 0xa
09.39 all system wide checks OK *except* nnaida7 fails ADC calibration
detector biases & leakage currents OK - see attachments 1 & 2
FEE64 temperatures OK - see attachment 3
good event statistics OK *except* nnaida17 c. 400k - see attachment 4
nnaida2 rate due to one hot channel as before
1.8.L spectra - see attachments 5 & 6
N.B. evidence of minimally ionising particles (presumably protons) from beam to F11 E detector
~10-15cm Pb bricks were placed within BRIKEN (CH2)n stack to stop heavy particles
1.8.W spectra 20us FSR - see attachments 7 & 8
10.10 LEC/MEC slow comparator from 0xa to 0x64
3x ASIC check load
DAQ stop
all histograms zero'd
enable data transfer
DAQ start - file Oct18/R16
beam background
good event statistics OK *except* nnaida2 20kHz - see attachment 9 |
|
Fri Nov 2 01:56:00 2018, TD, [How To] Recover from unable to connect to nnaida ...
|
If you obtain the 'unable to connect' from one, or more, of the FEE64s try the
following procedures *before* power-cycling/rebooting all of the FEE64s:
1) 'unable to connect' whilst DAQ is going using the Merger
https://elog.ph.ed.ac.uk/AIDA/303
2) determine whether multiple FEE64s are unable to connect
aidas1> ping nnaida1
PING nnaida1 (10.1.1.1) 56(84) bytes of data.
64 bytes from nnaida1 (10.1.1.1): icmp_seq=1 ttl=64 time=2.81 ms
64 bytes from nnaida1 (10.1.1.1): icmp_seq=2 ttl=64 time=2.81 ms
64 bytes from nnaida1 (10.1.1.1): icmp_seq=3 ttl=64 time=2.80 ms
^C
--- nnaida1 ping statistics ---
3 packets transmitted, 3 received, 0% packet loss, time 2029ms
rtt min/avg/max/mdev = 2.807/2.812/2.817/0.061 ms
aidas1> ping nnaida2
PING nnaida2 (10.1.1.2) 56(84) bytes of data.
64 bytes from nnaida2 (10.1.1.2): icmp_seq=1 ttl=64 time=2.87 ms
64 bytes from nnaida2 (10.1.1.2): icmp_seq=2 ttl=64 time=2.81 ms
64 bytes from nnaida2 (10.1.1.2): icmp_seq=3 ttl=64 time=2.83 ms
64 bytes from nnaida2 (10.1.1.2): icmp_seq=4 ttl=64 time=2.81 ms
^C
--- nnaida2 ping statistics ---
4 packets transmitted, 4 received, 0% packet loss, time 3350ms
rtt min/avg/max/mdev = 2.810/2.833/2.874/0.069 ms
:
:
etc
If you find that you are unable to ping a group (or groups) of 8x FEE64s
it is probable that the issue is a fuse failure(s) in the USB-controlled
ac mains relay. It will be necessary to replace the fuse(s) and perform a
cold start of the FEE64s
https://elog.ph.ed.ac.uk/AIDA/418
3) If you are able to ping all FEE64s telnet to the FEE64 you are unable to
connect to, login as root, and issue a reboot command
aidas1> telnet nnaida2
Trying 10.1.1.2...
Connected to nnaida2.
Escape character is '^]'.
Linux 2.6.31 (localhost) (08:23 on Thursday, 01 November 2018)
login: root
Password:
Last login: Mon May 23 16:02:30 from myserver
-bash-3.2# ls
a.out ld_aidamem.csh xaida
-bash-3.2# ps -ef
UID PID PPID C STIME TTY TIME CMD
root 1 0 0 Oct28 ? 00:00:07 init [3]
root 2 0 0 Oct28 ? 00:00:00 [kthreadd]
root 3 2 0 Oct28 ? 00:00:00 [ksoftirqd/0]
root 4 2 0 Oct28 ? 00:00:00 [watchdog/0]
root 5 2 0 Oct28 ? 00:00:00 [events/0]
root 6 2 0 Oct28 ? 00:00:00 [khelper]
root 7 2 0 Oct28 ? 00:00:00 [async/mgr]
root 8 2 0 Oct28 ? 00:00:00 [kblockd/0]
root 9 2 0 Oct28 ? 00:00:00 [kseriod]
root 10 2 0 Oct28 ? 00:00:00 [khungtaskd]
root 11 2 0 Oct28 ? 00:00:00 [pdflush]
root 12 2 0 Oct28 ? 00:00:00 [pdflush]
root 13 2 0 Oct28 ? 00:00:00 [kswapd0]
root 14 2 0 Oct28 ? 00:00:00 [aio/0]
root 15 2 0 Oct28 ? 00:00:00 [nfsiod]
root 20 2 0 Oct28 ? 00:00:00 [81400400.hd-xps]
root 21 2 0 Oct28 ? 00:00:00 [81400000.xps-sp]
root 22 2 0 Oct28 ? 00:00:00 [kpsmoused]
root 25 2 0 Oct28 ? 00:00:00 [rpciod/0]
root 54 1 0 Oct28 ? 00:00:00 /sbin/udevd -d
root 226 1 0 Oct28 ? 00:00:00 syslogd -m 0
root 229 1 0 Oct28 ? 00:00:00 klogd -x
root 259 1 0 Oct28 ? 00:00:00 rpcbind
root 275 1 0 Oct28 ? 00:00:00 xinetd -stayalive -pidfile /var/
root 377 1 98 Oct28 ? 3-22:18:16 ./AidaExecV8
root 392 1 0 Oct28 ttyS0 00:00:00 /sbin/mingetty --noclear console
root 404 275 0 08:23 ? 00:00:00 in.telnetd: myserver
root 405 404 0 08:23 ? 00:00:00 login -- root
root 406 405 1 08:23 ttyp0 00:00:00 -bash
root 427 406 6 08:23 ttyp0 00:00:00 ps -ef
-bash-3.2# reboot
Broadcast message from root (ttyp0) (Thu Nov 1 08:25:20 2018):
The system is going down for reboot NOW!
-bash-3.2# Connection closed by foreign host.
Wait 5 minutes for the filesystem to be mounted and the FEE64 boot sequence
to complete.
Switch to Desktop 1 and re-select 'Data Acquisition Run Control' tab and select
Update. The status of the FEE64 you were unable to connect to should now 'undefined'.
Follow cold start sequence steps 7-10 and 15
https://elog.ph.ed.ac.uk/AIDA/418 |
|
Fri Nov 2 01:19:49 2018, TD, Offline analysis R9 - alpha background 7x
|
Offline analysis of Oct18/R9_0 to 17 (c. 46h data)
alpha background, BNC PB-4 pulser OFF, LEC/MEC slow comparator 0x64 (~1MeV)
*** ENTRY finish
*** data items: 404616704 ( 10823.34 Hz)
*** ADC events: ********** ( -30856.57 Hz)
*** time warps: 0 ( 0.00 Hz)
*** DSSSD # 1 count: 1004 old count: 1004 dt: 160265.10 s LEC rate: 0.01 Hz
*** DSSSD # 2 count: 423 old count: 423 dt: 160265.10 s LEC rate: 0.00 Hz
*** DSSSD # 3 count: 364 old count: 364 dt: 160265.10 s LEC rate: 0.00 Hz
*** DSSSD # 4 count: 363 old count: 363 dt: 160265.10 s LEC rate: 0.00 Hz
*** DSSSD # 5 count: 455 old count: 455 dt: 160265.10 s LEC rate: 0.00 Hz
*** DSSSD # 6 count: 590 old count: 590 dt: 160265.10 s LEC rate: 0.00 Hz
*** DSSSD # 1 count: 0 old count: 0 dt: 160265.10 s HEC rate: 0.00 Hz
*** DSSSD # 2 count: 0 old count: 0 dt: 160265.10 s HEC rate: 0.00 Hz
*** DSSSD # 3 count: 0 old count: 0 dt: 160265.10 s HEC rate: 0.00 Hz
*** DSSSD # 4 count: 0 old count: 0 dt: 160265.10 s HEC rate: 0.00 Hz
*** DSSSD # 5 count: 0 old count: 0 dt: 160265.10 s HEC rate: 0.00 Hz
*** DSSSD # 6 count: 0 old count: 0 dt: 160265.10 s HEC rate: 0.00 Hz
*** ENTRY finish ends
attachment 1 - per DSSSD m_p versus m_n
2 - per DSSSD x versus y
3 - per DSSSD E_p versus E_n
4 - DSSSD channel versus E_p
5 - implantdecay4.f
6 - titles
7 - variables
N.B. ADC offsets not set, 0 by default
| E_p - E_n | < 2000
DSSSD configuration looks OK. No obvious issues with missing ASICs |
|
Fri Nov 2 00:57:24 2018, CA, CB, TD, OH, Friday 2 November 14x
|
09.58 DAQ continues OK - current file Oct18/R15_6
alpha background run
09.20 all system wide checks OK *except*
nnaida7 fails ADC calibration
SYNC errors since baseline - see attachment 1 - baseline not zero'd following reboot of nnaida2 and
setup of all FEE64s yesterday
SYNC errors OK following new baseline check
detector biases & leakage currents OK - see attachments 2 & 3
FEE64 temperatures OK - see attachment 4
good event statistics OK - see attachment 5
nnaida2 rate due to one hot channel
Merger OK - see attachment 6
TapeServer OK - see attachment 7
no errors or warnings shown by server terminal sessions
1.8.L spectra - see attachments 8 & 9
N.B. evidence of minimally ionising particles (presumably protons) from beam to F11 E detector
~10-15cm Pb bricks were placed within BRIKEN (CH2)n stack to stop heavy particles
1.8.W spectra - see attachments 10 & 11 - trace updates for 9/12 p+n FEE64s have stopped, n+n FEE64s OK
15.54 DAQ continues - current file Oct18/R15_15
nnaida17 good event rate c. 400kHz
15.57 FEE64 reset, setup, system wide checks
all ASIC clocks sync'd using ReSYNC
all spectra zero'd
ASIC check load
DAQ go - data transfer disabled
good events statistics - attachment 12
1.8.W spectra - see attachments 13 & 14
changed LED threshold 7700 -> 8500 for 9/12 p+n FEE64s |
|
Thu Nov 1 00:24:23 2018, TD, OH, CA, Thursday 1 November 19x
|
09.24 DAQ continues OK - current file Oct18/R12_116
alpha background run
09.20 all system wide checks OK *except* nnaida7 fails ADC calibration
detector biases & leakage currents OK - see attachments 1 & 2
FEE64 temperatures OK - see attachment 3
good event statistics OK *except* nnaida17 c. 400k - see attachment 4
nnaida2 rate due to one hot channel as before
Merger - Link16 errors reported - see attachment 5
TapeServer OK - see attachment 6
problem with nnaida17 rate resolved with ASIC check load - see attachment 7
1.8.L spectra - see attachments 7 & 8
N.B. evidence of minimally ionising particles (presumably protons) from beam to F11 E detector
~10-15cm Pb bricks were placed within BRIKEN (CH2)n stack to stop heavy particles
1.8.W spectra 20us FSR - see attachments 9 & 10
09.33 DAQ stop - file Oct18/R12_117
All Oct18/R12_* files deleted
09.34 all spectra zero'd
DAQ start - file Oct18/R13
alpha background run
all FEE64 good events statistics OK - see attachment 11
15.11 DAQ continues ok, on file Oct18/R13_2 (alpha run)
system wide checks ok, except nnaida7 failing ADC calibration
FEE64 temperatures ok (attachment 13)
detector bias and leakage currents ok (attachment 14)
good event statistics ok, except nnaida2 due to one hot channel (attachment 15)
Merger and TapeServer ok, no errors in terminal
15.20 DAQ stop - file Oct18/R13_2
15.24 Lowered slow comparator threshold from 100 to 10
good event statistics ok (attachment 16)
15.42 took waveforms, triggering ok (attachment 17)
raised slow comparator threshold to 100 from 10
start DAQ (R14)
nnaida22, no statistics showing (see attachment 18)
subsequent failure to connect to nnaida2
16:44 fixed by rebooting nnaida2 *only*, nnaida2 reset, setup all FEE64s
slow comparator threshold re-raised from 10 to 100, as default was restored
DAQ and alpha run restarted (R15)
Merger and TapeServer ok, no errors in terminal
good event statistics all ok, except for nnaida2 hot channel (attachment 19)
|
|
Wed Oct 31 00:18:12 2018, TD, OH, CA, Wednesday 31 October 20x
|
09.18 DAQ continues OK - current file Oct18/R10_7
alpha background run
09.20 all system wide checks OK *except* nnaida7 fails ADC calibration
detector biases & leakage currents OK - see attachments 1 & 2
FEE64 temperatures OK - see attachment 3
good event statistics OK - see attachment 4
nnaida2 rate due to one hot channel
Merger OK - see attachment 5
TapeServer OK - see attachment 6
no errors or warnings shown by server terminal sessions
1.8.L spectra - see attachments 7 & 8
N.B. evidence of minimally ionising particles (presumably protons) from overnight(?) BigRIPs tuning
to F11 E detector upstream of BRIKEN & AIDA and ongoing beam to F11 E detector
~10-15cm Pb bricks were placed within BRIKEN (CH2)n stack to stop heavy particles
09.30 JLT reports ~3kHz neutrons in BRIKEN, ~12kHz in F11
1.8.W spectra 20us FSR - see attachments 9 & 13
1.8.W spectra 200us FSR - see attachments 10 & 14
1.8.W spectra 2ms FSR - see attachments 11 & 15
1.8.W spectra 20ms FSR - see attachments 12 & 16
13.17 Run stopped on file R10_8 (13.16)
13.21 Lowered slow comparator threshold from 100 to 10
good event statistics ok (attachment 17)
13.36 Took waveforms, all ok (attachment 18)
13.55 Raised slow comparator threshold back to 100 from 10
Started new alpha run file R12
TapeServer and Merger ok
System wide checks ok, except FEE7 fails ADC calibration
FEE64 temperatures ok (attachment 19)
Leakage currents ok (attachment 20)
|
|
Mon Oct 29 23:40:41 2018, TD, OH, CA, Tuesday 30 October 16x
|
08.40 DAQ continues OK - current file Oct18/R9_15
08.42 all system wide checks OK *except* nnaida7 fails ADC calibration
detector biases & leakage currents OK - see attachments 1 & 2
FEE64 temperatures OK - see attachment 3
good event statistics OK - see attachment 4
nnaida2 rate due to one hot channel
Merger OK - see attachment 5
TapeServer OK - see attachment 6
no errors or warnings shown by server terminal sessions
1.8.L spectra - see attachments 7 & 8
1.8.W spectra 20us FSR - see attachments 9 & 10
14.43 system wide checks ok, except nnaida7 failing adc calibration
detector bias/leakage currents all ok (attachment 11)
FEE64 temperatures ok (attachment 12)
good event statistics ok
no errors or warnings in terminal for Merger and TapeServer
15.05 Stopped alpha run - file R9_18 at 14.50
lowered slow comparator threshold from 100 to 10
good event statistics were ok, but with FEE1 at 400k (attachment 13)
did check on ASICs, stats were behaving ok (attachment 14)
took waveforms, were not initially triggering on p+n side. Change threshold from 8000 to 8500 (attachment 15, 16)
15.12 start new file (alpha run, R10)
changed threshold back to 100 from 10
Merger and TapeServer ok
|
|
Sun Oct 28 23:34:28 2018, TD, OH, CA, Monday 29 October 15x
|
08.34 DAQ continues OK - current file Oct18/R9_6
08.37 all system wide checks OK *except* nnaida7 fails ADC calibration
detector biases & leakage currents OK - see attachments 1 & 2
FEE64 temperatures OK - see attachment 3
good event statistics OK - see attachment 4
nnaida2 rate due to one hot channel
Merger OK - see attachment 5
TapeServer OK - see attachment 6
no errors or warnings shown by server terminal sessions
1.8.L spectra - see attachments 7 & 8
1.8.W spectra 20us FSR - see attachments 9 & 10
08.50 temperature +23.8 deg C, RH 38.0%, d.p. +8.6 deg C
Julabo FL11006 set point +20 deg C, actual +20.0 deg C, water level c. 75%
11.10 DAQ continues OK - current file Oct18/R9_7
15.18 system wide checks OK, except nnaida7 ADC calibration failure
leakage currents OK (attachment 11)
FEE64 temperatures okay (attachment 12)
15.23 good event statistics OK (attachment 13)
Merger and TapeServer OK (attachments 14 and 15)
DAQ still running OK - Oct18/R9_8
15.54 Chiller refilled |
|
Sun Oct 28 01:33:34 2018, CA, OH, Sunday 28 October
|
09:33 DAQ still running, file R4_11.
Bias/leakage ok (attachment 1)
Leakage currents whilst still acceptable are up around 400nA on yesterday
Have checked all detectors and rates and pulser peak widths are still good across the board
Will keep an eye on but for now it appears to be ok
BRIKEN is currently doing a Cf source test so could be a result of charging from the source
Humidity: 33.1, Temperature: 24.6, Dew point: 7.1
FEE temperatures ok (attachment 2)
09:38 System wide checks ok
10:25 Pulser peak widths all checked
Widths comparable to 26th apart from 24 which is much wider from ~70 -> ~120
Waveforms, layout 7 and 8 - attachments 3 and 4
10:37 Started new run on file R5 at time 10:37
Threshold changed back to 100 from 10
Pulser on at 2Hz
16:34 Stopped R5 alpha run
Lowered thresholds to 0xa to produce higher rate data to test AIDA<->BRIKEN synchronisation
Started file R6 to do this
DAQ crashed on start ASIC readout with unable to connect to nnaida19 message appearing.
Could not clear despite attempts at restarting the merge if that was the cause.
FEE power cycle
17:03 DAQ recovered, R7 started
AIDA did not crash
BRIKEN started Ge fill cycle
AIDA did not crash during or after
17:17 R7 Stopped sync program is being worked on by Jorge,
17:32 Thresholds raised back to 100 from 10
Pulser switched off
R8 started
leakage current dropping down (attachment 5) |
|
Sat Oct 27 01:22:43 2018, CA, OH, Saturday 27 October
|
09:22 DAQ found crashed. Appears to have crashed at 20:23 last night whilst writing R3_0 to file.
Run Control is non responsive
Leakage currents okay - attachment 1
Unable to ping any of the nnaida FEEs
Restarted merger in an attempt to clear links still no response.
Have powered down FEE64
Replaced blown fuse
Checked temperatures of FEEs, all okay - attachment 2
10:19 Restarted alpha run, write to file Oct18/R4.
System wide checks - all ok.
Slow comparator threshold changed to 100 from 10
14:12 FEE temperatures ok (attachment 3)
Bias/leakage currents ok (attachment 4)
System wide checks ok
Alpha run on R4_1
17.45 DAQ continues OK, file Oct18/R4_3 |
|
Fri Oct 26 03:28:10 2018, OH, CA, Friday 26 October
|
October 25th:
In anticipation of losing access in the evening on arrival at RIKEN the following was done:
- Chiller was refilled
- All power cables reconnected after being removed in October for the RIKEN power down
- All NIM bins, fan trays and RPis were turned on
- 50MHz AIDA clock was set up and connected
- Remote connections to AC Mains relay and RPi for CAEN bias was tested
- Chiller was powered up
October 26th:
11:31 Still have access to the F11 area due to a bigRIPS delay.
Double checked wiring from yesterday and all still seems good
Chiller is still running with set point at +20 deg C
11:36 FEEs powered up. All 24 mounted
11:57 Bias and leakage currents all ok - attachment 1
FEE temperatures all ok - attachment 2
System wide checks all ok
13:26 Bias and leakage currents ok - attachment 3
FEE temperatures all ok - attachment 4
System wide checks all ok
14:00 Stats are ok - attachment 5
Appear similar to last time: https://elog.ph.ed.ac.uk/AIDA/747
However FEE24 and 24 appear much noisier than last time with rates around 100k
19:24 Pulser walkthrough run from 90000 to 10000 in steps of 10000 for R2
Opened file Oct18/R3, alpha run, threshold at 100kev, pulser on.
|
|
Wed Oct 3 10:47:06 2018, OH, Analysis of R2_0 -> R2_37 Alpha Run
|
Data was analysed using offsets calculated based on pulser walkthroughs carried out in June 2018
Offsets appear to still be good. Ex V Ey plots - attachment 1
Hit pattern across the FEEs looks good - attachment 2
x axis is (FEE-1)*64 + Channel
No obvious dead areas in x vs y plots either - attachment 3 |
|
Wed Oct 3 07:09:03 2018, OH, TD, Current FEE Configuration Map October 3rd 2018
|
FEE Number
DSSD A B C D
1 17 20 22 23
2 18 19 21 24
3 9 12 14 15
4 10 11 13 16
5 1 4 6 7
6 2 3 5 8
DSSD 1 3058-4 Top - Upstream
DSSD 2 3058-3
DSSD 3 2998-23
DSSD 4 3058-5
DSSD 5 3058-6
DSSD 6 3058-7 Bottom - Downstream |
|
Wed Oct 3 01:48:21 2018, OH, TD, Wednesday 3 October 30x
|
09.42 DAQ continues OK - current file Sep18/R2_36
09.42 all system wide checks OK *except* nnaida7 fails ADC calibration
detector biases & leakage currents OK - see attachments 1 & 2
FEE64 temperatures OK - see attachment 3
good event statistics OK - see attachment 4
nnaida2 rate due to one hot channel
Merger OK - see attachment 5
TapeServer OK - see attachment 6
no errors or warnings shown by server terminal sessions
1.8.L spectra - see attachments 7 & 8
1.8.W spectra 20us FSR - see attachments 9 & 10
09.46 ASIC check load (file Sep18/R2_36)
Note for p+n junction strip FEE64s the 1.8.W spectra are only updating for nnaida2, 10 & 17 - these traces
look OK
Other FEE64s show a noise transient and do not update - ASIC check load did not fix - probably requires
DAQ STOP/GO
09.57 temperature +25.4 deg C, RH 39.2%, d.p. +10.6 deg C
Julabo FL11006 set point +20 deg C, actual +20.0 deg C, water level c. 80%
13:17 FEE temperatures and system wide checks all ok
Alpha run R2 stopped
R2_0 -> R2_37
13:18 Thresholds set to 0xa from 0x64 for all FEEs and ASICs
13:22 R3_0 started
Thresholds at 0xa and pulser on at 25Hz setting ~ 2Hz
ASIC settings saved to EXPERIMENTS/AIDA/2018Oct03-13.26.58
Merger screenshot - attachment 11
Stats - attachment 12
Layouts 7 and 8 - attachments 13 & 14
13:31 R3_0 Stopped
13:34 R4_0 Started
ASIC thresholds all at 0x9
Merger screenshot - attachment 15
Stats - attachment 16
Layout 1 - attachment 17
13:38 R4_0 Stopped
13:40 R5_0 Started
ASIC thresholds all at 0x8
Merger screenshot - attachment 18
Stats - attachment 19
Layout 1 - attachment 20
13:45 R5_0 Stopped
13:49 R6_0 Started
ASIC slow comp at 0x7
Merger screenshot - attachment 21
Stats - attachment 22
Layout 1 - attachment 23
13:52 R6_1 Stopped
R7_0 Started
ASIC Slow comp at 0x6
Merger screenshot - attachment 24
Stats - attachment 25
Layout 1 - attachment 26
Tapeserver window screenshot - attachment 27
Top window showing 72% CPU usage - attachment 28
15:06 Pulser measurements carried out with thresholds at 0xa
Typical pulser peak width was ~70-80 with a couple above 100.
Double peaking that was observed earlier in the week is no longer observed.
Both in the FEEs and on a scope
Backside pulser peaks - attachment 29
Frontside pulser peaks - attachment 30 |
|
Tue Oct 2 01:55:11 2018, OH, TD, Tuesday 2 October 10x
|
09.54 DAQ continues OK - current file Sep18/R2_26
09.55 all system wide checks OK *except* nnaida7 fails ADC calibration
detector biases & leakage currents OK - see attachments 1 & 2
FEE64 temperatures OK - see attachment 3
good event statistics OK - see attachment 4
nnaida2 rate due to one hot channel
Merger OK - see attachment 5
TapeServer OK - see attachment 6
no errors or warnings shown by server terminal sessions
1.8.L spectra - see attachments 7 & 8
1.8.W spectra 20us FSR - see attachments 9 & 10
10.00 temperature +25.7 deg C, RH 29.6%, d.p. +6.4 deg C
Julabo FL11006 set point +20 deg C, actual +20.0 deg C, water level c. 80%
10.03 ASIC check load (file Sep18/R2_26) |
|
Mon Oct 1 01:10:57 2018, OH, TD, Monday 1 October 10x
|
09.10 DAQ continues OK - current file Sep18/R2_16
09.15 all system wide checks OK *except* nnaida7 fails ADC calibration
detector biases & leakage currents OK - see attachments 1 & 2
FEE64 temperatures OK - see attachment 3
good event statistics OK - see attachment 4
nnaida2 rate due to one hot channel
Merger OK - see attachment 5
TapeServer OK - see attachment 6
no errors or warnings shown by server terminal sessions
1.8.L spectra - see attachments 7 & 8
1.8.W spectra 20us FSR - see attachments 9 & 10
09.24 temperature +25.5 deg C, RH 43.4%, d.p. +11.9 deg C
Julabo FL11006 set point +20 deg C, actual +20.0 deg C, water level c. 75%
16.25 Julabo FL11006 refill to just below H indicator
DAQ continues OK - current file Sep18/R2_19 |
|
Sun Sep 30 01:48:27 2018, OH, TD, Current link to Google sheets leakage current log
|
https://docs.google.com/spreadsheets/d/12hgbrywB10hGsKt5uc2HnLfZymh8_uvM6cEASbbqnBE/edit?pli=1#gid=282765719 |
|
Sun Sep 30 01:13:47 2018, OH, TD, Sunday 30 September 8x
|
09.10 DAQ continues OK - current file Sep18/R2_6
09.15 all system wide checks OK *except* nnaida7 fails ADC calibration
detector biased & leakage currents OK - see attachments 1 & 2
FEE64 temperatures OK - see attachment 3
good event statistics OK - see attachment 4
nnaida2 rate due to one hot channel
Merger OK - see attachment 5
TapeServer OK - see attachment 6
no errors or warnings shown by server terminal sessions
1.8.W - 20us FSR - see attachments 7 & 8
all spectra zeroed
16.05 temperature +24.2 deg C, RH 45.4%, d.p. +11.6deg C
Julabo FL11006 water level c. 75-80% (i.e. approx mid-way between middle and upper level indicators) |
|
Sat Sep 29 06:25:23 2018, OH, TD, Saturday 29 September 18x
|
14:25 Moved from 8x DSSD setup to 6x DSSD
Top two detectors removed.
Detector alignments in snout unchanged so can use the 6xDSSD mark from June 2018
Rev F adapter cards have been put in place for all backside FEEs
All adapter boards are now Rev E or F
All adapter boards have an additional ground cable from the screw on the copper block to the lemo ground
connection
Power on and detectors biased (Cabling changed to reflect new 1-6)
Leakage and bias ok - attachment 1
System wide checks all ok
FEE temperatures ok - attachment 2
DAQ Started
Stats are looking very good - attachment 3
Rates look ok (Lin and Log) - attachments 4 & 5
Front side waveforms look ok - attachment 6
Backside waveforms look ok - attachment 7
Pulser widths are showing double peaking. - attachments 8 & 9
we are not sure if this is down to the pulser or not
Expanded timescales of the waveform, 0, 10, 100 and 1000 cycles
Layout 7 - attachments 10 - 14
Layout 8 - attachments 15 - 18
15:24 Pulser turned off in prep for alpha run
Slow comp set to 0x64
15.42 DAQ start file Sep18/R2
Test and calibration using background alpha particles
ASIC settings 2018Jun22-11.28.18
*except* slow comparator 0xa -> 0x64
BNC PB-4 pulser OFF
Merger c. 30k items/s TapeServer 230kb/s |
|
Fri Sep 28 02:08:07 2018, OH, TD, Friday 28 September 6x
|
10:08 Normal system restart ok
System currently in 8DSSD configuration as was left in June 2018
Bias and leakage currents ok - attachment 1
Temp +24.0 deg C, H 46.8%, D.P +11.7 deg C
FEE Temperatures ok - attachment 2
System wide checks all ok (aida7 fails ADC)
DAQ Started with pulser test input
Statistics ok - attachment 3
Hit rate laout for first 30 FEEs (Note second ASIC in FEE29 still missing) - attachment 4
Waveforms for Layout 7 (Front side) ok - attachment 5
Waveforms for Layout 8 (Back side) good (nnaida 7 missing due to failed ADC check) - attachment 6 |
|
Wed Aug 22 11:38:11 2018, OH, TD, AIDA GSI Setup Noise Tests 13x
|
Currently seems to be a problem with the memory check in the system wide checks that produces the message shown
- attachment 1
DAQ is being run with the following options - attachment 2 and 3
The PSU Temperature readout in aida07 appears to not be working. Shows a permanent value of 160 degC - attachment 4
Water inlet and outlet feel cold so believe it is an artiface
aida07 also appears to quite often take longer to mount than the others. Often coming in 5 minutes later than them.
Only tested aida01 - aida04 for noise as we lacked the required HDMI type c cables to set up a full MACB branch
structure.
We appear to have considerable noise issues in the FEE modules with adapter boards on but no DSSD cables
connected but test input loop and pulsar connected.
The pulsar appears to be the circuit of doom for this noise. With all test input ports connected to a pulsar
chain each FEE is seeing in the region of 800k rate of good events with discriminator thresholds set to 255.
Removing the pulsar cable from the end FEE but leaving the chain in place reduces this to around 500k.
Grounding an adapter board to the copper cooling plate also further reduces this noise somewhat but still leaves
rates of around 300k.
If an adapter board is isolated from the chain so that it has nothing connected to it the rate drops to around
300-400 which is just the rate of the sync pulses.
For the following screenshots aida01 and aida02 are isolated adapter boards.
aida03 and aida04 are connected via lemo cables via the test input to other FEE modules in their chains.
Waveforms for the 4 FEEs - attachment 5-8
Full statistics for the 4 FEEs - attachment 9-12
Good events comparison - attachment 13
It appears we need to provide a low resistance path between the FEE cooling plates like we do in RIKEN.
Currently the measured resistance between FEE 6 and 10 is around 2 ohm.
Also we may need to isolate the pulsar signals themselves
A potential difference of 5mV was also measured between the chassis of the NIM modules and the cooling plates.
Resistance was 0ohm when the power was on. |
|
Wed Aug 22 13:50:30 2018, OH, TD, Reply by PCS, AIDA GSI Setup Noise Tests
|
> Currently seems to be a problem with the memory check in the system wide checks that produces the message shown
> - attachment 1
>
> DAQ is being run with the following options - attachment 2 and 3
>
> The PSU Temperature readout in aida07 appears to not be working. Shows a permanent value of 160 degC - attachment 4
> Water inlet and outlet feel cold so believe it is an artiface
> aida07 also appears to quite often take longer to mount than the others. Often coming in 5 minutes later than them.
>
> Only tested aida01 - aida04 for noise as we lacked the required HDMI type c cables to set up a full MACB branch
> structure.
>
> We appear to have considerable noise issues in the FEE modules with adapter boards on but no DSSD cables
> connected but test input loop and pulsar connected.
> The pulsar appears to be the circuit of doom for this noise. With all test input ports connected to a pulsar
> chain each FEE is seeing in the region of 800k rate of good events with discriminator thresholds set to 255.
> Removing the pulsar cable from the end FEE but leaving the chain in place reduces this to around 500k.
>
> Grounding an adapter board to the copper cooling plate also further reduces this noise somewhat but still leaves
> rates of around 300k.
>
> If an adapter board is isolated from the chain so that it has nothing connected to it the rate drops to around
> 300-400 which is just the rate of the sync pulses.
>
> For the following screenshots aida01 and aida02 are isolated adapter boards.
> aida03 and aida04 are connected via lemo cables via the test input to other FEE modules in their chains.
> Waveforms for the 4 FEEs - attachment 5-8
> Full statistics for the 4 FEEs - attachment 9-12
> Good events comparison - attachment 13
>
> It appears we need to provide a low resistance path between the FEE cooling plates like we do in RIKEN.
> Currently the measured resistance between FEE 6 and 10 is around 2 ohm.
>
> Also we may need to isolate the pulsar signals themselves
>
> A potential difference of 5mV was also measured between the chassis of the NIM modules and the cooling plates.
> Resistance was 0ohm when the power was on.
Re:- Memory check problem..... the required log file is not at /MIDAS/XilinxLinux/...... The file is a log file placed
in the FEE64 root file system. The code will be altered in time to reflect the new location by using a local variable.
Re:- aida07. This module should be urgently removed and sent back to Daresbury for repair. This measurement could be
indicative of the worse problems with this module.
Re:- Earthing. Please could you add some photos of the installation. ( apologies if they are already here ;-) If I
recall it is worth adding a low resistance connection ( big copper braid ) from the NIM bin to the adaptor board earths. |
|
Tue Aug 21 12:29:44 2018, OH, TD, AIDA@DESPEC dhcpd.conf, dhcpd startup and log messages
|
Attachment 1 - DHCP configuration file /etc/dhcpd.conf
Attachment 2 - DHCP startup messages
Attachment 3 - FEE64 startup messages from /var/log/messages
Note
1) dhcpd service is not listed by services tool which we have usually used to restart dhcp following
changes to the configuration. Currently we restart dhcpd as follows
kill -SIGTERM <pid dhcpd>
/usr/local/sbin/dhcpd
2) significant delays (~6 and ~9 minutes) starting aida07 and aida05, otherwise appears to be normal startup |
|
Wed Aug 22 09:10:28 2018, OH, TD, AIDA@DESPEC dhcpd.conf, dhcpd startup and log messages
|
>
> Attachment 1 - DHCP configuration file /etc/dhcpd.conf
>
> Attachment 2 - DHCP startup messages
>
> Attachment 3 - FEE64 startup messages from /var/log/messages
>
> Note
>
> 1) dhcpd service is not listed by services tool which we have usually used to restart dhcp following
> changes to the configuration. Currently we restart dhcpd as follows
>
> kill -SIGTERM <pid dhcpd>
> /usr/local/sbin/dhcpd
>
> 2) significant delays (~6 and ~9 minutes) starting aida07 and aida05, otherwise appears to be normal startup
Regarding startup of 5 and 7. what is the report from the console log monitor? |
|
Tue Jul 3 02:24:45 2018, OH, Tuesday 3 July
|
10:23 Bias and leakage currents ok - attachment 1
Fee temperatures ok - attachment 2
System wide checks ok
14:07 Bias and leakage currents ok - attachment 3
FEE temperatures ok
System wide checks ok
Have been unable to recover ASIC 2 in nnaida29. Have checked removing the detector cabling and can still
not recover the ASIC
Also noise in DSSD1 and 2 is still high - attachment 4
However in DSSD3-8 it is very good
Humidity 44.7%, Temperature 25.5C, D.P +13C
15:57 FEE modules turned off via rly16
DSSD bias removed
AIDA has been put in a safe state. |
|
Mon Jul 2 02:36:41 2018, OH, Monday 2 July
|
10:35 Bias and leakage currents ok - attachment 1
FEE Temps ok - attachment 2
System wide checks all ok
|
|
Sun Jul 1 08:25:24 2018, OH, Inventory
|
Attached is an updated inventory of the cables and adapter boards we have in RIKEN. |
|
Sun Jul 1 02:26:50 2018, OH, Sunday 1st July
|
10:25 Bias and leakage currents ok - attachment 1
FEE Temperatures ok
System wide checks ok
Alpha run R9 stopped on file R9_74 |
|
Sat Jun 30 03:05:36 2018, OH, Saturday 30 June
|
11:05 Bias and leakage currents ok - attachment 1
FEE temperatures ok
System wide checks ok
Currently on file R9_74
Temperature 25.3C, Humidity 42.9%, D.P +12.1C
13:27 Bias and leakage currents ok - attachment 2
FEE Temperatures ok
System wide checks ok
Analysis of the pulser run R9_52 -> R9_74 has shown no major losses in terms of apparent broken bond wires.
The large gap in FEE64 29 can be explained by an ASIC dropping out: See https://elog.ph.ed.ac.uk/AIDA/730
Another odd trend appears in the channels relating to DSSD 8 on the x side. - attachment 5
The pattern shows one strip on one strip off for the first 32 strips.
nnaida18 is also the FEE which is running at a much higher rate during this run. - attachment 3
I'm not sure that I believe that these channels are actually relate to broken bond wires.
Here are the hit patterns for the 8 DSSD - attachment 4
Attached is also the x and y histograms for DSSD 8 which shows a weird pattern - attachment 5 |
|
Fri Jun 29 02:26:34 2018, OH, Friday 29 June
|
10:27 Bias and leakage currents ok - attachment 1
Fee temperatures ok - attachment 2
Temperature 24.7C, Humdidity 44.5%, D.P +11.8C
System wide checks all ok
Currently on file R9_69
Vandle guys are about to start building. They have been made aware to avoid the power cables for the
chiller and AIDA
Also of the network cables and HDMI cables.
14:46 Bias and leakage currents ok - attachment 3
System wide checks all ok
FEE temperatures all ok
Currently on R9_70
19:55 Bias and leakage currents ok - attachment 4
Fee temperatures ok
System wide checks ok
|
|
Thu Jun 28 05:22:31 2018, OH, Analysis of R7 -> R9
|
R7_0 -> R7_1 High Energy pulser run
R8_0 -> R8_1 Low energy puler run
R9_52 -> R9_62 Alpha run
On analysing all three runs it appears an ASIC is missing in FEE 29 - attachments 1 - 3
This ASIC does not appear to be missing in the alpha run carried out on June 24th - attachment 4
I do not believe that this is a broken ASIC.
I have performed an ASIC check load on the FEE module to try and regain it. I will check the files created since
later to see if it has been regained.
Using the pulser runs two different sets of offsets were calculated. One using the low energy run and one using
the high energy.
To compare the two different sets of offsets calculated Ex vs Ey plots were created for the first detector.
Attachment 5 shows these plots on the left is the low energy offsets and on the right the high energy pulser offsets
It can be seen that the grouping is much better with the events being tighter to the y = x line on the run sorted
using the low energy pulser offsets. |
|
Thu Jun 28 02:19:30 2018, OH, Thursday 28th June
|
10:18 Bias and leakage currents ok - attachment 1
FEE Temperatures ok
System wide checks all ok
Currently on file R9_63
Humidity 43.3%, Temperature 25.1C, Dew Point +11.8C
Filler level ok
12:51 Bias and leakage currents ok - attachment 2
FEE Temperatures ok
System wide checks all ok
Currently on file R9_64
19:20 Bias and leakage currents - attachment 3
FEE temperatures ok
System wide checks all ok
Currently on file R9_65
ASIC 2 is still missing from FEE29. ASIC checks earlier in the afternoon have failed to recover it. -
attachment 4
This ASIC has been observed to be working since it was installed last week. Once the alpha run is over
further attempts
will be made to test it is back. |
|
Wed Jun 27 02:23:03 2018, OH, Wednesday 26 June
|
10:20 Bias and leakage currents ok - attachment 1
FEE temperatures ok
System wide checks all ok
Currently on file R9_58
15:25 Bias and leakage currents ok - attachment 2
FEE temperatures ok - attachment 3
System wide checks ok
Currently on file R9_59 |
|
Tue Jun 26 05:44:44 2018, OH, Tuesday 26 June
|
04:12 TD found the nnaida14 appeared to have become noisy at some point. Biases/;eakages/temps ok
ASIC check load appears to have fixed problem
Noise appears to affect R9_0 to R9_51
13:45 Biases and leakages all ok - attachment 1
FEE temperatures ok
System wide checks ok
T = 25.1C H = 35.7% DP 8.4C
Currently up to file R9_54
21:53 Biases and leakages all ok - attachment 2
FEE Temps ok
System wide checks ok
Currently up to file R9_56 |
|
Mon Jun 25 01:56:08 2018, OH, TD, Monday 25th June 21x
|
09:55 Alpha run stopped
10:45 Investigating the large noise in FEE28
First test was swapping the PSU positions of 29 and 30 - attachment 1
PSU order 25, 26, 27 ,28, 30, 29, 31, 32
Little affect on the statistics. 30 remains low and 29 is still high
11:15 System back in normal configuration with 29 and 30 going to original psu units
PSU order 25, 26, 27 ,28, 29, 30, 31, 32
System does seem worse off in this order - attachment 2
11:29 Bias cables core and braid switched between detectors 1 and 2
No noticeable difference - attachment 3
11:44 Switched around cables running to FEE so DSSD1 was running to 29 and DSSD2 to 30
Noise moved with cable. Though DSSD1 seems worse in 29 than it did in 30. - attachment 4
12:00 Cables moved back in normal operation. Stats returned to as they were at 11:15 - attachment 5
13:28 Changed kapton for a new one. No change to stats - attachment 6
13:55 Wiggled rain wire (Technical term) Tripped DSSD 2 bias. Ramped up bias. Noise gone. Mystery not solved. -
attachment 7
14.09 DAQ start
AIDA file June18/R7
ASIC settings DB key 2018Jun22-11.28.18
*all* slow comparators 0xa
Pulser walkthrough
BNC PB-4
Amplitude 90,000-10,000 @ 10,000 step
x5 attenuator IN
t_r 100ns tau_d 50us
- polarity
frequency range 250Hz
delay MIN, tail pulse, INT ref
14.18 DAQ stop
See attachment 8 & 9
14.19 DAQ start
AIDA file June18/R8
Pulser walkthrough
BNC PB-4
Amplitude 12,000-2,000 @ 2,000 step
x5 attenuator IN
t_r 100ns tau_d 50us
- polarity
frequency range 250Hz
delay MIN, tail pulse, INT ref
14.28 DAQ stop
See attachment 10 & 11
DAQ statistics OK - see attachment 12
7x FEE64s <10k
13x FEE64s 10-20k
3x FEE64s 20-30k
3x FEE64s 30-40k
2x FEE64s 40-50k
4x FEE64 >50k (nnaida28, 29, 31 & 32)
*all* system wide checks OK *except* nnaida7 & 21 fail ADC calibration
FEE64 temperatures OK - see attachment 13
DSSSD biases and leakage currents OK - see attachments 14 & 15
14.43 DAQ start
AIDA file June18/R9
ASIC settings DB key 2018Jun22-11.28.18
*all* slow comparators 0x64
alpha background
BNC PB-4 OFF
18.30 Julabo FL11006 recirculating chiller - water refill - 75%
per FEE64 1.8.W spectra - range 2ms - see attachments 16 & 17
per FEE64 1.8.W spectra - range 200us - see attachments 18 & 19
per FEE64 1.8.W spectra - range 20us - see attachments 20 & 21 |
|
Sun Jun 24 09:08:03 2018, 3OH, TD, June 2018 New Stack Configuration
|
Stack has been changed in configuration from a 6 DSSD stack to 8 DSSD stack.
What was detectors 1-6 are now 3-8 with 2 new detectors added to the front.
The stack order is now:
DSSD 1 3058-25 Top
DSSD 2 3058-2
DSSD 3 3058-4
DSSD 4 3058-3
DSSD 5 2998-23
DSSD 6 3058-5
DSSD 7 3058-6
DSSD 8 3058-7 Bottom
To handle the new detectors an additional 4 FEE modules 8 FEE64 were installed in the system with MAC addresses:
FEE 25 - 2B 09 E7
FEE 26 - 2B 22 55
FEE 27 - 2A F6 D4
FEE 28 - 2A ED 8F
FEE 29 - 2A D0 1A
FEE 30 - 2B 33 0C
FEE 31 - 2A B6 45
FEE 32 - 2A B2 B2
FEE Mapping is now:
FEE Number
DSSD A B C D
1 25 28 30 31
2 26 27 29 32
3 1 20 22 23
4 2 19 21 24
5 9 12 14 15
6 10 11 13 16
7 17 4 6 7
8 18 3 5 8
All 4 new p side cables were made using 33" ribbon cables
The n side cables for detector 2 were made using 37" cables
The n side cables for detector 1 were made using 39" ribbon cables (37" was to short)
Non-isolated cables related to C connector on DSSD
The detectors were placed inside the snout with two reference lines for insertion.
The first labelled as June 18 6 stack will place the centre of the detector stack (Between detectors 5 and
6) in the centre of BRIKEN
when inserted up to this line.
Distance from edge of BRIKEN to centre is 37.5cm
The second mark is 1cm along from this and is labelled June 18 8 stack. This positions the centre of the
stack (Between detectors 4 and 5), what would be 3 and 4 if only 6 detectors)
in the centre of the BRIKEN array.
One thing to note is that with 8 detectors getting the snout on is a tight fit and can push down the rods
the detectors are held on. This was previously
a friction fit between the rods and the snout base. The rods had to be pulled out slightly to allow for the
extra length needed for 8 detectors.
To aid in the rods were not slipping grub nuts were moved to the bottom and locked in position. This may
not hold the strain of someone pushing the snout against them so caution
is still advised when putting this on.
When in the 8 stack configuration DSSD 1 is 4.5cm from the end of the snout. To support more detectors
longer rods would be needed though. |
|
Sun Jun 24 01:40:08 2018, OH, TD, Sunday 24 June 2018 15x
|
09.38 DAQ continues OK
DAQ stop June18/R5_8
Detector biases & leakage currents OK - see attachments 1 & 2
Ambient temperature +25.3 deg C, d.p. +9.4 deg C, RH 36.4%
FEE64 temperatures OK - see attachment 3
System-wide checks OK *except*
nnaida25 failed global clock check code 6
failed ADC calibration
Analysis June18/R5_8 - see attachment 4
10.00 *all* slow comparator thresholds 0x64 -> 0xa
BNC PB-4 pulser ON
per FEE64 1.8.W spectra - 20us & 200us range - see attachments 5-8
14:16 FEE Module nnaida25 & nnaida26 replaced
nnaida25 2b:09:da -> 2b:09;e7
nnaida26 2b:11:c5 -> 2b:22:55
System-wide checks OK *except*
nnaida21 failed global clock check code 6
failed ADC calibration
nnaida28 failed global clock check code 6
failed ADC calibration
511
Since replacing histograming has begun working for all FEE64s and rates across detectors seem lower
Waveforms of FEEs attachments 10 & 11
ADC Rates - attachment 12
Good event statistics - attachment 13
14.28 per FEE64 1.8.W spectra - 200us range - see attachments 14 & 15
17:06 Thresholds at 0x64 across all FEEs
Alpha run started R8 |
|
Sat Jun 23 02:44:36 2018, OH, TD, Saturday 23 June 2018 16x
|
DSSSD stack dismounted yesterday to change configuration from 6x to 8x DSSSDs.
10.15 Overnight, the LHS input fuse (FEE64s 1-16) of the USB-controlled ac mains relay failed.
New fuses installed - see Elog https://elog.ph.ed.ac.uk/AIDA/720
10.25 Successful power-up
System-wide checks OK *except*
nnaida25 failed global clock check code 6 - see attachment 1
failed ADC calibration
Histogramming enabled for all FEE64s
Following DAQ GO *and* before START ASIC Readout only FEE64s 1-24 *and* 25 remain enabled
10.55 *all* FEE64 temperatures OK - see attachment 2
11.00 Stop DAQ
Start MERGE and TapeServer
Configure MERGE for 32x FEE64s
Histogramming *and data transfer #1 enabled for all FEE64s
Following DAQ GO *and* before START ASIC Readout only FEE64s 1-24 *and* 25 remain histogram enabled, *all*
FEE64s enabled for data transfer #1 - see attachment 3
11.44 Observe low leakage current (as expected) with detector bias 100V - see attachments 4 & 5
HV#2 reads zero which may be be too low - to be checked with DSSSD
18.15 June18/R4
Histogramming not available nnaida26-32
Pulser data
ASIC settings 2018Jun22-11.28.18
*all* slow comparators 0xa
BNC PB-4 Pulser
Amplitude 90,000
x5 attenuator IN
t_r 100ns, tau_d 1ms
frequency c. 2Hz
polarity +
delay MIN, ref INT, tail pulse
detector biases & leakage currents OK - see attachments 6 & 7
ambient temperature +25.4 deg C, d.p. +10.1 deg C, RH 37.6%
FEE64 temperatures OK - see attachment 8
DAQ statistics - nnaida22, 25, 28, 29 & 30 high - see attachment 9
MERGE/Tapeserver - see attachments 10 & 11
18.28 DAQ stop (final file R4_4)
Analysis of R4_0 - note lots of HEC data for nnaida25
*** TDR format 3.3.0 analyser - TD - June 2017
*** ERROR: READ I/O error: 5002
blocks: 32000
ADC data format: 258702070 ( 1412508.5 Hz)
Other data format: 2377771 ( 12982.6 Hz)
Sample trace data format: 0 ( 0.0 Hz)
Undefined format: 0 ( 0.0 Hz)
Other data format type: PAUSE: 66 ( 0.4 Hz)
RESUME: 66 ( 0.4 Hz)
SYNC100: 2234733 ( 12201.6 Hz)
FEE64 disc: 142906 ( 780.3 Hz)
MBS info: 0 ( 0.0 Hz)
Other info: 0 ( 0.0 Hz)
ADC data range bit set: 4319574 ( 23584.8 Hz)
Timewarps: ADC: 0 ( 0.0 Hz)
PAUSE: 0 ( 0.0 Hz)
RESUME: 0 ( 0.0 Hz)
SYNC100: 0 ( 0.0 Hz)
FEE64 disc: 0 ( 0.0 Hz)
MBS info: 0 ( 0.0 Hz)
Undefined: 0 ( 0.0 Hz)
Sample trace: 0 ( 0.0 Hz)
*** Timestamp elapsed time: 183.151 s
FEE elapsed dead time(s) elapsed idle time(s)
1 0.000 0.000
2 0.000 0.000
3 0.000 0.000
4 0.000 0.000
5 0.000 0.000
6 0.000 0.000
7 0.000 0.000
8 0.000 0.000
9 0.000 0.000
10 0.000 0.000
11 0.000 0.000
12 0.000 0.000
13 0.000 0.000
14 0.016 0.000
15 0.000 0.000
16 0.000 0.000
17 0.000 0.000
18 0.000 0.000
19 0.000 0.000
20 0.000 0.000
21 0.000 0.000
22 0.245 0.000
23 0.022 0.000
24 0.000 0.000
25 0.738 0.771
26 0.000 0.000
27 0.028 0.000
28 0.023 0.000
29 0.000 0.000
30 0.186 0.194
31 0.364 0.000
32 0.246 0.000
*** Statistics
FEE ADC Data Other Data Sample Undefined Pause Resume SYNC100 Disc MBS Other
HEC Data
0 0 0 0 0 0 0 0 0 0 0
0
1 3222303 76527 0 0 0 0 69859 6668 0 0
569
2 2941948 76748 0 0 0 0 69857 6891 0 0
0
3 5670829 75859 0 0 0 0 69850 6009 0 0
0
4 2125453 74279 0 0 0 0 69858 4421 0 0
0
5 2136921 77632 0 0 0 0 69862 7770 0 0
0
6 2391640 73715 0 0 0 0 69858 3857 0 0
0
7 5890950 74230 0 0 1 1 69858 4370 0 0
4
8 3513119 75980 0 0 0 0 69864 6116 0 0
11
9 2263483 74984 0 0 0 0 69859 5125 0 0
0
10 2586263 77464 0 0 0 0 69857 7607 0 0
0
11 1010024 75142 0 0 0 0 69860 5282 0 0
0
12 1589585 74212 0 0 0 0 69857 4355 0 0
0
13 1683394 76604 0 0 0 0 69859 6745 0 0
0
14 6156870 74846 0 0 4 4 69856 4982 0 0
25
15 4365448 74530 0 0 0 0 69856 4674 0 0
0
16 4573069 75434 0 0 0 0 69864 5570 0 0
0
17 2440883 73800 0 0 0 0 69858 3942 0 0
5
18 3555638 78294 0 0 0 0 69853 8441 0 0
0
19 1011281 77659 0 0 0 0 69859 7800 0 0
0
20 1348970 74278 0 0 0 0 69856 4422 0 0
123
21 3718102 79600 0 0 0 0 69862 9738 0 0
0
22 31353026 76209 0 0 10 10 69765 6424 0 0
10
23 7467427 75889 0 0 3 3 69851 6032 0 0
15
24 5627550 75520 0 0 0 0 69855 5665 0 0
0
25 18997744 69607 0 0 13 13 69581 0 0 0
4318786
26 4444974 69852 0 0 0 0 69852 0 0 0
0
27 7927708 69857 0 0 3 3 69851 0 0 0
6
28 24389685 69867 0 0 9 9 69849 0 0 0
9
29 52059614 69858 0 0 0 0 69858 0 0 0
0
30 17131235 69796 0 0 4 4 69788 0 0 0
3
31 12650414 69742 0 0 11 11 69720 0 0 0
8
32 12456520 69757 0 0 8 8 69741 0 0 0
0
*** Timewarps
FEE ADC Pause Resume SYNC100 Disc MBS Undefined Samples
0 0 0 0 0 0 0 0 0
1 0 0 0 0 0 0 0 0
2 0 0 0 0 0 0 0 0
3 0 0 0 0 0 0 0 0
4 0 0 0 0 0 0 0 0
5 0 0 0 0 0 0 0 0
6 0 0 0 0 0 0 0 0
7 0 0 0 0 0 0 0 0
8 0 0 0 0 0 0 0 0
9 0 0 0 0 0 0 0 0
10 0 0 0 0 0 0 0 0
11 0 0 0 0 0 0 0 0
12 0 0 0 0 0 0 0 0
13 0 0 0 0 0 0 0 0
14 0 0 0 0 0 0 0 0
15 0 0 0 0 0 0 0 0
16 0 0 0 0 0 0 0 0
17 0 0 0 0 0 0 0 0
18 0 0 0 0 0 0 0 0
19 0 0 0 0 0 0 0 0
20 0 0 0 0 0 0 0 0
21 0 0 0 0 0 0 0 0
22 0 0 0 0 0 0 0 0
23 0 0 0 0 0 0 0 0
24 0 0 0 0 0 0 0 0
25 0 0 0 0 0 0 0 0
26 0 0 0 0 0 0 0 0
27 0 0 0 0 0 0 0 0
28 0 0 0 0 0 0 0 0
29 0 0 0 0 0 0 0 0
30 0 0 0 0 0 0 0 0
31 0 0 0 0 0 0 0 0
32 0 0 0 0 0 0 0 0
*** MBS Timewarps
FEE
0 0
1 0
2 0
3 0
4 0
5 0
6 0
7 0
8 0
9 0
10 0
11 0
12 0
13 0
14 0
15 0
16 0
17 0
18 0
19 0
20 0
21 0
22 0
23 0
24 0
25 0
26 0
27 0
28 0
29 0
30 0
31 0
32 0
*** Program elapsed time: 21.492s ( 1488.913 blocks/s, 93.057 Mb/s)
19.10 June18/R5
Histogramming not available nnaida26-32
alpha background
ASIC settings 2018Jun22-11.28.18
*all* slow comparators 0x64
BNC PB-4 Pulser OFF |
|
Sat Jun 23 02:28:13 2018, TD, OH, New fuses fitted to USB-controlled ac mains relay
|
The input fuses of the USB-controlled ac mains relay have been changed from 2x 5x20mm 250V/16A to 2x 5x20mm
250V/20A cartridge, time-lag Littelfuse 0215020.MXP |
|
Fri Jun 22 02:50:37 2018, OH, TD, Friday 22 June 2018
|
10:50 Yesterday 4 FEE modules installed for FEE64s 25-32
dhcpd.conf updated to reflect MAC addresses of new FEE64s
AIDA config file updated
located at /MIDAS/config/TclHttpd/aidas1/
Firmware updated to /MIDAS/Aida/FEE_GF_Nov16_3.bin
Using run control GUI failed for nnaida28 - see attachment 1
Re-run manually OK
FEE64 temperatures OK, all firmware versions OK - see attachment 2
Power cycle all FEE64 mounted. 5 minute delay in nnaida30 being mounted
Updated ASIC, DISC (but not WAVEFORM) settings for FEE64s 25-32
DB key 2018Jun22-11.28.18
Update Options for FEE64s 25-32 (now same as FEE64s 1-24)
Power cycle OK
Histogramming tag (H) drops for FEE64s 25-32 at DAQ GO - see attachment 3
*all* FEE64 statistics (except histogram-related counters) OK
AIDA config & dhcpd.conf files attached - see attachments 4-5 |
|
Thu Jun 21 06:48:22 2018, TD, OH, DSSSD HV cabling
|
The DSSSD HV cabling has been changed in preparation for configuration change
from 6x DSSSDs to 8x DSSSDs as follows:
FROM TO
DSSSD N1419 HV DSSSD N1419 HV
# Addr # # Addr #
1 0 1
2 0 2
1 0 1 3 0 3
2 0 7 4 0 4
3 0 3 5 1 5
4 0 4 6 1 6
5 1 5 7 1 7
6 1 6 8 1 8
See attachments 1 & 2 - DSSSDs # 1-2 not installed yet |
|
Thu Jun 21 05:23:16 2018, TD, OH, Offline analysis R1 - alpha background 8x
|
Analysis of overnight alpha background run (June18/R1_0 ... _2) indicates that all FEE64s and DSSSDs are
operating OK.
Spectra for DSSSD #1-6 - see attachments 1-5
Sort program, variables and spectra titles - see attachments 6-7
Sort program statistics
*** ENTRY finish
*** data items: 671431805 ( 363493.31 Hz)
*** ADC events: 743540 ( 402.53 Hz)
*** time warps: 0 ( 0.00 Hz)
*** DSSSD # 1 count: 266 old count: 266 dt: 73278.38 s LEC rate: 0.00 Hz
*** DSSSD # 2 count: 119 old count: 119 dt: 73278.38 s LEC rate: 0.00 Hz
*** DSSSD # 3 count: 131 old count: 131 dt: 73278.38 s LEC rate: 0.00 Hz
*** DSSSD # 4 count: 97 old count: 97 dt: 73278.38 s LEC rate: 0.00 Hz
*** DSSSD # 5 count: 103 old count: 103 dt: 73278.38 s LEC rate: 0.00 Hz
*** DSSSD # 6 count: 122 old count: 122 dt: 73278.38 s LEC rate: 0.00 Hz
*** DSSSD # 1 count: 0 old count: 0 dt: 73278.38 s HEC rate: 0.00 Hz
*** DSSSD # 2 count: 0 old count: 0 dt: 73278.38 s HEC rate: 0.00 Hz
*** DSSSD # 3 count: 0 old count: 0 dt: 73278.38 s HEC rate: 0.00 Hz
*** DSSSD # 4 count: 0 old count: 0 dt: 73278.38 s HEC rate: 0.00 Hz
*** DSSSD # 5 count: 0 old count: 0 dt: 73278.38 s HEC rate: 0.00 Hz
*** DSSSD # 6 count: 0 old count: 0 dt: 73278.38 s HEC rate: 0.00 Hz
*** ENTRY finish ends |
|
Thu Jun 21 02:31:49 2018, TD, OH, Thursday 21 June
|
10.20 DAQ continues OK
10.29 DAQ stop June18/R1
ASIC settings 2017Nov17-21.24.47
*all* FEE64 slow comparators 0x64
Detector biases & leakage currents OK - see attachments 1 & 2
FEE64 Temperatures OK - see attachment 3
DAQ statistics OK - see attachment 4
*all* system wide checks OK
PLL and DCM Clock Lock Monitor OK - see attachment 5 |
|
Wed Jun 20 03:33:06 2018, TD, Wednesday 20 June 14x
|
11.09 Julabo FL11006 recirculating chiller - ON - water level OK (75%)
Tektronix AFG3102 - CH2 ON - amplitude +5V, phase 180n deg, offset 0V, frequency 50.000000MHz
AIDA FEE64 power ON
AIDA FEE64 boot OK
Jun 20 11:08:03 aidas1 rpc.mountd[2867]: authenticated mount request from 10.1.1.6:868 for
/data10/XilinxLinux/ppc_4xx/rfs/nnaida6 (/data10/XilinxLinux/ppc_4xx/rfs)
Jun 20 11:08:03 aidas1 rpc.mountd[2867]: authenticated mount request from 10.1.1.2:996 for
/data10/XilinxLinux/ppc_4xx/rfs/nnaida2 (/data10/XilinxLinux/ppc_4xx/rfs)
Jun 20 11:08:03 aidas1 rpc.mountd[2867]: authenticated mount request from 10.1.1.1:914 for
/data10/XilinxLinux/ppc_4xx/rfs/nnaida1 (/data10/XilinxLinux/ppc_4xx/rfs)
Jun 20 11:08:03 aidas1 rpc.mountd[2867]: authenticated mount request from 10.1.2.8:937 for
/data10/XilinxLinux/ppc_4xx/rfs/nnaida8 (/data10/XilinxLinux/ppc_4xx/rfs)
Jun 20 11:08:03 aidas1 rpc.mountd[2867]: authenticated mount request from 10.1.2.7:690 for
/data10/XilinxLinux/ppc_4xx/rfs/nnaida7 (/data10/XilinxLinux/ppc_4xx/rfs)
Jun 20 11:08:03 aidas1 rpc.mountd[2867]: authenticated mount request from 10.1.2.3:686 for
/data10/XilinxLinux/ppc_4xx/rfs/nnaida3 (/data10/XilinxLinux/ppc_4xx/rfs)
Jun 20 11:08:03 aidas1 rpc.mountd[2867]: authenticated mount request from 10.1.2.4:992 for
/data10/XilinxLinux/ppc_4xx/rfs/nnaida4 (/data10/XilinxLinux/ppc_4xx/rfs)
Jun 20 11:08:03 aidas1 rpc.mountd[2867]: authenticated mount request from 10.1.1.5:719 for
/data10/XilinxLinux/ppc_4xx/rfs/nnaida5 (/data10/XilinxLinux/ppc_4xx/rfs)
Jun 20 11:08:22 aidas1 dhcpd: DHCPDISCOVER from 00:04:a3:2a:f7:07 via p2p1
Jun 20 11:08:22 aidas1 dhcpd: DHCPOFFER on 10.1.1.10 to 00:04:a3:2a:f7:07 via p2p1
Jun 20 11:08:22 aidas1 dhcpd: DHCPREQUEST for 10.1.1.10 (10.1.1.250) from 00:04:a3:2a:f7:07 via p2p1
Jun 20 11:08:22 aidas1 dhcpd: DHCPACK on 10.1.1.10 to 00:04:a3:2a:f7:07 via p2p1
Jun 20 11:08:22 aidas1 dhcpd: DHCPDISCOVER from 00:04:a3:2a:d0:2f via p2p2
Jun 20 11:08:22 aidas1 dhcpd: DHCPOFFER on 10.1.2.12 to 00:04:a3:2a:d0:2f via p2p2
Jun 20 11:08:22 aidas1 dhcpd: DHCPREQUEST for 10.1.2.12 (10.1.2.250) from 00:04:a3:2a:d0:2f via p2p2
Jun 20 11:08:22 aidas1 dhcpd: DHCPACK on 10.1.2.12 to 00:04:a3:2a:d0:2f via p2p2
Jun 20 11:08:23 aidas1 dhcpd: DHCPDISCOVER from 00:04:a3:2a:9c:0e via p2p2
Jun 20 11:08:23 aidas1 dhcpd: DHCPOFFER on 10.1.2.16 to 00:04:a3:2a:9c:0e via p2p2
Jun 20 11:08:23 aidas1 dhcpd: DHCPREQUEST for 10.1.2.16 (10.1.2.250) from 00:04:a3:2a:9c:0e via p2p2
Jun 20 11:08:23 aidas1 dhcpd: DHCPACK on 10.1.2.16 to 00:04:a3:2a:9c:0e via p2p2
Jun 20 11:08:23 aidas1 dhcpd: DHCPDISCOVER from 00:04:a3:2a:f3:ac via p2p2
Jun 20 11:08:23 aidas1 dhcpd: DHCPOFFER on 10.1.2.15 to 00:04:a3:2a:f3:ac via p2p2
Jun 20 11:08:23 aidas1 dhcpd: DHCPREQUEST for 10.1.2.15 (10.1.2.250) from 00:04:a3:2a:f3:ac via p2p2
Jun 20 11:08:23 aidas1 dhcpd: DHCPACK on 10.1.2.15 to 00:04:a3:2a:f3:ac via p2p2
Jun 20 11:08:23 aidas1 dhcpd: DHCPDISCOVER from 00:04:a3:2a:d9:ad via p2p1
Jun 20 11:08:23 aidas1 dhcpd: DHCPOFFER on 10.1.1.9 to 00:04:a3:2a:d9:ad via p2p1
Jun 20 11:08:23 aidas1 dhcpd: DHCPREQUEST for 10.1.1.9 (10.1.1.250) from 00:04:a3:2a:d9:ad via p2p1
Jun 20 11:08:23 aidas1 dhcpd: DHCPACK on 10.1.1.9 to 00:04:a3:2a:d9:ad via p2p1
Jun 20 11:08:23 aidas1 dhcpd: DHCPDISCOVER from 00:04:a3:2b:11:b9 via p2p1
Jun 20 11:08:23 aidas1 dhcpd: DHCPOFFER on 10.1.1.13 to 00:04:a3:2b:11:b9 via p2p1
Jun 20 11:08:23 aidas1 dhcpd: DHCPREQUEST for 10.1.1.13 (10.1.1.250) from 00:04:a3:2b:11:b9 via p2p1
Jun 20 11:08:23 aidas1 dhcpd: DHCPACK on 10.1.1.13 to 00:04:a3:2b:11:b9 via p2p1
Jun 20 11:08:23 aidas1 dhcpd: DHCPDISCOVER from 00:04:a3:2b:11:af via p2p2
Jun 20 11:08:23 aidas1 dhcpd: DHCPOFFER on 10.1.2.11 to 00:04:a3:2b:11:af via p2p2
Jun 20 11:08:23 aidas1 dhcpd: DHCPREQUEST for 10.1.2.11 (10.1.2.250) from 00:04:a3:2b:11:af via p2p2
Jun 20 11:08:23 aidas1 dhcpd: DHCPACK on 10.1.2.11 to 00:04:a3:2b:11:af via p2p2
Jun 20 11:08:23 aidas1 dhcpd: DHCPDISCOVER from 00:04:a3:2b:11:b8 via p2p1
Jun 20 11:08:23 aidas1 dhcpd: DHCPOFFER on 10.1.1.14 to 00:04:a3:2b:11:b8 via p2p1
Jun 20 11:08:23 aidas1 dhcpd: DHCPREQUEST for 10.1.1.14 (10.1.1.250) from 00:04:a3:2b:11:b8 via p2p1
Jun 20 11:08:23 aidas1 dhcpd: DHCPACK on 10.1.1.14 to 00:04:a3:2b:11:b8 via p2p1
Jun 20 11:08:23 aidas1 rpc.mountd[2867]: authenticated mount request from 10.1.1.10:837 for
/data10/XilinxLinux/ppc_4xx/rfs/nnaida10 (/data10/XilinxLinux/ppc_4xx/rfs)
Jun 20 11:08:23 aidas1 rpc.mountd[2867]: authenticated mount request from 10.1.2.12:819 for
/data10/XilinxLinux/ppc_4xx/rfs/nnaida12 (/data10/XilinxLinux/ppc_4xx/rfs)
Jun 20 11:08:23 aidas1 rpc.mountd[2867]: authenticated mount request from 10.1.2.16:813 for
/data10/XilinxLinux/ppc_4xx/rfs/nnaida16 (/data10/XilinxLinux/ppc_4xx/rfs)
Jun 20 11:08:23 aidas1 rpc.mountd[2867]: authenticated mount request from 10.1.2.15:802 for
/data10/XilinxLinux/ppc_4xx/rfs/nnaida15 (/data10/XilinxLinux/ppc_4xx/rfs)
Jun 20 11:08:23 aidas1 rpc.mountd[2867]: authenticated mount request from 10.1.1.9:717 for
/data10/XilinxLinux/ppc_4xx/rfs/nnaida9 (/data10/XilinxLinux/ppc_4xx/rfs)
Jun 20 11:08:23 aidas1 rpc.mountd[2867]: authenticated mount request from 10.1.1.13:835 for
/data10/XilinxLinux/ppc_4xx/rfs/nnaida13 (/data10/XilinxLinux/ppc_4xx/rfs)
Jun 20 11:08:23 aidas1 rpc.mountd[2867]: authenticated mount request from 10.1.2.11:823 for
/data10/XilinxLinux/ppc_4xx/rfs/nnaida11 (/data10/XilinxLinux/ppc_4xx/rfs)
Jun 20 11:08:23 aidas1 rpc.mountd[2867]: authenticated mount request from 10.1.1.14:772 for
/data10/XilinxLinux/ppc_4xx/rfs/nnaida14 (/data10/XilinxLinux/ppc_4xx/rfs)
Jun 20 11:08:56 aidas1 rpc.mountd[2867]: authenticated mount request from 10.1.2.3:864 for /MIDAS@aidas
(/MIDAS@aidas)
Jun 20 11:08:57 aidas1 rpc.mountd[2867]: authenticated mount request from 10.1.2.7:864 for /MIDAS@aidas
(/MIDAS@aidas)
Jun 20 11:08:58 aidas1 rpc.mountd[2867]: authenticated mount request from 10.1.2.4:864 for /MIDAS@aidas
(/MIDAS@aidas)
Jun 20 11:08:58 aidas1 rpc.mountd[2867]: authenticated mount request from 10.1.1.1:864 for /MIDAS@aidas
(/MIDAS@aidas)
Jun 20 11:08:58 aidas1 rpc.mountd[2867]: authenticated mount request from 10.1.1.6:864 for /MIDAS@aidas
(/MIDAS@aidas)
Jun 20 11:08:58 aidas1 rpc.mountd[2867]: authenticated mount request from 10.1.1.2:864 for /MIDAS@aidas
(/MIDAS@aidas)
Jun 20 11:08:59 aidas1 rpc.mountd[2867]: authenticated mount request from 10.1.2.8:864 for /MIDAS@aidas
(/MIDAS@aidas)
Jun 20 11:09:01 aidas1 rpc.mountd[2867]: authenticated mount request from 10.1.1.5:864 for /MIDAS@aidas
(/MIDAS@aidas)
Jun 20 11:09:20 aidas1 rpc.mountd[2867]: authenticated mount request from 10.1.2.15:864 for /MIDAS@aidas
(/MIDAS@aidas)
Jun 20 11:09:20 aidas1 rpc.mountd[2867]: authenticated mount request from 10.1.1.10:864 for /MIDAS@aidas
(/MIDAS@aidas)
Jun 20 11:09:23 aidas1 dhcpd: DHCPDISCOVER from 00:04:a3:2a:f6:e9 via p2p1
Jun 20 11:09:23 aidas1 dhcpd: DHCPOFFER on 10.1.1.22 to 00:04:a3:2a:f6:e9 via p2p1
Jun 20 11:09:23 aidas1 dhcpd: DHCPREQUEST for 10.1.1.22 (10.1.1.250) from 00:04:a3:2a:f6:e9 via p2p1
Jun 20 11:09:23 aidas1 dhcpd: DHCPACK on 10.1.1.22 to 00:04:a3:2a:f6:e9 via p2p1
Jun 20 11:09:23 aidas1 dhcpd: DHCPDISCOVER from 00:04:a3:2a:d0:06 via p2p2
Jun 20 11:09:23 aidas1 dhcpd: DHCPOFFER on 10.1.2.23 to 00:04:a3:2a:d0:06 via p2p2
Jun 20 11:09:23 aidas1 dhcpd: DHCPREQUEST for 10.1.2.23 (10.1.2.250) from 00:04:a3:2a:d0:06 via p2p2
Jun 20 11:09:23 aidas1 dhcpd: DHCPACK on 10.1.2.23 to 00:04:a3:2a:d0:06 via p2p2
Jun 20 11:09:23 aidas1 dhcpd: DHCPDISCOVER from 00:04:a3:2b:11:ae via p2p1
Jun 20 11:09:23 aidas1 dhcpd: DHCPOFFER on 10.1.1.18 to 00:04:a3:2b:11:ae via p2p1
Jun 20 11:09:23 aidas1 dhcpd: DHCPREQUEST for 10.1.1.18 (10.1.1.250) from 00:04:a3:2b:11:ae via p2p1
Jun 20 11:09:23 aidas1 dhcpd: DHCPACK on 10.1.1.18 to 00:04:a3:2b:11:ae via p2p1
Jun 20 11:09:23 aidas1 dhcpd: DHCPDISCOVER from 00:04:a3:2a:d0:11 via p2p2
Jun 20 11:09:23 aidas1 dhcpd: DHCPOFFER on 10.1.2.20 to 00:04:a3:2a:d0:11 via p2p2
Jun 20 11:09:23 aidas1 dhcpd: DHCPREQUEST for 10.1.2.20 (10.1.2.250) from 00:04:a3:2a:d0:11 via p2p2
Jun 20 11:09:23 aidas1 dhcpd: DHCPACK on 10.1.2.20 to 00:04:a3:2a:d0:11 via p2p2
Jun 20 11:09:23 aidas1 dhcpd: DHCPDISCOVER from 00:04:a3:2a:ed:b9 via p2p1
Jun 20 11:09:23 aidas1 dhcpd: DHCPOFFER on 10.1.1.17 to 00:04:a3:2a:ed:b9 via p2p1
Jun 20 11:09:23 aidas1 dhcpd: DHCPREQUEST for 10.1.1.17 (10.1.1.250) from 00:04:a3:2a:ed:b9 via p2p1
Jun 20 11:09:23 aidas1 dhcpd: DHCPACK on 10.1.1.17 to 00:04:a3:2a:ed:b9 via p2p1
Jun 20 11:09:23 aidas1 dhcpd: DHCPDISCOVER from 00:04:a3:2b:27:54 via p2p2
Jun 20 11:09:23 aidas1 dhcpd: DHCPOFFER on 10.1.2.19 to 00:04:a3:2b:27:54 via p2p2
Jun 20 11:09:23 aidas1 dhcpd: DHCPREQUEST for 10.1.2.19 (10.1.2.250) from 00:04:a3:2b:27:54 via p2p2
Jun 20 11:09:23 aidas1 dhcpd: DHCPACK on 10.1.2.19 to 00:04:a3:2b:27:54 via p2p2
Jun 20 11:09:23 aidas1 dhcpd: DHCPDISCOVER from 00:04:a3:2a:d9:b6 via p2p2
Jun 20 11:09:23 aidas1 dhcpd: DHCPOFFER on 10.1.2.24 to 00:04:a3:2a:d9:b6 via p2p2
Jun 20 11:09:23 aidas1 dhcpd: DHCPREQUEST for 10.1.2.24 (10.1.2.250) from 00:04:a3:2a:d9:b6 via p2p2
Jun 20 11:09:23 aidas1 dhcpd: DHCPACK on 10.1.2.24 to 00:04:a3:2a:d9:b6 via p2p2
Jun 20 11:09:23 aidas1 dhcpd: DHCPDISCOVER from 00:04:a3:2b:27:23 via p2p1
Jun 20 11:09:23 aidas1 dhcpd: DHCPOFFER on 10.1.1.21 to 00:04:a3:2b:27:23 via p2p1
Jun 20 11:09:23 aidas1 dhcpd: DHCPREQUEST for 10.1.1.21 (10.1.1.250) from 00:04:a3:2b:27:23 via p2p1
Jun 20 11:09:23 aidas1 dhcpd: DHCPACK on 10.1.1.21 to 00:04:a3:2b:27:23 via p2p1
Jun 20 11:09:23 aidas1 rpc.mountd[2867]: authenticated mount request from 10.1.1.22:734 for
/data10/XilinxLinux/ppc_4xx/rfs/nnaida22 (/data10/XilinxLinux/ppc_4xx/rfs)
Jun 20 11:09:23 aidas1 rpc.mountd[2867]: authenticated mount request from 10.1.2.23:933 for
/data10/XilinxLinux/ppc_4xx/rfs/nnaida23 (/data10/XilinxLinux/ppc_4xx/rfs)
Jun 20 11:09:23 aidas1 rpc.mountd[2867]: authenticated mount request from 10.1.1.18:760 for
/data10/XilinxLinux/ppc_4xx/rfs/nnaida18 (/data10/XilinxLinux/ppc_4xx/rfs)
Jun 20 11:09:23 aidas1 rpc.mountd[2867]: authenticated mount request from 10.1.2.20:954 for
/data10/XilinxLinux/ppc_4xx/rfs/nnaida20 (/data10/XilinxLinux/ppc_4xx/rfs)
Jun 20 11:09:23 aidas1 rpc.mountd[2867]: authenticated mount request from 10.1.1.17:693 for
/data10/XilinxLinux/ppc_4xx/rfs/nnaida17 (/data10/XilinxLinux/ppc_4xx/rfs)
Jun 20 11:09:23 aidas1 rpc.mountd[2867]: authenticated mount request from 10.1.2.19:991 for
/data10/XilinxLinux/ppc_4xx/rfs/nnaida19 (/data10/XilinxLinux/ppc_4xx/rfs)
Jun 20 11:09:24 aidas1 rpc.mountd[2867]: authenticated mount request from 10.1.2.24:743 for
/data10/XilinxLinux/ppc_4xx/rfs/nnaida24 (/data10/XilinxLinux/ppc_4xx/rfs)
Jun 20 11:09:24 aidas1 rpc.mountd[2867]: authenticated mount request from 10.1.1.21:952 for
/data10/XilinxLinux/ppc_4xx/rfs/nnaida21 (/data10/XilinxLinux/ppc_4xx/rfs)
Jun 20 11:09:40 aidas1 rpc.mountd[2867]: authenticated mount request from 10.1.2.12:864 for /MIDAS@aidas
(/MIDAS@aidas)
Jun 20 11:09:42 aidas1 rpc.mountd[2867]: authenticated mount request from 10.1.1.9:864 for /MIDAS@aidas
(/MIDAS@aidas)
Jun 20 11:09:45 aidas1 rpc.mountd[2867]: authenticated mount request from 10.1.1.13:864 for /MIDAS@aidas
(/MIDAS@aidas)
Jun 20 11:09:45 aidas1 rpc.mountd[2867]: authenticated mount request from 10.1.2.16:864 for /MIDAS@aidas
(/MIDAS@aidas)
Jun 20 11:09:45 aidas1 rpc.mountd[2867]: authenticated mount request from 10.1.1.14:864 for /MIDAS@aidas
(/MIDAS@aidas)
Jun 20 11:09:46 aidas1 rpc.mountd[2867]: authenticated mount request from 10.1.2.11:864 for /MIDAS@aidas
(/MIDAS@aidas)
Jun 20 11:10:38 aidas1 rpc.mountd[2867]: authenticated mount request from 10.1.2.20:864 for /MIDAS@aidas
(/MIDAS@aidas)
Jun 20 11:10:43 aidas1 rpc.mountd[2867]: authenticated mount request from 10.1.1.17:864 for /MIDAS@aidas
(/MIDAS@aidas)
Jun 20 11:10:43 aidas1 rpc.mountd[2867]: authenticated mount request from 10.1.2.24:864 for /MIDAS@aidas
(/MIDAS@aidas)
Jun 20 11:10:45 aidas1 rpc.mountd[2867]: authenticated mount request from 10.1.1.22:864 for /MIDAS@aidas
(/MIDAS@aidas)
Jun 20 11:10:45 aidas1 rpc.mountd[2867]: authenticated mount request from 10.1.1.18:864 for /MIDAS@aidas
(/MIDAS@aidas)
Jun 20 11:10:46 aidas1 rpc.mountd[2867]: authenticated mount request from 10.1.2.23:864 for /MIDAS@aidas
(/MIDAS@aidas)
Jun 20 11:10:47 aidas1 rpc.mountd[2867]: authenticated mount request from 10.1.2.19:864 for /MIDAS@aidas
(/MIDAS@aidas)
Jun 20 11:10:47 aidas1 rpc.mountd[2867]: authenticated mount request from 10.1.1.21:864 for /MIDAS@aidas
(/MIDAS@aidas)
Jun 20 11:12:31 aidas1 dhcpd: DHCPDISCOVER from 00:04:a3:2a:d9:e1 via p2p1
Jun 20 11:12:31 aidas1 dhcpd: DHCPOFFER on 10.1.1.2 to 00:04:a3:2a:d9:e1 via p2p1
Jun 20 11:12:31 aidas1 dhcpd: DHCPREQUEST for 10.1.1.2 (10.1.1.250) from 00:04:a3:2a:d9:e1 via p2p1
Jun 20 11:12:31 aidas1 dhcpd: DHCPACK on 10.1.1.2 to 00:04:a3:2a:d9:e1 via p2p1
Jun 20 11:12:31 aidas1 rpc.mountd[2867]: authenticated mount request from 10.1.1.2:816 for
/data10/XilinxLinux/ppc_4xx/rfs/nnaida2 (/data10/XilinxLinux/ppc_4xx/rfs)
Jun 20 11:12:58 aidas1 rpc.mountd[2867]: authenticated mount request from 10.1.1.2:863 for /MIDAS@aidas
(/MIDAS@aidas)
DAQ starts OK - data transfer not enabled
BNC PB-4
Amplitude 90,000
x5 attenuator IN
t_r 100ns tau_d 50us
- polarity
frequency range 25Hz
delay MIN, tail pulse, INT ref
ASIC settings 2017Nov17-21.24.47
*all* FEE64 slow comparators 0xa
Detector biases & leakage currents OK - see attachments 1 & 2
FEE64 Temperatures OK - see attachment 3
DAQ statistics OK *except* nnaida13 ~355k - see attachment 4
*all* system wide checks OK
PLL and DCM Clock Lock Monitor OK - see attachment 5
13:55 detector biases & leakage currents OK - attachment 6
FEE64 Temperatures ok - attachment 7
System wide checks ok
Layouts 1-4 - attachments 8 - 11
Layouts 7 & 8 - attachments 12-13
14:08 Alpha run started as June18/R1
Slow comp threshold at 0x64 across all FEEs
Statistics screen shot of good events - attachment 14 |
|
Tue Jun 19 06:08:03 2018, TD, Tuesday 19 June 2018
|
13.00
Julabo FL11006 chiller
water level 75% (OK)
set point +20 deg C
chiller ON
aidas1
em1 DHCP configuration fails - Baba-san informed
aidas1 restarted - 395 days since last filesystem check - filesystem fsck -p commences
progress pauses @ 16.2% for extended period (~1h)
boot completes 16.46
Baba-san checks/changes network cabling at B3F hub |
|
Thu Nov 23 01:12:33 2017, TD, CB, AIDA to safe shutdown state
|
10.11 Detector bias OFF
FEE64 power OFF
BNC PB-4 OFF
2x NIM bins OFF - fan tray OFF
Julabo FL11006 chiller OFF - 3ph mains switch OFF
USB ac mains relay OFF - flow interlock enabled - USB disconnected
Raspberry Pis ON
Tektronix AFG3102C ON |
|
Thu Nov 23 01:10:43 2017, TD, CB, Detector bias & leakage currents - October & November 2017
|
https://docs.google.com/spreadsheets/d/12hgbrywB10hGsKt5uc2HnLfZymh8_uvM6cEASbbqnBE/edit#gid=282765719 |
|
Thu Nov 23 00:41:43 2017, TD, CB, Thursday 23 November 10x
|
09.33 Detector biases & leakage currents OK - see attachments 1 & 2
FEE64 Temperatures OK - see attachment 3
DAQ statistics OK - see attachment 4
7x FEE64s <10k
4x FEE64s 10-20k
6x FEE64s 20-30k
2x FEE64s 30-40k
0x FEE64s 40-50k
5x FEE64 >50k (nnaida13 280k)
*all* system wide checks OK *except* nnaida7 fails ADC calibration
per FEE64 rate, 1.8.L, 1.8.W (20ms FSR) spectra - see attachments 5-10
pulser peak width nnaida17 70 ch FWHM, nnaida8 72 ch FWHM |
|
Tue Nov 21 00:30:31 2017, TD, CB, Tuesday 21 November 20x
|
09.27 Detector biases & leakage currents OK - see attachments 1 & 2
FEE64 Temperatures OK - see attachment 3
DAQ statistics OK - see attachment 4
8x FEE64s <10k
2x FEE64s 10-20k
5x FEE64s 20-30k
3x FEE64s 30-40k
1x FEE64s 40-50k
5x FEE64 >50k (nnaida13 255k)
*all* system wide checks OK *except* nnaida7 fails ADC calibration
09.42 per FEE64 rate, 1.8.L, 1.8.W (20ms FSR) spectra - see attachments 5-10
all spectra zero'd
17.05 Detector biases & leakage currents OK - see attachments 11 & 12
FEE64 Temperatures OK - see attachment 13
DAQ statistics OK - see attachment 14
7x FEE64s <10k
4x FEE64s 10-20k
2x FEE64s 20-30k
4x FEE64s 30-40k
2x FEE64s 40-50k
5x FEE64 >50k (nnaida13 261k)
*all* system wide checks OK *except* nnaida7 fails ADC calibration
per FEE64 rate, 1.8.L, 1.8.W (20ms FSR) spectra - see attachments 15-20
pulser peak width nnaida17 69 ch FWHM, nnaida8 72 ch FWHM |
|
Mon Nov 20 00:53:27 2017, TD, CB, Monday 20 November 9x
|
09.50 Detector biases & leakage currents OK - see attachments 1 & 2
FEE64 Temperatures OK - see attachment 3
DAQ statistics OK - see attachment 4
7x FEE64s <10k
4x FEE64s 10-20k
5x FEE64s 20-30k
3x FEE64s 30-40k
1x FEE64s 40-50k
4x FEE64 >50k (nnaida13 255k)
PLL & DCM Clock Lock Monitor OK - see attachment 5 & https://elog.ph.ed.ac.uk/AIDA/704 attachment 14
*all* system wide checks OK *except* nnaida7 fails ADC calibration
16.39 Detector biases & leakage currents OK - see attachments 5 & 6
FEE64 Temperatures OK - see attachment 7
DAQ statistics OK - see attachment 8
7x FEE64s <10k
4x FEE64s 10-20k
5x FEE64s 20-30k
3x FEE64s 30-40k
1x FEE64s 40-50k
4x FEE64 >50k (nnaida13 255k)
*all* system wide checks OK *except* nnaida7 fails ADC calibration |
|
Sun Nov 19 01:46:10 2017, CB, TD, Sunday 19 November 14x
|
10.45 Detector biases & leakage currents OK - see attachments 1
FEE64 Temperatures OK - see attachment 2
DAQ statistics OK - note *all* slow comparators 0xa - see attachment 3
7x FEE64s <10k
4x FEE64s 10-20k
4x FEE64s 20-30k
4x FEE64s 30-40k
1x FEE64s 40-50k
4x FEE64 >50k
*all* system wide checks OK *except* nnaida7 fails ADC calibration
14.05 *all spectra zero'd
14.24 Detector biases & leakage currents OK - see attachments 4 & 5
FEE64 Temperatures OK - see attachment 6
DAQ statistics OK - see attachment 7
7x FEE64s <10k
3x FEE64s 10-20k
4x FEE64s 20-30k
5x FEE64s 30-40k
1x FEE64s 40-50k
4x FEE64 >50k
*all* system wide checks OK *except* nnaida7 fails ADC calibration
per FEE64 rate, 1.8.L and 1.8.W spectra (20ms FSR) - see attachments 8-13
14.48 MONLOCK monitor - see attachment 14 |
|
Sat Nov 18 04:25:16 2017, CB, TD, Saturday 18 November 19x
|
13.27 Detector biases & leakage currents OK - see attachments 1 & 2
FEE64 Temperatures OK - see attachment 3
DAQ statistics OK - see attachment 4
7x FEE64s <10k
4x FEE64s 10-20k
6x FEE64s 20-30k
4x FEE64s 30-40k
2x FEE64s 40-50k
1x FEE64 >50k (nnaida13 64k)
*all* system wide checks OK *except* nnaida7 fails ADC calibration
13.50 all spectra zero'd
*all* ASIC slow comparator settings -> 0xa
DAQ statistics - see attachment 5
17:05 1.*.W spectra for front strips attached - see attach 6-17
Layout 3 & 4 - see attach 18,19
nnaida1 Peak width = 79.68+/- 0.3080, Peak area = 189026.00+/- 434.77
nnaida2 Peak width = 126.52+/- 1.0035, Peak area = 180119.00+/- 426.09
nnaida5 Peak width = 79.16+/- 1.1547, Peak area = 189192.00+/- 434.96
nnaida6 Peak width = 78.30+/- 0.2948, Peak area = 189316.00+/- 435.10
nnaida9 Peak width = 77.54+/- 0.2578, Peak area = 189201.00+/- 434.97
nnaida10 Peak width = 88.96+/- 0.7201, Peak area = 189252.00+/- 435.03
nnaida13 Peak width = 225.44+/- 0.6773, Peak area = 178047.00+/- 421.96
nnaida14 Peak width = 81.43+/- 0.5754, Peak area = 188275.50+/- 435.05
nnaida17 Peak width = 74.42+/- 0.3670, Peak area = 189139.00+/- 434.90
nnaida18 Peak width = 78.13+/- 2.1601, Peak area = 188683.00+/- 436.03
nnaida21 Peak width = 155.44+/- 0.7619, Peak area = 183728.00+/- 428.64
nnaida22 Peak width = 120.95+/- 0.3604, Peak area = 184462.00+/- 429.49
nnaida3 Peak width = 80.08+/- 0.1346, Peak area = 190083.00+/- 435.99
nnaida4 Peak width = 82.15+/- 0.1403, Peak area = 190143.00+/- 436.0
nnaida7 Peak width = 87.46+/- 0.6821, Peak area = 190314.00+/- 436.25
nnaida8 Peak width = 69.86+/- 1.0958, Peak area = 189915.50+/- 437.33
nnaida11 Peak width = 99.95+/- 0.2553, Peak area = 188884.00+/- 436.10
nnaida12 Peak width = 101.40+/- 0.2937, Peak area = 188737.00+/- 436.02
nnaida15 Peak width = 78.17+/- 1.8691, Peak area = 188912.00+/- 436.61
nnaida16 Peak width = 107.16+/- 1.1332, Peak area = 190392.00+/- 436.34
nnaida19 Peak width = 137.14+/- 0.2579, Peak area = 186414.50+/- 432.426
nnaida20 Peak width = 128.06+/- 0.9060, Peak area = 185287.00+/- 437.16
nnaida23 Peak width = 103.67+/- 0.3636, Peak area = 190221.00+/- 436.14
nnaida24 Peak width = 99.72+/- 0.4577, Peak area = 189176.00+/- 436.85 |
|
Sat Nov 18 03:53:43 2017, TD, Offline analysis Nov17/R2_8-R2_16 data 22x
|
MIDASsort offline analysis Nov17/R2_8-R2_16 data
N.B.
1) no software thresholds
2) no PID correlation
n+n FEE64 nnaida15 Ibias LF feedback 0xf
Implantation rate (DSSSD # 1-6) c. 15Hz
Elapsed time 3441s
*** ENTRY finish
*** data items: 2088746796 ( 80001.28 Hz)
*** ADC events: 363022502 ( 13904.16 Hz)
*** time warps: 0 ( 0.00 Hz)
*** DSSSD # 1 count: 15477751 old count: 15473939 dt: 3441.15 s LEC rate: 4497.84 Hz
*** DSSSD # 2 count: 12001205 old count: 11998220 dt: 3441.15 s LEC rate: 3487.55 Hz
*** DSSSD # 3 count: 5162182 old count: 5160784 dt: 3441.15 s LEC rate: 1500.13 Hz
*** DSSSD # 4 count: 11035612 old count: 11032823 dt: 3441.15 s LEC rate: 3206.95 Hz
*** DSSSD # 5 count: 395233 old count: 395139 dt: 3441.15 s LEC rate: 114.85 Hz
*** DSSSD # 6 count: 168148 old count: 168117 dt: 3441.15 s LEC rate: 48.86 Hz
*** DSSSD # 1 count: 1087 old count: 1086 dt: 3441.15 s HEC rate: 0.32 Hz
*** DSSSD # 2 count: 4233 old count: 4233 dt: 3441.15 s HEC rate: 1.23 Hz
*** DSSSD # 3 count: 12370 old count: 12364 dt: 3441.15 s HEC rate: 3.59 Hz
*** DSSSD # 4 count: 24528 old count: 24527 dt: 3441.15 s HEC rate: 7.13 Hz
*** DSSSD # 5 count: 7256 old count: 7252 dt: 3441.15 s HEC rate: 2.11 Hz
*** DSSSD # 6 count: 509 old count: 509 dt: 3441.15 s HEC rate: 0.15 Hz
*** ENTRY finish ends |
|
Sat Nov 18 03:37:46 2017, TD, Offline analysis RIBF128/R5_124-R5_148, Oct17/R17_31-R17_34 and Nov17/R2_8-R2_16 data
|
Offline analysis of
AIDA RIBF128/R5_124 to R5_148 data "130Ag setting", June 2017 RIBF128 experiment *yellow*
AIDA Oct17/R17_31 to R17_34 data "84Ge setting" , October 2017, 78Ni experiment *red*
AIDA Nov17/R2_8 to R2_16 data "115Nb setting", November 2017 RIBF139 experiment *blue*
N.B.
1) no software thresholds
2) no PID correlation
3) unless otherwise stated, all implant energies are the stopping layer implant energies
Attachment 1 - *total* implant energy for AIDA DSSSD stack (5.6MeV/channel)
Attachment 2 - implant energy for stopping DSSSD layer (20MeV/channel)
Attachments 3-4 - per pixel implant-decay correlation times (163.84us/ch)
The 130Ag data (yellow) clearly shows the "20ms bump" but the later test data (red & blue)
with the revised AIDA FEE64 adaptor PCBs *and* using ASIC setting I_bias LF feedback 0x8 -> 0xf
for all p+n FEE64s shows (with the limited statistics available) no evidence of a "20ms bump". |
|
Fri Nov 17 10:03:25 2017, CB, TD, Friday 17 November 32x
|
19.03 DAQ started OK - data transfer not enabled
BNC PB-4
Amplitude 90,000
x5 attenuator IN
t_r 100ns tau_d 50us
- polarity
frequency range 25Hz
delay MIN, tail pulse, INT ref
ASIC settings 2017Oct23-14.38.03
*all* FEE64s slow comparators 0xa
Detector biases & leakage currents OK - see attachments 1
FEE64 Temperatures OK - see attachment 2
DAQ statistics OK - see attachment 3
*all* system wide checks OK *except* nnaida7 fails ADC calibration
Rate look OK. A few dropped channels. See attach 4
Waveforms look OK. Noise at reasonable levels. See attach 5 & 6
19:15 Started run Nov17/R1
Kbyte/sec written 2611
Merger data rate 346210 items/sec
19:26 Observed increase in rate in asics nnaida13, 19 (>50 000)
Noise profile looks typical. See waveforms - attach 7,8
Increased FEE64 slow comparators for nnaida 13, 19 from 0xa to 0xc
Rate decreases significantly. See attach 9
19.40 Beam on
BigRIPS 115Nb setting
WAS3ABI + YSO
Good Event, merger and data rates OK - see attachments 10-12
8x FEE64s <10k
8x FEE64s 10-20k
6x FEE64s 20-30k
2x FEE64s 30-40k
19.57 per FEE64 1.8.W spectra (2ms FSR) - see attachments 14-15
20.06 per FEE64 1.8.L spectra - see attachments 16-17
nnaida17 67 ch FWHM
nnaida8 73 ch FWHM
20.50 DAQ starts
RIKEN run: 005
Wasabi Run: 4048
BigRIPS run: 2057
AIDA run R2_0
Listmode DLT file:171117_2050_115Nb_005.dlt
BRIKEN Rate (h:12): ~ 42 cps
F11 Rate (h:18): ~ 37 cps
CLOVERS Rate (h:15): ~ 33 cps
AIDA Veto Plastic Rate (h:19): ~ 23
WAS3ABi in
YSO removed
AIDA inserted to HPGe clover cryostat position
BigRIPS 115Nb setting
Degrader 5mm Al
BNC PB-4
Amplitude 90,000
x5 attenuator IN
t_r 100ns tau_d 50us
- polarity
frequency range 25Hz
delay MIN, tail pulse, INT ref
ASIC settings 2017Oct23-14.38.03
*all* FEE64s slow comparators 0xa *except* nnaida13 0xf, nnaida19 0xc, nnaida20-21 0xb
20.57 all spectra zero'd
Good Event stats - see attachment 18
7x FEE64s <10k
5x FEE64s 10-20k
4x FEE64s 20-30k
4x FEE64s 30-40k
3x FEE64s 40-50k
1x FEE64 >50k (nnaida13 73k)
21.22 Not all ASICs settings restored from 2017Oct23-14.38.03
Some p+n FEE64s Ibias LF feedback 0x8 *not* 0xf as expected - now changed manually
AIDA data file Nov17/R2_5
ASIC settings saved to 2017Nov17-21.24.47
Updated options
21.33 New BigRIPS, BRIKEN, WAS3ABi files started
AIDA continues from R2_6
Date: 17/11/017
Start: 2133
RIKEN run: 006
Wasabi Run: 4061
BigRIPS run: 2058
AIDA run R2_06
Listmode DLT file:171117_2132_115Nb_006.dlt
BRIKEN Rate (h:12): ~ 42 cps
F11 Rate (h:18): ~ 37 cps
CLOVERS Rate (h:15): ~ 33 cps
AIDA Veto Plastic Rate (h:19): ~ 23
21.40 Detector biases & leakage currents OK - see attachments 19 & 20
FEE64 Temperatures OK - see attachment 21
DAQ statistics OK - see attachment 22
*all* system wide checks OK *except* nnaida7 fails ADC calibration
per FEE64 1.8.* spectra (20ms FSR) see attachments 23 & 24
p+n spectra now look OK with Ibias LF feedback changed from 0x8 to 0xf
note 3kHz appears in nnaida19, 21 & 22
22.41 DAQ stop
AIDA data file Nov17/R2_15
*use R2_8 - R2_15* for offline analysis
22.50 AIDA withdrawn from BRIKEN
YSO re-installed
23.10 Detector biases & leakage currents OK - see attachments 25 & 26
FEE64 Temperatures OK - see attachment 27
DAQ statistics OK - see attachment 28
7x FEE64s <10k
4x FEE64s 10-20k
8x FEE64s 20-30k
2x FEE64s 30-40k
2x FEE64s 40-50k
1x FEE64 >50k (nnaida13 64k)
*all* system wide checks OK *except* nnaida7 fails ADC calibration
per FEE64 1.8.W spectra (20ms FSR) - see attachments 29 & 30
per FEE64 rate spectra linear and log scales - see attachments 31 & 32
23.30 all spectra zero'd |
|
Fri Nov 17 03:32:31 2017, CB, Julabo FL11006 recirculating chiller refilled
|
12:32 Chiller found almost empty & still working at 20C. Refilled to overflow. |
|
Sat Nov 4 23:49:14 2017, OH, Sunday 5 November 6x
|
08.09 DAQ running OK - data transfer not enabled
BNC PB-4
Amplitude 90,000
x5 attenuator IN
t_r 100ns tau_d 50us
- polarity
frequency range 25Hz
delay MIN, tail pulse, INT ref
ASIC settings 2017Oct23-14.38.03
*all* FEE64s slow comparators 0xa *except* nnaida19-22 0xc
Detector biases & leakage currents OK - see attachments 1
FEE64 Temperatures OK - see attachment 2
DAQ statistics OK - see attachment 3
*all* system wide checks OK *except* nnaida21 fails ADC calibration
13:35 DAQ running ok
Fee temperatures - attachment 4
Stats - attachment 5
Leakage currents and bias ok - Attachment 6
13:39 Bias taken off detectors
Server windows closed and servers halted
FEE power relays turned off
Chiller remains on |
|
Fri Nov 3 23:09:36 2017, TD, OH, Saturday 4 November 20x
|
08.09 DAQ running OK - data transfer not enabled
BNC PB-4
Amplitude 90,000
x5 attenuator IN
t_r 100ns tau_d 50us
- polarity
frequency range 25Hz
delay MIN, tail pulse, INT ref
ASIC settings 2017Oct23-14.38.03
*all* FEE64s slow comparators 0xa *except* nnaida19-22 0xc
Detector biases & leakage currents OK - see attachments 1 & 2
FEE64 Temperatures OK - see attachment 3
DAQ statistics OK - see attachment 4
*all* system wide checks OK *except* nnaida21 fails ADC calibration - see attachment 6
PLL and DCM Clock Lock Monitor OK - see attachment 5
08.22 per FEE64 Rate, 1.8.L and 1.8.W spectra - see attachments 7-12
nnaida3 78 ch FWHM
nnaida17 66 ch FWHM
16.43 Detector biases & leakage currents OK - see attachments 13 & 14
FEE64 Temperatures OK - see attachment 15
DAQ statistics OK - see attachment 16
*all* system wide checks OK *except* nnaida21 fails ADC calibration - see attachment 6
PLL and DCM Clock Lock Monitor OK - see attachment 5
per FEE64 Rate, 1.8.L pectra - see attachments 17-20
nnaida3 78 ch FWHM
nnaida17 68 ch FWHM |
|
Thu Nov 2 22:57:53 2017, OH, Friday 3 November
|
10.56 DAQ running OK - data transfer not enabled
BNC PB-4
Amplitude 90,000
x5 attenuator IN
t_r 100ns tau_d 50us
- polarity
frequency range 25Hz
delay MIN, tail pulse, INT ref
ASIC settings 2017Oct23-14.38.03
*all* FEE64s slow comparators 0xa *except* nnaida19-22 0xc
Detector biases & leakage currents OK - see attachments 1
FEE64 Temperatures OK - see attachment 2
DAQ statistics OK - see attachment 3
*all* system wide checks OK *except* nnaida21 fails ADC calibration |
|
Thu Nov 2 01:56:18 2017, TD, OH, Thursday 2 November 16x
|
10.56 DAQ running OK - data transfer not enabled
BNC PB-4
Amplitude 90,000
x5 attenuator IN
t_r 100ns tau_d 50us
- polarity
frequency range 25Hz
delay MIN, tail pulse, INT ref
ASIC settings 2017Oct23-14.38.03
*all* FEE64s slow comparators 0xa *except* nnaida13 0xe, nnaida19-22 0xc
Detector biases & leakage currents OK - see attachments 1 & 2
FEE64 Temperatures OK - see attachment 3
DAQ statistics OK - see attachment 4
*all* system wide checks OK *except* nnaida21 fails ADC calibration
p+n FEE64s 1.8.L spectra - see attachment 5 - nnaida17 FWHM 63 ch
n+n FEE64s 1.8.L spectra - see attachment 6 - nnaida3 FWHM 78 ch
per FEE64 rate spectra - see attachments 7 & 8
11.06 all spectra zero'd
17.28 Detector biases & leakage currents OK - see attachments 9 & 10
FEE64 Temperatures OK - see attachment 11
DAQ statistics OK - see attachment 12
*all* system wide checks OK *except* nnaida21 fails ADC calibration
18.46 per PJCS request two screenshots of nnaida21:8015/AIDA/MONLOCK/MONLOCK.tml
see attachments 13 & 14
23:52 Statistics still good - Attachment 15
Leakage and bias ok - Attachment 16 |
|
Wed Nov 1 02:24:20 2017, OH, Wednesday 1 November
|
11:24 DAQ running OK - data transfer not enabled
BNC PB-4
Amplitude 90,000
x5 attenuator IN
t_r 100ns tau_d 50us
- polarity
frequency range 25Hz
delay MIN, tail pulse, INT ref
ASIC settings 2017Oct23-14.38.03
*all* FEE64s slow comparators 0xa *except* nnaida13 0xe, nnaida19-22 0xc
Detector biases & leakage currents OK - see attachments 1
FEE64 Temperatures OK - see attachment 2
DAQ statistics OK - see attachment 3
*all* system wide checks OK *except* nnaida21 fails ADC calibration |
|
Tue Oct 31 05:57:33 2017, TD, Offline analysis RIBF128/R5_124-R5_148 and Oct17/R31_17-R17_34 10x
|
Offline analysis of the AIDA Oct17/R17_31 to R17_34 data "84Ge setting"
compared to an equivalent analysis of the AIDA RIBF128/R5_124 to R5_148
data from the 130Ag setting of the June 2017 RIBF128 experiment.
N.B.
1) no software thresholds
2) no PID correlation
3) unless otherwise stated, all implant energies are the stopping layer implant energies
Attachment 1 - implantation energy (20MeV/ch, range 20.48GeV)
versus
per pixel implant-decay correlation time (163.84us/ch, range 16.78ms)
The 130Ag data (lower) clearly shows the "20ms bump", there is no
evidence for a "20ms bump" in the "84Ge" data (upper).
Note the non-observation of the "20ms bump" in the "84Ge" data
is not explained by the larger range of implant energies of the
130Ag data ( see attachment 7 )
Attachments 2-3 - per pixel implant-decay times (163.84us/ch)
upper 130Ag setting
lower "84Ge setting"
Attachments 4-5 - per pixel implant-decay times (163.84us/ch)
red 130Ag setting
yellow "84Ge setting"
Attachment 6 - *total* implant energy for AIDA DSSSD stack (5.6MeV/channel)
yellow 130Ag setting
red "84Ge setting"
Attachment 7 - implant energy for stopping DSSSD layer (20MeV/channel)
red 130Ag setting
yellow "84Ge setting"
Attachment 8 - per pixel decay-decay correlation time (163.84us/ch, range 16.78ms)
versus
per pixel implant-decay correlation time (163.84us/ch, range 16.78ms)
upper "84Ge setting"
lower 130Ag setting
Attachment 9 - x and y-axis projections for 130Ag setting spectrum
@x per pixel implant-decay correlation time (163.84us/ch, range 16.78ms)
@y per pixel decay-decay correlation time (163.84us/ch, range 16.78ms)
Attachment 10 - x and y-axis projections for "84Ge setting" setting spectrum
@x per pixel implant-decay correlation time (163.84us/ch, range 16.78ms)
@y per pixel decay-decay correlation time (163.84us/ch, range 16.78ms) |
|
Tue Oct 31 00:34:10 2017, TD, OH, Tuesday 31 October 8x
|
09.34 DAQ running OK - data transfer not enabled
BNC PB-4
Amplitude 90,000
x5 attenuator IN
t_r 100ns tau_d 50us
- polarity
frequency range 25Hz
delay MIN, tail pulse, INT ref
ASIC settings 2017Oct23-14.38.03
*all* FEE64s slow comparators 0xa *except* nnaida13 0xe, nnaida19-22 0xc
Detector biases & leakage currents OK - see attachments 1 & 2
FEE64 Temperatures OK - see attachment 3
DAQ statistics OK - see attachment 4
*all* system wide checks OK *except* nnaida21 fails ADC calibration
15.02 Detector biases & leakage currents OK - see attachments 5 & 6
FEE64 Temperatures OK - see attachment 7
DAQ statistics OK - see attachment 8
*all* system wide checks OK *except* nnaida21 fails ADC calibration
Ambient temperature +24.3 deg C, d.p. -0.2 deg C, RH 19.8%
Julabo FL11006 recirculating chiller set point +20 deg C, actual +20.0 deg C, water level OK c. mid-point
middle-upper marker
|
|
Mon Oct 30 01:10:28 2017, TD, OH, Monday 30 October 8x
|
10.10 DAQ running OK - data transfer not enabled
BNC PB-4
Amplitude 90,000
x5 attenuator IN
t_r 100ns tau_d 50us
- polarity
frequency range 25Hz
delay MIN, tail pulse, INT ref
ASIC settings 2017Oct23-14.38.03
*all* FEE64s slow comparators 0xa *except* nnaida13 0xe, nnaida19-22 0xc
Detector biases & leakage currents OK - see attachments 1 & 2
FEE64 Temperatures OK - see attachment 3
DAQ statistics OK - see attachment 4
*all* system wide checks OK *except* nnaida21 fails ADC calibration
15.56 Detector biases & leakage currents OK - see attachments 5 & 6
FEE64 Temperatures OK - see attachment 7
DAQ statistics OK - see attachment 8
*all* system wide checks OK *except* nnaida21 fails ADC calibration |
|
Sun Oct 29 05:16:35 2017, TD, OH, Sunday 29 October 14x
|
14.16 DAQ running OK - data transfer not enabled
BNC PB-4
Amplitude 90,000
x5 attenuator IN
t_r 100ns tau_d 50us
- polarity
frequency range 25Hz
delay MIN, tail pulse, INT ref
ASIC settings 2017Oct23-14.38.03
*all* FEE64s slow comparators 0xa *except* nnaida13 0xe, nnaida19-22 0xc
Detector biases & leakage currents OK - see attachments 1 & 2
FEE64 Temperatures OK - see attachment 3
DAQ statistics OK - see attachment 4
*all* system wide checks OK *except* nnaida21 fails ADC calibration
Julabo FL11006 recirculating chiller set point +20 deg C, actual +20.0 deg C
Ambient temperature +23.9 deg C, d.p. +10.8 deg C, RH 43.2%
15.05 per FEE64 Rate, 1.8.L and 1.8.W spectra - note common x & y scales
Peak width nnaida5 63 ch FWHM
Peak width nnaida8 82 ch FWHM
15.09 All histograms zero'd
18.25 Detector biases & leakage currents OK - see attachments 11 & 12
FEE64 Temperatures OK - see attachment 13
DAQ statistics OK - see attachment 14
*all* system wide checks OK *except* nnaida21 fails ADC calibration |
|
Sat Oct 28 06:25:07 2017, TD, Waveforms 10x
|
For comparison with waveforms shown in https://elog.ph.ed.ac.uk/AIDA/665 and https://elog.ph.ed.ac.uk/AIDA/668
Note; nnaida21 ADC did not calibrate during setup therefore no waveforms for this FEE64
Current configuration
p+n junction strips FEE64 adaptor PCB rev D -> FEE64 adaptor PCB rev E
ac coupling 10n/100V/X7R -> 33n/100V/X7R
detector bias RC filter 3.3k/10n added
ASIC setting Ibias LF feedback 0x8 -> 0xf *except* nnaida2 ->0xc
n+n ohmic strips FEE64 adaptor PCB rev C *no change*
ASIC setting Ibias LF feedback 0xb *no change*
Attachments 1-5 waveforms for n+n ohmic strips
Attachment 1 - per FEE64 1.8.W, 20us range
Attachment 2 - per FEE64 1.8.W, 20us range, expanded y=scale
Attachment 3 - per FEE64 1.8.W, 200us range, expanded y=scale
Attachment 4 - per FEE64 1.8.W, 2ms range, expanded y=scale
Attachment 5 - per FEE64 1.8.W, 20ms range, expanded y=scale
Attachments 6-10 waveforms for p+n junction strips
Attachment 6 - per FEE64 1.8.W, 20us range
Attachment 7 - per FEE64 1.8.W, 20us range, expanded y=scale
Attachment 8 - per FEE64 1.8.W, 200us range, expanded y=scale
Attachment 9 - per FEE64 1.8.W, 2ms range, expanded y=scale
Attachment 10 - per FEE64 1.8.W, 20ms range, expanded y=scale |
|
Sat Oct 28 06:09:44 2017, TD, Offline analysis Oct17/R17_31-R17_34 20x
|
|
|
Sat Oct 28 03:33:10 2017, TD, OH, Saturday 28 October 13x
|
11.33 DAQ running OK - date transfer not enabled
BNC PB-4
Amplitude 90,000
x5 attenuator IN
t_r 100ns tau_d 50us
- polarity
frequency range 25Hz
delay MIN, tail pulse, INT ref
ASIC settings 2017Oct23-14.38.03
*all* FEE64s slow comparators 0xa *except* nnaida13 0xe, nnaida19-22 0xc
Detector biases & leakage currents OK - see attachments 1 & 2
FEE64 Temperatures OK - see attachment 3
DAQ statistics OK - see attachment 4
*all* system wide checks OK *except* nnaida21 fails ADC calibration
Julabo FL11006 recirculating chiller set point +20 deg C, actual +20.0 deg C
Ambient temperature +26.2 deg C, d.p. +6.2 deg C, RH 28.3%
14.40 Detector biases & leakage currents OK - see attachments 5 & 6
FEE64 Temperatures OK - see attachment 7
DAQ statistics OK - see attachment 8
*all* system wide checks OK *except* nnaida21 fails ADC calibration
14.50 DAQ starts
AIDA data file Oct17/R18
14.53 per FEE64 rates (20us/channel) - see attachment 9
No indication of c. 400us period noise as indicated by DAQ statistics attachment 8
15.46 DAQ stopped
DAQ start - data tranfser disabled
19.40 Detector biases & leakage currents OK - see attachments 10 & 11
FEE64 Temperatures OK - see attachment 12
DAQ statistics OK - see attachment 13
*all* system wide checks OK *except* nnaida21 fails ADC calibration |
|
Fri Oct 27 08:35:33 2017, TD, Offline analysis Oct17/R17_31-R17_34 8x
|
Offline analysis of High Energy Channel (HEC) 20GeV FSR data from AIDA data file Oct17/R17_31-R17_34
Degrader OUT
Attachment 1 - per DSSSD #1-6 m_p versus m_n
Attachment 2 - 2D spectra contour levels/colours
Attachment 3 - per DSSSD #1-6 x versus y
Attachment 4 - per DSSSD #1-6 E_p versus E_n (20MeV/channel nominal)
Attachments 5-7 - as above but with all statistics from AIDA data files Oct17/R17_34
Attachment 8 - Sum of E_p energies for DSSSD #1-6 (5.6MeV/channel nominal)
Peak at channel 1450 corresponds to an energy of 8.1GeV
End of spectrum channel 1850 corresponds to 10.4GeV
Note - HEC data not gain-matched
Using nominal HEC calibration accurate to ~ +/-20%
|
|
Fri Oct 27 01:58:44 2017, TD, OH, Friday 27 October 12x
|
09.56 DAQ stopped OK yesterday
BNC PB-4
Amplitude 90,000
x5 attenuator IN
t_r 100ns tau_d 50us
- polarity
frequency range 25Hz
delay MIN, tail pulse, INT ref
ASIC settings 2017Oct23-14.38.03
*all* FEE64s slow comparators 0xa *except* nnaida13 0xe, nnaida19-22 0xc
Detector biases & leakage currents OK - see attachments 1 & 2
FEE64 Temperatures OK - see attachment 3
*all* system wide checks OK *except* nnaida21 fails ADC calibration
Julabo FL11006 recirculating chiller coolant reservoir refilled - set point +20 deg C, actual +20.0 deg C
Ambient temperature +23.6 deg C, d.p. +6.2 deg C, RH 32.2%
AIDA withdrawn from (CH2)n matrix
DAQ started - no data transfer
good events statistics stable - see attachment 4
*all* system wide checks OK *except* nnaida21 fails ADC calibration
13:30 System wide checks ok
Stats - Attachment 6
FEE temperatures ok - Attachment 7
leakage and bias ok - Attachment 8
17.15 Detector biases & leakage currents OK - see attachments 9 & 10
FEE64 Temperatures OK - see attachment 11
good events statistics stable - see attachment 12
*all* system wide checks OK *except* nnaida21 fails ADC calibration
Ambient temperature +25.2 deg C, d.p. +5.7 deg C, RH 28.5% |
|
Wed Oct 25 18:36:46 2017, TD, OH, Thursday 26 October 28x
|
02.37 DAQ stalled - USB-controlled ac mains relay fuse blown
Not writing to disk
BNC PB-4
Amplitude 90,000
x5 attenuator IN
t_r 100ns tau_d 50us
- polarity
frequency range 25Hz
delay MIN, tail pulse, INT ref
ASIC settings 2017Oct23-14.38.03
*all* FEE64s slow comparators 0xa
Detector biases & leakage currents OK - see attachments 1 & 2
*all* system wide checks OK *except* nnaida21 fails ADC calibration
Ambient temperature +24.3 deg C, d.p. +8.7 deg C, RH 37.1%
02.54 Replace 250V/16A fuse and power up
FEE64 Temperatures OK - see attachment 3
good events statistics stable & OK - see attachments 4
03:30 Stats with nnaida13 slow comparator threshold raised to 140keV - Attachment 5
03:50 Pulser widths done, slow comparator threshold raised to 0xc ~120keV for nnaida 19-22
Statistics - Attachment 6
05:40 Beam now going into F11. Wasabi and YSol in front of AIDA
AIDA is seeing light particles
Waveforms look good
Layout 7 - Attachment 7
layout 8 - Attachment 8
Statistics with light particles going through - Attachment 9
Bias and leakage currents ok - Attachment 10
We are taking the light ion data to file in R17_*
06:50 Light ion data continues
System wide checks all ok
07:22 Bias and leakage ok - Attachment 11
FEE Temperatures ok - Attachment 12
Stats - Attachment 13
08:15 Light ions stop still writing file
08:27 Beam into aida run R17_30
Zero degrader, just 4mm of WAS3ABI
WAS3ABI run 120
BRIKEN started run at 08:27 run 18
BIGRIPS Run 8
Timestamp reset at 08:27
Stats with beam - Attachment 14
08:44 Waveforms with implants in the detector
Layout 7 - Attachments 15 & 16
Layout 8 - Attachments 17 & 18
Layout 1 linear and log attachments 19 & 20
Leakage and bias ok - Attachment 21
09:14 Just noticed the stats in nnaida13 has dropped rate. Noise source may have been turned off
Statistics - Attachment 22
Spectra from the 0mm degrader run - Attachments 22-27
09:20 BRIKEN and WAS3ABI stop on run 162 aida on R17_35
1mm degrader moved in
BigRIPS on run 9
BRIKEN run 19
WAS3ABI start on 163
AIDA on R17_35
Rates similar to last screenshot of stats 09:14
09:26 Leakage and bias ok - Attachment 28
09:41 Beam stops
AIDA on file R17_37
BRIKEN stops running
WAS3ABI on run 178
AIDA Files written
-rw-rw-rw-. 1 npg npgstaff 2.0G Oct 26 08:22 R17_29
-rw-rw-rw-. 1 npg npgstaff 2.0G Oct 26 08:31 R17_30
-rw-rw-rw-. 1 npg npgstaff 2.0G Oct 26 08:40 R17_31
-rw-rw-rw-. 1 npg npgstaff 2.0G Oct 26 08:50 R17_32
-rw-rw-rw-. 1 npg npgstaff 2.0G Oct 26 09:00 R17_33
-rw-rw-rw-. 1 npg npgstaff 2.0G Oct 26 09:10 R17_34
-rw-rw-rw-. 1 npg npgstaff 2.0G Oct 26 09:21 R17_35
-rw-rw-rw-. 1 npg npgstaff 2.0G Oct 26 09:31 R17_36
-rw-rw-rw-. 1 npg npgstaff 2.0G Oct 26 09:42 R17_37
-rw-rw-rw-. 1 npg npgstaff 329M Oct 26 09:44 R17_38 |
|
Wed Oct 25 03:26:55 2017, TD, OH, Wednesday 25 October 7x
|
11.27 DAQ continues
Not writing to disk
BNC PB-4
Amplitude 90,000
x5 attenuator IN
t_r 100ns tau_d 50us
- polarity
frequency range 25Hz
delay MIN, tail pulse, INT ref
ASIC settings 2017Oct23-14.38.03
*all* FEE64s slow comparators 0xa
Detector biases & leakage currents OK - see attachments 1 & 2
FEE64 Temperatures OK - see attachment 3
good events statistics stable & OK - see attachments 4
*all* system wide checks OK *except* nnaida21 fails ADC calibration
11.47 Ambient temperature +23.9 deg C, d.p. +9.0 deg C, RH 39.0%
16:45 System wide checks all ok
FEE temps ok - Attachment 5
Stats - Attachment 6
Bias and leakage ok - Attachment 7 |
|
Tue Oct 24 03:16:07 2017, TD, OH, Tuesday 24 October 20x
|
11.16 DAQ continues
AIDA file Oct17/R8_107
BNC PB-4
Amplitude 90,000
x5 attenuator IN
t_r 100ns tau_d 50us
- polarity
frequency range 25Hz
delay MIN, tail pulse, INT ref
ASIC settings 2017Oct23-14.38.03
11.20 Detector biases & leakage currents OK - see attachments 1 & 2
FEE64 Temperatures OK - see attachment 3
good events statistics stable & OK - see attachments 4 & 5
no merger/tapeserver errors reported since start of run - see attachments 6 & 7
*all* system wide checks OK *except* nnaida21 fails ADC calibration
11.30 Ambient temperature +23.3 deg C, d.p. +4.1 deg C, RH 28.7%
11.30 analysis file Oct17/R7_108 - zero deadtime, 6x MBS and zero ts timewarps - see attachment 8
11.39 DAQ stop
11.44 DAQ start
AIDA file Oct17/R9
Pulser walkthrough
BNC PB-4
Amplitude 90,000-10,000 @ 10,000 step
x5 attenuator IN
t_r 100ns tau_d 50us
- polarity
frequency range 250Hz
delay MIN, tail pulse, INT ref
11.53 DAQ stop
See attachment 8
11.44 DAQ start
AIDA file Oct17/R10
Pulser walkthrough
BNC PB-4
Amplitude 12,000-2,000 @ 2,000 step
x5 attenuator IN
t_r 100ns tau_d 50us
- polarity
frequency range 250Hz
delay MIN, tail pulse, INT ref
11.53 DAQ stop
See attachment 9
12.06 DAQ starts
AIDA file Oct17/R12
BNC PB-4
Amplitude 90,000
x5 attenuator IN
t_r 100ns tau_d 50us
- polarity
frequency range 25Hz
delay MIN, tail pulse, INT ref
ASIC settings 2017Oct23-14.38.03
14.41 online analysis
ADC synchronised - see attachment 10
17.12 DAQ starts
AIDA file Oct17/R13
Background for LuckyDoll automatic threshold determination
BNC PB-4 OFF
ASIC settings 2017Oct23-14.38.03
Slow comparator nnaida13 0xc, nnaida19-22 0xb, all other FEE64s 0xa
DAQ statistics - see attachment 11
17.27 DAQ stop
18.03 DAQ starts
AIDA file Oct17/R16
Background for LuckyDoll automatic threshold determination
BNC PB-4 OFF
ASIC settings 2017Oct23-14.38.03
Slow comparator *all* FEE64s 0xa
DAQ statistics - see attachment 12
18.22 DAQ stop
18.48 DAQ statistics
Slow comparator *all* FEE64s 0xa - see attachment 13
Slow comparator *all* FEE64s 0x9 - see attachment 14
Slow comparator *all* FEE64s 0x8 - see attachment 15
Slow comparator *all* FEE64s 0x7 - see attachment 16
18.53 Detector biases & leakage currents OK - see attachments 13 & 14
FEE64 Temperatures OK - see attachment 15
*all* system wide checks OK *except* nnaida21 fails ADC calibration |
|
Mon Oct 23 02:24:14 2017, TD, OH, Monday 23 October 19x
|
10:18 Leakage and bias ok - Attachment 1
FEE temperatures ok - Attachment 2
Statistics - Attachment 3
DAQ continues ok
10:23 DAQ stopped on R7_10
Alpha run through night
10:28 MIDAS Sort spectra from the alpha run
Ep versus En - Attachment 4
x versus y 2D hit pattern - Attachment 5
Front versus back multiplicity - Attachment 6
2D Hit pattern indicates detection of alphas in all 4 regions of each of the 6 detectors
indicates cabling is ok
11:55 FEEs turned off after being unable to recover after crash
13:49 FEEs powered on again
Pi monitor indicates panic on nnaida22 the FEE that crashed
ReSync done on setup except for 23 and 24
Master ReSync done succesfully
ASIC settings loaded default to 2017Mar27
Restoring 2017Oct22
System wide checks ok
Leakage and bias ok - Attachment 7
FEE temperatures crashed - Attachment 8
Upon reboot all rates across the FEEs appear lower
In particular 13 and 14. Thresholds have been reduced back to 0xa for all ASICs on both FEEs
Layout 1 linear common y of 2000 - Attachment 9
Layout 1 log common y of 10 - Attachment 10
All front side FEE64 1.8.W waveforms - 20us range - Attachment 11
All back side FEE64 1.8.W waveforms - 20us range - Attachment 12
All front side FEE64 1.8.W waveforms - 2ms range - Attachment 13
All back side FEE64 1.8.W waveforms - 2m range - Attachment 14
FEE64 nnaida13 1.*.W waveforms - Ibias LF 0xf - 2ms range - Attachment 15
Statistics after switch and thresholds lowered - Attachment 16
Pulser widths measured. On boards changed 10 out of 12 FEEs show greater than 10% improvements
11 out of 24 total show greater than 10%
FEE stats post pulser width - Attachment 17
New ASIC settings DB key: 2017Oct23-14.38.03
Slow comparator 0xa for all FEE64s and all ASICs
IBias LF feedback at 0xf for all front side FEEs except nnaida 2 which is at 0xc
IBias LF feedback at 0xb for all back side FEEs
ASIC settings DB file checked OK
Ambient temperature +23.3 deg C, D.P +7.1 deg C, R.H. 35.2%
Julabo FL11006 set point +20.0 deg C, water le
15:38 Merger and TapeServer screenshots - Attachments 17-18
|
|
Mon Oct 23 11:50:09 2017, TD, OH, Mon 23 Oct - further information please.
|
> 10:18 Leakage and bias ok - Attachment 1
> FEE temperatures ok - Attachment 2
> Statistics - Attachment 3
> DAQ continues ok
>
> 10:23 DAQ stopped on R7_10
> Alpha run through night
>
> 10:28 MIDAS Sort spectra from the alpha run
> Ep versus En - Attachment 4
> x versus y 2D hit pattern - Attachment 5
> Front versus back multiplicity - Attachment 6
>
> 2D Hit pattern indicates detection of alphas in all 4 regions of each of the 6 detectors
> indicates cabling is ok
>
> 11:55 FEEs turned off after being unable to recover after crash
Please could you define this 'crash' to allow a better understanding of problems with the system.
For example.... what is unresponsive.... does a parse of the FEE64 log files ( before doing anything ) reveal a panic that is new? Does a STOP of the Tape work ? Does a Toggle of the MERGE pause state
work ?
Thus it will be possible to say that ..... FEE # is always the one responsible for DAQ failure or by < ???? > or the MERGE has found < ??? > problem.
Thanks in advance ;-)))
>
> 13:49 FEEs powered on again
> Pi monitor indicates panic on nnaida22 the FEE that crashed
>
> ReSync done on setup except for 23 and 24
> Master ReSync done succesfully
> ASIC settings loaded default to 2017Mar27
> Restoring 2017Oct22
>
> System wide checks ok
> Leakage and bias ok - Attachment 7
> FEE temperatures crashed - Attachment 8
>
> Upon reboot all rates across the FEEs appear lower
> In particular 13 and 14. Thresholds have been reduced back to 0xa for all ASICs on both FEEs
>
> Layout 1 linear common y of 2000 - Attachment 9
> Layout 1 log common y of 10 - Attachment 10
>
> All front side FEE64 1.8.W waveforms - 20us range - Attachment 11
> All back side FEE64 1.8.W waveforms - 20us range - Attachment 12
>
> All front side FEE64 1.8.W waveforms - 2ms range - Attachment 13
> All back side FEE64 1.8.W waveforms - 2m range - Attachment 14
>
> FEE64 nnaida13 1.*.W waveforms - Ibias LF 0xf - 2ms range - Attachment 15
>
> Statistics after switch and thresholds lowered - Attachment 16
> Pulser widths measured. On boards changed 10 out of 12 FEEs show greater than 10% improvements
> 11 out of 24 total show greater than 10%
> FEE stats post pulser width - Attachment 17
>
> New ASIC settings DB key: 2017Oct23-14.38.03
> Slow comparator 0xa for all FEE64s and all ASICs
> IBias LF feedback at 0xf for all front side FEEs except nnaida 2 which is at 0xc
> IBias LF feedback at 0xb for all back side FEEs
> ASIC settings DB file checked OK
>
> Ambient temperature +23.3 deg C, D.P +7.1 deg C, R.H. 35.2%
> Julabo FL11006 set point +20.0 deg C, water le
>
> 15:38 Merger and TapeServer screenshots - Attachments 17-18
> |
|
Sun Oct 22 02:10:03 2017, OH, Sunday 22 October 25x
|
10:10 DAQ found crashed
Stopped writing to file at 05:31
System wide checks ok
Statistics - Attachment 1
FEE temperatures - Attachment 2
Error message when stopping the DAQ - Attachment 3
Bias and leakage currents ok - Attachment 4
10:18 Error when trying to reset and setup DAQ - Attachment 5
Followed by:
STATE for nnaida1 returned with an error
connect failed
NONE
connect failed
while executing
"::http::geturl http://nnaida1:8015/DataAcquisitionControlServer -headers {} -type text/xml -timeout 20000
-query {<?xml version="1.0" encoding="UTF-8"..."
("eval" body line 1)
invoked from within
"eval [list ::http::geturl $url] $args"
(procedure "::http::geturl_followRedirects" line 4)
invoked from within
"::http::geturl_followRedirects http://nnaida1:8015/DataAcquisitionControlServer -headers {} -type text/xml
-timeout 20000 -query {<?xml version="1.0" ..."
("eval" body line 1)
invoked from within
"eval ::http::geturl_followRedirects [list $url] -headers [list $local_headers] -type text/xml -timeout
$timeout -query [list $request] $local_pro..."
(procedure "::SOAP::Transport::http::xfer" line 61)
invoked from within
"$transport $procVarName $url $req"
(procedure "::SOAP::invoke" line 18)
invoked from within
"::SOAP::invoke ::SOAP::_DataAcquisitionControlClient__GetState"
("eval" body line 1)
invoked from within
"eval ::SOAP::invoke ::SOAP::_DataAcquisitionControlClient__GetState $args"
(procedure "DataAcquisitionControlClient__GetState" line 1)
invoked from within
"DataAcquisitionControlClient__GetState"
STATE for nnaida2 returned with an error
connect failed
NONE
connect failed
while executing
"::http::geturl http://nnaida2:8015/DataAcquisitionControlServer -headers {} -type text/xml -timeout 20000
-query {<?xml version="1.0" encoding="UTF-8"..."
("eval" body line 1)
invoked from within
"eval [list ::http::geturl $url] $args"
(procedure "::http::geturl_followRedirects" line 4)
invoked from within
"::http::geturl_followRedirects http://nnaida2:8015/DataAcquisitionControlServer -headers {} -type text/xml
-timeout 20000 -query {<?xml version="1.0" ..."
("eval" body line 1)
invoked from within
"eval ::http::geturl_followRedirects [list $url] -headers [list $local_headers] -type text/xml -timeout
$timeout -query [list $request] $local_pro..."
(procedure "::SOAP::Transport::http::xfer" line 61)
invoked from within
"$transport $procVarName $url $req"
(procedure "::SOAP::invoke" line 18)
invoked from within
"::SOAP::invoke ::SOAP::_DataAcquisitionControlClient__GetState"
("eval" body line 1)
invoked from within
"eval ::SOAP::invoke ::SOAP::_DataAcquisitionControlClient__GetState $args"
(procedure "DataAcquisitionControlClient__GetState" line 1)
invoked from within
"DataAcquisitionControlClient__GetState"
STATE for nnaida3 returned with an error
connect failed
NONE
connect failed
while executing
"::http::geturl http://nnaida3:8015/DataAcquisitionControlServer -headers {} -type text/xml -timeout 20000
-query {<?xml version="1.0" encoding="UTF-8"..."
("eval" body line 1)
invoked from within
"eval [list ::http::geturl $url] $args"
(procedure "::http::geturl_followRedirects" line 4)
invoked from within
"::http::geturl_followRedirects http://nnaida3:8015/DataAcquisitionControlServer -headers {} -type text/xml
-timeout 20000 -query {<?xml version="1.0" ..."
("eval" body line 1)
invoked from within
"eval ::http::geturl_followRedirects [list $url] -headers [list $local_headers] -type text/xml -timeout
$timeout -query [list $request] $local_pro..."
(procedure "::SOAP::Transport::http::xfer" line 61)
invoked from within
"$transport $procVarName $url $req"
(procedure "::SOAP::invoke" line 18)
invoked from within
"::SOAP::invoke ::SOAP::_DataAcquisitionControlClient__GetState"
("eval" body line 1)
invoked from within
"eval ::SOAP::invoke ::SOAP::_DataAcquisitionControlClient__GetState $args"
(procedure "DataAcquisitionControlClient__GetState" line 1)
invoked from within
"DataAcquisitionControlClient__GetState"
STATE for nnaida4 returned with an error
connect failed
NONE
connect failed
while executing
"::http::geturl http://nnaida4:8015/DataAcquisitionControlServer -headers {} -type text/xml -timeout 20000
-query {<?xml version="1.0" encoding="UTF-8"..."
("eval" body line 1)
invoked from within
"eval [list ::http::geturl $url] $args"
(procedure "::http::geturl_followRedirects" line 4)
invoked from within
"::http::geturl_followRedirects http://nnaida4:8015/DataAcquisitionControlServer -headers {} -type text/xml
-timeout 20000 -query {<?xml version="1.0" ..."
("eval" body line 1)
invoked from within
"eval ::http::geturl_followRedirects [list $url] -headers [list $local_headers] -type text/xml -timeout
$timeout -query [list $request] $local_pro..."
(procedure "::SOAP::Transport::http::xfer" line 61)
invoked from within
"$transport $procVarName $url $req"
(procedure "::SOAP::invoke" line 18)
invoked from within
"::SOAP::invoke ::SOAP::_DataAcquisitionControlClient__GetState"
("eval" body line 1)
invoked from within
"eval ::SOAP::invoke ::SOAP::_DataAcquisitionControlClient__GetState $args"
(procedure "DataAcquisitionControlClient__GetState" line 1)
invoked from within
"DataAcquisitionControlClient__GetState"
STATE for nnaida5 returned with an error
connect failed
NONE
connect failed
while executing
"::http::geturl http://nnaida5:8015/DataAcquisitionControlServer -headers {} -type text/xml -timeout 20000
-query {<?xml version="1.0" encoding="UTF-8"..."
("eval" body line 1)
invoked from within
"eval [list ::http::geturl $url] $args"
(procedure "::http::geturl_followRedirects" line 4)
invoked from within
"::http::geturl_followRedirects http://nnaida5:8015/DataAcquisitionControlServer -headers {} -type text/xml
-timeout 20000 -query {<?xml version="1.0" ..."
("eval" body line 1)
invoked from within
"eval ::http::geturl_followRedirects [list $url] -headers [list $local_headers] -type text/xml -timeout
$timeout -query [list $request] $local_pro..."
(procedure "::SOAP::Transport::http::xfer" line 61)
invoked from within
"$transport $procVarName $url $req"
(procedure "::SOAP::invoke" line 18)
invoked from within
"::SOAP::invoke ::SOAP::_DataAcquisitionControlClient__GetState"
("eval" body line 1)
invoked from within
"eval ::SOAP::invoke ::SOAP::_DataAcquisitionControlClient__GetState $args"
(procedure "DataAcquisitionControlClient__GetState" line 1)
invoked from within
"DataAcquisitionControlClient__GetState"
STATE for nnaida6 returned with an error
connect failed
NONE
connect failed
while executing
"::http::geturl http://nnaida6:8015/DataAcquisitionControlServer -headers {} -type text/xml -timeout 20000
-query {<?xml version="1.0" encoding="UTF-8"..."
("eval" body line 1)
invoked from within
"eval [list ::http::geturl $url] $args"
(procedure "::http::geturl_followRedirects" line 4)
invoked from within
"::http::geturl_followRedirects http://nnaida6:8015/DataAcquisitionControlServer -headers {} -type text/xml
-timeout 20000 -query {<?xml version="1.0" ..."
("eval" body line 1)
invoked from within
"eval ::http::geturl_followRedirects [list $url] -headers [list $local_headers] -type text/xml -timeout
$timeout -query [list $request] $local_pro..."
(procedure "::SOAP::Transport::http::xfer" line 61)
invoked from within
"$transport $procVarName $url $req"
(procedure "::SOAP::invoke" line 18)
invoked from within
"::SOAP::invoke ::SOAP::_DataAcquisitionControlClient__GetState"
("eval" body line 1)
invoked from within
"eval ::SOAP::invoke ::SOAP::_DataAcquisitionControlClient__GetState $args"
(procedure "DataAcquisitionControlClient__GetState" line 1)
invoked from within
"DataAcquisitionControlClient__GetState"
STATE for nnaida7 returned with an error
connect failed
NONE
connect failed
while executing
"::http::geturl http://nnaida7:8015/DataAcquisitionControlServer -headers {} -type text/xml -timeout 20000
-query {<?xml version="1.0" encoding="UTF-8"..."
("eval" body line 1)
invoked from within
"eval [list ::http::geturl $url] $args"
(procedure "::http::geturl_followRedirects" line 4)
invoked from within
"::http::geturl_followRedirects http://nnaida7:8015/DataAcquisitionControlServer -headers {} -type text/xml
-timeout 20000 -query {<?xml version="1.0" ..."
("eval" body line 1)
invoked from within
"eval ::http::geturl_followRedirects [list $url] -headers [list $local_headers] -type text/xml -timeout
$timeout -query [list $request] $local_pro..."
(procedure "::SOAP::Transport::http::xfer" line 61)
invoked from within
"$transport $procVarName $url $req"
(procedure "::SOAP::invoke" line 18)
invoked from within
"::SOAP::invoke ::SOAP::_DataAcquisitionControlClient__GetState"
("eval" body line 1)
invoked from within
"eval ::SOAP::invoke ::SOAP::_DataAcquisitionControlClient__GetState $args"
(procedure "DataAcquisitionControlClient__GetState" line 1)
invoked from within
"DataAcquisitionControlClient__GetState"
STATE for nnaida8 returned with an error
connect failed
NONE
connect failed
while executing
"::http::geturl http://nnaida8:8015/DataAcquisitionControlServer -headers {} -type text/xml -timeout 20000
-query {<?xml version="1.0" encoding="UTF-8"..."
("eval" body line 1)
invoked from within
"eval [list ::http::geturl $url] $args"
(procedure "::http::geturl_followRedirects" line 4)
invoked from within
"::http::geturl_followRedirects http://nnaida8:8015/DataAcquisitionControlServer -headers {} -type text/xml
-timeout 20000 -query {<?xml version="1.0" ..."
("eval" body line 1)
invoked from within
"eval ::http::geturl_followRedirects [list $url] -headers [list $local_headers] -type text/xml -timeout
$timeout -query [list $request] $local_pro..."
(procedure "::SOAP::Transport::http::xfer" line 61)
invoked from within
"$transport $procVarName $url $req"
(procedure "::SOAP::invoke" line 18)
invoked from within
"::SOAP::invoke ::SOAP::_DataAcquisitionControl
10:26 Unable to recover from crash by restarting the merger
FEEs turned off. Will leave off whilst changing the adapter boards
11.28 Power up all FEE64s - 20s between each relay
11.46 Pi Monitor Browser reports all FEE64s 'Finished OK', all FEE64s '0 panics'
15:12 Waveforms of FEEs 5,6,9,10,17,18,13,14 showing the change in Ibias LF feedback value
First attachment will be waveform with LF 0x8 and second will be 0xF
FEE13 has only one as was on the rails at anything above 0x8 - Attachments 6-20
Waveforms for FEEs 19 and 20 for comparisons - Attachments 21 & 22
Attachment FEE Change
6 5 default
7 5 LF 0xf
8 6 default
9 6 LF 0xf
10 9 default
11 9 LF 0xf
12 10 default
13 10 LF 0xf
14 17 default
15 17 LF 0xf
16 18 default
17 18 LF 0xf
18 13 default
19 14 default
20 14 LF 0xf
21 19 default
22 20 default
16:02 New ASIC settings folder 2017Oct22-15.59.25
Settings changed related to A and C FEEs in which Ibias LF Feedback has been changed to LF0x8 for all
with the exception of FEE 2 which is set to 0xC and 14 which is set to 0x8
ASIC 1 of nnaida14 has a SC threshold of 0x20
All of nnaida 13 has a SC threshold of 0xf
Stats running in these setting - Attachment 23
System wide checks ok
FEE temperatures ok - Attachment 24
Leakage and bias ok - Attachment 25
16.16 Start Oct17/R7
Background alpha activity
BNC PB-4 Pulser OFF
ASIC settings per 2017Oct22-15.59.25 |
|
Sat Oct 21 02:48:17 2017, OH, TD, Saturday 21st October 31x
|
10:48 Adapter boards replaced for DSSD 1 &2 (FEEs 1,2,22 and 21)
Previous boards were Rev D new boards are Rev E
System wide checks ok
FEE Temperatures ok - Attachment 1
10:54 DSSDs biased up. Note that after new boards installed DSSD 1 and 2 had leakage currents of around 9uA
during ramp up
Leakage currents appear to have dropped as they reach 100V set point
T = 23.8 H = 45% D.P = +11.1
Leakage and Bias ok - Attachment 2
11:11 Waveforms for FEEs 22, 21, 11 and 13 - Attachments 3 - 10
Statistics - Attachment 11
14:00 System wide checks all ok
Leakage and bias ok - Attachment 12
FEE temperatures ok - Attachment 13
14:26 Spectra comparing the values for nnaida waveforms for different Ibias LF Feedback values
Values are indicated in image title. If not mentioned value 0x8 - Attachments 14 - 23
14:37 Spectra showing the effect of different slow comparator values on the sawtooth signal in the waveforms
Spectra are all nnaida22 and slow comparator values in image titles - Attachments 24 - 26
Attachment FEE Change
14 1 default
15 1 LF 0xf
16 2 default
17 2 LF 0xf
18 2 LF 0xc
19 21 default
20 21 default
21 21 LF 0xf
22 22 default
23 22 LF 0xf
24 22 LF 0xf SC 0xf
25 22 LF 0xf SC 0xd
26 22 LF 0xf SC 0xb
15:09 Raised slow comparator threshold to 0x40 ~ 640keV for all FEEs and all ASICs
Hit pattern in attachment 27
Statistics - Attachment 28
New adapter boards appear to have improved the amount of white noise at default ASIC settings
This is shown with the decrease in statistics and also in the waveforms.
At default settings the saw tooth patterns still appear in the waveforms though attenuated
with lower frequencies and lower amplitudes.
Further improvements can be gained in reducing the amplitude and frequency of the saw tooth
patterns by changing the Ibias LF feedback value though care has to be taken that the pre-amp
signal is not taken to the rails. Hence FEE 2 has a value of 0xc rather than 0xf like the others.
Hit pattern checked for the pulser by raising the slow comparator threshold to 640keV. The boards that
have been changed show a much more believable rate than those that haven't which are still showing
higher than pulser rates.
16:09 The effect of changing the shaping time on the pulser widths was checked.
Optimum still appears to be at around 8us
16:50 DAQ started writing to Oct17/R5 @ 8Mb/s
nnaida 13 SC threshold at 0x20
System wide checks ok
Leakage and bias ok - Attachment 29
FEE Temp ok - Attachment 30
Statistics - Attachment 31 |
|
Fri Oct 20 01:43:40 2017, OH, Friday 20th October 6x
|
09:43 DAQ continues ok
System wide checks all ok
Detector bias and leakage ok - Attachment 1
FEE temperatures ok - Attachment 2
On file R3_279 writing at ~11Mb/s
10:07 Waveforms for nnaida 13, 11, 20 and 22 - Attachments 3-7
nnaida 13 & 22 p-side
nnaida 11 & 20 n-side
Preamp feedback settings for ASIC are still default
10:49 DAQ Stopped
Detector bias taken off |
|
Thu Oct 19 01:40:35 2017, TD, OH, Thursday 19 October 35x
|
09.40 DAQ continues OK
File /TapeData/Oct17/R1_280
BNC PB-4 Pulser frequency switched from 250Hz to 25Hz range
09:54 ASIC Temperatures - Attachment 1
Bias and leakage currents ok - Attachments 2 & 3
Statistics - Attachment 4
10:19 Output of analysis of R1_291 - Attachment 5
11:02 Pulser widths measured before changing jumpers (In log book)
DAQ stopped on Run R1_304
11:31 All field plane jumpers removed (Jumpers 1&3)
System wide checks ok
ASIC load check ok
11:37 DAQ started online only
Statistics - Attachment 6
FEE temperatures - Attachment 7
11:46 Layout 1 - Attachments 8 & 9
Layout 2 - attachments 10
13:38 Layouts 3 - Attachment 11
Layout 4 - Attachment 12
Pulser widths measured using 1.8.L spectra.
Most channels show an increase in noise with the FWHM increased by ~5-10 channels
(Recorded in log book)
13:55 Layout 7 p-side waveforms - Attachments 13 & 14
Layout 8 n-side waveforms - Attachments 15 & 16
For comparison with jumpers on see yesterday's elog entry: https://elog.ph.ed.ac.uk/AIDA/674
14:02 DAQ stopped
14:23 PCB ground plane jumper removed from all adapter boards (Jumper 2)
Bias and leakage currents ok T = 23.0 DP = +8.8 H = 38.7% - Attachment 17
System wide checks all ok
ASIC load check ok
DAQ Started
14:44 FEE temperatures all ok - Attachment 18
Statistics - Attachment 19
14:54 Layout 1 - Attachment 20 & 21
Layout 2 - Attachment 22
15:17 Layout 3 p-side pulser - Attachment 23
Layout 4 n-side pulser - Attachment 24
Pulser widths measured using 1.8.L spectra
In comparison with just having the FP jumpers removed for channels that were not noisy before they show no
to only minor increases in noise.
However channels that were previously noisy with all jumpers on show drastic increases in the amount of
noise. Increases in the FWHM of up to 80ch
13:55 Layout 7 p-side waveforms - Attachments 25 & 26
Layout 8 n-side waveforms - Attachments 27 & 28
DAQ Stopped
16:15 Detector bias turned off as replacing the jumpers is challenging
16:55 All jumpers back on. I advise starting with all on the new boards tomorrow and removing if needed.
Pain to put back on when mounted with cables.
16:59 System wide checks ok
Bias back on and leakage currents ok - Attachment 29
17:09 Statistics - Attachment 30
FEE temperatures - Attachment 31
By putting the jumpers back the statistics appear to have recovered to a similar level to this morning
17:25 FEEs powered down to do a power cycle for Patrick
17:50 FEEs powered up
18:00 Same javascript errors as yesterday when setting up DAQ
System wide checks all ok
FEE Temperatures ok
18:06 DAQ started
Statistics similar to before power cycle - Attachment 32
Layout 1 looks good - Attachments 33 & 34
18:14 DAQ stopped
18:16 DAQ Started
Writing to R2 in /TapeData/Oct17/
Writing at 11Mb/s
18:56 Statistics - Attachment 35 |
|
Thu Oct 19 11:32:29 2017, TD, OH, Thursday 19 October
|
>
> 09.40 DAQ continues OK
> File /TapeData/Oct17/R1_280
>
> BNC PB-4 Pulser frequency switched from 250Hz to 25Hz range
>
> 09:54 ASIC Temperatures - Attachment 1
> Bias and leakage currents ok - Attachments 2 & 3
> Statistics - Attachment 4
>
> 10:19 Output of analysis of R1_291 - Attachment 5
>
> 11:02 Pulser widths measured before changing jumpers (In log book)
> DAQ stopped on Run R1_304
>
> 11:31 All field plane jumpers removed (Jumpers 1&3)
> System wide checks ok
> ASIC load check ok
>
> 11:37 DAQ started online only
> Statistics - Attachment 6
> FEE temperatures - Attachment 7
>
> 11:46 Layout 1 - Attachments 8 & 9
> Layout 2 - attachments 10
>
> 13:38 Layouts 3 - Attachment 11
> Layout 4 - Attachment 12
> Pulser widths measured using 1.8.L spectra.
> Most channels show an increase in noise with the FWHM increased by ~5-10 channels
> (Recorded in log book)
>
> 13:55 Layout 7 p-side waveforms - Attachments 13 & 14
> Layout 8 n-side waveforms - Attachments 15 & 16
> For comparison with jumpers on see yesterday's elog entry: https://elog.ph.ed.ac.uk/AIDA/674
>
> 14:02 DAQ stopped
>
> 14:23 PCB ground plane jumper removed from all adapter boards (Jumper 2)
>
> Bias and leakage currents ok T = 23.0 DP = +8.8 H = 38.7% - Attachment 17
> System wide checks all ok
> ASIC load check ok
>
> DAQ Started
>
> 14:44 FEE temperatures all ok - Attachment 18
> Statistics - Attachment 19
>
> 14:54 Layout 1 - Attachment 20 & 21
> Layout 2 - Attachment 22
>
> 15:17 Layout 3 p-side pulser - Attachment 23
> Layout 4 n-side pulser - Attachment 24
>
> Pulser widths measured using 1.8.L spectra
>
> In comparison with just having the FP jumpers removed for channels that were not noisy before they show no
> to only minor increases in noise.
>
> However channels that were previously noisy with all jumpers on show drastic increases in the amount of
> noise. Increases in the FWHM of up to 80ch
>
> 13:55 Layout 7 p-side waveforms - Attachments 25 & 26
> Layout 8 n-side waveforms - Attachments 27 & 28
>
> DAQ Stopped
>
> 16:15 Detector bias turned off as replacing the jumpers is challenging
>
> 16:55 All jumpers back on. I advise starting with all on the new boards tomorrow and removing if needed.
> Pain to put back on when mounted with cables.
>
> 16:59 System wide checks ok
> Bias back on and leakage currents ok - Attachment 29
>
> 17:09 Statistics - Attachment 30
> FEE temperatures - Attachment 31
>
> By putting the jumpers back the statistics appear to have recovered to a similar level to this morning
>
> 17:25 FEEs powered down to do a power cycle for Patrick
>
> 17:50 FEEs powered up
>
> 18:00 Same javascript errors as yesterday when setting up DAQ
> System wide checks all ok
> FEE Temperatures ok
>
> 18:06 DAQ started
> Statistics similar to before power cycle - Attachment 32
> Layout 1 looks good - Attachments 33 & 34
>
> 18:14 DAQ stopped
>
> 18:16 DAQ Started
> Writing to R2 in /TapeData/Oct17/
> Writing at 11Mb/s
>
> 18:56 Statistics - Attachment 35
Please could you repeat the power cycle and this time turn all the FEE64s at once. The error I am looking to solve occurs ( so it is believed ) when all 24 request access to the server together. |
|
Wed Oct 18 03:57:37 2017, TD, OH, Wednesday 18 October 24x
|
11.57 Startup of AIDA following June 2017 shutdown
Julabo FL11006 ON, set point +20 deg C
Water flow indicators OK
Water level OK
Tektronix AFG3102C
Channel 2 - square wave, 50MHz, 180 deg, 0V offset, +5V amplitude
MACB root master - mode 5
Power up 24x FEE64s
aidas1:/var/log/messages
[root@aidas1 npg]# tail -f /var/log/messages
Oct 18 11:02:19 aidas1 dhcpd: DHCPACK on 10.1.1.117 to b8:27:eb:6b:0a:a0 (npg-monitor) via p2p1
Oct 18 11:02:21 aidas1 dhcpd: DHCPREQUEST for 10.1.1.114 from b8:27:eb:0b:f6:73 via p2p1
Oct 18 11:02:21 aidas1 dhcpd: DHCPACK on 10.1.1.114 to b8:27:eb:0b:f6:73 (raspberrypi) via p2p1
Oct 18 11:02:39 aidas1 dnsmasq[3260]: reading /etc/resolv.conf
Oct 18 11:02:39 aidas1 dnsmasq[3260]: using nameserver 10.32.0.1#53
Oct 18 11:06:59 aidas1 dhcpd: DHCPRELEASE of 10.1.1.114 from b8:27:eb:0b:f6:73 (raspberrypi) via p2p1 (found)
Oct 18 11:07:31 aidas1 dhcpd: DHCPDISCOVER from b8:27:eb:0b:f6:73 via p2p1
Oct 18 11:07:32 aidas1 dhcpd: DHCPOFFER on 10.1.1.114 to b8:27:eb:0b:f6:73 (raspberrypi) via p2p1
Oct 18 11:07:32 aidas1 dhcpd: DHCPREQUEST for 10.1.1.114 (10.1.1.250) from b8:27:eb:0b:f6:73 (raspberrypi) via p2p1
Oct 18 11:07:32 aidas1 dhcpd: DHCPACK on 10.1.1.114 to b8:27:eb:0b:f6:73 (raspberrypi) via p2p1
Oct 18 11:29:36 aidas1 dhcpd: DHCPDISCOVER from 00:04:a3:2a:d4:b7 via p2p1
Oct 18 11:29:36 aidas1 dhcpd: DHCPOFFER on 10.1.1.6 to 00:04:a3:2a:d4:b7 via p2p1
Oct 18 11:29:36 aidas1 dhcpd: DHCPREQUEST for 10.1.1.6 (10.1.1.250) from 00:04:a3:2a:d4:b7 via p2p1
Oct 18 11:29:36 aidas1 dhcpd: DHCPACK on 10.1.1.6 to 00:04:a3:2a:d4:b7 via p2p1
Oct 18 11:29:36 aidas1 dhcpd: DHCPDISCOVER from 00:04:a3:2a:d9:e1 via p2p1
Oct 18 11:29:36 aidas1 dhcpd: DHCPOFFER on 10.1.1.2 to 00:04:a3:2a:d9:e1 via p2p1
Oct 18 11:29:36 aidas1 dhcpd: DHCPREQUEST for 10.1.1.2 (10.1.1.250) from 00:04:a3:2a:d9:e1 via p2p1
Oct 18 11:29:36 aidas1 dhcpd: DHCPACK on 10.1.1.2 to 00:04:a3:2a:d9:e1 via p2p1
Oct 18 11:29:36 aidas1 dhcpd: DHCPDISCOVER from 00:04:a3:2a:9c:07 via p2p2
Oct 18 11:29:36 aidas1 dhcpd: DHCPOFFER on 10.1.2.8 to 00:04:a3:2a:9c:07 via p2p2
Oct 18 11:29:36 aidas1 dhcpd: DHCPREQUEST for 10.1.2.8 (10.1.2.250) from 00:04:a3:2a:9c:07 via p2p2
Oct 18 11:29:36 aidas1 dhcpd: DHCPACK on 10.1.2.8 to 00:04:a3:2a:9c:07 via p2p2
Oct 18 11:29:36 aidas1 dhcpd: DHCPDISCOVER from 00:04:a3:2a:ed:b8 via p2p2
Oct 18 11:29:36 aidas1 dhcpd: DHCPOFFER on 10.1.2.4 to 00:04:a3:2a:ed:b8 via p2p2
Oct 18 11:29:36 aidas1 dhcpd: DHCPDISCOVER from 00:04:a3:2a:d0:1b via p2p1
Oct 18 11:29:36 aidas1 dhcpd: DHCPOFFER on 10.1.1.1 to 00:04:a3:2a:d0:1b via p2p1
Oct 18 11:29:36 aidas1 dhcpd: DHCPREQUEST for 10.1.2.4 (10.1.2.250) from 00:04:a3:2a:ed:b8 via p2p2
Oct 18 11:29:36 aidas1 dhcpd: DHCPACK on 10.1.2.4 to 00:04:a3:2a:ed:b8 via p2p2
Oct 18 11:29:36 aidas1 dhcpd: DHCPREQUEST for 10.1.1.1 (10.1.1.250) from 00:04:a3:2a:d0:1b via p2p1
Oct 18 11:29:36 aidas1 dhcpd: DHCPACK on 10.1.1.1 to 00:04:a3:2a:d0:1b via p2p1
Oct 18 11:29:36 aidas1 dhcpd: DHCPDISCOVER from 00:04:a3:2a:b8:8d via p2p2
Oct 18 11:29:36 aidas1 dhcpd: DHCPOFFER on 10.1.2.7 to 00:04:a3:2a:b8:8d via p2p2
Oct 18 11:29:36 aidas1 dhcpd: DHCPREQUEST for 10.1.2.7 (10.1.2.250) from 00:04:a3:2a:b8:8d via p2p2
Oct 18 11:29:36 aidas1 dhcpd: DHCPACK on 10.1.2.7 to 00:04:a3:2a:b8:8d via p2p2
Oct 18 11:29:36 aidas1 dhcpd: DHCPDISCOVER from 00:04:a3:2a:f7:06 via p2p2
Oct 18 11:29:36 aidas1 dhcpd: DHCPOFFER on 10.1.2.3 to 00:04:a3:2a:f7:06 via p2p2
Oct 18 11:29:36 aidas1 dhcpd: DHCPREQUEST for 10.1.2.3 (10.1.2.250) from 00:04:a3:2a:f7:06 via p2p2
Oct 18 11:29:36 aidas1 dhcpd: DHCPACK on 10.1.2.3 to 00:04:a3:2a:f7:06 via p2p2
Oct 18 11:29:36 aidas1 dhcpd: DHCPDISCOVER from 00:04:a3:2a:d0:10 via p2p1
Oct 18 11:29:36 aidas1 dhcpd: DHCPOFFER on 10.1.1.5 to 00:04:a3:2a:d0:10 via p2p1
Oct 18 11:29:36 aidas1 dhcpd: DHCPREQUEST for 10.1.1.5 (10.1.1.250) from 00:04:a3:2a:d0:10 via p2p1
Oct 18 11:29:36 aidas1 dhcpd: DHCPACK on 10.1.1.5 to 00:04:a3:2a:d0:10 via p2p1
Oct 18 11:29:36 aidas1 rpc.mountd[2855]: authenticated mount request from 10.1.1.6:915 for
/data10/XilinxLinux/ppc_4xx/rfs/nnaida6 (/data10/XilinxLinux/ppc_4xx/rfs)
Oct 18 11:29:36 aidas1 rpc.mountd[2855]: authenticated mount request from 10.1.1.2:1000 for
/data10/XilinxLinux/ppc_4xx/rfs/nnaida2 (/data10/XilinxLinux/ppc_4xx/rfs)
Oct 18 11:29:36 aidas1 rpc.mountd[2855]: authenticated mount request from 10.1.2.8:720 for
/data10/XilinxLinux/ppc_4xx/rfs/nnaida8 (/data10/XilinxLinux/ppc_4xx/rfs)
Oct 18 11:29:36 aidas1 rpc.mountd[2855]: authenticated mount request from 10.1.2.4:924 for
/data10/XilinxLinux/ppc_4xx/rfs/nnaida4 (/data10/XilinxLinux/ppc_4xx/rfs)
Oct 18 11:29:36 aidas1 rpc.mountd[2855]: authenticated mount request from 10.1.1.1:937 for
/data10/XilinxLinux/ppc_4xx/rfs/nnaida1 (/data10/XilinxLinux/ppc_4xx/rfs)
Oct 18 11:29:36 aidas1 rpc.mountd[2855]: authenticated mount request from 10.1.2.7:932 for
/data10/XilinxLinux/ppc_4xx/rfs/nnaida7 (/data10/XilinxLinux/ppc_4xx/rfs)
Oct 18 11:29:36 aidas1 rpc.mountd[2855]: authenticated mount request from 10.1.2.3:1008 for
/data10/XilinxLinux/ppc_4xx/rfs/nnaida3 (/data10/XilinxLinux/ppc_4xx/rfs)
Oct 18 11:29:36 aidas1 rpc.mountd[2855]: authenticated mount request from 10.1.1.5:911 for
/data10/XilinxLinux/ppc_4xx/rfs/nnaida5 (/data10/XilinxLinux/ppc_4xx/rfs)
Oct 18 11:29:49 aidas1 dhcpd: DHCPDISCOVER from 00:04:a3:2a:f7:07 via p2p1
Oct 18 11:29:49 aidas1 dhcpd: DHCPOFFER on 10.1.1.10 to 00:04:a3:2a:f7:07 via p2p1
Oct 18 11:29:49 aidas1 dhcpd: DHCPREQUEST for 10.1.1.10 (10.1.1.250) from 00:04:a3:2a:f7:07 via p2p1
Oct 18 11:29:49 aidas1 dhcpd: DHCPACK on 10.1.1.10 to 00:04:a3:2a:f7:07 via p2p1
Oct 18 11:29:49 aidas1 dhcpd: DHCPDISCOVER from 00:04:a3:2a:d0:2f via p2p2
Oct 18 11:29:49 aidas1 dhcpd: DHCPOFFER on 10.1.2.12 to 00:04:a3:2a:d0:2f via p2p2
Oct 18 11:29:49 aidas1 dhcpd: DHCPREQUEST for 10.1.2.12 (10.1.2.250) from 00:04:a3:2a:d0:2f via p2p2
Oct 18 11:29:49 aidas1 dhcpd: DHCPACK on 10.1.2.12 to 00:04:a3:2a:d0:2f via p2p2
Oct 18 11:29:49 aidas1 dhcpd: DHCPDISCOVER from 00:04:a3:2a:f3:ac via p2p2
Oct 18 11:29:49 aidas1 dhcpd: DHCPOFFER on 10.1.2.15 to 00:04:a3:2a:f3:ac via p2p2
Oct 18 11:29:49 aidas1 dhcpd: DHCPDISCOVER from 00:04:a3:2a:9c:0e via p2p2
Oct 18 11:29:49 aidas1 dhcpd: DHCPOFFER on 10.1.2.16 to 00:04:a3:2a:9c:0e via p2p2
Oct 18 11:29:49 aidas1 dhcpd: DHCPREQUEST for 10.1.2.15 (10.1.2.250) from 00:04:a3:2a:f3:ac via p2p2
Oct 18 11:29:49 aidas1 dhcpd: DHCPACK on 10.1.2.15 to 00:04:a3:2a:f3:ac via p2p2
Oct 18 11:29:49 aidas1 dhcpd: DHCPREQUEST for 10.1.2.16 (10.1.2.250) from 00:04:a3:2a:9c:0e via p2p2
Oct 18 11:29:49 aidas1 dhcpd: DHCPACK on 10.1.2.16 to 00:04:a3:2a:9c:0e via p2p2
Oct 18 11:29:49 aidas1 dhcpd: DHCPDISCOVER from 00:04:a3:2a:d9:ad via p2p1
Oct 18 11:29:49 aidas1 dhcpd: DHCPOFFER on 10.1.1.9 to 00:04:a3:2a:d9:ad via p2p1
Oct 18 11:29:49 aidas1 dhcpd: DHCPDISCOVER from 00:04:a3:2b:11:b9 via p2p1
Oct 18 11:29:49 aidas1 dhcpd: DHCPOFFER on 10.1.1.13 to 00:04:a3:2b:11:b9 via p2p1
Oct 18 11:29:49 aidas1 dhcpd: DHCPREQUEST for 10.1.1.9 (10.1.1.250) from 00:04:a3:2a:d9:ad via p2p1
Oct 18 11:29:49 aidas1 dhcpd: DHCPACK on 10.1.1.9 to 00:04:a3:2a:d9:ad via p2p1
Oct 18 11:29:49 aidas1 dhcpd: DHCPREQUEST for 10.1.1.13 (10.1.1.250) from 00:04:a3:2b:11:b9 via p2p1
Oct 18 11:29:49 aidas1 dhcpd: DHCPACK on 10.1.1.13 to 00:04:a3:2b:11:b9 via p2p1
Oct 18 11:29:49 aidas1 dhcpd: DHCPDISCOVER from 00:04:a3:2b:11:af via p2p2
Oct 18 11:29:49 aidas1 dhcpd: DHCPOFFER on 10.1.2.11 to 00:04:a3:2b:11:af via p2p2
Oct 18 11:29:49 aidas1 dhcpd: DHCPREQUEST for 10.1.2.11 (10.1.2.250) from 00:04:a3:2b:11:af via p2p2
Oct 18 11:29:49 aidas1 dhcpd: DHCPACK on 10.1.2.11 to 00:04:a3:2b:11:af via p2p2
Oct 18 11:29:49 aidas1 dhcpd: DHCPDISCOVER from 00:04:a3:2b:11:b8 via p2p1
Oct 18 11:29:49 aidas1 dhcpd: DHCPOFFER on 10.1.1.14 to 00:04:a3:2b:11:b8 via p2p1
Oct 18 11:29:49 aidas1 dhcpd: DHCPREQUEST for 10.1.1.14 (10.1.1.250) from 00:04:a3:2b:11:b8 via p2p1
Oct 18 11:29:49 aidas1 dhcpd: DHCPACK on 10.1.1.14 to 00:04:a3:2b:11:b8 via p2p1
Oct 18 11:29:49 aidas1 rpc.mountd[2855]: authenticated mount request from 10.1.1.10:895 for
/data10/XilinxLinux/ppc_4xx/rfs/nnaida10 (/data10/XilinxLinux/ppc_4xx/rfs)
Oct 18 11:29:49 aidas1 rpc.mountd[2855]: authenticated mount request from 10.1.2.12:707 for
/data10/XilinxLinux/ppc_4xx/rfs/nnaida12 (/data10/XilinxLinux/ppc_4xx/rfs)
Oct 18 11:29:49 aidas1 rpc.mountd[2855]: authenticated mount request from 10.1.2.15:707 for
/data10/XilinxLinux/ppc_4xx/rfs/nnaida15 (/data10/XilinxLinux/ppc_4xx/rfs)
Oct 18 11:29:49 aidas1 rpc.mountd[2855]: authenticated mount request from 10.1.2.16:697 for
/data10/XilinxLinux/ppc_4xx/rfs/nnaida16 (/data10/XilinxLinux/ppc_4xx/rfs)
Oct 18 11:29:49 aidas1 rpc.mountd[2855]: authenticated mount request from 10.1.1.9:1012 for
/data10/XilinxLinux/ppc_4xx/rfs/nnaida9 (/data10/XilinxLinux/ppc_4xx/rfs)
Oct 18 11:29:49 aidas1 rpc.mountd[2855]: authenticated mount request from 10.1.1.13:711 for
/data10/XilinxLinux/ppc_4xx/rfs/nnaida13 (/data10/XilinxLinux/ppc_4xx/rfs)
Oct 18 11:29:49 aidas1 rpc.mountd[2855]: authenticated mount request from 10.1.2.11:835 for
/data10/XilinxLinux/ppc_4xx/rfs/nnaida11 (/data10/XilinxLinux/ppc_4xx/rfs)
Oct 18 11:29:49 aidas1 rpc.mountd[2855]: authenticated mount request from 10.1.1.14:997 for
/data10/XilinxLinux/ppc_4xx/rfs/nnaida14 (/data10/XilinxLinux/ppc_4xx/rfs)
Oct 18 11:30:24 aidas1 rpc.mountd[2855]: authenticated mount request from 10.1.1.2:864 for /MIDAS@aidas
(/MIDAS@aidas)
Oct 18 11:30:31 aidas1 rpc.mountd[2855]: authenticated mount request from 10.1.2.4:864 for /MIDAS@aidas
(/MIDAS@aidas)
Oct 18 11:30:32 aidas1 rpc.mountd[2855]: authenticated mount request from 10.1.2.7:864 for /MIDAS@aidas
(/MIDAS@aidas)
Oct 18 11:30:32 aidas1 rpc.mountd[2855]: authenticated mount request from 10.1.1.6:864 for /MIDAS@aidas
(/MIDAS@aidas)
Oct 18 11:30:33 aidas1 rpc.mountd[2855]: authenticated mount request from 10.1.1.1:864 for /MIDAS@aidas
(/MIDAS@aidas)
Oct 18 11:30:33 aidas1 rpc.mountd[2855]: authenticated mount request from 10.1.2.8:864 for /MIDAS@aidas
(/MIDAS@aidas)
Oct 18 11:30:34 aidas1 rpc.mountd[2855]: authenticated mount request from 10.1.2.3:864 for /MIDAS@aidas
(/MIDAS@aidas)
Oct 18 11:30:37 aidas1 dhcpd: DHCPDISCOVER from 00:04:a3:2a:f6:e9 via p2p1
Oct 18 11:30:37 aidas1 dhcpd: DHCPOFFER on 10.1.1.22 to 00:04:a3:2a:f6:e9 via p2p1
Oct 18 11:30:37 aidas1 dhcpd: DHCPREQUEST for 10.1.1.22 (10.1.1.250) from 00:04:a3:2a:f6:e9 via p2p1
Oct 18 11:30:37 aidas1 dhcpd: DHCPACK on 10.1.1.22 to 00:04:a3:2a:f6:e9 via p2p1
Oct 18 11:30:37 aidas1 dhcpd: DHCPDISCOVER from 00:04:a3:2a:d0:06 via p2p2
Oct 18 11:30:37 aidas1 dhcpd: DHCPOFFER on 10.1.2.23 to 00:04:a3:2a:d0:06 via p2p2
Oct 18 11:30:37 aidas1 dhcpd: DHCPREQUEST for 10.1.2.23 (10.1.2.250) from 00:04:a3:2a:d0:06 via p2p2
Oct 18 11:30:37 aidas1 dhcpd: DHCPACK on 10.1.2.23 to 00:04:a3:2a:d0:06 via p2p2
Oct 18 11:30:37 aidas1 dhcpd: DHCPDISCOVER from 00:04:a3:2b:11:ae via p2p1
Oct 18 11:30:37 aidas1 dhcpd: DHCPOFFER on 10.1.1.18 to 00:04:a3:2b:11:ae via p2p1
Oct 18 11:30:37 aidas1 dhcpd: DHCPDISCOVER from 00:04:a3:2a:ed:b9 via p2p1
Oct 18 11:30:37 aidas1 dhcpd: DHCPOFFER on 10.1.1.17 to 00:04:a3:2a:ed:b9 via p2p1
Oct 18 11:30:37 aidas1 dhcpd: DHCPREQUEST for 10.1.1.18 (10.1.1.250) from 00:04:a3:2b:11:ae via p2p1
Oct 18 11:30:37 aidas1 dhcpd: DHCPACK on 10.1.1.18 to 00:04:a3:2b:11:ae via p2p1
Oct 18 11:30:37 aidas1 dhcpd: DHCPREQUEST for 10.1.1.17 (10.1.1.250) from 00:04:a3:2a:ed:b9 via p2p1
Oct 18 11:30:37 aidas1 dhcpd: DHCPACK on 10.1.1.17 to 00:04:a3:2a:ed:b9 via p2p1
Oct 18 11:30:37 aidas1 dhcpd: DHCPDISCOVER from 00:04:a3:2a:d0:11 via p2p2
Oct 18 11:30:37 aidas1 dhcpd: DHCPOFFER on 10.1.2.20 to 00:04:a3:2a:d0:11 via p2p2
Oct 18 11:30:37 aidas1 dhcpd: DHCPREQUEST for 10.1.2.20 (10.1.2.250) from 00:04:a3:2a:d0:11 via p2p2
Oct 18 11:30:37 aidas1 dhcpd: DHCPACK on 10.1.2.20 to 00:04:a3:2a:d0:11 via p2p2
Oct 18 11:30:37 aidas1 dhcpd: DHCPDISCOVER from 00:04:a3:2b:27:54 via p2p2
Oct 18 11:30:37 aidas1 dhcpd: DHCPOFFER on 10.1.2.19 to 00:04:a3:2b:27:54 via p2p2
Oct 18 11:30:37 aidas1 dhcpd: DHCPREQUEST for 10.1.2.19 (10.1.2.250) from 00:04:a3:2b:27:54 via p2p2
Oct 18 11:30:37 aidas1 dhcpd: DHCPACK on 10.1.2.19 to 00:04:a3:2b:27:54 via p2p2
Oct 18 11:30:37 aidas1 dhcpd: DHCPDISCOVER from 00:04:a3:2a:d9:b6 via p2p2
Oct 18 11:30:37 aidas1 dhcpd: DHCPOFFER on 10.1.2.24 to 00:04:a3:2a:d9:b6 via p2p2
Oct 18 11:30:37 aidas1 dhcpd: DHCPREQUEST for 10.1.2.24 (10.1.2.250) from 00:04:a3:2a:d9:b6 via p2p2
Oct 18 11:30:37 aidas1 dhcpd: DHCPACK on 10.1.2.24 to 00:04:a3:2a:d9:b6 via p2p2
Oct 18 11:30:37 aidas1 dhcpd: DHCPDISCOVER from 00:04:a3:2b:27:23 via p2p1
Oct 18 11:30:37 aidas1 dhcpd: DHCPOFFER on 10.1.1.21 to 00:04:a3:2b:27:23 via p2p1
Oct 18 11:30:37 aidas1 dhcpd: DHCPREQUEST for 10.1.1.21 (10.1.1.250) from 00:04:a3:2b:27:23 via p2p1
Oct 18 11:30:37 aidas1 dhcpd: DHCPACK on 10.1.1.21 to 00:04:a3:2b:27:23 via p2p1
Oct 18 11:30:37 aidas1 rpc.mountd[2855]: authenticated mount request from 10.1.1.5:864 for /MIDAS@aidas
(/MIDAS@aidas)
Oct 18 11:30:37 aidas1 rpc.mountd[2855]: authenticated mount request from 10.1.1.22:973 for
/data10/XilinxLinux/ppc_4xx/rfs/nnaida22 (/data10/XilinxLinux/ppc_4xx/rfs)
Oct 18 11:30:37 aidas1 rpc.mountd[2855]: authenticated mount request from 10.1.2.23:881 for
/data10/XilinxLinux/ppc_4xx/rfs/nnaida23 (/data10/XilinxLinux/ppc_4xx/rfs)
Oct 18 11:30:37 aidas1 rpc.mountd[2855]: authenticated mount request from 10.1.1.17:825 for
/data10/XilinxLinux/ppc_4xx/rfs/nnaida17 (/data10/XilinxLinux/ppc_4xx/rfs)
Oct 18 11:30:37 aidas1 rpc.mountd[2855]: authenticated mount request from 10.1.1.18:784 for
/data10/XilinxLinux/ppc_4xx/rfs/nnaida18 (/data10/XilinxLinux/ppc_4xx/rfs)
Oct 18 11:30:37 aidas1 rpc.mountd[2855]: authenticated mount request from 10.1.2.20:898 for
/data10/XilinxLinux/ppc_4xx/rfs/nnaida20 (/data10/XilinxLinux/ppc_4xx/rfs)
Oct 18 11:30:37 aidas1 rpc.mountd[2855]: authenticated mount request from 10.1.2.19:968 for
/data10/XilinxLinux/ppc_4xx/rfs/nnaida19 (/data10/XilinxLinux/ppc_4xx/rfs)
Oct 18 11:30:37 aidas1 rpc.mountd[2855]: authenticated mount request from 10.1.2.24:795 for
/data10/XilinxLinux/ppc_4xx/rfs/nnaida24 (/data10/XilinxLinux/ppc_4xx/rfs)
Oct 18 11:30:38 aidas1 rpc.mountd[2855]: authenticated mount request from 10.1.1.21:715 for
/data10/XilinxLinux/ppc_4xx/rfs/nnaida21 (/data10/XilinxLinux/ppc_4xx/rfs)
Oct 18 11:31:09 aidas1 rpc.mountd[2855]: authenticated mount request from 10.1.2.15:864 for /MIDAS@aidas
(/MIDAS@aidas)
Oct 18 11:31:10 aidas1 rpc.mountd[2855]: authenticated mount request from 10.1.1.10:864 for /MIDAS@aidas
(/MIDAS@aidas)
Oct 18 11:31:10 aidas1 rpc.mountd[2855]: authenticated mount request from 10.1.1.9:864 for /MIDAS@aidas
(/MIDAS@aidas)
Oct 18 11:31:11 aidas1 rpc.mountd[2855]: authenticated mount request from 10.1.2.12:864 for /MIDAS@aidas
(/MIDAS@aidas)
Oct 18 11:31:11 aidas1 rpc.mountd[2855]: authenticated mount request from 10.1.1.13:864 for /MIDAS@aidas
(/MIDAS@aidas)
Oct 18 11:31:11 aidas1 rpc.mountd[2855]: authenticated mount request from 10.1.1.14:864 for /MIDAS@aidas
(/MIDAS@aidas)
Oct 18 11:31:11 aidas1 rpc.mountd[2855]: authenticated mount request from 10.1.2.16:864 for /MIDAS@aidas
(/MIDAS@aidas)
Oct 18 11:31:11 aidas1 rpc.mountd[2855]: authenticated mount request from 10.1.2.11:864 for /MIDAS@aidas
(/MIDAS@aidas)
Oct 18 11:32:04 aidas1 rpc.mountd[2855]: authenticated mount request from 10.1.1.22:864 for /MIDAS@aidas
(/MIDAS@aidas)
Oct 18 11:32:04 aidas1 rpc.mountd[2855]: authenticated mount request from 10.1.2.20:864 for /MIDAS@aidas
(/MIDAS@aidas)
Oct 18 11:32:04 aidas1 rpc.mountd[2855]: authenticated mount request from 10.1.1.17:864 for /MIDAS@aidas
(/MIDAS@aidas)
Oct 18 11:32:06 aidas1 rpc.mountd[2855]: authenticated mount request from 10.1.2.24:864 for /MIDAS@aidas
(/MIDAS@aidas)
Oct 18 11:32:06 aidas1 rpc.mountd[2855]: authenticated mount request from 10.1.2.23:864 for /MIDAS@aidas
(/MIDAS@aidas)
Oct 18 11:32:06 aidas1 rpc.mountd[2855]: authenticated mount request from 10.1.1.18:864 for /MIDAS@aidas
(/MIDAS@aidas)
Oct 18 11:32:07 aidas1 rpc.mountd[2855]: authenticated mount request from 10.1.2.19:864 for /MIDAS@aidas
(/MIDAS@aidas)
Oct 18 11:32:07 aidas1 rpc.mountd[2855]: authenticated mount request from 10.1.1.21:864 for /MIDAS@aidas
(/MIDAS@aidas)
nnaida24:/var/log/messages
Oct 18 04:31:50 nnaida24 syslogd 1.4.2: restart.
Oct 18 04:31:51 nnaida24 kernel: klogd 1.4.2, log source = /proc/kmsg started.
Oct 18 04:31:51 nnaida24 kernel: Using Xilinx Virtex440 machine description
Oct 18 04:31:51 nnaida24 kernel: Linux version 2.6.31 (nf@nnlxb.dl.ac.uk) (gcc version 4.2.2) #34 PREEMPT Tue
Nov 15 15:57:04 GMT 2011
Oct 18 04:31:51 nnaida24 kernel: Zone PFN ranges:
Oct 18 04:31:51 nnaida24 kernel: DMA 0x00000000 -> 0x00007000
Oct 18 04:31:51 nnaida24 kernel: Normal 0x00007000 -> 0x00007000
Oct 18 04:31:51 nnaida24 kernel: Movable zone start PFN for each node
Oct 18 04:31:51 nnaida24 kernel: early_node_map[1] active PFN ranges
Oct 18 04:31:52 nnaida24 kernel: 0: 0x00000000 -> 0x00007000
Oct 18 04:31:52 nnaida24 kernel: MMU: Allocated 1088 bytes of context maps for 255 contexts
Oct 18 04:31:52 nnaida24 kernel: Built 1 zonelists in Zone order, mobility grouping on. Total pages: 28448
Oct 18 04:31:52 nnaida24 kernel: Kernel command line: console=ttyS0 root=/dev/nfs ip=on rw mem=112M
Oct 18 04:31:52 nnaida24 kernel: PID hash table entries: 512 (order: 9, 2048 bytes)
Oct 18 04:31:52 nnaida24 kernel: Dentry cache hash table entries: 16384 (order: 4, 65536 bytes)
Oct 18 04:31:53 nnaida24 kernel: Inode-cache hash table entries: 8192 (order: 3, 32768 bytes)
Oct 18 04:31:53 nnaida24 kernel: Memory: 109680k/114688k available (3500k kernel code, 4852k reserved, 144k
data, 130k bss, 168k init)
Oct 18 04:31:53 nnaida24 kernel: Kernel virtual memory layout:
Oct 18 04:31:53 nnaida24 kernel: * 0xffffe000..0xfffff000 : fixmap
Oct 18 04:31:53 nnaida24 kernel: * 0xfde00000..0xfe000000 : consistent mem
Oct 18 04:31:53 nnaida24 kernel: * 0xfde00000..0xfde00000 : early ioremap
Oct 18 04:31:53 nnaida24 kernel: * 0xd1000000..0xfde00000 : vmalloc & ioremap
Oct 18 04:31:53 nnaida24 kernel: NR_IRQS:512
Oct 18 04:31:54 nnaida24 kernel: clocksource: timebase mult[a00000] shift[22] registered
Oct 18 04:31:54 nnaida24 kernel: Console: colour dummy device 80x25
Oct 18 04:31:54 nnaida24 kernel: Mount-cache hash table entries: 512
Oct 18 04:31:54 nnaida24 kernel: NET: Registered protocol family 16
Oct 18 04:31:54 nnaida24 kernel: PCI: Probing PCI hardware
Oct 18 04:31:54 nnaida24 kernel: bio: create slab <bio-0> at 0
Oct 18 04:31:54 nnaida24 kernel: NET: Registered protocol family 2
Oct 18 04:31:54 nnaida24 kernel: IP route cache hash table entries: 1024 (order: 0, 4096 bytes)
Oct 18 04:31:54 nnaida24 kernel: TCP established hash table entries: 4096 (order: 3, 32768 bytes)
Oct 18 04:31:55 nnaida24 kernel: TCP bind hash table entries: 4096 (order: 2, 16384 bytes)
Oct 18 04:31:55 nnaida24 kernel: TCP: Hash tables configured (established 4096 bind 4096)
Oct 18 04:31:55 nnaida24 kernel: TCP reno registered
Oct 18 04:31:55 nnaida24 kernel: NET: Registered protocol family 1
Oct 18 04:31:56 nnaida24 kernel: ROMFS MTD (C) 2007 Red Hat, Inc.
Oct 18 04:31:56 nnaida24 kernel: msgmni has been set to 214
Oct 18 04:31:56 nnaida24 kernel: io scheduler noop registered
Oct 18 04:31:57 nnaida24 kernel: io scheduler anticipatory registered
Oct 18 04:31:57 nnaida24 kernel: io scheduler deadline registered
Oct 18 04:31:58 nnaida24 kernel: io scheduler cfq registered (default)
Oct 18 04:31:58 nnaida24 kernel: Serial: 8250/16550 driver, 4 ports, IRQ sharing disabled
Oct 18 04:31:58 nnaida24 kernel: 83e00000.serial: ttyS0 at MMIO 0x83e01003 (irq = 16) is a 16550
Oct 18 04:31:58 nnaida24 kernel: console [ttyS0] enabled
Oct 18 04:31:58 nnaida24 kernel: brd: module loaded
Oct 18 04:31:59 nnaida24 kernel: loop: module loaded
Oct 18 04:31:59 nnaida24 kernel: Device Tree Probing 'ethernet'
Oct 18 04:31:59 nnaida24 kernel: xilinx_lltemac 81c00000.ethernet: MAC address is now 0: 4:a3:2a:d9:b6
Oct 18 04:31:59 nnaida24 kernel: xilinx_lltemac 81c00000.ethernet: XLlTemac: using DMA mode.
Oct 18 04:31:59 nnaida24 kernel: XLlTemac: DCR address: 0x80
Oct 18 04:32:00 nnaida24 kernel: XLlTemac: buffer descriptor size: 32768 (0x8000)
Oct 18 04:32:00 nnaida24 kernel: XLlTemac: Allocating DMA descriptors with kmalloc
Oct 18 04:32:00 nnaida24 kernel: XLlTemac: (buffer_descriptor_init) phy: 0x6938000, virt: 0xc6938000, size: 0x8000
Oct 18 04:32:00 nnaida24 kernel: XTemac: PHY detected at address 7.
Oct 18 04:32:00 nnaida24 kernel: xilinx_lltemac 81c00000.ethernet: eth0: Xilinx TEMAC at 0x81C00000 mapped to
0xD1024000, irq=17
Oct 18 04:32:00 nnaida24 kernel: fc000000.flash: Found 1 x16 devices at 0x0 in 16-bit bank
Oct 18 04:32:00 nnaida24 kernel: Intel/Sharp Extended Query Table at 0x010A
Oct 18 04:32:00 nnaida24 last message repeated 5 times
Oct 18 04:32:00 nnaida24 kernel: Using buffer write method
Oct 18 04:32:01 nnaida24 kernel: cfi_cmdset_0001: Erase suspend on write enabled
Oct 18 04:32:01 nnaida24 kernel: cmdlinepart partition parsing not available
Oct 18 04:32:02 nnaida24 kernel: RedBoot partition parsing not available
Oct 18 04:32:02 nnaida24 kernel: Creating 5 MTD partitions on "fc000000.flash":
Oct 18 04:32:02 nnaida24 kernel: 0x000000000000-0x000000500000 : "golden_firmware"
Oct 18 04:32:02 nnaida24 kernel: 0x000000500000-0x000000800000 : "golden_kernel"
Oct 18 04:32:02 nnaida24 kernel: 0x000000800000-0x000000d00000 : "user_firmware"
Oct 18 04:32:02 nnaida24 kernel: 0x000000d00000-0x000000fe0000 : "user_kernel"
Oct 18 04:32:02 nnaida24 kernel: 0x000000fe0000-0x000001000000 : "env_variables"
Oct 18 04:32:02 nnaida24 kernel: xilinx-xps-spi 81400400.hd-xps-spi: at 0x81400400 mapped to 0xD1028400, irq=20
Oct 18 04:32:03 nnaida24 kernel: SPI: XIlinx spi: bus number now 32766
Oct 18 04:32:03 nnaida24 kernel: xilinx-xps-spi 81400000.xps-spi: at 0x81400000 mapped to 0xD102C000, irq=21
Oct 18 04:32:03 nnaida24 rpcbind: cannot create socket for udp6
Oct 18 04:32:03 nnaida24 kernel: SPI: XIlinx spi: bus number now 32765
Oct 18 04:32:03 nnaida24 kernel: mice: PS/2 mouse device common for all mice
Oct 18 04:32:03 nnaida24 kernel: Device Tree Probing 'i2c'
Oct 18 04:32:03 nnaida24 kernel: #0 at 0x81600000 mapped to 0xD1030000, irq=22
Oct 18 04:32:04 nnaida24 kernel: at24 0-0050: 1024 byte 24c08 EEPROM (writable)
Oct 18 04:32:04 nnaida24 kernel: TCP cubic registered
Oct 18 04:32:04 nnaida24 kernel: NET: Registered protocol family 17
Oct 18 04:32:04 nnaida24 kernel: RPC: Registered udp transport module.
Oct 18 04:32:04 nnaida24 kernel: RPC: Registered tcp transport module.
Oct 18 04:32:05 nnaida24 kernel: eth0: XLlTemac: Options: 0x3fa
Oct 18 04:32:05 nnaida24 rpcbind: cannot create socket for tcp6
Oct 18 04:32:05 nnaida24 kernel: eth0: XLlTemac: allocating interrupt 19 for dma mode tx.
Oct 18 04:32:05 nnaida24 kernel: eth0: XLlTemac: allocating interrupt 18 for dma mode rx.
Oct 18 04:32:05 nnaida24 kernel: eth0: XLlTemac: speed set to 1000Mb/s
Oct 18 04:32:05 nnaida24 kernel: eth0: XLlTemac: Send Threshold = 24, Receive Threshold = 4
Oct 18 04:32:06 nnaida24 kernel: eth0: XLlTemac: Send Wait bound = 254, Receive Wait bound = 254
Oct 18 04:32:06 nnaida24 kernel: Sending DHCP requests ., OK
Oct 18 04:32:06 nnaida24 kernel: IP-Config: Got DHCP answer from 10.1.2.250, my address is 10.1.2.24
Oct 18 04:32:06 nnaida24 kernel: IP-Config: Complete:
Oct 18 04:32:06 nnaida24 kernel: device=eth0, addr=10.1.2.24, mask=255.255.255.0, gw=10.1.2.250,
Oct 18 04:32:06 nnaida24 kernel: host=nnaida24, domain=, nis-domain=(none),
Oct 18 04:32:06 nnaida24 kernel: bootserver=10.1.2.250, rootserver=10.1.2.250,
rootpath=/MIDAS@aidas/XilinxLinux/ppc_4xx/rfs/nnaida24,tcp
Oct 18 04:32:06 nnaida24 kernel: Looking up port of RPC 100003/2 on 10.1.2.250
Oct 18 04:32:06 nnaida24 kernel: Looking up port of RPC 100005/1 on 10.1.2.250
Oct 18 04:32:07 nnaida24 kernel: VFS: Mounted root (nfs filesystem) on device 0:12.
Oct 18 04:32:07 nnaida24 kernel: Freeing unused kernel memory: 168k init
Oct 18 04:32:10 nnaida24 xinetd[275]: IPv6 socket creation failed for service telnet, trying IPv4
Oct 18 04:32:10 nnaida24 xinetd[275]: IPv6 socket creation failed for service ftp, trying IPv4
Oct 18 04:32:10 nnaida24 xinetd[275]: xinetd Version 2.3.14 started with libwrap loadavg options compiled in.
Oct 18 04:32:11 nnaida24 xinetd[275]: Started working: 2 available services
Oct 18 04:32:16 nnaida24 kernel: Trying to free nonexistent resource <0000000081000000-00000000811fffff>
Oct 18 04:32:16 nnaida24 kernel: XAIDA: xaida: mem region start 0x81000000 for 0x200000 mapped at 0xd2100000
Oct 18 04:32:16 nnaida24 kernel: XAIDA: xaida: driver assigned major number 254
Oct 18 04:32:22 nnaida24 kernel: Trying to free nonexistent resource <0000000007000000-0000000007ffffff>
Oct 18 04:32:22 nnaida24 kernel: AIDAMEM: aidamem: mem region start 0x7000000 for 0x1000000 mapped at 0xd2380000
Oct 18 04:32:22 nnaida24 kernel: AIDAMEM: aidamem: driver assigned major number 253
Oct 18 04:32:38 nnaida24 kernel: XAIDA: xaida_open:
Oct 18 04:32:38 nnaida24 kernel: AIDAMEM: aidamem_open:
Oct 18 04:43:16 nnaida24 xinetd[275]: START: telnet pid=395 from=10.1.2.250
-bash-3.2# tail messages
Oct 18 04:32:11 nnaida24 xinetd[275]: Started working: 2 available services
Oct 18 04:32:16 nnaida24 kernel: Trying to free nonexistent resource <0000000081000000-00000000811fffff>
Oct 18 04:32:16 nnaida24 kernel: XAIDA: xaida: mem region start 0x81000000 for 0x200000 mapped at 0xd2100000
Oct 18 04:32:16 nnaida24 kernel: XAIDA: xaida: driver assigned major number 254
Oct 18 04:32:22 nnaida24 kernel: Trying to free nonexistent resource <0000000007000000-0000000007ffffff>
Oct 18 04:32:22 nnaida24 kernel: AIDAMEM: aidamem: mem region start 0x7000000 for 0x1000000 mapped at 0xd2380000
Oct 18 04:32:22 nnaida24 kernel: AIDAMEM: aidamem: driver assigned major number 253
Oct 18 04:32:38 nnaida24 kernel: XAIDA: xaida_open:
Oct 18 04:32:38 nnaida24 kernel: AIDAMEM: aidamem_open:
Oct 18 04:43:16 nnaida24 xinetd[275]: START: telnet pid=395 from=10.1.2.250
-bash-3.2# tail messages
Oct 18 04:32:16 nnaida24 kernel: Trying to free nonexistent resource <0000000081000000-00000000811fffff>
Oct 18 04:32:16 nnaida24 kernel: XAIDA: xaida: mem region start 0x81000000 for 0x200000 mapped at 0xd2100000
Oct 18 04:32:16 nnaida24 kernel: XAIDA: xaida: driver assigned major number 254
Oct 18 04:32:22 nnaida24 kernel: Trying to free nonexistent resource <0000000007000000-0000000007ffffff>
Oct 18 04:32:22 nnaida24 kernel: AIDAMEM: aidamem: mem region start 0x7000000 for 0x1000000 mapped at 0xd2380000
Oct 18 04:32:22 nnaida24 kernel: AIDAMEM: aidamem: driver assigned major number 253
Oct 18 04:32:38 nnaida24 kernel: XAIDA: xaida_open:
Oct 18 04:32:38 nnaida24 kernel: AIDAMEM: aidamem_open:
Oct 18 04:43:16 nnaida24 xinetd[275]: START: telnet pid=395 from=10.1.2.250
Oct 18 04:52:07 nnaida24 kernel: XAIDA: xaida_open:
-bash-3.2# tail messages
Oct 18 04:32:16 nnaida24 kernel: Trying to free nonexistent resource <0000000081000000-00000000811fffff>
Oct 18 04:32:16 nnaida24 kernel: XAIDA: xaida: mem region start 0x81000000 for 0x200000 mapped at 0xd2100000
Oct 18 04:32:16 nnaida24 kernel: XAIDA: xaida: driver assigned major number 254
Oct 18 04:32:22 nnaida24 kernel: Trying to free nonexistent resource <0000000007000000-0000000007ffffff>
Oct 18 04:32:22 nnaida24 kernel: AIDAMEM: aidamem: mem region start 0x7000000 for 0x1000000 mapped at 0xd2380000
Oct 18 04:32:22 nnaida24 kernel: AIDAMEM: aidamem: driver assigned major number 253
Oct 18 04:32:38 nnaida24 kernel: XAIDA: xaida_open:
Oct 18 04:32:38 nnaida24 kernel: AIDAMEM: aidamem_open:
Oct 18 04:43:16 nnaida24 xinetd[275]: START: telnet pid=395 from=10.1.2.250
Oct 18 04:52:07 nnaida24 kernel: XAIDA: xaida_open:
Pi monitor browser - see attachment 1 - 24x FEE64 'not finished'
Start httpd for data acquisition, start web browser for AIDA DAQ
DAQ RESET and SETUP produce pop up messages - see attachments 2 & 3
Manual ReSYNC required
All system wide checks OK
*except* synchronise ASIC clocks which fails for *all* FEE64s
which may be correct for current firmware synchronising FEE64 clock and ASIC readout clock - to be checked
12.11 No FEE64 temperatures - see attachment 4
12.14 Detector bias and leakage currents OK - see attachments 5 & 6
Ambient temperature +23.1 deg C, d.p. +8.0 deg C, RH 38%
12.20 By hand, the temperatures of the FEE64 mezzanines feel OK
13:50 By hand, the temperatures of the FEE64 mezzanines still feel OK
13:53 FEE64 Temperature displays back online see attachment 7
13:58 System wide checks ok
14:00 Pulser had been switched off. Turned on, amplitude at 90000, Frequency set to 25Hz scale
14:04 ASIC load check ok
14:20 Statistics with pulser running. All reasonable though nnaida13 about double the rest. - Attachment 8
14:45 Pulser widths taken using 1.8.L spectra - attachments 9 & 10
Crane was running whilst pulser peaks were forming
15:00 Waveforms for p and n sides - attachments 11 - 14
For comparisons for stats and waveforms see elog entry https://elog.ph.ed.ac.uk/AIDA/668
16:32 DAQ started writing to file in /TapeData/Oct17 with R1_0
16:41 Layouts 1 and 2 - attachments 15-17
17:30 Analysis of R1_7 - attachment 18
17:40 Spectra of ADC data items /s and DSSD rates as a function of time - attachments 18 & 19 respectively
17:57 Bias and leakage currents ok - attachment 24
System wide checks ok though nnaida24 has about 9000kb less memory
System left running
18:13 Pulser event in lec data plot - attachments 20 & 21
Discriminator spectra - attachment 22 |
|
Sat Jun 17 11:00:55 2017, TD, Report - high - 'zero all histograms' doesn't
|
The DAQ Run Control 'zero all histograms' function appears to have stopped working
- an issue related to the new RunControl/sys.tcl ... ?
See https://elog.ph.ed.ac.uk/AIDA/662 |
|
Mon Jun 19 08:52:40 2017, TD, Report - high - 'zero all histograms' doesn't
|
>
> The DAQ Run Control 'zero all histograms' function appears to have stopped working
> - an issue related to the new RunControl/sys.tcl ... ?
>
> See https://elog.ph.ed.ac.uk/AIDA/662
Fault discovered and file edited at Daresbury.
A piece of random text was in the " zero histograms" process. |
|
Mon Jun 19 08:58:00 2017, TD, Patrick, Report - high - 'zero all histograms' doesn't
|
>
> The DAQ Run Control 'zero all histograms' function appears to have stopped working
> - an issue related to the new RunControl/sys.tcl ... ?
>
> See https://elog.ph.ed.ac.uk/AIDA/662
Fault discovered and file edited at Daresbury.
A piece of random text was in the " zero histograms" process.
The repaired file has been installed in RIKEN. |
|
Sun Jun 18 08:01:42 2017, TD, Seagate Backup Plus Hub 8Tb USB disk #2
|
aidas1> df -h
Filesystem Size Used Avail Use% Mounted on
/dev/mapper/vg_aidas1-lv_root
50G 37G 11G 78% /
tmpfs 3.9G 1.1G 2.8G 29% /dev/shm
/dev/sda1 477M 77M 376M 17% /boot
/dev/mapper/vg_aidas1-lv_home
860G 580G 236G 72% /home
/dev/mapper/Data1-data10
7.7T 5.7T 1.7T 78% /data10
/dev/sdg2 7.3T 5.3T 2.0T 73% /ntfs
aidas1> cd /ntfs
/ntfs
aidas1> du -h
512 ./$RECYCLE.BIN/S-1-5-21-3592705683-1703124337-2829554695-1001
512 ./$RECYCLE.BIN
2.0G ./.Trash-1729186/files
512 ./.Trash-1729186/info
2.0G ./.Trash-1729186
1.7T ./PE16
101G ./RIBF03R1/BigRIPS
2.2M ./RIBF03R1/BRIKEN/1622FallonPreparation/CheckCal_161122_2208_003
25K ./RIBF03R1/BRIKEN/1622FallonPreparation/CheckCal_161124_1215
8.2G ./RIBF03R1/BRIKEN/1622FallonPreparation
500K ./RIBF03R1/BRIKEN/1626FallonParasitic/Conf
120K ./RIBF03R1/BRIKEN/1626FallonParasitic/Elogs_RIBF123/elog_RIBF123_id204_id184/ELOG_RIBF123_id204_id184_files
164K ./RIBF03R1/BRIKEN/1626FallonParasitic/Elogs_RIBF123/elog_RIBF123_id204_id184
788K ./RIBF03R1/BRIKEN/1626FallonParasitic/Elogs_RIBF123/elog_RIBF123_id224_id205/ELOG_RIBF123_id224_id204_files
844K ./RIBF03R1/BRIKEN/1626FallonParasitic/Elogs_RIBF123/elog_RIBF123_id224_id205
19M ./RIBF03R1/BRIKEN/1626FallonParasitic/Elogs_RIBF123
313M ./RIBF03R1/BRIKEN/1626FallonParasitic/FallonOnlines
187G ./RIBF03R1/BRIKEN/1626FallonParasitic
28K ./RIBF03R1/BRIKEN/BRIKENrootTools
195G ./RIBF03R1/BRIKEN
71M ./RIBF03R1/RIBF03R1_logs
2.5T ./RIBF03R1
522G ./RIBF123R1/BigRIPS_oct16ur
32G ./RIBF123R1/BRIKEN/BRIKEN/data/1611BRIKEN/161107Parasitic
3.2G ./RIBF123R1/BRIKEN/BRIKEN/data/1611BRIKEN/Briken252Cf
35G ./RIBF123R1/BRIKEN/BRIKEN/data/1611BRIKEN
630M ./RIBF123R1/BRIKEN/BRIKEN/data/analysis/161111
630M ./RIBF123R1/BRIKEN/BRIKEN/data/analysis
36G ./RIBF123R1/BRIKEN/BRIKEN/data
36G ./RIBF123R1/BRIKEN/BRIKEN
36G ./RIBF123R1/BRIKEN
100M ./RIBF123R1/RIBF123R1_logs
1.2T ./RIBF123R1
512 ./Seagate/Registration
512 ./Seagate
0 ./Start_Here_Mac.app/Contents/Frameworks
26M ./Start_Here_Mac.app/Contents/MacOS
304K ./Start_Here_Mac.app/Contents/Resources
4.0K ./Start_Here_Mac.app/Contents/_CodeSignature
26M ./Start_Here_Mac.app/Contents
26M ./Start_Here_Mac.app
1.0K ./System Volume Information
5.3T . |
|
Sun Jun 18 07:57:26 2017, TD, Seagate Backup Plus Hub 8Tb USB disk #3
|
N.B. data directory RIBF148 incomplete
aidas1> df -h
Filesystem Size Used Avail Use% Mounted on
/dev/mapper/vg_aidas1-lv_root
50G 37G 11G 78% /
tmpfs 3.9G 1.1G 2.8G 29% /dev/shm
/dev/sda1 477M 77M 376M 17% /boot
/dev/mapper/vg_aidas1-lv_home
860G 580G 236G 72% /home
/dev/mapper/Data1-data10
7.7T 5.7T 1.7T 78% /data10
/dev/sdg2 7.3T 7.0T 352G 96% /ntfs
aidas1> cd /ntfs
/ntfs
aidas1> du -h
231G ./May2017
175G ./RIBF127R1/bigrips
29G ./RIBF127R1/briken
5.6G ./RIBF127R1/rootfiles/bigrips
5.6G ./RIBF127R1/rootfiles
2.3T ./RIBF127R1
0 ./RIBF128/bigrips/run1124.ridf
0 ./RIBF128/bigrips/run1125.ridf
0 ./RIBF128/bigrips/run1126.ridf
0 ./RIBF128/bigrips/run1127.ridf
142G ./RIBF128/bigrips
32G ./RIBF128/briken
19G ./RIBF128/rootfiles/aida
3.2G ./RIBF128/rootfiles/bigrips
21G ./RIBF128/rootfiles/briken
647K ./RIBF128/rootfiles/merged/config
47M ./RIBF128/rootfiles/merged/log
243G ./RIBF128/rootfiles/merged
285G ./RIBF128/rootfiles
212K ./RIBF128/scripts/aidasort/build-LuckyDoll/config/thresholdoptimization
224K ./RIBF128/scripts/aidasort/build-LuckyDoll/config/thresholdtablesbriken2017
753K ./RIBF128/scripts/aidasort/build-LuckyDoll/config
32K ./RIBF128/scripts/aidasort/build-LuckyDoll/CMakeFiles/3.6.1/CompilerIdC
32K ./RIBF128/scripts/aidasort/build-LuckyDoll/CMakeFiles/3.6.1/CompilerIdCXX
101K ./RIBF128/scripts/aidasort/build-LuckyDoll/CMakeFiles/3.6.1
2.9M ./RIBF128/scripts/aidasort/build-LuckyDoll/CMakeFiles/aida2histbkg.dir
3.5M ./RIBF128/scripts/aidasort/build-LuckyDoll/CMakeFiles/aida2histcalib.dir
2.4M ./RIBF128/scripts/aidasort/build-LuckyDoll/CMakeFiles/AIDAbkg.dir
2.4M ./RIBF128/scripts/aidasort/build-LuckyDoll/CMakeFiles/AIDAcal.dir
2.4M ./RIBF128/scripts/aidasort/build-LuckyDoll/CMakeFiles/AIDAfullnew.dir
3.4M ./RIBF128/scripts/aidasort/build-LuckyDoll/CMakeFiles/aidafullnew.dir
3.6M ./RIBF128/scripts/aidasort/build-LuckyDoll/CMakeFiles/aidanew.dir
2.4M ./RIBF128/scripts/aidasort/build-LuckyDoll/CMakeFiles/AIDApartialnew.dir
3.5M ./RIBF128/scripts/aidasort/build-LuckyDoll/CMakeFiles/aidapartialnew.dir
2.4M ./RIBF128/scripts/aidasort/build-LuckyDoll/CMakeFiles/AIDAsnew.dir
0 ./RIBF128/scripts/aidasort/build-LuckyDoll/CMakeFiles/CMakeTmp
9.0K ./RIBF128/scripts/aidasort/build-LuckyDoll/CMakeFiles/G__AIDAbkg.dir
9.0K ./RIBF128/scripts/aidasort/build-LuckyDoll/CMakeFiles/G__AIDAcal.dir
9.0K ./RIBF128/scripts/aidasort/build-LuckyDoll/CMakeFiles/G__AIDAfullnew.dir
13K ./RIBF128/scripts/aidasort/build-LuckyDoll/CMakeFiles/G__AIDApartialnew.dir
13K ./RIBF128/scripts/aidasort/build-LuckyDoll/CMakeFiles/G__AIDAsimplenew.dir
29M ./RIBF128/scripts/aidasort/build-LuckyDoll/CMakeFiles
21M ./RIBF128/scripts/aidasort/build-LuckyDoll/ecalib
1.2M ./RIBF128/scripts/aidasort/build-LuckyDoll/list
4.6G ./RIBF128/scripts/aidasort/build-LuckyDoll
0 ./RIBF128/scripts/aidasort/LuckyDoll/.git/branches
34K ./RIBF128/scripts/aidasort/LuckyDoll/.git/hooks
512 ./RIBF128/scripts/aidasort/LuckyDoll/.git/info
1.0K ./RIBF128/scripts/aidasort/LuckyDoll/.git/logs/refs/heads
1.0K ./RIBF128/scripts/aidasort/LuckyDoll/.git/logs/refs/remotes/origin
1.0K ./RIBF128/scripts/aidasort/LuckyDoll/.git/logs/refs/remotes
2.0K ./RIBF128/scripts/aidasort/LuckyDoll/.git/logs/refs
3.0K ./RIBF128/scripts/aidasort/LuckyDoll/.git/logs
4.0K ./RIBF128/scripts/aidasort/LuckyDoll/.git/objects/0a
512 ./RIBF128/scripts/aidasort/LuckyDoll/.git/objects/3e
512 ./RIBF128/scripts/aidasort/LuckyDoll/.git/objects/49
8.0K ./RIBF128/scripts/aidasort/LuckyDoll/.git/objects/68
8.0K ./RIBF128/scripts/aidasort/LuckyDoll/.git/objects/6b
8.0K ./RIBF128/scripts/aidasort/LuckyDoll/.git/objects/7e
8.0K ./RIBF128/scripts/aidasort/LuckyDoll/.git/objects/8b
12K ./RIBF128/scripts/aidasort/LuckyDoll/.git/objects/9a
512 ./RIBF128/scripts/aidasort/LuckyDoll/.git/objects/c1
4.0K ./RIBF128/scripts/aidasort/LuckyDoll/.git/objects/d8
4.0K ./RIBF128/scripts/aidasort/LuckyDoll/.git/objects/ef
4.0K ./RIBF128/scripts/aidasort/LuckyDoll/.git/objects/fb
0 ./RIBF128/scripts/aidasort/LuckyDoll/.git/objects/info
2.2M ./RIBF128/scripts/aidasort/LuckyDoll/.git/objects/pack
2.2M ./RIBF128/scripts/aidasort/LuckyDoll/.git/objects
512 ./RIBF128/scripts/aidasort/LuckyDoll/.git/refs/heads
1.0K ./RIBF128/scripts/aidasort/LuckyDoll/.git/refs/remotes/origin
1.0K ./RIBF128/scripts/aidasort/LuckyDoll/.git/refs/remotes
0 ./RIBF128/scripts/aidasort/LuckyDoll/.git/refs/tags
1.5K ./RIBF128/scripts/aidasort/LuckyDoll/.git/refs
2.3M ./RIBF128/scripts/aidasort/LuckyDoll/.git
586K ./RIBF128/scripts/aidasort/LuckyDoll/LuckyDollReader
128K ./RIBF128/scripts/aidasort/LuckyDoll/temp
140K ./RIBF128/scripts/aidasort/LuckyDoll/txt/config/cal_nogainadjust
100K ./RIBF128/scripts/aidasort/LuckyDoll/txt/config/old
400K ./RIBF128/scripts/aidasort/LuckyDoll/txt/config
92K ./RIBF128/scripts/aidasort/LuckyDoll/txt/old
616K ./RIBF128/scripts/aidasort/LuckyDoll/txt
5.2M ./RIBF128/scripts/aidasort/LuckyDoll
4.6G ./RIBF128/scripts/aidasort
0 ./RIBF128/scripts/bigripssort/anaroot/.git/branches
34K ./RIBF128/scripts/bigripssort/anaroot/.git/hooks
512 ./RIBF128/scripts/bigripssort/anaroot/.git/info
25K ./RIBF128/scripts/bigripssort/anaroot/.git/logs/refs/heads
25K ./RIBF128/scripts/bigripssort/anaroot/.git/logs/refs
37K ./RIBF128/scripts/bigripssort/anaroot/.git/logs
592K ./RIBF128/scripts/bigripssort/anaroot/.git/objects/00
23K ./RIBF128/scripts/bigripssort/anaroot/.git/objects/01
78K ./RIBF128/scripts/bigripssort/anaroot/.git/objects/02
93K ./RIBF128/scripts/bigripssort/anaroot/.git/objects/03
190K ./RIBF128/scripts/bigripssort/anaroot/.git/objects/04
9.5K ./RIBF128/scripts/bigripssort/anaroot/.git/objects/05
115K ./RIBF128/scripts/bigripssort/anaroot/.git/objects/06
27K ./RIBF128/scripts/bigripssort/anaroot/.git/objects/07
63K ./RIBF128/scripts/bigripssort/anaroot/.git/objects/08
17K ./RIBF128/scripts/bigripssort/anaroot/.git/objects/09
17K ./RIBF128/scripts/bigripssort/anaroot/.git/objects/0a
68K ./RIBF128/scripts/bigripssort/anaroot/.git/objects/0b
214K ./RIBF128/scripts/bigripssort/anaroot/.git/objects/0c
54K ./RIBF128/scripts/bigripssort/anaroot/.git/objects/0d
69K ./RIBF128/scripts/bigripssort/anaroot/.git/objects/0e
576K ./RIBF128/scripts/bigripssort/anaroot/.git/objects/0f
162K ./RIBF128/scripts/bigripssort/anaroot/.git/objects/10
10K ./RIBF128/scripts/bigripssort/anaroot/.git/objects/11
13K ./RIBF128/scripts/bigripssort/anaroot/.git/objects/12
69K ./RIBF128/scripts/bigripssort/anaroot/.git/objects/13
44K ./RIBF128/scripts/bigripssort/anaroot/.git/objects/14
22K ./RIBF128/scripts/bigripssort/anaroot/.git/objects/15
3.5M ./RIBF128/scripts/bigripssort/anaroot/.git/objects/16
89K ./RIBF128/scripts/bigripssort/anaroot/.git/objects/17
422K ./RIBF128/scripts/bigripssort/anaroot/.git/objects/18
81K ./RIBF128/scripts/bigripssort/anaroot/.git/objects/19
4.5K ./RIBF128/scripts/bigripssort/anaroot/.git/objects/1a
4.5K ./RIBF128/scripts/bigripssort/anaroot/.git/objects/1b
12K ./RIBF128/scripts/bigripssort/anaroot/.git/objects/1c
33K ./RIBF128/scripts/bigripssort/anaroot/.git/objects/1d
13K ./RIBF128/scripts/bigripssort/anaroot/.git/objects/1e
78K ./RIBF128/scripts/bigripssort/anaroot/.git/objects/1f
1.5K ./RIBF128/scripts/bigripssort/anaroot/.git/objects/20
9.5K ./RIBF128/scripts/bigripssort/anaroot/.git/objects/21
93K ./RIBF128/scripts/bigripssort/anaroot/.git/objects/22
205K ./RIBF128/scripts/bigripssort/anaroot/.git/objects/23
114K ./RIBF128/scripts/bigripssort/anaroot/.git/objects/24
112K ./RIBF128/scripts/bigripssort/anaroot/.git/objects/25
13K ./RIBF128/scripts/bigripssort/anaroot/.git/objects/26
5.0K ./RIBF128/scripts/bigripssort/anaroot/.git/objects/27
63K ./RIBF128/scripts/bigripssort/anaroot/.git/objects/28
23K ./RIBF128/scripts/bigripssort/anaroot/.git/objects/29
21K ./RIBF128/scripts/bigripssort/anaroot/.git/objects/2a
6.0K ./RIBF128/scripts/bigripssort/anaroot/.git/objects/2b
13K ./RIBF128/scripts/bigripssort/anaroot/.git/objects/2c
29K ./RIBF128/scripts/bigripssort/anaroot/.git/objects/a3
25K ./RIBF128/scripts/bigripssort/anaroot/.git/objects/a4
114K ./RIBF128/scripts/bigripssort/anaroot/.git/objects/a5
1.2M ./RIBF128/scripts/bigripssort/anaroot/.git/objects/a6
102K ./RIBF128/scripts/bigripssort/anaroot/.git/objects/a7
2.0K ./RIBF128/scripts/bigripssort/anaroot/.git/objects/a8
130K ./RIBF128/scripts/bigripssort/anaroot/.git/objects/a9
94K ./RIBF128/scripts/bigripssort/anaroot/.git/objects/aa
4.5K ./RIBF128/scripts/bigripssort/anaroot/.git/objects/ab
18K ./RIBF128/scripts/bigripssort/anaroot/.git/objects/ac
18K ./RIBF128/scripts/bigripssort/anaroot/.git/objects/ad
24K ./RIBF128/scripts/bigripssort/anaroot/.git/objects/ae
1.0K ./RIBF128/scripts/bigripssort/anaroot/.git/objects/af
477K ./RIBF128/scripts/bigripssort/anaroot/.git/objects/b0
14K ./RIBF128/scripts/bigripssort/anaroot/.git/objects/b1
28K ./RIBF128/scripts/bigripssort/anaroot/.git/objects/b2
62K ./RIBF128/scripts/bigripssort/anaroot/.git/objects/b3
19K ./RIBF128/scripts/bigripssort/anaroot/.git/objects/b4
294K ./RIBF128/scripts/bigripssort/anaroot/.git/objects/b5
49K ./RIBF128/scripts/bigripssort/anaroot/.git/objects/b6
93K ./RIBF128/scripts/bigripssort/anaroot/.git/objects/b7
21K ./RIBF128/scripts/bigripssort/anaroot/.git/objects/b8
175K ./RIBF128/scripts/bigripssort/anaroot/.git/objects/b9
84K ./RIBF128/scripts/bigripssort/anaroot/.git/objects/ba
98K ./RIBF128/scripts/bigripssort/anaroot/.git/objects/bb
57K ./RIBF128/scripts/bigripssort/anaroot/.git/objects/bc
118K ./RIBF128/scripts/bigripssort/anaroot/.git/objects/bd
33K ./RIBF128/scripts/bigripssort/anaroot/.git/objects/be
14K ./RIBF128/scripts/bigripssort/anaroot/.git/objects/bf
8.5K ./RIBF128/scripts/bigripssort/anaroot/.git/objects/c0
58K ./RIBF128/scripts/bigripssort/anaroot/.git/objects/c1
29K ./RIBF128/scripts/bigripssort/anaroot/.git/objects/c2
8.5K ./RIBF128/scripts/bigripssort/anaroot/.git/objects/c3
17K ./RIBF128/scripts/bigripssort/anaroot/.git/objects/c4
194K ./RIBF128/scripts/bigripssort/anaroot/.git/objects/c5
17K ./RIBF128/scripts/bigripssort/anaroot/.git/objects/c6
822K ./RIBF128/scripts/bigripssort/anaroot/.git/objects/c7
18K ./RIBF128/scripts/bigripssort/anaroot/.git/objects/c8
172K ./RIBF128/scripts/bigripssort/anaroot/.git/objects/c9
10K ./RIBF128/scripts/bigripssort/anaroot/.git/objects/ca
333K ./RIBF128/scripts/bigripssort/anaroot/.git/objects/cb
134K ./RIBF128/scripts/bigripssort/anaroot/.git/objects/cc
14K ./RIBF128/scripts/bigripssort/anaroot/.git/objects/cd
10K ./RIBF128/scripts/bigripssort/anaroot/.git/objects/5f
21K ./RIBF128/scripts/bigripssort/anaroot/.git/objects/60
22K ./RIBF128/scripts/bigripssort/anaroot/.git/objects/61
37K ./RIBF128/scripts/bigripssort/anaroot/.git/objects/62
21K ./RIBF128/scripts/bigripssort/anaroot/.git/objects/63
49K ./RIBF128/scripts/bigripssort/anaroot/.git/objects/64
17K ./RIBF128/scripts/bigripssort/anaroot/.git/objects/65
57K ./RIBF128/scripts/bigripssort/anaroot/.git/objects/66
418K ./RIBF128/scripts/bigripssort/anaroot/.git/objects/67
26K ./RIBF128/scripts/bigripssort/anaroot/.git/objects/68
161K ./RIBF128/scripts/bigripssort/anaroot/.git/objects/69
1.2M ./RIBF128/scripts/bigripssort/anaroot/.git/objects/6a
298K ./RIBF128/scripts/bigripssort/anaroot/.git/objects/6b
84K ./RIBF128/scripts/bigripssort/anaroot/.git/objects/6c
8.5K ./RIBF128/scripts/bigripssort/anaroot/.git/objects/6d
17K ./RIBF128/scripts/bigripssort/anaroot/.git/objects/6e
22K ./RIBF128/scripts/bigripssort/anaroot/.git/objects/6f
25K ./RIBF128/scripts/bigripssort/anaroot/.git/objects/70
512 ./RIBF128/scripts/bigripssort/anaroot/.git/objects/71
17K ./RIBF128/scripts/bigripssort/anaroot/.git/objects/72
14K ./RIBF128/scripts/bigripssort/anaroot/.git/objects/73
4.5K ./RIBF128/scripts/bigripssort/anaroot/.git/objects/74
111K ./RIBF128/scripts/bigripssort/anaroot/.git/objects/75
33K ./RIBF128/scripts/bigripssort/anaroot/.git/objects/76
26K ./RIBF128/scripts/bigripssort/anaroot/.git/objects/77
6.5K ./RIBF128/scripts/bigripssort/anaroot/.git/objects/78
455K ./RIBF128/scripts/bigripssort/anaroot/.git/objects/79
6.5K ./RIBF128/scripts/bigripssort/anaroot/.git/objects/7a
22K ./RIBF128/scripts/bigripssort/anaroot/.git/objects/7b
32K ./RIBF128/scripts/bigripssort/anaroot/.git/objects/7c
128K ./RIBF128/scripts/bigripssort/anaroot/.git/objects/7d
512 ./RIBF128/scripts/bigripssort/anaroot/.git/objects/cf
8.5K ./RIBF128/scripts/bigripssort/anaroot/.git/objects/d0
13K ./RIBF128/scripts/bigripssort/anaroot/.git/objects/d1
17K ./RIBF128/scripts/bigripssort/anaroot/.git/objects/d2
333K ./RIBF128/scripts/bigripssort/anaroot/.git/objects/d3
512 ./RIBF128/scripts/bigripssort/anaroot/.git/objects/d4
20K ./RIBF128/scripts/bigripssort/anaroot/.git/objects/d5
45K ./RIBF128/scripts/bigripssort/anaroot/.git/objects/d6
18K ./RIBF128/scripts/bigripssort/anaroot/.git/objects/d7
196K ./RIBF128/scripts/bigripssort/anaroot/.git/objects/d8
88K ./RIBF128/scripts/bigripssort/anaroot/.git/objects/d9
9.0K ./RIBF128/scripts/bigripssort/anaroot/.git/objects/da
126K ./RIBF128/scripts/bigripssort/anaroot/.git/objects/db
68K ./RIBF128/scripts/bigripssort/anaroot/.git/objects/dc
26K ./RIBF128/scripts/bigripssort/anaroot/.git/objects/dd
9.5K ./RIBF128/scripts/bigripssort/anaroot/.git/objects/de
253K ./RIBF128/scripts/bigripssort/anaroot/.git/objects/df
124K ./RIBF128/scripts/bigripssort/anaroot/.git/objects/e0
21K ./RIBF128/scripts/bigripssort/anaroot/.git/objects/e1
24K ./RIBF128/scripts/bigripssort/anaroot/.git/objects/e2
18K ./RIBF128/scripts/bigripssort/anaroot/.git/objects/e3
25K ./RIBF128/scripts/bigripssort/anaroot/.git/objects/e4
10K ./RIBF128/scripts/bigripssort/anaroot/.git/objects/e5
1.5K ./RIBF128/scripts/bigripssort/anaroot/.git/objects/e6
34K ./RIBF128/scripts/bigripssort/anaroot/.git/objects/2e
33K ./RIBF128/scripts/bigripssort/anaroot/.git/objects/2f
21K ./RIBF128/scripts/bigripssort/anaroot/.git/objects/30
65K ./RIBF128/scripts/bigripssort/anaroot/.git/objects/31
32K ./RIBF128/scripts/bigripssort/anaroot/.git/objects/32
38K ./RIBF128/scripts/bigripssort/anaroot/.git/objects/33
27K ./RIBF128/scripts/bigripssort/anaroot/.git/objects/34
25K ./RIBF128/scripts/bigripssort/anaroot/.git/objects/35
23K ./RIBF128/scripts/bigripssort/anaroot/.git/objects/36
8.5K ./RIBF128/scripts/bigripssort/anaroot/.git/objects/37
25K ./RIBF128/scripts/bigripssort/anaroot/.git/objects/38
1.8M ./RIBF128/scripts/bigripssort/anaroot/.git/objects/39
22K ./RIBF128/scripts/bigripssort/anaroot/.git/objects/3a
69K ./RIBF128/scripts/bigripssort/anaroot/.git/objects/3b
329K ./RIBF128/scripts/bigripssort/anaroot/.git/objects/3c
21K ./RIBF128/scripts/bigripssort/anaroot/.git/objects/3d
21K ./RIBF128/scripts/bigripssort/anaroot/.git/objects/3e
13K ./RIBF128/scripts/bigripssort/anaroot/.git/objects/3f
41K ./RIBF128/scripts/bigripssort/anaroot/.git/objects/40
74K ./RIBF128/scripts/bigripssort/anaroot/.git/objects/41
206K ./RIBF128/scripts/bigripssort/anaroot/.git/objects/42
152K ./RIBF128/scripts/bigripssort/anaroot/.git/objects/43
21K ./RIBF128/scripts/bigripssort/anaroot/.git/objects/44
114K ./RIBF128/scripts/bigripssort/anaroot/.git/objects/45
81K ./RIBF128/scripts/bigripssort/anaroot/.git/objects/2d
21K ./RIBF128/scripts/bigripssort/anaroot/.git/objects/46
116K ./RIBF128/scripts/bigripssort/anaroot/.git/objects/5e
1.5K ./RIBF128/scripts/bigripssort/anaroot/.git/objects/7e
26K ./RIBF128/scripts/bigripssort/anaroot/.git/objects/a2
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512 ./RIBF128/scripts/bigripssort/work/Sm/anaroot/sources/Reconstruction/MINOS/.deps
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59M ./RIBF128/scripts/bigripssort/work/Sm/anaroot/sources/Reconstruction
94M ./RIBF128/scripts/bigripssort/work/Sm/anaroot/sources
11G ./RIBF128/scripts/bigripssort/work/Sm/anaroot
11G ./RIBF128/scripts/bigripssort/work/Sm
15G ./RIBF128/scripts/bigripssort/work
18G ./RIBF128/scripts/bigripssort
40K ./RIBF128/scripts/brikensort/config
40K ./RIBF128/scripts/brikensort
16K ./RIBF128/scripts/merger/anamerger/pictures
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22M ./RIBF128/scripts/merger/anamerger
7.5M ./RIBF128/scripts/merger/anamerger_RIBF148/pictures
15M ./RIBF128/scripts/merger/anamerger_RIBF148/cuts
32M ./RIBF128/scripts/merger/anamerger_RIBF148
43M ./RIBF128/scripts/merger/config
95M ./RIBF128/scripts/merger
2.2M ./RIBF128/scripts/monitor
32K ./RIBF128/scripts/parallelscript/script_RIBF127_backup
36K ./RIBF128/scripts/parallelscript/script_RIBF128_backup
160K ./RIBF128/scripts/parallelscript/script_RIBF148_backup
14K ./RIBF128/scripts/parallelscript/test
449M ./RIBF128/scripts/parallelscript/tmps
449M ./RIBF128/scripts/parallelscript
23G ./RIBF128/scripts
3.7T ./RIBF128
0 ./RIBF148/bigrips/run1124.ridf
0 ./RIBF148/bigrips/run1125.ridf
0 ./RIBF148/bigrips/run1126.ridf
0 ./RIBF148/bigrips/run1127.ridf
142G ./RIBF148/bigrips
32G ./RIBF148/briken
2.9G ./RIBF148/rootfiles/bigrips
2.9G ./RIBF148/rootfiles
836G ./RIBF148
512 ./Seagate/Registration
512 ./Seagate
0 ./Start_Here_Mac.app/Contents/Frameworks
26M ./Start_Here_Mac.app/Contents/MacOS
304K ./Start_Here_Mac.app/Contents/Resources
4.0K ./Start_Here_Mac.app/Contents/_CodeSignature
26M ./Start_Here_Mac.app/Contents
26M ./Start_Here_Mac.app
7.0T |
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Sun Jun 18 06:35:22 2017, TD, DSSSD bias & leakage current spreadsheet
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https://docs.google.com/spreadsheets/d/12hgbrywB10hGsKt5uc2HnLfZymh8_uvM6cEASbbqnBE/edit#gid=808110721 |
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Sun Jun 18 02:56:43 2017, TD, Sunday 18 June 11x
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10.56 Detector biases & leakage currents OK - see attachments 1 & 2
USB-controlled ac mains relay input #1 fuse blown - replaced
11.12 *all* system wide checks OK *except* nnaida21 fails ADC calibration
BNC PB-4
Amplitude 90,000
x5 attenuator IN
t_r 100ns tau_d 50us
- polarity
frequency 25Hz range 2.6Hz
delay MIN, tail pulse, INT ref
ASIC settings 2017Mar27-16.12.39
11.36 nnaida13 & nnaida11 1*W spectra - see attachments 3 & 4
per FEE64 1.8.W spectra - see attachments 5 & 6
good events statistics - see attachment 7
Note c. 3kHz modulated HF noise has disappeared overnight
12.00 2x unused (possibly faulty) MACBs removed from AIDA NIM bins preparatory to UK return
ambient temperature +24.0 deg C, d.p. +8.9 deg C, RH 38.8%
Julabo FL11006 set point +20.0 deg C, actual +20.0 deg C, water level c. 75%
14.03 nnaida13 1*W spectra
Ibias LF feedback 0x8 (default) - see attachments 8 & 10
Ibias LF feedback 0xf - see attachments 9 & 11
14.30 BRIKEN 3He and clovers off
no obvious change in preamp waveform noise
14.33 DSSSD bias off
14.37 FEE64 power off
14.43 2x NIM bins off
BNC PB-4 pulser off
USB-controlled ac mains relay off, interlock enabled, USB cable removed
ac mains circuit off
Tektronix AFG3201C off
Julabo FL11006 off
3ph supply off |
|
Sat Jun 17 05:47:58 2017, TD, Saturday 17 June 40x
|
13.47 DAQ continues
AIDA file RIBF148/R10_39
BNC PB-4
Amplitude 90,000
x5 attenuator IN
t_r 100ns tau_d 50us
- polarity
frequency 25Hz range 2.6Hz
delay MIN, tail pulse, INT ref
ASIC settings 2017Mar27-16.12.39
*except*
slow comparator 0x64
LEC/MEC fast comparator 0x14
13.49 Detector biases & leakage currents OK - see attachments 1 & 2
FEE64 Temperatures OK - see attachment 3
good events statistics stable & OK - see attachment 4
No warnings/errors reported by merger since start of RIBF148/R10 - see attachment 5
No changes to PLL and DCM clock Lock monitor - see attachment 6
*all* system wide checks OK (zero fails)
14.00 analysis file RIBF148/R8_39 - zero deadtime, zero MBS and zero ts timewarps - see attachment 7
14.03 online analysis
ADC & disc data synchronised - see attachment 8
per DSSSD m_p versus m_n (LEC) - see attachments 9
per DSSSD x versus y (LEC) - see attachment 10
per DSSSD E_p versus E_n (LEC) - 512x512 spectra - nominal 20keV per channel - see attachment 11
per DSSSD side ADC ts - event ts - see attachment 12
14.17 Layout per FEE64 Rate, HitRate and 1.8.* spectra - see attachments 13-18
nnaida11 & nnaida13 1.*.W spectra - see attachments 19-20
3kHz modulated HF noise positive input FEE64s
BRIKEN and Clovers on
14.32 Ambient temperature +24.3 deg C, d.p. +8.7 deg C, RH 37.5%
Julabo FL11006 set point +20.0 deg C actual +20.0 deg C - water level c. 75%
14.34 DAQ stop
AIDA file RIBF148/R10_40
14.45 nnaida13 1*W spectra
Ibias LF feedback attachment
0x8 (default) 21
0x0 22 & 23
0xf 24
0x0 preamp o/p -> V rail
0x8 - 0xf no obvious difference
14.52 slow comparator 0x64 -> 0xa
Ibias LF feedback attachment
0x8 (default) 25 27
0xf 26 28
0xf appears to reduce (but not eliminate) frequency and amplitude of saw tooth transients
no obvious effect on good event rate
for nnaida13 combination of Ibias LF feedback 0x8 -> 0xf and slow comparator 0xa -> 0xf
largely eliminates saw tooth except for noisiest strips e.g. 1.1.W 'edge' strip
good events 280k -> 61k
17.12 DAQ start
AIDA file RIBF148/R11
BNC PB-4
Amplitude 90,000
x5 attenuator IN
t_r 100ns tau_d 50us
- polarity
frequency 25Hz range 2.6Hz
delay MIN, tail pulse, INT ref
ASIC settings 2017Mar27-16.12.39
*except*
slow comparator 0xf
LEC/MEC fast comparator 0x14
Ibias LF feedback 0x8 -> 0xf
Layout Rate, HitRate and 1.8.* spectra -see attachments 29-35
Merged data rate c. 500k data items/s, 4Mb/s
17.50 DAQ stop
AIDA file RIBF148/R11_4
17.54 DAQ start
AIDA file RIBF148/R12
BNC PB-4
Amplitude 90,000
x5 attenuator IN
t_r 100ns tau_d 50us
- polarity
frequency 25Hz range 2.6Hz
delay MIN, tail pulse, INT ref
ASIC settings 2017Mar27-16.12.39
*except*
slow comparator 0xf -> 0xa
LEC/MEC fast comparator 0x14
Ibias LF feedback 0xf
good events statistics - see attachment 36
18.14 DAQ stop
AIDA file RIBF148/R12_6
DSSSD bias cycled 100->0->100V
18.21 DAQ start
AIDA file RIBF148/R13
BNC PB-4
Amplitude 90,000
x5 attenuator IN
t_r 100ns tau_d 50us
- polarity
frequency 25Hz range 2.6Hz
delay MIN, tail pulse, INT ref
ASIC settings 2017Mar27-16.12.39
*except*
slow comparator 0xa
LEC/MEC fast comparator 0x14
Ibias LF feedback 0xf -> 0x8
good events statistics - see attachment 37
18.40 DAQ stop
AIDA file RIBF148/R13_5
18.42 Detector biases & leakage currents OK - see attachments 38 & 39
18.59 analysis file RIBF148/R13_5 -c. 1% deadtime, zero MBS and zero ts timewarps - see attachment 40 |
|
Fri Jun 16 02:38:36 2017, TD, Friday 16 June 28x
|
10.35 DAQ continues
AIDA file RIBF148/R10_14
BNC PB-4
Amplitude 90,000
x5 attenuator IN
t_r 100ns tau_d 50us
- polarity
frequency 25Hz range 2.6Hz
delay MIN, tail pulse, INT ref
ASIC settings 2017Mar27-16.12.39
*except*
slow comparator 0x64
LEC/MEC fast comparator 0x14
10.35 Detector biases & leakage currents OK - see attachments 1 & 2
FEE64 Temperatures OK - see attachment 3
good events statistics stable & OK - see attachment 4
No warnings/errors reported by merger since start of RIBF148/R10 - see attachment 5
No changes to PLL and DCM clock Lock monitor - see attachment 6
*all* system wide checks OK (zero fails)
10.41 analysis file RIBF148/R8_39 - zero deadtime, 2x MBS and zero ts timewarps - see attachment 7
10.47 online analysis
ADC & disc data synchronised - see attachment 7
per DSSSD m_p versus m_n (LEC) - see attachments 8
per DSSSD x versus y (LEC) - see attachment 9
per DSSSD E_p versus E_n (LEC) - 512x512 spectra - nominal 20keV per channel - see attachment 10
per DSSSD side ADC ts - event ts - see attachment 11
11.02 Layout per FEE64 Rate, HitRate and 1.8.* spectra - see attachments 11-21
nnaida11 & nnaida13 1.*.W spectra - see attachments 22-24
3kHz modulated HF noise positive input FEE64s
BRIKEN and Clovers on
11.30 Ambient temperature +24.0 deg C, d.p. +9.6 deg C, RH 39.9%
Julabo FL11006 set point +20.0 deg C actual +20.0 deg C - water level c. 75%
16.19 Detector biases & leakage currents OK - see attachments 23 & 24
19.48 Detector biases & leakage currents OK - see attachments 25 & 26 |
|
Thu Jun 15 07:44:41 2017, OH, RIKEN Cable Inventory
|
List of the type and quantity of cables we have at RIKEN that are not currently in use. |
|
Thu Jun 15 02:56:32 2017, TD, OH, Thursday 15 June 18x
|
10.52 DAQ continues
AIDA file RIBF148/R8_39
BNC PB-4
Amplitude 90,000
x5 attenuator IN
t_r 100ns tau_d 50us
- polarity
frequency 25Hz range 2.6Hz
delay MIN, tail pulse, INT ref
ASIC settings 2017Mar27-16.12.39
*except*
slow comparator 0x64
LEC/MEC fast comparator 0x14
10.54 Detector biases & leakage currents OK - see attachments 1 & 2
FEE64 Temperatures OK - see attachment 3
good events statistics stable & OK - see attachment 4
No warnings/errors reported by merger since start of RIBF148/R3 - see attachment 5
*all* system wide checks OK (zero fails)
11.02 analysis file RIBF148/R8_39 - zero deadtime, 222x MBS and zero ts timewarps - see attachment 6
correlation scaler trigger ~ 950/3 ~ 320Hz
15.12 online analysis
ADC & disc data synchronised - note the effect of the higher slow comparator threshold on the after-pulse
- see attachment 7
per DSSSD m_p versus m_n (LEC) - see attachments 8
per DSSSD x versus y (LEC) - see attachment 9
per DSSSD E_p versus E_n (LEC) - 512x512 spectra - nominal 20keV per channel - see attachment 10
Spectra show light particles detected from last night's 238U beam test - no HEC data due to 10cm Pb wall
It should be straightforward to separate the alpha background from this data using the change in LEC rates
and the light particle data will also provide a good check of the calibration.
11.17 Stop DAQ
AIDA file RIBF148/R8_40
online histograms & SortSas spectra zero'd
saw tooth noise FEE64s p+n junction strips not observed
clover detectors re-installed but not cabled or biased
3He detectors are on
Si dE and variable degrader was removed yesterday
11.19 Start DAQ
AIDA file RIBF148/R9
Check ASIC control x2
13.15 Detector biases & leakage currents OK - see attachments 11 & 12
16.45 Clover detectors cabled and bias applied
17.33 DAQ continues
AIDA file RIBF148/R9_6
nnaida13 & nnaida11 1.8.W spectra - nnaida13 shows evidence of high frequency noise modulated
with a period of ~400us cf. https://elog.ph.ed.ac.uk/AIDA/661
18.01 DAQ stop
AIDA file RIBF148/R9_6
18.09 *** NEW FEE64 FIRMWARE ***
New RunControl/sys.tcl and Check/check.js .tcl .tml
18.48 DAQ start
AIDA file RIBF148/R10
BNC PB-4
Amplitude 90,000
x5 attenuator IN
t_r 100ns tau_d 50us
- polarity
frequency 25Hz range 2.6Hz
delay MIN, tail pulse, INT ref
ASIC settings 2017Mar27-16.12.39
*except*
slow comparator 0x64
LEC/MEC fast comparator 0x14
19.03 online analysis
ADC & disc data synchronised - 20.48us/channel - see attachment 15
For all combinations of x-y strips (LEC events) calculate
IF ( ihit( i ) .AND. ihit( j ) ) THEN
tdiff1 = ihit_ts(i)-e_time
tdiff2 = ihit_ts(j)-e_time
CALL inc1d( 500, tdiff1 + 2000 )
CALL inc1d( 506, tdiff2 + 2000 )
CALL inc2d( 2600, tdiff1, tdiff2 )
ENDIF
where
e_time = 100MHz timestamp of first ADC word of event
ihit_ts(i) = 100MHz timestamp of ADC word i of event
see attachments 16-17
19.21 Current MONLOCK status - see attachment 18 |
|
Wed Jun 14 07:01:34 2017, TD, Wednesday 14 June 21x
|
15.01 DAQ continues
AIDA file RIBF148/R8_22
BNC PB-4
Amplitude 90,000
x5 attenuator IN
t_r 100ns tau_d 50us
- polarity
frequency 25Hz range 2.6Hz
delay MIN, tail pulse, INT ref
ASIC settings 2017Mar27-16.12.39
*except*
slow comparator 0x64
LEC/MEC fast comparator 0x14
15.02 Detector biases & leakage currents OK - see attachments 1 & 2
FEE64 Temperatures OK - see attachment 3
good events statistics stable & OK - see attachment 4
No warnings/errors reported by merger since start of RIBF148/R3 - see attachment 5
*all* system wide checks OK (zero fails)
15.12 online analysis
ADC & disc data synchronised - note the effect of the higher slow comparator threshold on the after-pulse
- see attachment 6
per DSSSD m_p versus m_n (LEC) - see attachments 7-8
per DSSSD x versus y (LEC) - see attachment 9
per DSSSD E_p versus E_n (LEC) - 512x512 spectra - nominal 20keV per channel - see attachment 10
15.30 per FEE64 1.8.* spectra - see attachments 11-18
note all waveforms x-scale 1000ch = 2ms
note absence of saw tooth transients/noise p+n waveforms - attachments 15-16
Brief discussion with Nishimura-san and Gabor - clover detectors have been removed from BRIKEN
otherwise no major changes in last 24h
see also - attachments 17-18
15.42 Ambient temperature +24.7 deg C, d.p. +9.4 deg C, RH 37.8%
Julabo FL11006 recirculating chiller set point +20.0deg C , actual +20.0 deg C, water level c. 75%
15.54 analysis file RIBF148/R8_22 - zero deadtime, 1x MBS & zero ts timewarps - see attachment 19 |
|
Tue Jun 13 00:11:56 2017, TD,ZLIU, Tuesday 13 June 08:00-16:00 17x
|
08.11 DAQ continues
147Sm BigRIPS setting - 0mm Al (at F7) + 0mm variable + 0mm Al fixed (at F11) = 0mm Al
BNC PB-4
Amplitude 90,000
x5 attenuator IN
t_r 100ns tau_d 50us
- polarity
frequency 25Hz range 2.6Hz
delay MIN, tail pulse, INT ref
ASIC settings 2017Mar27-16.12.39
08.17 online analysis
per DSSSD x versus y (HEC) - see attachment 1
per DSSSD E_P versus E_n (HEC) - see attachment 2
ADC & disc data synchronised - see attachment 3
09.00 DAQ stop
AIDA file RIBF148/R3_396
*** END OF BRIKEN MAY/JUNE 2017 CAMPAIGN ***
Detector biases & leakage currents OK - see attachments 4 & 5
FEE64 Temperatures OK - see attachment 6
good events statistics stable & OK - see attachment 7
No warnings/errors reported by merger since start of RIBF148/R3 - see attachment 8
*all* system wide checks OK *except* nnaida13 fails ADC calibration
09.07 analysis RIBF148/R3_398 - deadtime <0.5%, zero MBS & ts timestamps - see attachment 9
*all* online and SortSas spectra zero'd
09.15 DAQ start
AIDA file RIBF148/R3_400
BRIKEN file 48
Background run - AIDA + BRIKEN + Clovers
11:28 252Cf source placed at F11
BRIKEN DAQ stopped bgd_048
AIDA on R3_434
11.31 DAQ stop
AIDA file RIBF148/R3_435
11.34 Detector biases & leakage currents OK - see attachments 10 & 11
Ambient temperature +24.6 deg C, RH 35.6%, d.p. +8.4 deg C
11.41 DAQ start
AIDA file RIBF148/R4
Pulser walkthrough
BNC PB-4
Amplitude 90,000 - 10,000 @ 10,000 step
x5 attenuator IN
t_r 100ns tau_d 50us
- polarity
frequency 250Hz range
delay MIN, tail pulse, INT ref
see attachment 12
11.52 DAQ stop
AIDA file RIBF148/R4_2
11.55 DAQ start
AIDA file RIBF148/R5
Pulser walkthrough
BNC PB-4
Amplitude 12,000 - 2,000 @ 2,000 step
x5 attenuator IN
t_r 100ns tau_d 50us
- polarity
frequency 250Hz range
delay MIN, tail pulse, INT ref
see attachment 13
12.02 DAQ stop
AIDA file RIBF148/R5_2
13.54 DAQ start
AIDA file RIBF148/R6
Background - pulser off
14.05 Detector biases & leakage currents OK - see attachments 12 & 13
14.11 DAQ stop
AIDA file RIBF148/R6_4
14.20 AIDA retracted from BRIKEN
14.21 Detector biases & leakage currents OK - see attachments 14 & 15
check ASIC control x2
14.50 DAQ start
AIDA file RIBF148/R8
alpha background
BNC PB-4
Amplitude 90,000 step
x5 attenuator IN
t_r 100ns tau_d 50us
- polarity
frequency 25Hz range 2.6Hz
delay MIN, tail pulse, INT ref
ASIC settings 2017Mar27-16.12.39
*except*
slow comparator 0x64
LEC/MEC fast comparator 0x14
data rate c. 500kb/s c. 65k data items/s
|
|
Mon Jun 12 15:51:15 2017, OH, Tuesday 13 June 00:00-08:00 14x
|
00:02 System wide checks ok
Good events - attachment 1
FEE temperatures - attachment 2
Bias and leakages ok - attachment 3
00:31 BRIKEN and BigRIPS stop their DAQs
AIDA on file R3_236
00:32 BRIKEN starts run 40
BigRIPS starts run 2512
AIDA on file R3_236
01:30 BRIKEN and BigRIPS stop their DAQs
AIDA on file R3_254
01:31 BRIKEN starts run 41
BigRIPS starts run 2513
AIDA on file R3_255
01:41 DSSD rates from R3_257
*** DSSSD # 1 count: 119356 old count: 62524 dt: 2.02 s LEC rate: 59170.96 Hz
*** DSSSD # 2 count: 168540 old count: 87963 dt: 2.02 s LEC rate: 83554.01 Hz
*** DSSSD # 3 count: 61578 old count: 32845 dt: 2.02 s LEC rate: 30527.41 Hz
*** DSSSD # 4 count: 49914 old count: 25818 dt: 2.02 s LEC rate: 24744.96 Hz
*** DSSSD # 5 count: 25977 old count: 13821 dt: 2.02 s LEC rate: 12878.15 Hz
*** DSSSD # 6 count: 43384 old count: 22072 dt: 2.02 s LEC rate: 21507.70 Hz
*** DSSSD # 1 count: 0 old count: 0 dt: 2.02 s HEC rate: 0.00 Hz
*** DSSSD # 2 count: 6 old count: 3 dt: 2.02 s HEC rate: 2.97 Hz
*** DSSSD # 3 count: 1 old count: 1 dt: 2.02 s HEC rate: 0.50 Hz
*** DSSSD # 4 count: 1 old count: 1 dt: 2.02 s HEC rate: 0.50 Hz
*** DSSSD # 5 count: 14 old count: 10 dt: 2.02 s HEC rate: 6.94 Hz
*** DSSSD # 6 count: 211 old count: 118 dt: 2.02 s HEC rate: 104.60 Hz
01:43 Analysis of R3_257 - attachment 4
No timewarps
02:10 System wide checks ok
Leakage and bias ok - attachment 5
Good events - attachment 6
FEE temperatures - attachment 7
02:30 BRIKEN and BigRIPS stop their DAQs
AIDA on file R3_274
02:32 BRIKEN starts run 42
BigRIPS starts run 2514
AIDA on file R3_274
03:30 BRIKEN and BigRIPS stop their DAQs
AIDA on file R3_292
03:32 BRIKEN starts run 43
BigRIPS starts run 2514
AIDA on file R3_293
04:28 BRIKEN and BigRIPS stop their DAQs
AIDA on file R3_311
04:29 BRIKEN starts run 44
BigRIPS starts run 2515
AIDA on file R3_311
04:54 System wide checks ok
Bias and leakage ok - attachment 8
Good Events - attachment 9
FEE temperatures - attachment 10
05:00 DSSD rates from R3_319
*** DSSSD # 1 count: 255278 old count: 193923 dt: 1.01 s LEC rate: 60935.40 Hz
*** DSSSD # 2 count: 360584 old count: 272321 dt: 1.01 s LEC rate: 87659.38 Hz
*** DSSSD # 3 count: 133027 old count: 100845 dt: 1.01 s LEC rate: 31961.91 Hz
*** DSSSD # 4 count: 108047 old count: 82416 dt: 1.01 s LEC rate: 25455.71 Hz
*** DSSSD # 5 count: 51776 old count: 38962 dt: 1.01 s LEC rate: 12726.37 Hz
*** DSSSD # 6 count: 88202 old count: 66648 dt: 1.01 s LEC rate: 21406.59 Hz
*** DSSSD # 1 count: 1 old count: 1 dt: 1.01 s HEC rate: 0.00 Hz
*** DSSSD # 2 count: 11 old count: 8 dt: 1.01 s HEC rate: 2.98 Hz
*** DSSSD # 3 count: 2 old count: 2 dt: 1.01 s HEC rate: 0.00 Hz
*** DSSSD # 4 count: 3 old count: 2 dt: 1.01 s HEC rate: 0.99 Hz
*** DSSSD # 5 count: 32 old count: 25 dt: 1.01 s HEC rate: 6.95 Hz
*** DSSSD # 6 count: 439 old count: 335 dt: 1.01 s HEC rate: 103.29 Hz
05:30 BRIKEN and BigRIPS stop DAQs
AIDA on file R3_330
05:31 BigRIPS starts run 2516
BRIKEN starts run 45
AIDA on file R3_331
06:31 BigRIPS and BRIKEN stop DAQs
AIDA on file R3_350
06:32 BRIKEN starts run 46
BigRIPS starts run 2517
AIDA on file R3_350
06:50 System wide checks ok
Bias and leakage currents ok - attachment 11
Good events - attachment 12
FEE temperatures - attachment 13
07:09 Merger still running ok - attachment 14
07:31 BigRIPS and BRIKEN stop their DAQs
AIDA on file R3_369
07:32 BRIKEN starts run 47
BigRIPS starts run 2518
AIDA on file R3_369 |
|
Mon Jun 12 08:02:01 2017, TD, Monday 12 June 16.00-24.00 26x
|
16.01 DAQ continues
16.01 Detector biases & leakage currents OK - see attachments 1 & 2
FEE64 Temperatures OK - see attachment 3
good events statistics stable & OK - see attachment 4
No warnings/errors reported by merger since start of RIBF148/R3 - see attachment 5
*all* system wide checks OK *except* nnaida13 fails ADC calibration
BNC PB-4
Amplitude 90,000
x5 attenuator IN
t_r 100ns tau_d 50us
- polarity
frequency 25Hz range 2.6Hz
delay MIN, tail pulse, INT ref
ASIC settings 2017Mar27-16.12.39
147Sm BigRIPS setting - 0mm Al (at F7) + 2mm variable + 0mm Al fixed (at F11) = 2mm Al
16.08 *all* online histograms zero'd
16.31 DAQ stop
AIDA file RIBF148/R3_84
16.31 DAQ start
AIDA file RIBF148/R3_84
BigRIPS file 2504
BRIKEN file 32
17.33 DAQ stop
AIDA file RIBF148/R3_104
17.34 DAQ start
AIDA file RIBF148/R3_104
BigRIPS file 2505
BRIKEN file 33
18.01 Detector biases & leakage currents OK - see attachments 6 & 7
FEE64 Temperatures OK - see attachment 8
good events statistics stable & OK - see attachment 9
No warnings/errors reported by merger since start of RIBF148/R3 - see attachment 10
*all* system wide checks OK *except* nnaida13 fails ADC calibration
18.03 online analysis file RIBF148/R3_113 - deadtime < 0.5%, 2 MBS & 0 ts timewarps - see attachment 11
18.04 DAQ stop
AIDA file RIBF148/R3_114
18.05 DAQ start
AIDA file RIBF148/R3_114
BigRIPS file 2506
BRIKEN file 34
147Sm BigRIPS setting - 0mm Al (at F7) + 0mm variable + 0mm Al fixed (at F11) = 0mm Al
19.14 DAQ stop
AIDA file RIBF148/R3_135
19.15 DAQ start
AIDA file RIBF148/R3_135
BigRIPS file 2507
BRIKEN file 35
20.01 Detector biases & leakage currents OK - see attachments 12 & 13
FEE64 Temperatures OK - see attachment 14
good events statistics stable & OK - see attachment 15
No warnings/errors reported by merger since start of RIBF148/R3 - see attachment 16
*all* system wide checks OK *except* nnaida13 fails ADC calibration
20.03 online analysis file RIBF148/R3_150 - deadtime < 0.5%, 0 MBS & ts timewarps - see attachment 17
20.25 DAQ stop
AIDA file RIBF148/R3_157
20.26 DAQ start
AIDA file RIBF148/R3_158
BigRIPS file 2508
BRIKEN file 36
21.30 DAQ stop
AIDA file RIBF148/R3_178
21.31 DAQ start
AIDA file RIBF148/R3_179
BigRIPS file 2509
BRIKEN file 37
22.06 Detector biases & leakage currents OK - see attachments 18 & 19
FEE64 Temperatures OK - see attachment 20
good events statistics stable & OK - see attachment 21
No warnings/errors reported by merger since start of RIBF148/R3 - see attachment 22
*all* system wide checks OK *except* nnaida13 fails ADC calibration
22.08 online analysis file RIBF148/R3_190 - deadtime < 1%, 1 MBS & 0 ts timewarps - see attachment 23
22.26 DAQ stop
AIDA file RIBF148/R3_196
22.27 DAQ start
AIDA file RIBF148/R3_197
BigRIPS file 2510
BRIKEN file 38
23.03 online analysis
per DSSSD x versus y (HEC) - see attachment 24
per DSSSD E_P versus E_n (HEC) - see attachment 25
ADC & disc data synchronised - see attachment 26
23.16 beam lost
AIDA file RIBF148/R3_212
23.16 beam back within 1 min
AIDA file RIBF148/R3_213
23.31 DAQ stop
AIDA file RIBF148/R3_217
22.32 DAQ start
AIDA file RIBF148/R3_218
BigRIPS file 2511
BRIKEN file 39 |
|
Mon Jun 12 00:31:29 2017, ZLiu, TD, OH, Monday 12 June 08:00-16:00 11x
|
09:00 Stop DAQ to tune the Sm beam, may need 3 hours
AIDA file RIBF128/R9_319
removed the 1.5 mm degrader before the Pb box
09: Start DAQ
AIDA file RIBF128/R9
10.35 Detector biases & leakage currents OK - see attachments 1 & 2
FEE64 Temperatures OK - see attachment 3
good events statistics stable & OK - see attachment 4
1x error reported by merger since c. 15.00 Sunday 12 June - see attachment 5
*all* system wide checks OK *except* nnaida13 fails ADC calibration
11.33 DAQ stop
AIDA file RIBF128/R9_358
11.39 DAQ start
AIDA file RIBF148/R3_0
Correlation scaler reset request sent
11.58 analysis file RIBF148/R3_3 - deadtime < 0.5%, 2 MBS timewarps, zero ts timewarps - see attachment 6
13:33 Leakage currents as beam starts - attachment 7
13:40 BigRIPS starts run 2501
BRIKEN starts run 29
AIDA on file R3_31
No degraders in at F7 and no variable degraders in
13:42 DSSD rates from R3_30
*** DSSSD # 1 count: 111755 old count: 54792 dt: 1.01 s LEC rate: 56401.81 Hz
*** DSSSD # 2 count: 163809 old count: 82230 dt: 1.01 s LEC rate: 80775.29 Hz
*** DSSSD # 3 count: 61328 old count: 31972 dt: 1.01 s LEC rate: 29066.79 Hz
*** DSSSD # 4 count: 50635 old count: 25404 dt: 1.01 s LEC rate: 24982.43 Hz
*** DSSSD # 5 count: 23710 old count: 12126 dt: 1.01 s LEC rate: 11469.88 Hz
*** DSSSD # 6 count: 41872 old count: 21419 dt: 1.01 s LEC rate: 20251.50 Hz
*** DSSSD # 1 count: 2 old count: 0 dt: 1.01 s HEC rate: 1.98 Hz
*** DSSSD # 2 count: 8 old count: 5 dt: 1.01 s HEC rate: 2.97 Hz
*** DSSSD # 3 count: 0 old count: 0 dt: 1.01 s HEC rate: 0.00 Hz
*** DSSSD # 4 count: 0 old count: 0 dt: 1.01 s HEC rate: 0.00 Hz
*** DSSSD # 5 count: 20 old count: 8 dt: 1.01 s HEC rate: 11.88 Hz
*** DSSSD # 6 count: 192 old count: 91 dt: 1.01 s HEC rate: 100.00 Hz
13:44 BRIKEN and BigRIPS stop their DAQs
13:44 BigRIPS setting 147Sm 0mm Al (at F7), 2mm Al (variable) + 0mm Al fixed (at F11)
13:50 DSSD rates from R3_33
*** DSSSD # 1 count: 173930 old count: 115392 dt: 1.02 s LEC rate: 57530.02 Hz
*** DSSSD # 2 count: 247217 old count: 167042 dt: 1.02 s LEC rate: 78794.45 Hz
*** DSSSD # 3 count: 106853 old count: 71057 dt: 1.02 s LEC rate: 35179.62 Hz
*** DSSSD # 4 count: 87071 old count: 58930 dt: 1.02 s LEC rate: 27656.43 Hz
*** DSSSD # 5 count: 31923 old count: 21528 dt: 1.02 s LEC rate: 10216.01 Hz
*** DSSSD # 6 count: 61469 old count: 40889 dt: 1.02 s LEC rate: 20225.63 Hz
*** DSSSD # 1 count: 1 old count: 1 dt: 1.02 s HEC rate: 0.00 Hz
*** DSSSD # 2 count: 18 old count: 11 dt: 1.02 s HEC rate: 6.88 Hz
*** DSSSD # 3 count: 23 old count: 13 dt: 1.02 s HEC rate: 9.83 Hz
*** DSSSD # 4 count: 140 old count: 90 dt: 1.02 s HEC rate: 49.14 Hz
*** DSSSD # 5 count: 117 old count: 80 dt: 1.02 s HEC rate: 36.36 Hz
*** DSSSD # 6 count: 38 old count: 28 dt: 1.02 s HEC rate: 9.83 Hz
13:52 BRIKEN starts run 30
BigRIPS starts run 2502
AIDA on file R3_35
13:54 System wide checks ok
DSSD rates from R3_35
*** DSSSD # 1 count: 112192 old count: 55424 dt: 1.03 s LEC rate: 55291.13 Hz
*** DSSSD # 2 count: 165577 old count: 82475 dt: 1.03 s LEC rate: 80940.03 Hz
*** DSSSD # 3 count: 64444 old count: 31995 dt: 1.03 s LEC rate: 31604.81 Hz
*** DSSSD # 4 count: 54003 old count: 26596 dt: 1.03 s LEC rate: 26693.98 Hz
*** DSSSD # 5 count: 29688 old count: 13945 dt: 1.03 s LEC rate: 15333.43 Hz
*** DSSSD # 6 count: 41562 old count: 21408 dt: 1.03 s LEC rate: 19629.68 Hz
*** DSSSD # 1 count: 0 old count: 0 dt: 1.03 s HEC rate: 0.00 Hz
*** DSSSD # 2 count: 4 old count: 2 dt: 1.03 s HEC rate: 1.95 Hz
*** DSSSD # 3 count: 9 old count: 5 dt: 1.03 s HEC rate: 3.90 Hz
*** DSSSD # 4 count: 8 old count: 3 dt: 1.03 s HEC rate: 4.87 Hz
*** DSSSD # 5 count: 85 old count: 34 dt: 1.03 s HEC rate: 49.67 Hz
*** DSSSD # 6 count: 102 old count: 50 dt: 1.03 s HEC rate: 50.65 Hz
14:20 no beam now
14:22 Beam back
14.50 analysis file RIBF148/R3_50 - deadtime < 0.5%, 7 MBS timewarps, zero ts timewarps - see attachment 8
15.02 DAQ stop
AIDA file RIBF148/R3_57
Beam off - scheduled maintenance ~2h
15.18 online analysis
per DSSSD x versus y (HEC) - see attachment 9
per DSSSD E_p versus E_n (HEC) 20MeV/ch nominal - see attachment 10
ADC & disc data synchronised - see attachment 11
15.30 DAQ start
AIDA file RIBF148/R3_64
BigRIPS file 2503
BRIKEN file 31 |
|
Sun Jun 11 16:04:12 2017, DK, Monday 12 June 0:00 ~ 8:00 10x
|
0:04 Biases and leak currents shown as attachment #1, 12JunBias1.png
System-wide checks: nnaida13 fails ADC calib, all others okay
Temperatures shown as attachment #2, 12JunTemp1.png
Implants are 20 to 40 cps, mostly in SSD2 and SSD6 see attachment #3 12JunImplant1.png
Statistics shown attachment #4, 12JunStats1.png
Analysis shown as R9_175.txt attachment #5
00:17 No implants in AIDA nor proper evt. numbers in BRIKEN R9_177, expect beam is down
Operators call, RF dropped of IRC
00:23 Problem of another RF.
00:24 Beam is back R9_179 for AIDA
00:36 AIDA R9_182 at run close.
00:39 AIDA R9_183, BRIKEN 141, run BigRIPS 4031
00:50 We stop the beam to adjust degraders in F11. AIDA R9_186
BRIKEN and BigRIPS runs stopped
00:54 Removed 1.0 mm Al, added 0.5 mm (net is subtracting 0.5 mm Al)
R9_187 AIDA run, BRIKEN #142, BigRIPS #4032
01:34 AIDA R9_198 at changeover
01:35 Same AIDA run R9_198, BRIKEN #143, BigRIPS #4033
System wide checks okay (except ADC calib on nnaida13)
02:34 R9_214 at changeover.
2:36 R9_215 with new runs BRIKEN 144 and BigRIPS 4034.
More implants are now seen in SSD3 rather than SSD2. Zeroed MIDAS histos, so updated later with stats.
Biases as attachment #6, 12JunBiases2.png
02:45 Beam stopped R9_217. Beam stripper has a problem.
02:48 Beam is back, R9_220
03:12 R9_224 operators call, beam is stopped from stripper foil issue
03:18 Beam is back, AIDA run R9_226
03:34 R9_230 at changeover
System wide checks all okay, except nnaida13 ADC calib as above.
03:35 The end of R9_230 corresponds with BRIKEN 145 and BigRIPS 4034.
03:51 Operators call, beam looks stopped. R9_235 at AIDA. Change stripper foil
03:57 R9_236 when beam returns.
04:35 We noticed beam is gone. R9_246 for AIDA.
04:36 Beam comes back. R9_247 BRIKEN 146 and BigRIPS 4035
Attachment #7 12JunImplant2.png shows implantation profile, confirming SSD 3 is the main one with new
degrader setting
Statistics shown as attachment #8, 12JunStats2.png
Analysis shown as attachment #9, R9_244.txt
No ts timewarps, no MBS timewarps, deadtime on nnaida13,21 nearly 1%, most others small.
05:20 Noticed /data10 only has ~250 GB left, so we should do something to resolve it.
First thing is, not much compression is done recently. So I begin to compress /TapeData/RIBF128/R7* with
nice 10
However, compression at this rate will take much too long so it looks like something should be removed.
Confirmed that RIBF127R1 data file names and sizes are the same between /TapeData and the new external HDD
at /ntfs
05:33 AIDA R9_262, BRIKEN 147, BigRIPS 4036
06:34 AIDA R9_279 at run change
06:36 BRIKEN run 148, BigRIPS 4037
System-wide checks passed, except nnaida13 ADC calib still fails.
06:54 R9_284 beam is stopped.
6:59 Beam is back.
07:33 R9_295 at start of BRIKEN 149, BigRIPS 4037
07:36 No syncs are seen at BRIKEN (but they were seen at the start of other runs)
Implant profiles shown as Attachment #10, 12JunImplants3.png
Several resets or new runs on BRIKEN / BigRIPS are done to troubleshoot
07:48 AIDA passes all system checks (besides the nnaida13 ADC calib)
It seems (part of) the issue is triggers from BigRIPS.
08:04 BigRIPS scalers show events are presented, but no triggers are accepted.
Some part of the DAQ is vetoing the events basically.
08:11 Baba san came on shift. Issue was ccnet03 crashed. We reset the Camac crate and reinitialized, DAQ comes back
AIDA R9_306, BRIKEN #152, BigRIPS # 4041 |
|
Sun Jun 11 08:23:23 2017, PV, Sunday 11 June 16:00-00:00 21x
|
16:40 beam lost - stripper foil problem
AIDA file RIBF128/R9_55
16:45 beam is back
AIDA file R9_57
17:19 BRIKEN and BigRIPS stop DAQs
AIDA on file R9_66
17:21 BigRIPS starts run 4024
BRIKEN starts run 134
AIDA on file R9_67
17:24 beam lost
AIDA on file R9_68
17:50 beam is still off
BRIKEN and BigRIPS stop DAQs
AIDA on file R9_74
17.52 Detector biases & leakage currents OK - see attachments 1
FEE64 Temperatures OK - see attachment 2
good events statistics stable (nnaida13 still ~140k) - see attachment 3
Merger and Tape server OK - see attachment 4,5
*all* system wide checks OK except ADC calibration for nnaida13
18:00 beam is back
BRIKEN starts run 135
BigRIPS starts run 4025
AIDA on file R9_76
18:05 analysis of file RIBF128/R9_77 no timewarps, 6 MBS timewarps ~1% dead time on nnaida13 - attachment 6
18:15 beam lost. RF is down.
AIDA on file R9_80
18:19 beam is back
AIDA on file R9_82
19:04 BRIKEN and BigRIPS stop DAQs
AIDA on file R9_93
19:05 BigRIPS starts run 4026
BRIKEN starts run 136
AIDA on file R9_94
19:40 analysis of file RIBF128/R9_102 no timewarps, 1 MBS timewarps - attachment 7
19:44 online high energy hit pattern - attachment 8
AIDA on file R9_104
zeroed Midas sort online histogram
19.50 Detector biases & leakage currents OK - see attachments 9
FEE64 Temperatures OK - see attachment 10
good events statistics stable - see attachment 11
Merger and Tape server OK - see attachment 12, 13
*all* system wide checks OK except ADC calibration for nnaida13
20:05 BRIKEN and BigRIPS stop DAQs
AIDA on file R9_110
20:07 BigRIPS starts run 4027
BRIKEN starts run 137
AIDA on file R9_111
20:11 Accelerator people stop the beam to fix the stripper system for about 30 min.
BRIKEN and BigRIPS stop DAQs
AIDA on file R9_112
21:12 Beam is back
AIDA on file R9_127
21:12 BigRIPS starts run 4028
BRIKEN starts run 138
AIDA on file R9_127
21:21 offline analysis RIBF128/R9_128 rates
*** DSSSD # 1 count: 469757 old count: 409726 dt: 1.01 s LEC rate: 59182.53 Hz
*** DSSSD # 2 count: 688773 old count: 600379 dt: 1.01 s LEC rate: 87144.65 Hz
*** DSSSD # 3 count: 226922 old count: 196673 dt: 1.01 s LEC rate: 29821.47 Hz
*** DSSSD # 4 count: 197996 old count: 173086 dt: 1.01 s LEC rate: 24557.93 Hz
*** DSSSD # 5 count: 75519 old count: 66217 dt: 1.01 s LEC rate: 9170.53 Hz
*** DSSSD # 6 count: 161720 old count: 141631 dt: 1.01 s LEC rate: 19805.07 Hz
*** DSSSD # 1 count: 6 old count: 6 dt: 1.01 s HEC rate: 0.00 Hz
*** DSSSD # 2 count: 212 old count: 179 dt: 1.01 s HEC rate: 32.53 Hz
*** DSSSD # 3 count: 54 old count: 49 dt: 1.01 s HEC rate: 4.93 Hz
*** DSSSD # 4 count: 20 old count: 16 dt: 1.01 s HEC rate: 3.94 Hz
*** DSSSD # 5 count: 43 old count: 37 dt: 1.01 s HEC rate: 5.92 Hz
*** DSSSD # 6 count: 117 old count: 105 dt: 1.01 s HEC rate: 11.83 Hz
zeroed Midas sort histograms
21:38 beam lost due to stripper problem
AIDA on file R9_134
21:41 analysis of file RIBF128/R9_134 no timewarps, no MBS timewarps - attachment 14
20:05 BRIKEN and BigRIPS stop DAQs
AIDA on file R9_138
22.00 Detector biases & leakage currents OK - see attachments 15
FEE64 Temperatures OK - see attachment 16
good events statistics OK (no beam now) - see attachment 17
Merger and Tape server OK - see attachment 18, 19
*all* system wide checks OK except ADC calibration for nnaida13
22:09 beam is back
BigRIPS starts run 4029
BRIKEN starts run 139
AIDA on file R9_142
22:42 online implantation profile - attachment 20
AIDA on file R9_151
zeroed Midas sort online histograms
23:10 BRIKEN and BigRIPS stop DAQs
AIDA on file R9_159
23:11 BigRIPS starts run 4030
BRIKEN starts run 140
AIDA on file R9_159
23:37 analysis of file RIBF128/R9_165 no timewarps, 2 MBS timewarps - attachment 21 |
|
Sun Jun 11 00:07:24 2017, OH, Sunday 11 June 08:00-16:00 25x
|
08:10 BRIKEN and BigRIPS stops DAQs
AIDA on file R7_1287
08:11 Beam going for half an hour. Problem with vacuum around RRC
08:24 Beam is back
08:25 BigRIPS starts run 4016
BRIKEN starts run 126
AIDA on file R7_1291
08:32 RF down should be 5 minutes
08:44 Beam back
09:25 RF Down
09:26 BigRIPS and BRIKEN stop DAQs
AIDA on file R7_1306
09:35 Beam back
BigRIPS starts run 4017
BRIKEN starts run 127
AIDA on file R7_1308
09:53 System wide checks all ok
Bias and leakage currents ok - attachment 1
Good events - attachment 2
FEE temperatures - attachment 3
10:29 BRIKEN and BigRIPS stop DAQs
AIDA on file R7_1322
10:31 BigRIPS starts run 4018
BRIKEN starts run 128
AIDA on file R7_1323
11:31 BigRIPS and BRIKEN stop their DAQs
AIDA on file R7_1338
11:32 BigRIPS starts run 4019
BRIKEN starts run 129
AIDA on file R7_1338
11.49 Detector biases & leakage currents OK - see attachments 4 & 5
FEE64 Temperatures OK - see attachment 6
good events statistics stable & OK - see attachment 7
No warnings/errors reported by merger since DAQ GO - see attachment 8
*all* system wide checks OK (zero fails)
11.53 online analysis
per DSSSD x versus y (HEC) - see attachment 9
per DSSSD E_p versus E_n (HEC) - see attachment 10
ADC & disc data synchronised - see attachment 11
11.55 analysis of file RIBF128/R7_1344 - dead time < 0.5%, no timewarps, 1 MBS timewarps - see attachment 12
12.03 offline analysis RIBF128/R7_1346 rates
*** DSSSD # 1 count: 942048 old count: 885423 dt: 1.04 s LEC rate: 54296.31 Hz
*** DSSSD # 2 count: 1402896 old count: 1319759 dt: 1.04 s LEC rate: 79718.00 Hz
*** DSSSD # 3 count: 422965 old count: 397383 dt: 1.04 s LEC rate: 24529.94 Hz
*** DSSSD # 4 count: 356558 old count: 336037 dt: 1.04 s LEC rate: 19677.08 Hz
*** DSSSD # 5 count: 124978 old count: 117233 dt: 1.04 s LEC rate: 7426.49 Hz
*** DSSSD # 6 count: 277397 old count: 260863 dt: 1.04 s LEC rate: 15854.04 Hz
*** DSSSD # 1 count: 6 old count: 6 dt: 1.04 s HEC rate: 0.00 Hz
*** DSSSD # 2 count: 150 old count: 139 dt: 1.04 s HEC rate: 10.55 Hz
*** DSSSD # 3 count: 98 old count: 96 dt: 1.04 s HEC rate: 1.92 Hz
*** DSSSD # 4 count: 12 old count: 10 dt: 1.04 s HEC rate: 1.92 Hz
*** DSSSD # 5 count: 36 old count: 33 dt: 1.04 s HEC rate: 2.88 Hz
*** DSSSD # 6 count: 155 old count: 145 dt: 1.04 s HEC rate: 9.59 Hz
all SortSas spectra & histograms zero'd, waveforms set x-range = 1000ch = 2ms
12.04 BNC PB-4
Amplitude 90,000
x5 attenuator IN
t_r 100ns tau_d 50us
- polarity
frequency 25Hz range 2.6Hz
delay MIN, tail pulse, INT ref
ASIC settings 2017Mar27-16.12.39
BigRIPS 149Xe setting, F1 slits 51mm, degrader 2mm Al (at F7), 1.3mm Al fixed + 2mm Al variable (at F11)
12.15 layout spectra - see attachments 13-20
12.20 FEE64# 1-16 power fail
AIDA on file R7_1351
12.30 requested beam off, replaced 250V/16A/fast fuse
nnaida13 good events rate ~250k, cycled DSSSD bias reduced to ~140k
13:06 BRIKEN starts run 130
BigRIPS starts run 4020
AIDA on file R9_0
13:07 Ambient Temperature +23.9 - Humidity 29.6% - Dew point +5.1C
Leakage currents and bias ok - attachment 21
Water level in chiller ok
14:06 BigRIPS and BRIKEN stop their daqs
AIDA on file R9_16
14:08 BigRIPS starts run 4021
BRIKEN starts run 131
AIDA on file R9_16
14:31 System wide checks ok
Good events - attachment 22
FEE temperatures - attachment 23
Analysis output for R9_16 - attachment 24
15:10 BRIKEN and BigRIPS stop daqs
AIDA on file R9_32
15:11 BRIKEN starts run 132
BigRIPS starts run 4022
AIDA on R9_32
15:13 Leakage and bias ok - attachment 25
15:30 DSSD Rates from R9_36
*** DSSSD # 1 count: 95157 old count: 45985 dt: 1.03 s LEC rate: 47603.61 Hz
*** DSSSD # 2 count: 153477 old count: 76756 dt: 1.03 s LEC rate: 74273.90 Hz
*** DSSSD # 3 count: 40379 old count: 20036 dt: 1.03 s LEC rate: 19694.14 Hz
*** DSSSD # 4 count: 46339 old count: 23014 dt: 1.03 s LEC rate: 22581.02 Hz
*** DSSSD # 5 count: 14241 old count: 7012 dt: 1.03 s LEC rate: 6998.42 Hz
*** DSSSD # 6 count: 36061 old count: 18008 dt: 1.03 s LEC rate: 17477.18 Hz
*** DSSSD # 1 count: 0 old count: 0 dt: 1.03 s HEC rate: 0.00 Hz
*** DSSSD # 2 count: 16 old count: 8 dt: 1.03 s HEC rate: 7.74 Hz
*** DSSSD # 3 count: 14 old count: 8 dt: 1.03 s HEC rate: 5.81 Hz
*** DSSSD # 4 count: 1 old count: 0 dt: 1.03 s HEC rate: 0.97 Hz
*** DSSSD # 5 count: 4 old count: 1 dt: 1.03 s HEC rate: 2.90 Hz
*** DSSSD # 6 count: 26 old count: 13 dt: 1.03 s HEC rate: 12.59 Hz
16:10 BigRIPS and BRIKEN stop DAQs
AIDA on file R9_47
16:12 BRIKEN starts run 133
BigRIPS starts run 4023
AIDA on file R9_47
16:18 BigRIPS slit is closing
DSSD rates for R9_49
*** DSSSD # 1 count: 121641 old count: 64167 dt: 1.00 s LEC rate: 57287.24 Hz
*** DSSSD # 2 count: 179018 old count: 93277 dt: 1.00 s LEC rate: 85462.38 Hz
*** DSSSD # 3 count: 52138 old count: 28005 dt: 1.00 s LEC rate: 24054.58 Hz
*** DSSSD # 4 count: 53927 old count: 27419 dt: 1.00 s LEC rate: 26421.86 Hz
*** DSSSD # 5 count: 16617 old count: 9291 dt: 1.00 s LEC rate: 7302.19 Hz
*** DSSSD # 6 count: 38751 old count: 19986 dt: 1.00 s LEC rate: 18704.02 Hz
*** DSSSD # 1 count: 1 old count: 0 dt: 1.00 s HEC rate: 1.00 Hz
*** DSSSD # 2 count: 52 old count: 30 dt: 1.00 s HEC rate: 21.93 Hz
*** DSSSD # 3 count: 12 old count: 7 dt: 1.00 s HEC rate: 4.98 Hz
*** DSSSD # 4 count: 3 old count: 3 dt: 1.00 s HEC rate: 0.00 Hz
*** DSSSD # 5 count: 9 old count: 5 dt: 1.00 s HEC rate: 3.99 Hz
*** DSSSD # 6 count: 37 old count: 19 dt: 1.00 s HEC rate: 17.94 Hz |
|
Sat Jun 10 15:56:31 2017, ZLiu, 0:00-8:00 11 June 2017 46x
|
00:35 Stop DAQ
AIDA file RIBF128/R7_1172
00:36 Start DAQ
AIDA file RIBF128/R7_1172
BRIKEN file 118
BigRIPS file 4008
00:50 Detector biases & leakage currents OK - see attachments 4, 5
FEE64 Temperatures OK - see attachments 3
good events statistics stable & OK - see attachment 2
No warnings/errors reported by merger since DAQ GO - see attachment 1
*all* system wide checks OK
01:33 Stop DAQ
AIDA file RIBF128/R7_1187
01:36 Start DAQ
AIDA file RIBF128/R7_11 87
BRIKEN file 119
BigRIPS file 4009
02:32 Stop DAQ
AIDA file RIBF128/R7_1202
02:34 Start DAQ
AIDA file RIBF128/R7_1202
BRIKEN file 120
BigRIPS file 4010
2:40 Detector biases & leakage currents OK - see attachments 6, 7
FEE64 Temperatures OK - see attachments 8
good events statistics stable & OK - see attachment 9
No warnings/errors reported by merger since DAQ GO - see attachment 10
implantation profile - see attachment 11
*all* system wide checks OK
03:33 Stop DAQ
AIDA file RIBF128/R7_1217
03:34 Start DAQ
AIDA file RIBF128/R7_1217
BRIKEN file 121
BigRIPS file 4011
03:40 Detector biases & leakage currents OK - see attachments 12, 13
FEE64 Temperatures OK - see attachments 14
good events statistics stable & OK - see attachment 15
No warnings/errors reported by merger since DAQ GO - see attachment 16
implantation profile - see attachment 17
*all* system wide checks OK
04:33 Stop DAQ
AIDA file RIBF128/R7_1232
04:34 Start DAQ
AIDA file RIBF128/R7_1232
BRIKEN file 122
BigRIPS file 4012
04:40 Detector biases & leakage currents OK - see attachments 18, 19
FEE64 Temperatures OK - see attachments 20
good events statistics stable & OK - see attachment 21
No warnings/errors reported by merger since DAQ GO - see attachment 22
implantation profile - see attachment 23
DSSD rates - see attachment 24
*all* system wide checks OK
05:33 Stop DAQ
AIDA file RIBF128/R7_1248
05:34 Start DAQ
AIDA file RIBF128/R7_1248
BRIKEN file 123
BigRIPS file 4013
05:40 Detector biases & leakage currents OK - see attachments 25, 26
FEE64 Temperatures OK - see attachments 27
good events statistics stable & OK - see attachment 28
No warnings/errors reported by merger since DAQ GO - see attachment 29
implantation profile - see attachment 31
DSSD rates - see attachment 30
*all* system wide checks OK
05:52 beam stopped due to RF problem of the cyclotron
05:58 beam back
06:30 Stop DAQ
AIDA file RIBF128/R7_1262
06:31 Start DAQ
AIDA file RIBF128/R7_1262
BRIKEN file 124
BigRIPS file 4014
06:50 Detector biases & leakage currents OK - see attachments 32, 33
FEE64 Temperatures OK - see attachments 34
good events statistics stable & OK - see attachment 35
No warnings/errors reported by merger since DAQ GO - see attachment 36
implantation profile - see attachment 37
DSSD rates - see attachment 38
*all* system wide checks OK
07:30 Stop DAQ
AIDA file RIBF128/R7_1278
07:32 Start DAQ
AIDA file RIBF128/R7_1278
BRIKEN file 125
BigRIPS file 4015
07:50 Detector biases & leakage currents OK - see attachments 39, 40
FEE64 Temperatures OK - see attachments 41
good events statistics stable & OK - see attachment 42
No warnings/errors reported by merger since DAQ GO - see attachment 43
implantation profile - see attachment 44
DSSD rates - see attachment 45
??? *all* system wide checks: problem with AIDA17 ? -- see attachment 46
*all* system wide checks again, looks OK now
|
|
Sat Jun 10 09:24:45 2017, AE, TD, Saturday 19 June 16.00-24.00 24x
|
17.25 Detector biases & leakage currents OK - see attachments 1 & 2
FEE64 Temperatures OK - see attachment 3
good events statistics stable & OK - see attachment 4
No warnings/errors reported by merger since DAQ GO - see attachment 5
*all* system wide checks OK (zero fails)
17.30 analysis of file RIBF128/R7_1065 - dead time < 0.5%, no timewarps, 3 MBS timewarps - see attachment 6
17.35 online analysis - ADC & disc data synchronised - see attachment 7
all SortSas spectra & histograms zero'd, waveforms set x-range = 1000ch = 2ms
18.05 BNC PB-4
Amplitude 90,000
x5 attenuator IN
t_r 100ns tau_d 50us
- polarity
frequency 25Hz range
delay MIN, tail pulse, INT ref
ASIC settings 2017Mar27-16.12.39
BigRIPS 149Xe setting, degrader 2mm Al (at F7), 1.3mm Al fixed + 2mm Al variable (at F11)
18.38 Start DAQ
AIDA file RIBF128/R7_1083
BRIKEN file 111
BigRIPS file 4001
F11 rate ~100Hz, ~50 neutrons/s
18.56 Stop DAQ
AIDA file RIBF128/R7_1088
18.38 Start DAQ
AIDA file RIBF128/R7_1088
BRIKEN file 112
BigRIPS file 4002
19.03 per DSSSD x versus y (HEC) - see attachment 8
per DSSSD E_p versus E_n (HEC) 20MeV/ch nominal - see attachment 9
Rates from offline analysis RIBF128/R7_1089
*** DSSSD # 1 count: 258088 old count: 206122 dt: 1.03 s LEC rate: 50652.59 Hz
*** DSSSD # 2 count: 377054 old count: 301162 dt: 1.03 s LEC rate: 73973.87 Hz
*** DSSSD # 3 count: 113574 old count: 89972 dt: 1.03 s LEC rate: 23005.47 Hz
*** DSSSD # 4 count: 104475 old count: 83626 dt: 1.03 s LEC rate: 20322.05 Hz
*** DSSSD # 5 count: 34511 old count: 27812 dt: 1.03 s LEC rate: 6529.69 Hz
*** DSSSD # 6 count: 78446 old count: 62771 dt: 1.03 s LEC rate: 15278.82 Hz
*** DSSSD # 1 count: 2 old count: 2 dt: 1.03 s HEC rate: 0.00 Hz
*** DSSSD # 2 count: 95 old count: 76 dt: 1.03 s HEC rate: 18.52 Hz
*** DSSSD # 3 count: 30 old count: 24 dt: 1.03 s HEC rate: 5.85 Hz
*** DSSSD # 4 count: 12 old count: 8 dt: 1.03 s HEC rate: 3.90 Hz
*** DSSSD # 5 count: 27 old count: 24 dt: 1.03 s HEC rate: 2.92 Hz
*** DSSSD # 6 count: 81 old count: 67 dt: 1.03 s HEC rate: 13.65 Hz
19.21 Detector biases & leakage currents OK - see attachments 10 & 11
FEE64 Temperatures OK - see attachment 12
good events statistics stable & OK - see attachment 13
No warnings/errors reported by merger since DAQ GO - see attachment 14
*all* system wide checks OK (zero fails)
19.30 analysis of file RIBF128/R7_1095 - dead time 1%, no timewarps, 1 MBS timewarps - see attachment 15
20.00 Stop DAQ
AIDA file RIBF128/R7_1104
18.38 Start DAQ
AIDA file RIBF128/R7_1104
BRIKEN file 113
BigRIPS file 4003
BigRIPS slit change and n background check
20.27 Stop DAQ
AIDA file RIBF128/R7_1111
20.28 Start DAQ
AIDA file RIBF128/R7_1111
BRIKEN file 114
BigRIPS file 4004
BigRIPS F1 slits changed
20.28 all SortSas spectra zero'd
21.15 Start DAQ
AIDA file RIBF128/R7_1123
BRIKEN file 115
BigRIPS file 4005
21.32 RF down
22.15 Stop DAQ
AIDA file RIBF128/R7_1138
20.28 Start DAQ
AIDA file RIBF128/R7_1138
BRIKEN file 116
BigRIPS file 4006
22.37 Detector biases & leakage currents OK - see attachments 16 & 17
FEE64 Temperatures OK - see attachment 18
good events statistics stable & OK - see attachment 19
No warnings/errors reported by merger since DAQ GO - see attachment 20
*all* system wide checks OK (zero fails)
22.42 analysis of file RIBF128/R7_1095 - dead time ~1%, no timewarps, 2 MBS timewarps - see attachment 21
22.48 online analysus
per DSSSD x versus y (HEC) - see attachment 22
per DSSSD E_p versus E_n (HEC) 20MeV/ch nominal - see attachment 23
ADC & disc data synchronised - see attachment 24
offline analysis RIBF128/R7_1146 rates
*** DSSSD # 1 count: 389187 old count: 340234 dt: 1.02 s LEC rate: 47972.00 Hz
*** DSSSD # 2 count: 562493 old count: 494318 dt: 1.02 s LEC rate: 66808.79 Hz
*** DSSSD # 3 count: 168279 old count: 147281 dt: 1.02 s LEC rate: 20577.21 Hz
*** DSSSD # 4 count: 156439 old count: 136327 dt: 1.02 s LEC rate: 19708.96 Hz
*** DSSSD # 5 count: 52041 old count: 45539 dt: 1.02 s LEC rate: 6371.70 Hz
*** DSSSD # 6 count: 121463 old count: 106320 dt: 1.02 s LEC rate: 14839.54 Hz
*** DSSSD # 1 count: 1 old count: 1 dt: 1.02 s HEC rate: 0.00 Hz
*** DSSSD # 2 count: 66 old count: 57 dt: 1.02 s HEC rate: 8.82 Hz
*** DSSSD # 3 count: 41 old count: 35 dt: 1.02 s HEC rate: 5.88 Hz
*** DSSSD # 4 count: 1 old count: 1 dt: 1.02 s HEC rate: 0.00 Hz
*** DSSSD # 5 count: 11 old count: 11 dt: 1.02 s HEC rate: 0.00 Hz
*** DSSSD # 6 count: 82 old count: 66 dt: 1.02 s HEC rate: 15.68 Hz
23.15 Stop DAQ
AIDA file RIBF128/R7_1153
23.15 Start DAQ
AIDA file RIBF128/R7_1153
BRIKEN file 117
BigRIPS file 4007
23.38 beam lost - RF restart
AIDA file RIBF128/R7_1158 |
|
Sat Jun 10 02:40:18 2017, DK, Sat 10 June 8:00 ~ 16:00
|
10:40 Put lead wall in front of AIDA during beam tuning.
12.30 BNC PB-4 Pulser OFF
AIDA file RINF128/R7_998
12.31 E17/F11 ambient temperature +24.7 deg C, RH 42.2%, d.p. +10.7 deg C
Julabo FL11006 set point +20 deg C, actual +20.0 deg C, water level OK (c. 70%)
12.53 analysis RIBF128/R7_1002 <0.5% dead-time, zero ts & MBS timewarps - see attachment 1
13:12 R7_1006 is the last run with 100% no pulser. Pulser turned on around 400 MB into R7_1007 |
|
Fri Jun 9 16:22:54 2017, PV, Saturday 10 June 00:00-08:00 28x
|
00:21 BigRIPS and BRIKEN stop their DAQ
AIDA run file R7_826
00:23 BRIKEN starts run 101
BigRIPS starts run 3107
AIDA on file R7_827
00:26 Offline Analysis of file RIBF128/R7_826- zero timewarps, zero MBS timewarps - see attachment 1
High Energy hit pattern spectra - see attachment 2
AIDA on file R7_828
zeroed Midas sort online spectra
00:36 *All* system wide checks OK
FEE64 Temperatures OK - see attachment 3
Good events statistics OK - see attachment 4
Merger and tape server running - see attachment 5, 6
Detector biases and leakage currents OK - see attachment 7
01:22 BigRIPS and BRIKEN stop their DAQ
AIDA run file R7_841
01:24 BRIKEN starts run 102
BigRIPS starts run 3108
AIDA on file R7_841
02:22 BigRIPS and BRIKEN stop their DAQ
AIDA run file R7_855
02:23 BRIKEN starts run 103
BigRIPS starts run 3109
AIDA on file R7_856
02:25 Offline Analysis of file RIBF128/R7_855- zero timewarps, 2 MBS timewarps - see attachment 8
High Energy hit pattern spectra - see attachment 9
AIDA on file R7_856
zeroed Midas sort online spectra
02:30 *All* system wide checks OK
FEE64 Temperatures OK - see attachment 10
Good events statistics OK - see attachment 11
Merger and tape server running - see attachment 12, 13
Detector biases and leakage currents OK - see attachment 14
03:24 BigRIPS and BRIKEN stop their DAQ
AIDA run file R7_870
03:26 BRIKEN starts run 104
BigRIPS starts run 3110
AIDA on file R7_871
03:42 fRC RF is down, beam is off
03:46 beam is back
04:18 beam is off, fRC RF is down
04:21 beam is back
04:31 BigRIPS and BRIKEN stop their DAQ
AIDA run file R7_886
04:32 BRIKEN starts run 105
BigRIPS starts run 3111
AIDA on file R7_887
04:35 Offline Analysis of file RIBF128/R7_886- zero timewarps, 1 MBS timewarps - see attachment 15
High Energy hit pattern spectra - see attachment 16
AIDA on file R7_887
zeroed Midas sort online spectra
04:39 *All* system wide checks OK
FEE64 Temperatures OK - see attachment 17
Good events statistics OK - see attachment 18
Merger and tape server running - see attachment 19, 20
Detector biases and leakage currents OK - see attachment 21
05:31 BigRIPS and BRIKEN stop their DAQ
AIDA run file R7_901
05:32 BRIKEN starts run 106
BigRIPS starts run 3112
AIDA on file R7_901
06:30 BigRIPS and BRIKEN stop their DAQ
AIDA run file R7_916
06:31 BRIKEN starts run 107
BigRIPS starts run 3113
AIDA on file R7_916
06:35 Offline Analysis of file RIBF128/R7_915- zero timewarps, 2 MBS timewarps - see attachment 22
High Energy hit pattern spectra - see attachment 23
AIDA on file R7_917
zeroed Midas sort online spectra
06:37 *All* system wide checks OK
FEE64 Temperatures OK - see attachment 24
Good events statistics OK - see attachment 25
Merger and tape server running - see attachment 26,27
Detector biases and leakage currents OK - see attachment 28
06:46 RRC power is down, it may take more than 1 hour to fix the problem
AIDA on file R7_920
06:48 BigRIPS and BRIKEN stop their DAQ
AIDA run file R7_920
06:52 BRIKEN starts run 108 (background run without beam)
AIDA on file R7_921 |
|
Fri Jun 9 09:12:03 2017, ZLiu, AE, 17:00-24:00
|
17:06 BRIKEN and BigRIPS stop their DAQs
AIDA on file R7_723
17:08 BigRIPS starts run 3100
BRIKEN starts run 94
AIDA on file R7_724
18:11 Stop BRIKEN/BigRIPS run. AIDA at R7_739
18:13 Start new run: BRIKEN 95, BigRIPS run 3103
AIDA run R7_740
Beam stopped right when the run was started.
18:17 Beam back, with intensity about 49 pnA
18:43 AIDA leakage currents [uA]: 4.665 5.325 5.705 5.125 5.05 4.25
19:09 BRIKEN starts run 096
BigRIPS starts run 3102
AIDA on file R7_753
20:11 Beam stop due to SRC issue. BRIKEN/BigRIPS runs stopped
20:17 Beam is back (49 pnA)
BRIKEN starts run 097
BigRIPS starts run 3103
AIDA on file R7_769
21:00 There have been frequent interruptions of beam (FRC/SRC issues) during the last two to three hours.
Usually resolved after a few minutes, with the beam continuing with good current.
21:12 BRIKEN starts run 098
BigRIPS starts run 3104
AIDA on file R7_782
Screenshot for stats and temperature during R7_783 attached (att. 2 and 3)
Screenshot for energy spectra of FEE12 and 9 as attachment 4 and 5 (around run R7_785)
21:58 BRIKEN starts run 099
BigRIPS starts run 3105
AIDA on file R7_793
23:12 BRIKEN starts run 100
BigRIPS starts run 3106
AIDA on file R7_810 |
|
Fri Jun 9 04:53:24 2017, TD, Waveforms 28x
|
x-scale 1000ch = 2ms
y-scale expanded
p+n junction strips
DSSSD #1 .. #6 attachments 1-12
n+n ohmic strips
DSSSD #1 .. #6 attachments 13-24
DSSSD #4 pulser off, attachments 25-28 |
|
Thu Jun 8 23:57:26 2017, ZLiu, TD, 9June2017 8:00-16:00 32x
|
08:06 System wide checks all ok
implantation profile - attachment 1
count rate - attachment 2
Bias and leakage currents ok - attachment 3
DAQstatistics
08:30 BRIKEN and BigRIPS stop their DAQs
AIDA on file R7_604
08:32 BigRIPS starts run 3090
BRIKEN starts run 85
AIDA on file R7_604
08:44 BRIKEN and BigRIPS stop their DAQs
AIDA on file R7_607
08:49 BigRIPS starts run 3091
BRIKEN starts run 86
AIDA on file R7_608
09:42 BRIKEN and BigRIPS stop their DAQs
AIDA on file R7_621
*** DAQ synchronisation reset ***
see BRIKEN 2017 Elog http://ribf-exp.riken.jp/elog/BRIKEN2017-June/323
09:51 BigRIPS starts run 3093
BRIKEN starts run 87
AIDA on file R7_623
10:06 System wide checks all ok
Bias and leakage currents ok - attachment 5
count rate - attachment 6
implantation profile - attachment 7
FEE temperature - attachment 8
10.30 layout spectra - see attachments 9-18
analysis of RIBF128/R7_630 - deadtime < 0.5%, no ts timewarps, 4x MBS timewarps - see attachment 19
online analysis - ADC & disc data synchronsed - see attachment 20
10.36 all histograms and SortSas spectra zero'd
10:53 BRIKEN and BigRIPS stop their DAQs
AIDA on file R7_636
10:54
BigRIPS starts run 3094
BRIKEN starts run 88
AIDA on file R7_636
11:49 BigRIPS and BRIKEN stop their DAQ
AIDA on file R7_649
11:49 BigRIPS starts run 3095
BRIKEN starts run 89
AIDA on file R7_649
12:15 system wide checks -- OK
see attchments 21-26
12.54 DAQ stop
AIDA file RIBF128/R7_664
12.55 DAQ start
AIDA file RIBF128/R7_664
BRIKEN file 3096
BigRIPS file 90
13.55 BigRIPS team entered the beam line area to place a 1.5 mm Al degrader
DAQ stop
AIDA file on RIBF128/R7_679
BRIKEN file 3096
BigRIPS file 90
14:03 BigRIPS starts run 3097
BRIKEN starts run 91
AIDA on file R7_680
14:52 beam stopped
15:00 BRIKEN and BigRIPS stop their DAQs
AIDA on file R7_694
15:02
BigRIPS starts run 3098
BRIKEN starts run 92
AIDA on file R7_694
15:48 beam stopped
15:52 beam back
16:06 BRIKEN and BigRIPS stop their DAQs
AIDA on file R7_709
16:08
BigRIPS starts run 3099
BRIKEN starts run 93
AIDA on file R7_710
16:20 system wide checks--OK
see attachments 27-32
17:06 BRIKEN and BigRIPS stop their DAQs
AIDA on file R7_723
17:08
BigRIPS starts run 3100
BRIKEN starts run 94
AIDA on file R7_724 |
|
Thu Jun 8 16:06:21 2017, OH, Friday 9 June 00:00-08:00 9x
|
00:06 System wide checks all ok
Bias and leakage currents ok - attachment 1
Good event statistics - attachment 2
FEE temperatures - attachment 3
00:29 BRIKEN and BigRIPS stop their DAQs
AIDA on file R7_494
00:31 BigRIPS starts run 3080
BRIKEN starts run 77
AIDA on file R7_494
01:31 BigRIPS and BRIKEN stop DAQs
AIDA on file R7_508
01:33 BRIKEN starts run 78
BigRIPS starts run 3081
AIDA on file R7_508
02:10 System wide checks all ok
Bias and leakage ok - attachment 4
Good event statistics - attachment 5
FEE temperatures - attachment 6
02:30 BRIKEN and BigRIPS stop their DAQs
AIDA on file R7_211
02:32 BigRIPs started Run 3082
BigRIPS stopped
02:33 Beam stopped to put and extra 1mm of degrader in to shift beam
Current degrader settings:
F7 = 2mm Al
F11 = 4.5mm Al
02:39 biGRIPS starts run 3083
BRIKEN starts run 79
AIDA on file R7_523
DSSD rates from R7_235
*** DSSSD # 1 count: 119355 old count: 78874 dt: 1.05 s LEC rate: 38696.78 Hz
*** DSSSD # 2 count: 188044 old count: 124828 dt: 1.05 s LEC rate: 60429.72 Hz
*** DSSSD # 3 count: 53151 old count: 34736 dt: 1.05 s LEC rate: 17603.35 Hz
*** DSSSD # 4 count: 61647 old count: 40919 dt: 1.05 s LEC rate: 19814.40 Hz
*** DSSSD # 5 count: 14623 old count: 9739 dt: 1.05 s LEC rate: 4668.74 Hz
*** DSSSD # 6 count: 41905 old count: 27687 dt: 1.05 s LEC rate: 13591.33 Hz
*** DSSSD # 1 count: 1 old count: 1 dt: 1.05 s HEC rate: 0.00 Hz
*** DSSSD # 2 count: 11 old count: 7 dt: 1.05 s HEC rate: 3.82 Hz
*** DSSSD # 3 count: 19 old count: 10 dt: 1.05 s HEC rate: 8.60 Hz
*** DSSSD # 4 count: 15 old count: 10 dt: 1.05 s HEC rate: 4.78 Hz
*** DSSSD # 5 count: 0 old count: 0 dt: 1.05 s HEC rate: 0.00 Hz
*** DSSSD # 6 count: 3 old count: 2 dt: 1.05 s HEC rate: 0.96 Hz
03:37 bigRIPS and BRIKEN stop their daqs
AIDA on file R7_537
03:39 BigRIPS starts run 3084
BRIKEN starts run 80
AIDA on file R7_537
04:16 System wide checks ok
Leakage and bias ok - attachment 7
Good events - attachment 8
FEE temperatures - attachment 9
04:33 BRIKEN AND BigRIPS stop daqs
AIDA on file R7_549
04:34 BRIKEN starts run 81
BigRIPS starts run 3085
AIDA on file R7_550
05:30 BigRIPS and BRIKEN stop their DAQs
AIDA on file R7_563
05:40 bigRIPS starts run 3086
BRIKEN starts run 82
AIDA on R7_565
06:14 System wide checks all ok
Bias and leakages ok - attachment 10
Good events - attachment 11
FEE temperatures - attachment 12
06:33 BigRIPS and BRIKEN stop their DAQs
AIDA on file R7_577
06:34 BigRIPS starts run 3087
BRIKEN starts run 83
AIDA on file R7_577
07:30 BRIKEN and BigRIPS stop daqs
AIDA on file R7_590
07:31 BigRIPS starts run 3088
BRIKEN starts run 84
AIDA on file R7_591 |
|
Thu Jun 8 08:11:39 2017, NN, PV, Thursday 8 June 16:00 - 24:00 (evening shift) 22x
|
16:13 DAQ still running
16:34 BigRIPS and BRIKEN stop their DAQ
AIDA run file R7_388
16:36 BRIKEN starts run 069
BigRIPS starts run 3072
AIDA on file R7_389
16:37 Analysis of file RIBF128/R7_387 - zero timewarps, four MBS timewarps - see attachment 1
16:41 Beam is OFF
16:43 Beam is ON
17:04 *All* system wide checks OK
FEE64 Temperatures OK - see attachment 2
Good events statistics OK - see attachment 3
Merger and tape server running - see attachment 4,5
17:06 Detector biases & leakage currents OK - see attachment 6
17:37 BigRIPS and BRIKEN stop their DAQ
AIDA run file R7_402
17:40 BRIKEN starts run 070
BigRIPS starts run 3073
AIDA on file R7_403
18:32 BigRIPS and BRIKEN stop their DAQ
AIDA run file R7_415
18:34 BRIKEN starts run 071
BigRIPS starts run 3074
AIDA on file R7_416
18:36 Offline Analysis of file RIBF128/R7_412 - zero timewarps, zero mbs timewarps - see attachment 7
18:58 *All* system wide checks OK
FEE64 Temperatures OK - see attachment 8
Good events statistics OK - see attachment 9
Merger and tape server running - see attachment 10,11
Detector biases and leakage currents OK - see attachment 12
19:34 BigRIPS and BRIKEN stop their DAQ
AIDA run file R7_428
19:35 BRIKEN starts run 072
BigRIPS starts run 3075
AIDA on file R7_429
20:08 Offline Analysis of file RIBF128/R7_434 - zero timewarps, one mbs timewarps - see attachment 13
20:10 High Energy Correlation spectra - see attachment 14
AIDA on file R7_436
20:37 BigRIPS and BRIKEN stop their DAQ
AIDA run file R7_442
20:37 BRIKEN starts run 073
BigRIPS starts run 3076
AIDA on file R7_443
21:37 BigRIPS and BRIKEN stop their DAQ
AIDA run file R7_455
21:38 BRIKEN starts run 074
BigRIPS starts run 3077
AIDA on file R7_455
22:00 *All* system wide checks OK
FEE64 Temperatures OK - see attachment 15
Good events statistics OK - see attachment 16
Merger and tape server running - see attachment 17,18
Detector biases and leakage currents OK - see attachment 19
22:10 Offline Analysis of file RIBF128/R7_434 - zero timewarps, one mbs timewarps of FEE No.6 - see attachment 20
22:26 High energy hit pattern - see attachment 21
AIDA on file 466
Zero'd online spectra
22:39 BigRIPS and BRIKEN stop their DAQ
AIDA run file R7_469
22:40 BRIKEN starts run 075
BigRIPS starts run 3078
AIDA on file R7_470
23:42 BigRIPS and BRIKEN stop their DAQ
AIDA run file R7_483
23:43 BRIKEN starts run 076
BigRIPS starts run 3079
AIDA on file R7_484
23:47 Offline Analysis of file RIBF128/R7_480 - zero timewarps, one mbs timewarps - see attachment 22 |
|
Thu Jun 8 00:54:26 2017, OH, PW, Thursday 8 June 00:00-16-00 6x
|
08:54 DAQ still running
09:01 BRIKEN and BigRIPS stop daqs
AIDA on file R7_293
Beam stopped
09:25 System wide checks ok
Bias and leakage ok - attachment 1
Good event statistics - attachment 2
FEE temperatures - attachment 3
13:36 Beam about to be back
Briken on Run 65 (Background)
AIDA on file 350
13:37 Beam is returned
BRIKEN starts run 66
bigRIPS run 3069
AIDA on file R7_350
System wide checks ok
13:40 Bias and leakage ok - attachment 4
Good event - attachment 5
FEE temperatures - attachment 6
14:00 Beam down originally five minutes
14:08 Beam will be down for another 20 minutes
BRIKEN and BigRIPS stop daqs
AIDA on file R7_356
14:22 beam is back
14:23 BigRIPS starts run 3070
Briken starts run 67
AIDA on file R7_360
15.23 DAQ stop
AIDA file RIBF128/R7_373
15:26 BigRIPS starts run 3071
Briken starts run 68
AIDA on file R7_374
15.29 beam off - back in 5 mins
AIDA file RIBF128/R7_374
15.44 beam back
AIDA file RIBF128/R7_377
|
|
Wed Jun 7 16:04:42 2017, ZL, DK, Thurs 8 June 0:00~8:00 13x
|
00:05 Shift change.
Primary beam current ~4800 enA, 238U^86+ so 50 to 60 pnA.
Biases shown as attachment #1, 08JunBias1.png
Analysis of R7_176 as attachment #2, 08 JunStats1.txt
3 MBS timewarps seen, no global timewarps
Implant rate is low, maybe 5 to 10 cps at AIDA
All system-wide checks are passed.
Sync pulses about 50% of last night, 18 x 10^6 because of run restart at 10:00
FEE64 memory consistent, about 36k ~ 39k
00:35 AIDA at R7_183 when runs stopped.
00:36 AIDA still R7_183 when runs starts: BRIKEN #57, BigRIPS: #3059
01:14 Statistics shown as attachment #3, 08JunStats.png
1:32 AIDA R7_195 at stop of runs
1:33 AIDA R7_196, BRIKEN #58, BigRIPS #3060
System wide checks all okay.
2:01 Operators called: RF is down. It should be recovered in a short time. AIDA R7_202 at that time.
Biases and leak currents as attachment #4, 08JunBias2.png
2:07 Beam is back. AIDA R7_203 at that time
2:29 Biases shown as attachment #5, 8JunBias2.png
Analysis of R7_207 as attachment #6,analysis_R7_207.txthon
4 MBS timewarps seen, no global timewarps
All system-wide checks are passed.
(Beam was stopped for a couple minutes here)
2:38 AIDA R7_210 at run change-over
2:39 AIDA R7_210 (same); BRIKEN #59, BigRIPS #3061
All system wide checks are passed, with similar information as before.
FEE temps look okay, see attachment #7, 08JunTemp1.png
3:30 AIDA R7_221 at run change-over
All system-wide checks are passed
3:31 AIDA R7_221, BRIKEN #60, BigRIPS #3061
3:59 Phone rings, AIDA R7_228 RF drops again
4:03 Beam is back, AIDA R7_228 still
4:34 Biases and leak currents shown as attachment #8, 08JunBias3.png
R7_236 at AIDA just began during the changeover
4:38 AIDA R7_236 still, BRIKEN run #61, BigRIPS run #3062
All system wide checks are passed.
Analysis shown as R7_235.txt attachment #9
No timewarps, no MBS timewarps
5:30 AIDA R7_247 at changeover
All system-wide checks are passed
5:51 AIDA R7_252
NB: BRIKEN and AIDA are not synchronized
5:58 AIDA R7_253, BRIKEN #62; BigRIPS #3066
Now they are synchronized
6:11 Biases and leak currents shown as 08JunBias4.png, attachment #10
7:05 AIDA R7_268 at run changeover
All system wide checks are passed as normal
Now BRIKEN #63; BigRIPS 3067
Statistics shown as attachment #11 08JunStats2.png
Warp data shown as attachment #12 R7_268.txt
no warps, no MBS warps
8:00 Biases and leak currents shown as 08JunBias5.png, attachment #13
R7_280 at run changeover
BRIKEN #64; BigRIPS #3067 |
|
Wed Jun 7 08:02:42 2017, OH, PV, Wednesday 7 June 16:00 - 24:00 15x
|
16:02 System wide checks ok
Good Events statistics (No beam at time!)- attachment 1
Fee temperatures - attachment 2
Bias and leakage ok - attachment 3
16:29 BigRIPS starts run 3051
BRIKEN starts run 49
AIDA on file R7_80
Slits brought in to reduce rate to attempt implant-neutron correlation
16:39 DSSD rates from R7_81
*** DSSSD # 1 count: 182087 old count: 144548 dt: 1.02 s LEC rate: 36716.57 Hz
*** DSSSD # 2 count: 295938 old count: 235754 dt: 1.02 s LEC rate: 58865.45 Hz
*** DSSSD # 3 count: 80412 old count: 64397 dt: 1.02 s LEC rate: 15664.13 Hz
*** DSSSD # 4 count: 94793 old count: 75541 dt: 1.02 s LEC rate: 18830.22 Hz
*** DSSSD # 5 count: 23432 old count: 18547 dt: 1.02 s LEC rate: 4777.98 Hz
*** DSSSD # 6 count: 66315 old count: 53096 dt: 1.02 s LEC rate: 12929.39 Hz
*** DSSSD # 1 count: 0 old count: 0 dt: 1.02 s HEC rate: 0.00 Hz
*** DSSSD # 2 count: 8 old count: 4 dt: 1.02 s HEC rate: 3.91 Hz
*** DSSSD # 3 count: 23 old count: 20 dt: 1.02 s HEC rate: 2.93 Hz
*** DSSSD # 4 count: 38 old count: 32 dt: 1.02 s HEC rate: 5.87 Hz
*** DSSSD # 5 count: 13 old count: 10 dt: 1.02 s HEC rate: 2.93 Hz
*** DSSSD # 6 count: 11 old count: 8 dt: 1.02 s HEC rate: 2.93 Hz
17:13 BigRIPS and BRIKEN stop DAQS
AIDA on file R7_89
17:30 Beam back
BigRIPS starts run 3052
BRIKEN starts run 50
AIDA on file R7_93
17:52 Analysis of R7_93 No timewarps, no MBS timewarps - attachment 4
18:06 System wide checks all ok
Bias and leakage ok - attachment 5
Good events statistics - attachment 6
FEE temperatures ok - attachment 7
18:27 fRC problem, beam is off
18:29 BigRIPS and BRIKEN stop DAQS
AIDA on file R7_106
18:32 Beam is back
BigRIPS starts run 3053
BRIKEN starts run 51
AIDA on file R7_106
19:33 BigRIPS and BRIKEN stop daqs
AIDA on file R7_119
19:34 BRIKEN starts run 52
BigRIPS starts run 3054
AIDA on file R7_120
20:09 System wide checks ok
Bias and leakage ok - attachment 8
Good event statistics - attachment 9
Fee temperatures - attachment 10
20:28 BigRIPS and BRIKEN stop their DAQs
AIDA on file R7_131
20:30 BigRIPS starts run 3055
BRIKEN starts run 53
AIDA on file R7_131
20:41 Layout 3 - attachment 11
1.8.L spectrum for each FEE
Appears to be 4-5 pulser peaks
21:31 BRIKEN and BigRIPS stop their daqs
AIDA on file R7_144
21:32 BRIKEN starts run 54
BigRIPS starts run 2056
AIDA on file R7_144
22:03 System wide checks ok
Bias and leakage ok - attachment 12
Good events statistics - attachment 13
Fee temperatures - attachment 14
22:32 Briken and BigRIPS stop their daqs
AIDA on file R7_156
22:33 BigRIPS starts run 3057
BRIKEN starts run 55
AIDA on file R7_156
23:31 BigRIPS and BRIKEN stop their DAQs
AIDA on file R7_169
23:32 BigRIPS starts run 3058
BRIKEN starts run 56
AIDA on file R7_169
23:46 Analysis of R7_168 - attachmemt 15 |
|
Wed Jun 7 00:10:24 2017, NN, TD, Wednesday 7 June 08:00 - 16:00 30x
|
08:12 Analysis of file RIBF128/R6_438 - zero timewarps, four MBS timewarps - see attachment 1
08:23 Online analysis (per DSSSD rates) of R6_443, see attachment 2
08:35 BigRIPS and BRIKEN stop their DAQ
AIDA run file R6_446
08:40 BRIKEN starts run 043
BigRIPS starts run 3040
AIDA on file R6_448
09:16 *All* system wide checks OK
FEE64 Temperatures OK - see attachment 3
Good events statistics OK - see attachment 4
Detector biases & leakage currents OK - see attachment 5
Merger and tape server running - see attachment 6,7
09:51 Beam is OFF, RC is down
09:53 BigRIPS and BRIKEN stop their DAQ
AIDA run file R6_470
10:00 Beam is ON
10:01 BRIKEN starts run 044
BigRIPS starts run 3041
AIDA on file R6_472
10:07 AIDA DAQ crashed (fuse blown)
AIDA on file R6_474
10:14 BigRIPS and BRIKEN stop their QAD
AIDA on file R6_474
10:25 E17/F11 ambient temperature +24.3 deg C, RH 42.7%, d.p. +10.9 deg C
Julabo FL11006 set point +20 deg C, actual +20.0 deg C, water level OK (c. 75%)
BNC PB-4 analogue output BNC T replaced by BNC-Lemo00 adaptor and Lemo00 T
11:08 AIDA DAQ running (recovered)
11:10 BRIKEN starts run 045
BigRIPS starts run 3043
AIDA on file R7_1
(BigRIPS run 3042 was used to check synchronization)
11:21 *All* system wide checks OK
FEE64 Temperatures OK - see attachment 8
Good events statistics OK - see attachment 9
Detector biases & leakage currents OK - see attachment 10
Merger and tape server running - see attachment 11,12
11:28 Analysis of file RIBF128/R7_4 - zero timewarps, two MBS timewarps - see attachment 13
12:13 BigRIPS and BRIKEN stop their DAQ
AIDA run file R7_16
12:13 BRIKEN starts run 046
BigRIPS starts run 3044
AIDA on file R7_17
12:21 Analysis of file RIBF128/R7_15 - zero timewarps, two MBS timewarps - see attachment 14
12:23 High Energy Correlation spectra - see attachment 15
AIDA on file R7_20
13.00 Detector biases & leakage currents OK - see attachments 16 & 17
FEE64 Temperatures OK - see attachment 18
good events statistics OK - see attachment 19
No warnings/errors reported by merger since DAQ GO - see attachment 20
*all* system wide checks OK
13.06 analysis of file RIBF128/R7_30 - dead time < 0.5%, 0 ts & 1 MBS timewarps - see attachment 21
13.10 online analysis - ADC data synchronised - see attachment 22
per DSSSD HEC x versus y spectra - see attachment 23
per DSSSD HEC E_p versus E_n spectra - see attachment 24
13.12 per DSSSD rates file RIBF128/R7_33
*** DSSSD # 1 count: 100283 old count: 52419 dt: 1.00 s LEC rate: 47699.10 Hz
*** DSSSD # 2 count: 143318 old count: 73956 dt: 1.00 s LEC rate: 69123.04 Hz
*** DSSSD # 3 count: 61925 old count: 31310 dt: 1.00 s LEC rate: 30509.53 Hz
*** DSSSD # 4 count: 42834 old count: 21364 dt: 1.00 s LEC rate: 21396.03 Hz
*** DSSSD # 5 count: 10974 old count: 5692 dt: 1.00 s LEC rate: 5263.80 Hz
*** DSSSD # 6 count: 29846 old count: 15307 dt: 1.00 s LEC rate: 14488.91 Hz
*** DSSSD # 1 count: 3 old count: 1 dt: 1.00 s HEC rate: 1.99 Hz
*** DSSSD # 2 count: 34 old count: 23 dt: 1.00 s HEC rate: 10.96 Hz
*** DSSSD # 3 count: 96 old count: 51 dt: 1.00 s HEC rate: 44.84 Hz
*** DSSSD # 4 count: 85 old count: 51 dt: 1.00 s HEC rate: 33.88 Hz
*** DSSSD # 5 count: 8 old count: 4 dt: 1.00 s HEC rate: 3.99 Hz
*** DSSSD # 6 count: 8 old count: 4 dt: 1.00 s HEC rate: 3.99 Hz
all SortSas spectra & histograms zero'd
13.13 DAQ stop
AIDA run file R7_33
13.15 BRIKEN starts run 47
BigRIPS starts run 3045 *** N.B. by mistake BRIKEN DAQ not actually started ***
AIDA on file R7_ 33
BNC PB-4
Amplitude 90,000
x5 attenuator IN
t_r 100ns tau_d 50us
- polarity
frequency 25Hz range
delay MIN, tail pulse, INT ref
ASIC settings 2017Mar27-16.12.39
84Zn BigRIPS setting, 130Ag degrader setting - 2mm Al (in F7) + 3mm fixed + 1mm variable (in F11) = 6 mm Al
13.23 Beam stop to fix problem with STQ
DAQ stop
AIDA file RIBF128/R7_35
14:00 Beam is ON
AIDA file R7_43
14:01 BRIKEN starts run 48
BigRIPS starts run 3046
AIDA on file R7_ 44
14:48 Detector biases & leakage currents OK - see attachment 25
14:56 *All* system wide checks OK
FEE64 Temperatures OK - see attachment 26
Good events statistics OK - see attachment 27
Merger and tape server running - see attachment 28,29
15:16 BigRIPS and BRIKEN stop their DAQ
AIDA run file R7_64
15:25 Analysis of file RIBF128/R7_60 - zero timewarps, zero MBS timewarps - see attachment 30 |
|
Tue Jun 6 15:59:19 2017, DK, Wed 7 June night shift 14x
|
7 June 2017
00:05 All system-wide checks are passed
Sync pulses nera 44 x 10^6
Memory 35k ~ 38k
Biases uploaded as 33.png, 34.png - attachments 1 & 2
Entered into spreadsheet
SSD 3 bias is going up slowly since this isotope setting began
Around "2 to 4" Hz in SSDs 3 and 4 -> 50 to 80 pps implant rate
See attachment 3, 35.png
All rates under 100k except nnaida 13, 21
See attachment 4, 36.png
FEE temperatures shown as 37.png, attachment #5
00:30 BRIKEN number 32, AIDA R6_299, BigRIPS 3032
01:01 Timewarps look okay (only 2 MBS seen in FEE 6)
See R6_307 - attachment #6
01:30 BRIKEN and BigRIPS runs stopped. AIDA R6_317 at that time.
01:31 AIDA R6_318, BRIKEN run #33, BigRIPS #3033
All system-wide checks passed.
SYNC pulses 46 x 10^6
Memory 35 ~ 39k
02:08 Biases shown as 38.png, attachment #7
02:34 AIDA run R6_337 when BRIKEN and BigRIPS runs are stopped.
AIDA passes all system-wide checks.
02:37 AIDA just begins R6_338l. BRIKEN run #34, BigRIPS #3034
Timewarps look okay, see attachment #8, R6_336
Statistics consistent, see attachment #9, 39.png
Implant rate around 75 cps
03:31 AIDA run R6_354 at the stop of BRIKEN and BigRIPS runs
03:34 AIDA R6_355, BRIKEN run #35, BigRIPS #3035
AIDA passed all system checks. Merger shows low rate for nnaida8, but this is consistent for tonight.
4:03 Biases shown as 40.png, attachment #10.
4:08 Stats shown as 41.png, attachment #11
As before, only nnaida13 and nnaida21 show over 100k, and nnaida8 is quite low.
4:30 AIDA run R6_372 at the close of BRIKEN and BigRIPS runs.
4:32 AIDA R6_373 with new BRIKEN run #36 and BigRIPS #3036.
All system-wide checks okay.
5:38 AIDA R6_393 at the stop of BRIKEN and BigRIPS runs
All system-wide checks okay.
5:39 AIDA still R6_393, BRIKEN run #37 and BigRIPS run #3037
6:00 Leak currents shown as 42.png, attachment #12
6:16 Beam stopped so we can check the signal of one Ge detector that became noisy
R6_404 at that time
Added some Al foil to the Ge signal cables
6:28 Beam is back R6_408
6:29 BRIKEN run #41, BigRIPS #38
7:28 AIDA R6_426 at stop of other runs
System-wide checks are okay.
7:30 AIDA R6_427. BRIKEN #42, BigRIPS #39
Implant rates 60 ~ 70 cps in AIDA
One MBS timewarp in R6_426, as attachment #13
7:57 Leak currents shown as attachment #14, 43.png |
|
Tue Jun 6 15:26:44 2017, TD, ZL, Tuesday 06 June 16.00-24.00 29x
|
15.53 Bias and leakage currents ok - attachments 1 & 2
FEE temperatures ok - attachment 3
statistics good events still seeing noise on 13 and 14 - attachment 4
No merger errors since GO - attachment 5
16:00 all system wide checks OK
15:59 BigRIPS and BRIKEN stop daqs
AIDA on file R6_147
16:02 BigRIPS starts run 3023
BRIKEN starts run 23
AIDA on file R6_148
implant hit pattern statistics until the end of R6_147: attachment6 spectra cleared
17:00 BigRIPS and BRIKEN stop daqs
AIDA on file R6_165
17:02 BigRIPS starts run 3024
BRIKEN starts run 24
AIDA on file R6_166
18:03 BigRIPS and BRIKEN stop daqs
AIDA on file R6_183
18.04 BigRIPS starts run 3025
BRIKEN starts run 25
AIDA on file R6_184
18.18 Detector biases & leakage currents OK - see attachments 8 & 9
FEE64 Temperatures OK - see attachment 10
good events statistics OK - high but relatively stable - see attachment 11
No warnings/errors reported by merger since DAQ GO - see attachment 12
*all* system wide checks OK
18.23 analysis of file RIBF128/R6_188 - dead time < 0.5%, 0x ts timewarps, 1x MBS timewarps - see attachment 13
online analysis per DSSSD HEC x versus y spectra - see attachment 14
18.28 offline analysis R6_196 - ADC & disc data synchronised - see attachment 14
rates ***
DSSSD # 1 count: 579778 old count: 507154 dt: 1.02 s LEC rate: 71359.29 Hz ***
DSSSD # 2 count: 824589 old count: 719407 dt: 1.02 s LEC rate: 103350.31 Hz
DSSSD # 3 count: 344253 old count: 299859 dt: 1.02 s LEC rate: 43620.90 Hz ***
DSSSD # 4 count: 241567 old count: 210328 dt: 1.02 s LEC rate: 30694.99 Hz ***
DSSSD # 5 count: 70435 old count: 61399 dt: 1.02 s LEC rate: 8878.64 Hz ***
DSSSD # 6 count: 154453 old count: 135358 dt: 1.02 s LEC rate: 18762.47 Hz ***
DSSSD # 1 count: 4 old count: 2 dt: 1.02 s HEC rate: 1.97 Hz ***
DSSSD # 2 count: 113 old count: 96 dt: 1.02 s HEC rate: 16.70 Hz ***
DSSSD # 3 count: 437 old count: 386 dt: 1.02 s HEC rate: 50.11 Hz ***
DSSSD # 4 count: 341 old count: 288 dt: 1.02 s HEC rate: 52.08 Hz ***
DSSSD # 5 count: 53 old count: 46 dt: 1.02 s HEC rate: 6.88 Hz ***
DSSSD # 6 count: 35 old count: 31 dt: 1.02 s HEC rate: 3.93 Hz
all SortSas spectra and histograms zero'd
19.01 BigRIPS and BRIKEN stop daqs
AIDA on file R6_201
19.02 BigRIPS starts run 3026
BRIKEN starts run 26
AIDA on file R6_201
20:00 Detector biases & leakage currents OK - see attachments 20 & 21
FEE64 Temperatures OK - see attachment 22
merger data rate -- - see attachment 23
good events statistics OK - high but relatively stable - see attachment 24, 26
implantation profiles - see attachment 25
*all* system wide checks OK
20:02 BigRIPS and BRIKEN stop daqs
AIDA on file R6_219
20:02 BigRIPS starts run 3027
BRIKEN starts run 27
AIDA on file R6_220
21:02 BigRIPS and BRIKEN stop daqs
AIDA on file R6_237
20:03 BigRIPS starts run 3028
BRIKEN starts run 28
AIDA on file R6_237
21.21 beam lost during R6_243
BigRIPS and BRIKEN stop daqs
AIDA on file R6_243
21:24 beam back
21:25 BigRIPS starts run 3029
BRIKEN starts run 29
AIDA on file R6_244
22:26 BigRIPS and BRIKEN stop daqs
AIDA on file R6_262
22:28 BigRIPS starts run 3030
BRIKEN starts run 30
AIDA on file R6_263
22:36 Detector biases & leakage currents OK
FEE64 Temperatures OK
merger data rate good events statistics OK - high but relatively stable implantation profiles
for the details see attachments 27-32
23:05 beam lost
23:08 beam back
23:28 BigRIPS and BRIKEN stop daqs
AIDA on file R6_281
23:29 BigRIPS starts run 3031
BRIKEN starts run 31
AIDA on file R6_281 |
|
Tue Jun 6 07:44:19 2017, TD, Preamplifier waveforms 25x
|
Preamplifier waveforms sampled by 50MSPS, 14 bit ADC
attachment 1 - nnaida13 ASIC settings (+ input)
attachment 2 - nnaida16 ASIC settings (- input)
beam on
-------
attachments 3-5 - three successive waveform updates nnaida13 asic #1 - 1000ch = 20us
attachments 6-8 - three successive waveform updates nnaida13 asic #1 - 1000ch = 2ms
attachments 9-11 - three successive waveform updates nnaida16 asic #1 - 1000ch = 20us
attachments 12-14 - three successive waveform updates nnaida16 asic #1 - 1000ch = 2ms
beam off
--------
attachments 15-18 - three successive waveform updates nnaida13 asic #1 - 1000ch = 2ms
attachments 19-21 - three successive waveform updates nnaida16 asic #1 - 1000ch = 2ms
attachments 22-23 - three successive waveform updates nnaida16 asic #1 - 1000ch = 2ms, y-scale expanded
attachments 24-25 - three successive waveform updates nnaida13 asic #1 - 1000ch = 2ms, y-scale expanded |
|
Tue Jun 6 00:57:49 2017, PJW, TD, Tuesday 6 June 08.00-16.00 16x
|
08.57 Stop DAQ
AIDA file RIBF128/R6_24
09.00 BigRips starts run 3016
BRIKEN starts run 16
AIDA on file R6_25
09:23 biases and leakage currents recorded attachments 1 and 2
09.36 online spectra per DSSSD x versus y (HEC) - see attachment 3
per DSSSD E_p versus E_n (HEC) - see attachment 4
09.39 offline analysis RIBF128/R6_36
ADC & disc data synchronised - see attachment 5
rates
*** DSSSD # 1 count: 475974 old count: 407247 dt: 1.04 s LEC rate: 66335.14 Hz
*** DSSSD # 2 count: 695537 old count: 595776 dt: 1.04 s LEC rate: 96289.08 Hz
*** DSSSD # 3 count: 284002 old count: 245156 dt: 1.04 s LEC rate: 37494.07 Hz
*** DSSSD # 4 count: 197428 old count: 169943 dt: 1.04 s LEC rate: 26528.46 Hz
*** DSSSD # 5 count: 58436 old count: 49831 dt: 1.04 s LEC rate: 8305.53 Hz
*** DSSSD # 6 count: 130742 old count: 111691 dt: 1.04 s LEC rate: 18387.98 Hz
*** DSSSD # 1 count: 2 old count: 2 dt: 1.04 s HEC rate: 0.00 Hz
*** DSSSD # 2 count: 92 old count: 82 dt: 1.04 s HEC rate: 9.65 Hz
*** DSSSD # 3 count: 387 old count: 332 dt: 1.04 s HEC rate: 53.09 Hz
*** DSSSD # 4 count: 281 old count: 251 dt: 1.04 s HEC rate: 28.96 Hz
*** DSSSD # 5 count: 37 old count: 31 dt: 1.04 s HEC rate: 5.79 Hz
*** DSSSD # 6 count: 36 old count: 33 dt: 1.04 s HEC rate: 2.90 Hz
all SortSas spectra and online histograms zero'd
09.48 analysis RIBF128/R6_35 deadtime <0.5%, zero ts timewarps, 2 MBS timewarps - see attachment 6
10.00 FEE64 temperatures OK - see attachment 7
good events stats - see attachment 8
merger - no error/warning messages - see attachment 9
nnaida13 waveforms ASICS 1-4 100*20us = 2ms range - see attachments 10-13
10.00 Stop DAQ
AIDA file RIBF128/R6_42
10.01 BigRips starts run 3017
BRIKEN starts run 17
AIDA on file R6_43
10.09 *all* system wide checks OK
11:00 stop daq
aida file r6_59
11.01 BigRips starts run 3018
BRIKEN starts run 18
AIDA on file R6_60
11:59 stop daq
aida file R6_76
12:01 Bigrips starts run 3019
BRIKEN starts run 19
aida on file R6_77
12:59 stop daq
aida file R6_94
13:01 Bigrips starts run 3020
BRIKEN starts run 20
aida on file R6_95
13.51 biases and leakage currents recorded attachments 15 & 16
14:00 stop daq
aida file R6_112
14:03 Bigrips starts run 3021
BRIKEN starts run 21
aida on file R6_113
14:57 beam stopped
15:00 stop daq
aida file R6_130
15:01 beam back
15:02 Bigrips starts run 3022
BRIKEN starts run 22
aida on file R6_130 |
|
Mon Jun 5 16:02:50 2017, OH, PV, AE, Tuesday 06 June 00.00-08.00 40x
|
00:03 BigRIPS starts run 3007
BRIKEN starts run 007
AIDA on file R5_146
00:07 Bias and leakage currents ok - attachment 1
System wide checks all ok
FEE temperatures ok - attachment 2
Good evts still seeing noise on 13 and 14 - attachment 3
No merger errors since GO
00:48 DSSD Rates from R5_160
*** DSSSD # 1 count: 250904 old count: 163089 dt: 1.02 s LEC rate: 86326.91 Hz
*** DSSSD # 2 count: 335185 old count: 222784 dt: 1.02 s LEC rate: 110496.28 Hz
*** DSSSD # 3 count: 157445 old count: 103991 dt: 1.02 s LEC rate: 52548.18 Hz
*** DSSSD # 4 count: 102079 old count: 67878 dt: 1.02 s LEC rate: 33621.44 Hz
*** DSSSD # 5 count: 40500 old count: 26651 dt: 1.02 s LEC rate: 13614.32 Hz
*** DSSSD # 6 count: 64652 old count: 42396 dt: 1.02 s LEC rate: 21878.85 Hz
*** DSSSD # 1 count: 0 old count: 0 dt: 1.02 s HEC rate: 0.00 Hz
*** DSSSD # 2 count: 41 old count: 27 dt: 1.02 s HEC rate: 13.76 Hz
*** DSSSD # 3 count: 161 old count: 103 dt: 1.02 s HEC rate: 57.02 Hz
*** DSSSD # 4 count: 131 old count: 85 dt: 1.02 s HEC rate: 45.22 Hz
*** DSSSD # 5 count: 22 old count: 12 dt: 1.02 s HEC rate: 9.83 Hz
*** DSSSD # 6 count: 9 old count: 6 dt: 1.02 s HEC rate: 2.95 Hz
01:02 Briken and BigRIPS daq stops
01:03 Briken Starts run 8
BigRIPS starts run 3008
01:40 Phong noticed a significant difference in the noise in the (raw) low energy spectra a few of the FEEs when
comparing the runs right before and right after the power-cycle (See Attachment 12) required to recover
the DAQ crash last afternoon (June 5th).
NNAIDA 22, 21, 14, and 13 had a much higher count rate after the power cycle, and what seems like a lower
threshold. We can't observe the pulser peak in any of those.
NNAIDA 13 has the highest count rate, and the waveforms show what looks like noise with a regular
frequency (attachments 4 - 7)
For reference, we include the waveform of other positive FEEs 8-11
02:51 Bias and leakages ok - attachment 13
System wide checks ok
Good Event statistics - attachment 14
Fee Temperatures - attachment 15
03:03 BigRIPS and BRIKEN stop daqs
AIDA on file R5_208
03:04 BigRIPS starts run 3009
BRIKEN starts run 9
AIDA on file R5_208
04:03 BigRIPS and BRIKEN stop daqs
AIDA on file R5_230
04:04 BigRIPS starts run 3010
BRIKEN starts run 10
AIDA on file R5_230
04:09 System wide checks all ok
Bias and leakages ok - attachment 16
Fee Temperatures - attachment 17
Good Event Statistics - attachment 18
04:48 DSSD rates from R5_244
*** DSSSD # 1 count: 1239207 old count: 1155424 dt: 1.04 s LEC rate: 80379.42 Hz
*** DSSSD # 2 count: 1684042 old count: 1567549 dt: 1.04 s LEC rate: 111760.61 Hz
*** DSSSD # 3 count: 806937 old count: 752064 dt: 1.04 s LEC rate: 52643.85 Hz
*** DSSSD # 4 count: 505814 old count: 472642 dt: 1.04 s LEC rate: 31824.43 Hz
*** DSSSD # 5 count: 208086 old count: 193231 dt: 1.04 s LEC rate: 14251.53 Hz
*** DSSSD # 6 count: 335686 old count: 313190 dt: 1.04 s LEC rate: 21582.13 Hz
*** DSSSD # 1 count: 8 old count: 7 dt: 1.04 s HEC rate: 0.96 Hz
*** DSSSD # 2 count: 193 old count: 181 dt: 1.04 s HEC rate: 11.51 Hz
*** DSSSD # 3 count: 872 old count: 810 dt: 1.04 s HEC rate: 59.48 Hz
*** DSSSD # 4 count: 637 old count: 601 dt: 1.04 s HEC rate: 34.54 Hz
*** DSSSD # 5 count: 89 old count: 81 dt: 1.04 s HEC rate: 7.68 Hz
*** DSSSD # 6 count: 71 old count: 65 dt: 1.04 s HEC rate: 5.76 Hz
05:01 BRIKEN and BigRIPS stop DAQs
AIDA on file R5_250
05:02 BigRips starts run 3011
BRIKEN starts run 11
AIDA on file R5_250
06:02 BigRIPS and BRIKEN stop their daqs
AIDA on file R5_272
06:03 BigRIPS starts run 3012
BRIKEN starts run 12
AIDA on file R5_272
06:06 System wide checks all ok
Bias and leakage currents ok - attachment 19
Good event statistics - attachment 20
FEE temperatures ok - attachment 21
06:16 Analysis of R5_270 - attachment 22
Three MBS errors
06:34 130Cd decay curve - attachments 22 and 23
Despite the large amounts of noise in the detectors it is still possible to observe decay curves. They are
cleaned up a lot
by applying a multiplicity cut (attachment 22 with attachment 23 without. Further cuts and vetos could be
applied to clean up further.
The fit in attachment 22 gives a half life of 182ms which is not quite the expected 162ms but a reasonable
first fit.
07.14 Layout - 1.8.W waveforms - see attachments 24-27
No significant change in intrinsic/extrinsic noise cf. previous screenshots
nnaida13 ASIC 1-4 waveforms - see attachments 28-31 - range 100*20us
07.24 BRIKEN and BigRIPS stop DAQs
AIDA on file R5_300
07.25 Stop AIDA DAQ
Cycle detector biases
Start AIDA DAQ
07.38 BigRips starts run 3014
BRIKEN starts run 14
AIDA on file R6_1
07.45 nnaida13 ASIC 1-4 waveforms - see attachments 32-35 - range 100*20us
08.07 all system wide checks OK |
|
Mon Jun 5 08:43:24 2017, CB, TD, PW, DK, Monday 5 June 16:00 to 24:00 38x
|
16:43 Leakage currents OK - see attachment 1
FEE64 temperatures OK - see attachment 2
Statistics show rate increase in nnaida13, 21. Reason unclear - see attachment 3
Waveforms for nnaida13 look OK - see attachment 4
No merger errors - see attachment 5
All system-wide checks OK, except ADC calibration for nnaida1, 8, 19
Current writing speed 10 Mb/s, 30% higher than before - see attachment 6
Current AIDA run /TapeData/RIBF128/R5_6
17:50 Leakage currents OK - see attachment 7
FEE64 temperatures OK - see attachment 8
Statistics as before - see attachment 9
No merger errors - see attachment 10
Analysed /TapeData/RIBF128/R5_25 - attachment 11
Rate high as expected, no timewarps, negligible dead time, idle time in agreement with dead time
19.34 DAQ starts
AIDA file RIBF128/R5_58
BigRIPS file 2088
BRIKEN file 0
BNC PB-4
Amplitude 90,000
x5 attenuator IN
t_r 100ns tau_d 50us
- polarity
frequency 25Hz range
delay MIN, tail pulse, INT ref
ASIC settings 2017Mar27-16.12.39
130Ag BigRIPS setting, degrader setting - fixed 6mm (in F11) + variable all out = 6 mm Al
19.38 DAQ stops
AIDA file RIBF128/R5_59
20.04 Detector biases & leakage currents OK - see attachments 12 & 13
FEE64 Temperatures OK - see attachment 14
good events statistics OK - see attachment 15
No warnings/errors reported by merger since DAQ GO - see attachment 16
*all* system wide checks OK (zero fails)
analysis of file RIBF128/R5_67 - dead time < 0.5%, no timewarps, 2 MBS timewarps - see attachment 17
20.14 online analysis - ADC & disc data synchronised - see attachment 18
20.28 layout spectra - attachments 19-28
no pulser peaks observed in p+n junction strip FEE64s - to be checked when access is obtained
21.01 E17/F11 ambient temperature +24.3 deg C, RH 41.0%, d.p. +10.0 deg C
Julabo FL11006 set point +20 deg C, actual +20.0 deg C, water level OK (c. 75%)
21.07 DAQ starts
AIDA file RIBF128/R5_85
BigRIPS file 3003
BRIKEN file 3
BNC PB-4
Amplitude 90,000
x5 attenuator IN
t_r 100ns tau_d 50us
- polarity
frequency 25Hz range
delay MIN, tail pulse, INT ref
ASIC settings 2017Mar27-16.12.39
130Ag BigRIPS setting, degrader setting - fixed 2mm Al at F7, fixed 3mm + variable 1mm Al at F11 = 6 mm Al
21.15 DAQ stop
AIDA file RIBF128/R5_88
21.31 DAQ starts
AIDA file RIBF128/R5_93
BigRIPS file 3004
BRIKEN file 4
DAQ sync check OK
All SortSas spectra & histograms zero'd
21.45 DAQ stop
AIDA file RIBF128/R5_98
21.31 DAQ starts
AIDA file RIBF128/R5_98
BigRIPS file 3005
BRIKEN file 5
22.00 Detector biases & leakage currents OK - see attachments 29 & 30
FEE64 Temperatures OK - see attachment 31
good events statistics OK - see attachment 32
No warnings/errors reported by merger since DAQ GO - see attachment 33
*all* system wide checks OK (zero fails)
analysis of file RIBF128/R5_67 - dead time < 0.7%, no timewarps, 1 MBS timewarp - see attachment 34
20.14 online analysis - ADC & disc data synchronised - see attachment 35
22.08 offline analysis file RIBF128/R5_106 - rates
*** DSSSD # 1 count: 403476 old count: 321247 dt: 1.03 s LEC rate: 80056.89 Hz
*** DSSSD # 2 count: 559009 old count: 446189 dt: 1.03 s LEC rate: 109839.82 Hz
*** DSSSD # 3 count: 262328 old count: 206447 dt: 1.03 s LEC rate: 54404.88 Hz
*** DSSSD # 4 count: 159863 old count: 127957 dt: 1.03 s LEC rate: 31063.19 Hz
*** DSSSD # 5 count: 66930 old count: 52878 dt: 1.03 s LEC rate: 13680.81 Hz
*** DSSSD # 6 count: 109482 old count: 87597 dt: 1.03 s LEC rate: 21306.90 Hz
*** DSSSD # 1 count: 1 old count: 1 dt: 1.03 s HEC rate: 0.00 Hz
*** DSSSD # 2 count: 72 old count: 56 dt: 1.03 s HEC rate: 15.58 Hz
*** DSSSD # 3 count: 278 old count: 214 dt: 1.03 s HEC rate: 62.31 Hz
*** DSSSD # 4 count: 218 old count: 178 dt: 1.03 s HEC rate: 38.94 Hz
*** DSSSD # 5 count: 22 old count: 18 dt: 1.03 s HEC rate: 3.89 Hz
*** DSSSD # 6 count: 27 old count: 15 dt: 1.03 s HEC rate: 11.68 Hz
online analysis - per DSSSD x versus y (HEC) - attachment 36
per DSSSD E_p versus E_n (HEC) - attachment 37
offline analysis file RIBF128/R5_106 - ADC & disc data synchronised - attachment 38
N.B. pulser to p+n strips appears to be low amplitude - absence of secondary ADC peak, low multiplicity for
disc data
23.01 DAQ stop
AIDA file RIBF128/R5_124
23.02 DAQ starts
AIDA file RIBF128/R5_124
BigRIPS file 3006
BRIKEN file 6
00:01 DAQ stop
AIDA file R5_145 |
|
Sun Jun 4 23:50:24 2017, CB, PW, DK, TD, Monday 5 June 08:00 to 16:00 24x
|
07:50 Leakage currents OK - attachment 1
FEE64 temperatures OK - attachment 2
Good event statistics OK - attachment 3
No new merger errors - attachment 4
HEC x vs y plot OK - attachment 5
Zero'd SortSas
Sorted run RIBF148/R2_375. DSSD rates as follows
Pulser still synchronised - attachment 6
*** data items: 13911095 ( 120732.29 Hz)
*** ADC events: 1173612 ( 10185.60 Hz)
*** time warps: 0 ( 0.00 Hz)
*** DSSSD # 1 count: 546264 old count: 529893 dt: 11.53 s LEC rate: 47387.36 Hz
*** DSSSD # 2 count: 811805 old count: 787055 dt: 11.53 s LEC rate: 70422.54 Hz
*** DSSSD # 3 count: 308448 old count: 297268 dt: 11.53 s LEC rate: 26757.28 Hz
*** DSSSD # 4 count: 246100 old count: 238286 dt: 11.53 s LEC rate: 21348.71 Hz
*** DSSSD # 5 count: 148961 old count: 143967 dt: 11.53 s LEC rate: 12922.08 Hz
*** DSSSD # 6 count: 240995 old count: 233066 dt: 11.53 s LEC rate: 20905.86 Hz
*** DSSSD # 1 count: 0 old count: 0 dt: 11.53 s HEC rate: 0.00 Hz
*** DSSSD # 2 count: 19 old count: 18 dt: 11.53 s HEC rate: 1.65 Hz
*** DSSSD # 3 count: 5 old count: 5 dt: 11.53 s HEC rate: 0.43 Hz
*** DSSSD # 4 count: 32 old count: 26 dt: 11.53 s HEC rate: 2.78 Hz
*** DSSSD # 5 count: 70 old count: 70 dt: 11.53 s HEC rate: 6.07 Hz
*** DSSSD # 6 count: 1403 old count: 1354 dt: 11.53 s HEC rate: 121.71 Hz
Analysed run R2_375. 6 MBS related errors messages, but no MBS timewarps. See attachment 7
08:01 BRIKEN and BigRIPS stopping run
AIDA on run RIBF148/R2_378
08:03 BRIKEN starts run 25
BigRIPS starts run 24
AIDA on run RIBF148/R2_379
08:26 All system wide checks OK *except* nnaida1 clock status (6), ADC calibration for nnaida1, 21
08:26 BRIKEN and BigRIPS stopping run
AIDA on run RIBF148/R2_387
08:26 Completely removing degraders
08:39 BRIKEN starts run 26
BigRIPS starts run 25
AIDA on run RIBF148/R2_388
Zero'd SortSas
08:55 HEC x vs y plot - attachment 8
09:00 BRIKEN and BigRIPS stopping run
AIDA on run RIBF148/R2_394
Rare earths first run ends here.
09:01 Stopped DAQ
09:20 Rebuilt lead wall in front of AIDA
T = 24.9C RH = 23.7% DP = 3.6C
Julabo Chiller at 75%. Refilled.
11:13 Restarted DAQ
Checkload x2 - All OK
Current run /TapeServer/RIBF128/R1_1
All OK
11:19 Starting run RIBF128/R2_1
High-amplitude pulser walkthrough 90 000, 80 000 ... 10 000
Frequency 250 Hz
11:31 Starting run RIBF128/R3_1
Low-amplitude pulser walkthrough 12 000, 10 000 ... 2 000
Frequency 250 Hz
Set pulser amplitude back to 90 000, frequency to 25 Hz
Stopped run
11:41 Starting new run RIBF128/R4_1
Background run at present
13.56 Detector biases & leakage currents OK - see attachments 9 & 10
FEE64 Temperatures OK - see attachment 11
good events statistics OK - see attachment 12
No warnings/errors reported by merger since DAQ GO - see attachment 13
*all* system wide checks OK *except* ADC calibration of nnaida1, 21 and nnaida1 clock status (status=6)
14.30 analysis of file RIBF128/R4_25 - dead time < 0.5% - see attachment 14
14.32 online analysis - ADC data synchronised - see attachment 15
15:08 Merger log shows repeated timewarps - attachment 16
Seems to have stopped now.
15:10 Analysed R4_38. 9 MBS timewarps.
Other parameters as normal
15:14 Analysed R4_39. 4 MBS timewarps.
Other parameters as normal.
15:19 ttyUSB18 (nnaida6) attached - attachment 17
Log is extremely large and contains several repetitions of one error message
TCP transfer library version 3.12
TCP socket send buffer was 16384 - now 221184
TCP socket receive buffer was 87380 - now 221184
TCP socket created OK - now connecting to myserver port 11006
Transfer Error - : Connection refused
connect() failed:
TCP transfer library version 3.12
TCP socket send buffer was 16384 - now 221184
TCP socket receive buffer was 87380 - now 221184
TCP socket created OK - now connecting to myserver port 11006
Transfer Error - : Connection refused
connect() failed:
TCP transfer library version 3.12
TCP socket send buffer was 16384 - now 221184
TCP socket receive buffer was 87380 - now 221184
TCP socket created OK - now connecting to myserver port 11006
Transfer Error - : Connection refused
15:25 Merger crashed. Stopped merger. Stopped tape server.
Merger shows all links bright green, except nnaida 2 - see attachment 20
Statistics show a counting spike in nnaida 2 - see attachment 21
15:33 Cannot reset the DAQ - see attachment 22
15:40 System console log for nnaida2 attached - see attach 23
15:54 Power cycled FEEs
Waited 10 minutes. nnaida13 did not mount /nfs - see attached log (attach 24)
16:07 Power cycled FEEs again. Managed to restart the DAQ. |
|
Sun Jun 4 16:00:49 2017, NN, OH, Monday 5 June 00:00 to 08:00 19x
|
23:59 BigRIPS and Briken stop their DAQ
AIDA run file R2_245
00:01 BRIKEN starts run 17
BigRIPS starts run 2016
AIDA on file R2_246
00:25 Analysis of file RIBF148/R2_250 - zero timewarps, four MBS timewarps - see attachment 1
00:37 per DSSSD rates file RIBF148/R2_250
*** DSSSD # 1 count: 768684 old count: 723417 dt: 1.03 s LEC rate: 43913.93 Hz
*** DSSSD # 2 count: 1122273 old count: 1056622 dt: 1.03 s LEC rate: 63688.64 Hz
*** DSSSD # 3 count: 427162 old count: 402923 dt: 1.03 s LEC rate: 23514.48 Hz
*** DSSSD # 4 count: 338200 old count: 317183 dt: 1.03 s LEC rate: 20388.79 Hz
*** DSSSD # 5 count: 204859 old count: 191893 dt: 1.03 s LEC rate: 12578.44 Hz
*** DSSSD # 6 count: 327506 old count: 307098 dt: 1.03 s LEC rate: 19797.99 Hz
*** DSSSD # 1 count: 3 old count: 3 dt: 1.03 s HEC rate: 0.00 Hz
*** DSSSD # 2 count: 46 old count: 43 dt: 1.03 s HEC rate: 2.91 Hz
*** DSSSD # 3 count: 7 old count: 6 dt: 1.03 s HEC rate: 0.97 Hz
*** DSSSD # 4 count: 32 old count: 30 dt: 1.03 s HEC rate: 1.94 Hz
*** DSSSD # 5 count: 77 old count: 72 dt: 1.03 s HEC rate: 4.85 Hz
*** DSSSD # 6 count: 1873 old count: 1748 dt: 1.03 s HEC rate: 121.26 Hz
01:00 BigRIPS and BRIKEN stop their DAQ
AIDA run file R2_262
01:02 BRIKEN starts run 18
BigRIPS starts run 2017
AIDA on file R2_263
01:43 Beam is OFF
01:45 Beam is ON
02:00 BigRIPS and BRIKEN stop their DAQ
AIDA run file R2_278
02:04 BRIKEN starts run 19
BigRIPS starts run 2018
AIDA on file R2_280
02:28 *All* system wide checks OK *except* ADC calibration of nnaida1, 21 and nnaida1 clock status (status=6)
FEE64 Temperatures OK - see attachment 2
Good events statistics OK - see attachment 3
Detector biases & leakage currents OK - see attachment 4
Merger and tape server still running - see attachment 5, 6
02:35 High energy correlation between x and y attachment 7
AIDA run R2_288
03:02 BigRIPS and BRIKEN stop their DAQ
AIDA run file R2_295
03:02 BRIKEN starts run 20
BigRIPS starts run 2019
AIDA on file R2_296
03:52 Analysis of file RIBF148/R2_305 - zero timewarps, two MBS timewarps - see attachment 8
03:59 BigRIPS and BRIKEN stop their DAQ
AIDA run file R2_311
04:02 BRIKEN starts run 21
BigRIPS starts run 2020
AIDA on file R2_312
04:59 BigRIPS and BRIKEN stop their DAQ
AIDA run file R2_328
05:02 BRIKEN starts run 22
BigRIPS starts run 2021
AIDA on file R2_329
05:11 *All* system wide checks OK *except* ADC calibration of nnaida1, 21 and nnaida1 clock status (status=6)
FEE64 Temperatures OK - see attachment 9
Good events statistics OK - see attachment 10
Detector biases & leakage currents OK - see attachment 11
Merger and tape server still running,No warnings/errors- see attachment 12, 13, 14
05:23 Analysis of file RIBF148/R2_332 - zero timewarps - see attachment 15
05:58 BigRIPS and BRIKEN stop their DAQ
AIDA run file R2_344
05:59 BRIKEN starts run 23
BigRIPS starts run 2022
AIDA on file R2_345
07:00 BigRIPS and BRIKEN stop their DAQ
AIDA run file R2_361
07:05 BRIKEN starts run 24
BigRIPS starts run 2023
AIDA on file R2_362
07:06 Detector biases & leakage currents OK - see attachment 16
07:12 All system wide checks OK except ADC calibration of nnaida1, 21 and nnaida clock status (status = 6)
FEE64 temperature OK - see attachment 17
Good event statistics OK - see attachment 18
Merger and tape server running, No warning/errors
07:17 Analysis of file RIBF148/R2_364 - zero timewarps, three MBS timewarps - see attachment 19
|
|
Sun Jun 4 08:13:10 2017, LHB, PV, NN, 4th June 16.00-00.00 28x
|
16.25 *All* system wide checks OK *except* ADC calibration of nnaida1, 21 and nnaida1 clock status (status=6)
FEE64 Temperatures OK - see attachment 1
Good events statistics OK - see attachment 2
Detector biases & leakage currents OK - see attachment 3
No warnings/errors reported by merger since DAQ GO - see attachment 4
16.30 Analysis file RIBF148/R2_122 - nnaida2 deadtime 0.9%, all other deadtimes <0.3%, zero timewarps, one MBS
timewarp - see attachment 5
16.44 BRIKEN and BigRIPS stop daqs
AIDA on file R2_127
16.47 BRIKEN starts run 9
BigRIPS starts run 2008
AIDA on file R2_128
17.08 Online analysis - per DSSSD HEC x versus y attachment 6
per DSSSD HEC E_p versus E_n - see attachment 7
17.44 BRIKEN and BigRIPS stop daqs
AIDA on file R2_143
17.46 BRIKEN starts run 10
BigRIPS starts run 2009
AIDA on file R2_144
18.00 BRIKEN and BigRIPS stop daqs
AIDA on file R2_147
18.02 BRIKEN starts run 11
BigRIPS starts run 2010
AIDA on file R2_148
18.15 *All* system wide checks OK *except* ADC calibration of nnaida1, 21 and nnaida1 clock status (status=6)
FEE64 Temperatures OK - see attachment 8
Good events statistics OK - see attachment 9
Detector biases & leakage currents OK - see attachment 10
No warnings/errors reported by merger since DAQ GO - see attachment 11
18.47 Online analysis - per DSSSD HEC x versus y attachment 12
per DSSSD HEC E_p versus E_n - see attachment 13
Zero online sort spectra
18.50 Analysis of file RIBF148/R2_159 - all deadtimes <0.5%, zero timewarps, four MBS timewarps - see attachment 14
19.04 BRIKEN and BigRIPS stop daqs
AIDA on file R2_165
19.07 BRIKEN starts run 12
BigRIPS starts run 2011
AIDA on file R2_166
20:00 BRIKEN and BigRIPS stop daqs
AIDA on file R2_180
20.02 BRIKEN starts run 13
BigRIPS starts run 2012
AIDA on file R2_180
Zero online sort spectra so we can monitor the influence on HEC x versus y due to the degrader just inserted.
20.15 *All* system wide checks OK *except* ADC calibration of nnaida1, 21 and nnaida1 clock status (status=6)
FEE64 Temperatures OK - see attachment 15
Good events statistics OK - see attachment 16
Detector biases & leakage currents OK - see attachment 17
No warnings/errors reported by merger since DAQ GO - see attachment 18
20.28 Analysis of file RIBF148/R2_185 - all deadtimes <0.4%, zero timewarps, three MBS timewarps - see attachment 19
20.58 Online analysis - per DSSSD HEC x versus y attachment 20
per DSSSD HEC E_p versus E_n - see attachment 21
Zero online sort spectra
21.02 BRIKEN and BigRIPS stop daqs
AIDA on file R2_197
21.03 BRIKEN starts run 14
BigRIPS starts run 2013
AIDA on file R2_197
22.02 BRIKEN and BigRIPS stop daqs
AIDA on file R2_213
22.03 BRIKEN starts run 15
BigRIPS starts run 2014
AIDA on file R2_214
22.17 *All* system wide checks OK *except* ADC calibration of nnaida1, 21 and nnaida1 clock status (status=6)
FEE64 Temperatures OK - see attachment 22
Good events statistics OK - see attachment 23
Detector biases & leakage currents OK - see attachment 24
No warnings/errors reported by merger since DAQ GO - see attachment 25
22.22 Analysis of file RIBF148/R2_218 - all deadtimes <0.5%, zero timewarps, four MBS timewarps - see attachment 26
22.45 Online analysis - per DSSSD HEC x versus y attachment 27
per DSSSD HEC E_p versus E_n - see attachment 28
Zero online sort spectra
23.04 BRIKEN and BigRIPS stop daqs
AIDA on file R2_230
23.05 BRIKEN starts run 16
BigRIPS starts run 2015
AIDA on file R2_231 |
|
Sun Jun 4 00:06:18 2017, OH, TD, PJW, Sunday 4 June 08.00-16.00 32x
|
08:00 DAQ found stopped at around 04:49 - Attachment 1
Time obtained from last file written as part of R1
Tape server still running - Attachment 2
Merger terminal contents - Attachment 3
FEE output from monitor for nnaida6 - Attachment 4
DAQ still passed all system wide checks after the crash
08:22 Merger recovered.
DAQ start
AIDA file RIBF148/R2
BNC PB-4
Amplitude 90,000
x5 attenuator IN
t_r 100ns tau_d 50us
- polarity
frequency 25Hz range
delay MIN, tail pulse, INT ref
ASIC settings 2017Mar27-16.12.39
08.35 Detector biases & leakage currents OK - see attachments 5 & 6
FEE64 Temperatures OK - see attachment 7
good events statistics OK - see attachment 8
No warnings/errors reported by merger since DAQ GO - see attachment 9
*all* system wide checks OK *except* ADC calibration of nnaida1, 21 and nnaida1 clock status (status=6)
ADC calibration reports for nnaida1 & nnaida21 - see attachments 10 & 11
08.50 E17/F11 ambient temperature +24.1 deg C, RH 25.1%, d.p. +2.9 deg C
Julabo FL11006 set point +20 deg C, actual +20.0 deg C, water level OK (c. 75%)
09.05 analysis of file RIBF148/R2_7 - deadtime <0.5%, no timewarps - see attachment 12
09.12 offline analysis RIBF148/R2_10 - ADC & disc data synchronised - see attachment 13
09.40 System stats showing aidas1 was 100% busy from c. 04.50 - see attachment 14
11.55 RIBF148 DAQ starts
BigRIPS setting 167Sm
AIDA file RIBF148/R2_48
BigRIPS file 2002
BRIKEN file 3
Degrader setting F11 3mm Al variable
BNC PB-4
Amplitude 90,000
x5 attenuator IN
t_r 100ns tau_d 50us
- polarity
frequency 25Hz range
delay MIN, tail pulse, INT ref
ASIC settings 2017Mar27-16.12.39
12.04 Detector biases & leakage currents OK - see attachments 15 & 16
12.29 DAQ stop
AIDA file RIBF148/R2_57
per DSSSD HEC x versus y - see attachment 17
12.32 RIBF148 DAQ starts
AIDA file RIBF148/R2_57
BigRIPS file 2003
BRIKEN file 4
13:00 Bias and leakage currents - attachment 18
13:29 BRIKEN and BigRIPS stop daqs
AIDA on file R2_73
13:31 BRIKEN stars run 5
BigRIPS starts run 2004
AIDA on file R2_274
No beam at start of run
14.00 Detector biases & leakage currents OK but rate of increase significantly increased due to higher A & Z -
see attachments 19 & 20
14.10 DAQ stop
AIDA file RIBF148/R2_84
per DSSSD HEC x versus y - see attachment 21
All SortSas spectra zero'd
14.12 RIBF148 DAQ starts
Degrader setting F11 1mm Al variable
AIDA file RIBF148/R2_85
BigRIPS file 2005
BRIKEN file 6
F11 rate ~200Hz
14.32 analysis file RIBF148/R2_89 - nnaida2 deadtime 0.6%, all other deatimes <0.5%, zero timewarps, three MBS
timewarps - see attachment 22
offline analysis RIBF148/R2_91
*** DSSSD # 1 count: 219696 old count: 166600 dt: 1.01 s LEC rate: 52719.37 Hz
*** DSSSD # 2 count: 346281 old count: 260940 dt: 1.01 s LEC rate: 84735.65 Hz
*** DSSSD # 3 count: 127888 old count: 95704 dt: 1.01 s LEC rate: 31955.71 Hz
*** DSSSD # 4 count: 89409 old count: 67186 dt: 1.01 s LEC rate: 22065.37 Hz
*** DSSSD # 5 count: 53702 old count: 40701 dt: 1.01 s LEC rate: 12908.78 Hz
*** DSSSD # 6 count: 83402 old count: 62481 dt: 1.01 s LEC rate: 20772.60 Hz
*** DSSSD # 1 count: 1 old count: 0 dt: 1.01 s HEC rate: 0.99 Hz
*** DSSSD # 2 count: 11 old count: 9 dt: 1.01 s HEC rate: 1.99 Hz
*** DSSSD # 3 count: 2 old count: 2 dt: 1.01 s HEC rate: 0.00 Hz
*** DSSSD # 4 count: 8 old count: 6 dt: 1.01 s HEC rate: 1.99 Hz
*** DSSSD # 5 count: 22 old count: 13 dt: 1.01 s HEC rate: 8.94 Hz
*** DSSSD # 6 count: 447 old count: 333 dt: 1.01 s HEC rate: 113.19 Hz
ADC & disc data synchronised - see attachment 24
online analysis - per DSSSD HEC x versus y - see attachment 23
14.43 all SortSas spectra zero'd
15.08 Detector biases & leakage currents OK - see attachments 25 & 26
FEE64 Temperatures OK - see attachment 27
good events statistics OK - see attachment 28
No warnings/errors reported by merger since DAQ GO - see attachment 29
*all* system wide checks OK *except* ADC calibration of nnaida1, 21 and nnaida1 clock status (status=6)
15.11 DAQ stop
AIDA file RIBF148/R2_101
15.13 RIBF148 DAQ starts
Degrader setting F11 1mm Al variable
AIDA file RIBF148/R2_102
BigRIPS file 2006
BRIKEN file 7
15.37 DAQ stop
AIDA file RIBF148/R2_109
online analysis - per DSSSD HEC x versus y
per DSSSD HEC E_p versus E_n - see attachments 30 & 31
heavy-ions stopped:transmitted ~50:50
15.42 RIBF148 DAQ starts
Degrader setting F11 *all out*
AIDA file RIBF148/R2_110
BigRIPS file 2007
BRIKEN file 8
*all* SortSas spectra and online histograms zero'd |
|
Sat Jun 3 08:07:48 2017, OH, CB, AE, Saturday 3 June 16:00-24:00
|
16:26 DAQ continues OK
all system wide checks ok, *except* nnaida1 clock status (6), nnaida1, 21 ADC calibration
Leakage currents OK - attachment 1
FEE64 temperatures OK - attachment 2
Good event statistics OK - attachment 3
No new merger errors - attachment 4
Sorted run R1_1540. DSSSD rates as follows
*** data items: 8958582 ( 115623.74 Hz)
*** ADC events: 954672 ( 12321.45 Hz)
*** time warps: 0 ( 0.00 Hz)
*** DSSSD # 1 count: 392147 old count: 361510 dt: 8.78 s LEC rate: 44646.94 Hz
*** DSSSD # 2 count: 557051 old count: 514085 dt: 8.78 s LEC rate: 63421.69 Hz
*** DSSSD # 3 count: 185346 old count: 172449 dt: 8.78 s LEC rate: 21102.12 Hz
*** DSSSD # 4 count: 154380 old count: 142180 dt: 8.78 s LEC rate: 17576.56 Hz
*** DSSSD # 5 count: 67195 old count: 62386 dt: 8.78 s LEC rate: 7650.32 Hz
*** DSSSD # 6 count: 131951 old count: 122163 dt: 8.78 s LEC rate: 15022.96 Hz
*** DSSSD # 1 count: 185 old count: 171 dt: 8.78 s HEC rate: 21.06 Hz
*** DSSSD # 2 count: 450 old count: 410 dt: 8.78 s HEC rate: 51.23 Hz
*** DSSSD # 3 count: 379 old count: 351 dt: 8.78 s HEC rate: 43.15 Hz
*** DSSSD # 4 count: 297 old count: 269 dt: 8.78 s HEC rate: 33.81 Hz
*** DSSSD # 5 count: 132 old count: 127 dt: 8.78 s HEC rate: 15.03 Hz
*** DSSSD # 6 count: 20 old count: 19 dt: 8.78 s HEC rate: 2.28 Hz
Pulser event still synchronised - see attachment 5
16:34 BigRIPS & BRIKEN stop runs
AIDA on file R1_1542
16:35 BigRIPS starts run 1120
BRIKEN starts run 109
AIDA on file R1_1543
Zero'd all SortSas
17:33 bigRIPS and BRIKEN stop daqs
AIDA on file R1_1556
17:34 bigRIPS starts run 1121
BRIKEN starts run 110
AIDA on file R1_1556
17:54 System wide checks all ok
19:50 bigRIPS starts run 1123
BRIKEN starts run 112
AIDA on file R1_1588
21:00 End of 78Ni run
last AIDA file R1_1606
Stopped AIDA DAQ
Refilled chiller
21:18 Performing pulser walkthrough.
Mistakenly started Tape server before starting DAQ. There will be no R2 run.
Starting R3 - pulser walkthrough.
Pulser frequency 250 Hz
Pulser amplitudes 90 000, 80 000, 70 000 ... 10 000
Can't see pulser peak in spectra. Issue unclear
21:40 Restarted high-amplitude pulser walkthrough run. Run RIBF127R1/R4_0
Pulser frequency 250 Hz
Pulser amplitudes 90 000, 80 000, 70 000 ... 10 000
Pulser peak now visible in histograms
Started low-amplitude pulser walkthrough run. Run RIBF127R1/R5_0
Pulser frequency 250 Hz
Pulser amplitudes 12 000, 10 000, ... 2 000
Set pulser amplitude back to 90 000, frequency to 25 Hz
23:17 Merger and Tape Server stopped
Links to FEEs disabled
All Browser tabs closed
Terminal sessions closed
23:25 Started R1 in /TapeData/RIBF128/
23:43 Start ASIC data readout
System wide checks ok
ASIC load check ok |
|
Sat Jun 3 05:32:09 2017, TD, Report - high - MBS correlation scaler anomalies
|
The analysis of files RIBF127R1/R1_1478 to R1_1486 is appended. This sequence of files should
encompass a correlation reset request (from BRIKEN to AIDA)
There appear to be a number of anomalies
1) MBS correlation scalers observed with one missing 16-bit data value (bits 16-31 or bits 0-15)
across approximately five files (~20 minutes)
2) The first (presumably) MBS correlation scaler following reset corresponds to a time ~300s (25MHz clock) |
|
Sat Jun 3 00:00:11 2017, LJB, PW, TD, OH, Saturday 3 June 08.00-16.00 19x
|
08.29 BRIKEN 100; BigRIPS 1111 stopping run.
AIDA on run R1_1429
08.30 BigRIPS starts run 1112
BRIKEN starts run 101
AIDA on run R1_1430
09.08 System wide checks OK
FEE64 temperatures OK - attachment 1
Good events statistics OK - attachment 2
Leakage currents OK - attachment 3
No new merger errors - attachment 4
HEC x vs y plot OK - attachment 6
Zero SortSas
09.30 BRIKEN 101; BigRIPS 1112 stopping run. AIDA on run R1_1442
09.30 BigRIPS starts run 1113
BRIKEN starts run 102
AIDA on run R1_1443
09.55 Beam off
09.57 Beam on
10.32 BRIKEN 102; BigRIPS 1113 stopping run. AIDA on run R1_1457
10.33 BigRIPS starts run 1114
BRIKEN starts run 103
AIDA on run R1_1457
10.37 Online analysis of R1_1456, dead time below 0.3%, see attachment 7
11.08 System wide checks OK
FEE64 temperatures OK - attachment 8
Good events statistics OK - attachment 9
Leakage currents OK - attachment 10
No new merger errors - attachment 11
HEC x vs y plot OK - attachment 12
Zero SortSas
11.30 BRIKEN 103; BigRIPS 1114 stopping run. AIDA on run R1_1470
11.35 BigRIPS starts run 1115
BRIKEN starts run 104
AIDA on run R1_1472
12.25 BRIKEN 104; BigRIPS 1115 stopping run. AIDA on run R1_1483, BRIKEN timestamp reset
12.29 DAQ starts
AIDA file RIBF127R1/R1_1485
BigRIPS file 1116
BRIKEN file 105
DAQs synchronised
13.11 Analysis of R1_1484 - deadtime <0.5%, no timewarps, no MBS timewarps - see attachment 13
13.24 Beam lost AIDA file RIBF127R1/R1_1497
BRIKEN, BigRIPS DAQs stop
13.28 Beam returns AIDA file RIBF127R1/R1_1497
13.30 DAQ starts
AIDA file RIBF127R1/R1_1497
BigRIPS file 1117
BRIKEN file 106
13.54 Beam lost AIDA file RIBF127R1/R1_1504
13.57 Beam returns AIDA file RIBF127R1/R1_1505
14:30 BigRips and BRIKEN stop their daqs
AIDA on file R1_1513
14:31 BRIKEN starts file 107
BigRIPS starts file 1118
AIDA on file R1_1513
14:36 System wide checks ok
15.29 System wide checks OK
FEE64 temperatures OK - attachment 14
Good events statistics OK - attachment 15
Leakage currents OK - attachment 16
No new merger errors - attachment 17
HEC x vs y plot OK - attachment 18
Zero SortSas
15.31 BigRips 1118 and BRIKEN 107 stop their daqs
AIDA on file R1_1527
15:31 BRIKEN starts file 108
BigRIPS starts file 1119
AIDA on file R1_1527
14.57 Analysis of R1_1532 - deadtime <0.5%, no timewarps, no MBS timewarps - see attachment 19 |
|
Fri Jun 2 16:02:37 2017, CB, Saturday 3 June 00:00-08:00 28x
|
00:02 Noise in nnaida 1 and 2 appears to be reduced.
However, some channels in nnaida1, ASIC4 and nnaida2, ASIC 1 have been dropped. See attachment 1
00:05 Analysed RIBF127R1/R1_1314 - see attachment 2
No timewarps, SYNC100 OK, dead time negligible
No mismatches between dead time and idle time
00:07 Sorted RIBF127R1/R1_1314 - rates OK
*** DSSSD # 1 count: 35064 old count: 0 dt: 1.00 s LEC rate: 35055.03 Hz
*** DSSSD # 2 count: 49092 old count: 0 dt: 1.00 s LEC rate: 49079.44 Hz
*** DSSSD # 3 count: 16520 old count: 0 dt: 1.00 s LEC rate: 16515.77 Hz
*** DSSSD # 4 count: 14753 old count: 0 dt: 1.00 s LEC rate: 14749.23 Hz
*** DSSSD # 5 count: 7128 old count: 0 dt: 1.00 s LEC rate: 7126.18 Hz
*** DSSSD # 6 count: 13937 old count: 0 dt: 1.00 s LEC rate: 13933.43 Hz
*** DSSSD # 1 count: 19 old count: 0 dt: 1.00 s HEC rate: 19.00 Hz
*** DSSSD # 2 count: 36 old count: 0 dt: 1.00 s HEC rate: 35.99 Hz
*** DSSSD # 3 count: 44 old count: 0 dt: 1.00 s HEC rate: 43.99 Hz
*** DSSSD # 4 count: 39 old count: 0 dt: 1.00 s HEC rate: 38.99 Hz
*** DSSSD # 5 count: 17 old count: 0 dt: 1.00 s HEC rate: 17.00 Hz
*** DSSSD # 6 count: 2 old count: 0 dt: 1.00 s HEC rate: 2.00 Hz
Zero'd all histogram and SortSas
00:10 System console log ttyUSB7 (nnaida1) attached - 3
00:22 BigRIPS & BRIKEN stop runs
AIDA on file R1_1318
00:26 BigRIPS starts run 1103
BRIKEN starts run 92
AIDA on file R1_1319
Zero'd all SortSas
01:18 DAQ continues OK
FEE64 temperatures - OK
Good event statistics - OK
System wide checks - OK except clock status for nnaida1 (status=6), and ADC calibration for nnaida 1, 21
No new Merger error messages
HEC x vs y plot OK - attachment 4
01:26 BigRIPS & BRIKEN stop runs
AIDA on file R1_1333
01:30 BigRIPS starts run 1104
BRIKEN starts run 93
AIDA on file R1_1334
02:06 Finished compressing RIBF127R1/R1_6* and R1_7*
Beginning compression of RIBF127R1/R1_8* and R1_9*
Filesystem Size Used Avail Use% Mounted on
/dev/mapper/vg_aidas1-lv_root
50G 43G 3.9G 92% /
tmpfs 3.9G 1.1G 2.9G 27% /dev/shm
/dev/sda1 477M 77M 376M 17% /boot
/dev/mapper/vg_aidas1-lv_home
860G 580G 236G 72% /home
/dev/mapper/Data1-data10
7.7T 6.6T 824G 89% /data10
/dev/sdg2 7.3T 3.7T 3.7T 50% /ntfs
02:25 BigRIPS & BRIKEN stop runs
AIDA on file R1_1346
02:27 BigRIPS starts run 1105
BRIKEN starts run 94
AIDA on file R1_1347
02:31 DAQ continues OK
Sorted R1_1347. DSSSD rates are
*** data items: 1044352 ( 89746.26 Hz)
*** ADC events: 125937 ( 10822.38 Hz)
*** time warps: 0 ( 0.00 Hz)
*** DSSSD # 1 count: 36971 old count: 33324 dt: 1.11 s LEC rate: 33252.59 Hz
*** DSSSD # 2 count: 49630 old count: 45531 dt: 1.11 s LEC rate: 44638.40 Hz
*** DSSSD # 3 count: 16611 old count: 15180 dt: 1.11 s LEC rate: 14940.33 Hz
*** DSSSD # 4 count: 16456 old count: 15001 dt: 1.11 s LEC rate: 14800.92 Hz
*** DSSSD # 5 count: 7463 old count: 6781 dt: 1.11 s LEC rate: 6712.40 Hz
*** DSSSD # 6 count: 15199 old count: 13737 dt: 1.11 s LEC rate: 13670.34 Hz
*** DSSSD # 1 count: 23 old count: 19 dt: 1.11 s HEC rate: 20.69 Hz
*** DSSSD # 2 count: 53 old count: 45 dt: 1.11 s HEC rate: 47.67 Hz
*** DSSSD # 3 count: 45 old count: 43 dt: 1.11 s HEC rate: 40.47 Hz
*** DSSSD # 4 count: 41 old count: 36 dt: 1.11 s HEC rate: 36.88 Hz
*** DSSSD # 5 count: 20 old count: 18 dt: 1.11 s HEC rate: 17.99 Hz
*** DSSSD # 6 count: 3 old count: 1 dt: 1.11 s HEC rate: 2.70 Hz
HEC x vs y plot OK - cleared SortSas
02:40 Leakage currents OK - attachment 5
FEE64 temperatures OK - attachment 6
Good events statistics OK - attachment 7
No new merger errors - attachment 8
03:28 Analysed RIBF127R1/R1_1359 - see attachment 9
No timewarps, SYNC100 OK
Dead time OK
03:29 BigRIPS & BRIKEN stop runs
AIDA on file R1_1360
03:31 BigRIPS starts run 1106
BRIKEN starts run 95
AIDA on file R1_1361
03:48 HEC x vs y plot OK. Cleared SortSas.
04:04 DAQ continues OK
All system-wide checks OK, *except* nnaida1 clock status (=6) and nnaida1, 21 ADC time calibration
04:30 BigRIPS & BRIKEN stop runs
AIDA on file R1_1374
04:32 BigRIPS starts run 1107
BRIKEN starts run 96
AIDA on file R1_1375
04:34 Sorted R1_1375. DSSSD rates are as follows
*** data items: 1101465 ( 93446.58 Hz)
*** ADC events: 125547 ( 10651.21 Hz)
*** time warps: 0 ( 0.00 Hz)
*** DSSSD # 1 count: 44101 old count: 39716 dt: 1.12 s LEC rate: 39211.50 Hz
*** DSSSD # 2 count: 64123 old count: 57044 dt: 1.12 s LEC rate: 57013.65 Hz
*** DSSSD # 3 count: 18735 old count: 16851 dt: 1.12 s LEC rate: 16657.84 Hz
*** DSSSD # 4 count: 18739 old count: 16870 dt: 1.12 s LEC rate: 16661.40 Hz
*** DSSSD # 5 count: 7490 old count: 6811 dt: 1.12 s LEC rate: 6659.58 Hz
*** DSSSD # 6 count: 15970 old count: 14515 dt: 1.12 s LEC rate: 14199.40 Hz
*** DSSSD # 1 count: 26 old count: 24 dt: 1.12 s HEC rate: 23.12 Hz
*** DSSSD # 2 count: 43 old count: 39 dt: 1.12 s HEC rate: 38.23 Hz
*** DSSSD # 3 count: 50 old count: 46 dt: 1.12 s HEC rate: 44.46 Hz
*** DSSSD # 4 count: 40 old count: 36 dt: 1.12 s HEC rate: 35.57 Hz
*** DSSSD # 5 count: 17 old count: 16 dt: 1.12 s HEC rate: 15.12 Hz
*** DSSSD # 6 count: 7 old count: 6 dt: 1.12 s HEC rate: 6.22 Hz
04:36 Leakage currents OK - attachment 10
FEE64 temperatures OK - attachment 11
Good events statistics OK - attachment 12
No new merger errors - attachment 13
05:09 DAQ continues OK. Analysed RIBF127R1/R1_1383 - see attachment 14
No timewarps, SYNC100 OK
Dead time OK
Hit pattern OK - see attachment 15
05:28 Beam lost. BRIKEN & BigRIPS stopping run.
AIDA on run RIBF127R1/R1_1387
05:31 Beam is back. Issue unclear.
BigRIPS starts run 1108
BRIKEN starts run 97
AIDA on run R1_1388
05:37 Lost beam again. It appears to be an issue with "power"
AIDA on run RIBF127R1/R1_1389
BRIKEN & BigRIPS still running.
05:39 BigRIPS no longer sending signal: lost synchronisation.
05:43 Beam is back. Synchronisation is back.
BRIKEN & BigRIPS stopping run.
05:47 BigRIPS starts run 1109
BRIKEN starts run 98
AIDA on run R1_1391
05:53 Analysed R1_1391 - see attachment 16
No timewarps, SYNC100 OK
Dead time OK
DAQ continues OK
06:05 Sorted R1_1395. DSSSD rates as follows
*** data items: 1158578 ( 105681.80 Hz)
*** ADC events: 120781 ( 11017.26 Hz)
*** time warps: 0 ( 0.00 Hz)
*** DSSSD # 1 count: 54590 old count: 48655 dt: 1.12 s LEC rate: 48746.42 Hz
*** DSSSD # 2 count: 79085 old count: 70259 dt: 1.12 s LEC rate: 70619.36 Hz
*** DSSSD # 3 count: 24651 old count: 21385 dt: 1.12 s LEC rate: 22012.24 Hz
*** DSSSD # 4 count: 20753 old count: 18595 dt: 1.12 s LEC rate: 18531.50 Hz
*** DSSSD # 5 count: 8376 old count: 7452 dt: 1.12 s LEC rate: 7479.39 Hz
*** DSSSD # 6 count: 17321 old count: 15715 dt: 1.12 s LEC rate: 15466.88 Hz
*** DSSSD # 1 count: 27 old count: 24 dt: 1.12 s HEC rate: 24.11 Hz
*** DSSSD # 2 count: 43 old count: 38 dt: 1.12 s HEC rate: 38.40 Hz
*** DSSSD # 3 count: 41 old count: 35 dt: 1.12 s HEC rate: 36.61 Hz
*** DSSSD # 4 count: 38 old count: 33 dt: 1.12 s HEC rate: 33.93 Hz
*** DSSSD # 5 count: 14 old count: 14 dt: 1.12 s HEC rate: 12.50 Hz
*** DSSSD # 6 count: 1 old count: 1 dt: 1.12 s HEC rate: 0.89 Hz
06:19 Leakage currents OK - attachment 17
FEE64 temperatures OK - attachment 18
Good events statistics OK - attachment 19
No new merger errors - attachment 20
06:23 HEC x vs y plot OK - attachment 21
Zero'd all SortSas
06:27 Lost the beam. AIDA on run R1_1401.
Same "power-related" issue as before. Expected 2-3 minutes shutdown.
Lost synchronisation.
06:32 Beam is back. Synchronisation is back.
BRIKEN & BigRIPS stopping run.
06:33 BigRIPS starts run 1110
BRIKEN starts run 99
AIDA on run R1_1402
06:58 DAQ continues OK
HEC x vs y plot OK - attachment 22
Zero'd all SortSas
Analysed R1_1407 - attachment 23
No timewarps, SYNC100 OK
Dead time OK
07:06 Sorted R1_1407. Pulser events are still synchronised - attachment 24
07:30 BRIKEN & BigRIPS stopping run.
AIDA on run R1_1415
07:33 BigRIPS starts run 1111
BRIKEN starts run 100
AIDA on run R1_1416
07:35 Leakage currents OK - attachment 25
FEE64 temperatures OK - attachment 26
Good events statistics OK - attachment 27
No new merger errors - attachment 28
HEC x vs y plot OK
Zero'd SortSas |
|
Fri Jun 2 08:25:34 2017, LHB, 2nd June Evening Shift 20x
|
16.34 Beam is off
Aida R_1216, BRIKEN (83)/BigRIPS (1094) continue to run for background data
16.40 BRIKEN run 83 and BigRIPS run 1094 stopping daqs
AIDA on file R1_1218
16.44 Still no beam, running background
BigRIPS starts run 1095
BRIKEN starts run 84
Aida on file R1_1218
17.55 Still no beam, running background
System wide checks all ok
FEE temperatures all ok - attachment 1
Good events statistics - attachment 2
Bias and leakage currents ok - attachment 3
Merger ok - attachment 4
17.58 Beam on, AIDA file R1_1234
17.59 Briken run 84 and BigRIPS run 1095 stopping daqs
AIDA on file R1_1234
18.00 BigRIPS starts run 1096
BRIKEN starts run 85
Aida on file R1_1234
Zero'd online SAS spectra
19.00 BRIKEN run 85 and BigRIPS run 1096 stopping daqs
AIDA on file R1_1248
19.02 BigRIPS starts run 1097
BRIKEN starts run 86
Aida on file R1_1248
19.04 Online analysis: DSSSD HEC x versus y spectra - see attachment 5
20.00 BRIKEN run 86 and BigRIPS run 1097 stopping daqs
AIDA on file R1_1261
20.01 BigRIPS starts run 1098
BRIKEN starts run 87
Aida on file R1_1261
20.04 Beam is off
Aida R_1262, BRIKEN (87)/BigRIPS (1098) continue to run for background data
20.15 System wide checks all ok
FEE temperatures all ok - attachment 6
Good events statistics - attachment 7
Bias and leakage currents ok - attachment 8
Merger ok - attachment 9
20.21 BRIKEN run 87 and BigRIPS run 1098 stopping daqs because beam about to be switched back on
AIDA on file R1_1265
20.22 Beam on
BigRIPS starts run 1099
BRIKEN starts run 88
Aida on file R1_1266
21.18 Online analysis: DSSSD HEC x versus y spectra - see attachment 10
Zero'd SAS spectra
21.19 BRIKEN run 88 and BigRIPS run 1099 stopping daqs
AIDA on file R1_1278
21.20 BigRIPS starts run 1100
BRIKEN starts run 89
Aida on file R1_1279
22.05 System wide checks all ok
FEE temperatures all ok - attachment 11
Good events statistics - attachment 12
Bias and leakage currents ok - attachment 13
Merger ok - attachment 14
22.17 Analysis of file RIBF127R1/R1_1290 - dead time < 0.4% - see attachment 15
22.18 BRIKEN run 89 and BigRIPS run 1100 stopping daqs
AIDA on file R1_1291
22.20 BigRIPS starts run 1101
BRIKEN starts run 90
Aida on file R1_1292
22.24 Online analysis: DSSSD HEC x versus y spectra - see attachment 16
Zero'd SAS spectra
23.20 BRIKEN run 90 and BigRIPS run 1101 stopping daqs
AIDA on file R1_1305
23.22 BigRIPS starts run 1102
BRIKEN starts run 91
Aida on file R1_1305
23.48 System wide checks all ok
FEE temperatures all ok - attachment 17
Good events statistics - attachment 18
Bias and leakage currents ok - attachment 19
Merger ok - attachment 20 |
|
Fri Jun 2 00:01:48 2017, OH, PW, CB, Friday 2 June 08:00-16:00 9x
|
08:05 Briken and BigRIPS stopping daqs
AIDA on file R1_1099
08:07 BigRIPS starts run 1088
BRIKEN starts run 77
08:13 System wide checks all ok
FEE temperatures all ok - attachment 1
Good events statistics - attachment 2
08:50 Bias and leakage currents ok - attachment 3
09:04 BigRIPS and BRIKEN stop daqs
AIDA on file R1_1113
09:05 BigRIPS starts run 1089
BRIKEN starts run 78
AIDA on file R1_1113
09:22 Beam lost AIDA on file R1_1117
09:26 Beam back AIDA on file R1_1118
10:06 BigRIPS and BRIKEN stop daqs
AIDA on file R1_1128
10:07 BigRIPS starts run 1090
BRIKEN starts run 79
AIDA on file R1_1128
10:12 System wide checks ok
10:24 DSSD rates from R1_1131
*** DSSSD # 1 count: 88384 old count: 45978 dt: 1.01 s LEC rate: 42084.25 Hz
*** DSSSD # 2 count: 119845 old count: 62135 dt: 1.01 s LEC rate: 57272.13 Hz
*** DSSSD # 3 count: 40809 old count: 21150 dt: 1.01 s LEC rate: 19509.84 Hz
*** DSSSD # 4 count: 37059 old count: 18986 dt: 1.01 s LEC rate: 17935.87 Hz
*** DSSSD # 5 count: 14947 old count: 7772 dt: 1.01 s LEC rate: 7120.56 Hz
*** DSSSD # 6 count: 29809 old count: 15349 dt: 1.01 s LEC rate: 14350.29 Hz
*** DSSSD # 1 count: 35 old count: 16 dt: 1.01 s HEC rate: 18.86 Hz
*** DSSSD # 2 count: 108 old count: 56 dt: 1.01 s HEC rate: 51.61 Hz
*** DSSSD # 3 count: 77 old count: 38 dt: 1.01 s HEC rate: 38.70 Hz
*** DSSSD # 4 count: 76 old count: 35 dt: 1.01 s HEC rate: 40.69 Hz
*** DSSSD # 5 count: 27 old count: 15 dt: 1.01 s HEC rate: 11.91 Hz
*** DSSSD # 6 count: 4 old count: 2 dt: 1.01 s HEC rate: 1.98 Hz
11:07 BigRIPS and BRIKEN stop their daqs
AIDA on file R1_1142
11:08 BigRIPS starts run 1091
BRIKEN starts run 80
AIDA on file R1_1142
11:10 Leakages and biases ok - attachment 4
11.36 DAQ continues OK
Attached HEC x vs y - attach 5
Zero'd HEC x vs y
11.59 Analysed R1_1153 - see attachment 6
No timewarps
Dead time negligible
All OK
12:06 BigRIPS and BRIKEN stop their daqs
AIDA on file R1_1156
12:07 BigRIPS starts run1092
BRIKEN starts run 81
AIDA on file R1_1156
13:07 BigRIPS and BRIKEN stop daqs
AIDA on file R1_1170
13:08 BRIKEN starts run 82
BigRIPS starts run 1093
AIDA on file R1_1170
13:11 System wide checks ok
13:55 BRIKEN and BigRIPS stop their daqs
AIDA on file R1_1181
Beam gone
14:11 Bias and leakage currents ok - attachment 7
Ambient Temperature 23.9C - Humidity 37.3% - D.P +8.3
15:26 Beam is back
AIDA on file R1_1201
15:07 BigRIPS starts run 1094
BRIKEN starts run 83
AIDA on file R1_1201
15:34 System wide checks ok
FEE temperatures ok - attachment 8
Good Events statistics - attachment 9
15:39 No beam - beam back
15:46 Beam gone for couple of minutes
15:50 Beam back |
|
Thu Jun 1 16:06:03 2017, NN, Friday 2 June 00:00-08:00 14x
|
00:35 Beam is on
current AIDA file R1_996
00:36 BRIKEN start run 72
BigRIPS start run 1083
AIDA file RIBF127R1/R1_996
00:55 Beam is off but DAQ of BRIKEN and BigRIPS are still running)
expecting it will be back within 10 minutes
AIDA file R1_1001
00:57 Analysis of file RIBF127R1/R1_1000 - dead time < 0.4% - see attachment 1
01:03 Beam is on
DAQ is running continuously
01:15 statistics normal
system wide checks ok
leakage current and bias ok see attachment 2
merger and tapeserver ok
01:25 BigRIPS and BRIKEN stop their runs
current AIDA run R1_1007
01:26 BRIKEN start run 73
BigRIPS start run 1084
AIDA on file R1_1008
01:36 FEE temperature is normal see attachment 3
02:22 BigRIPS and BRIKEN stop their runs
current AIDA run R1_1021
02:23 high energy correlation between x and y attachment 4
AIDA run R1_1021
02:26 BRIKEN start run 74
BigRIPS start run 1085
AIDA on file R1_1023
03:00 System wide checks all ok
FEE temperatures ok - attachment 5
Good event statistics - attachment 6
Merger and tape server still running - attachment 7
03:06 Leakages and bias ok - attachment 8
03:09 Beam is OFF
03:11 BigRIPS and BRIKEN stop their runs
current AIDA run R1_1033
04:10 Beam is still OFF
Investigation is still going on, on the ion source.
(Ion source were getting down more and more frequently before)
04:49 FEE's temperature normal
statistics normal
system wide checks ok
leakage current and bias ok
merger and tapeserver ok
(waiting beam)
06:01 Beam is ON
AIDA run R1_1069
06:02 BRIKEN start run 75
BigRIPS start run 1086
AIDA on file R1_1070
06:08 FEE's temperature normal
statistics normal
system wide checks ok
leakage current and bias ok see attachment 9
merger and tapeserver ok
06:20 Analysis of file RIBF127R1/R1_1072 - dead time < 0.6% (most of the FEE cards have 0.0%) - see attachment 10
07:01 high energy correlation between x and y attachment 11
AIDA run R1_1084
07:02 BigRIPS and BRIKEN stop their runs
current AIDA run R1_1084
07:04 BRIKEN start run 76
BigRIPS start run 1087
AIDA on file R1_1085
07:16 per DSSSD rates file RIBF127R1/R1_1086
*** DSSSD # 1 count: 92842 old count: 41280 dt: 1.05 s LEC rate: 49071.92 Hz
*** DSSSD # 2 count: 124879 old count: 56250 dt: 1.05 s LEC rate: 65314.71 Hz
*** DSSSD # 3 count: 44779 old count: 19466 dt: 1.05 s LEC rate: 24090.56 Hz
*** DSSSD # 4 count: 37971 old count: 18208 dt: 1.05 s LEC rate: 18808.59 Hz
*** DSSSD # 5 count: 15612 old count: 7434 dt: 1.05 s LEC rate: 7783.06 Hz
*** DSSSD # 6 count: 31207 old count: 14708 dt: 1.05 s LEC rate: 15702.22 Hz
*** DSSSD # 1 count: 27 old count: 11 dt: 1.05 s HEC rate: 15.23 Hz
*** DSSSD # 2 count: 89 old count: 43 dt: 1.05 s HEC rate: 43.78 Hz
*** DSSSD # 3 count: 82 old count: 44 dt: 1.05 s HEC rate: 36.16 Hz
*** DSSSD # 4 count: 65 old count: 32 dt: 1.05 s HEC rate: 31.41 Hz
*** DSSSD # 5 count: 29 old count: 17 dt: 1.05 s HEC rate: 11.42 Hz
*** DSSSD # 6 count: 6 old count: 3 dt: 1.05 s HEC rate: 2.86 Hz
07:22 FEE's temperature normal - see attachment 12
statistics normal - see attachment 13
system wide checks ok
leakage current and bias ok
merger and tapeserver ok - see attachment 14 |
|
Thu Jun 1 08:49:39 2017, LHB, PV, Thursday 1 June Evening Shift 27x
|
16.44 DAQ stop BigRIPS, BRIKEN
AIDA file RIBF127R1/R1_886
16.47 BRIKEN start run 64
BigRIPS start run 1075
AIDA file RIBF127R1/R1_887
*All* system wide checks OK *except* ADC calibration of nnaida1, 21 and nnaida1 clock status (status=6)
17.10 FEE64 Temperatures OK - see attachment 1
Detector biases & leakage currents OK - see attachments 1
Good events statistics OK - see attachment 3
No new merger error messages - see attachment 4
*All* system wide checks OK *except* ADC calibration of nnaida1, 21 and nnaida1 clock status (status=6)
all SortSas spectra zero'd
17.40 Analysis of file RIBF127R1/R1_898 - dead time < 0.5% - see attachment 5
17.44 DAQ stop BigRIPS, BRIKEN
AIDA file RIBF127R1/R1_900
17.46 BRIKEN start run 65
BigRIPS start run 1076
AIDA file RIBF127R1/R1_901
18.27 Online analysis: DSSSD HEC x versus y spectra - see attachment 6
18.46 DAQ stop BigRIPS, BRIKEN
AIDA file RIBF127R1/R1_915
18.47 BRIKEN start run 66
BigRIPS start run 1077
AIDA file RIBF127R1/R1_915
18.54 FEE64 Temperatures OK - see attachment 7
Detector biases & leakage currents OK - see attachments 8
Good events statistics OK - see attachment 9
No new merger error messages - see attachment 10
*All* system wide checks OK *except* ADC calibration of nnaida1, 21 and nnaida1 clock status (status=6)
All SortSas spectra zero'd
19.50 DAQ stop BigRIPS, BRIKEN
AIDA file RIBF127R1/R1_930
19.52 BRIKEN start run 67
BigRIPS start run 1078
AIDA file RIBF127R1/R1_930
20.01 Analysis of file RIBF127R1/R1_931 - dead time < 0.5% - see attachment 11
20.41 FEE64 Temperatures OK - see attachment 12
Detector biases & leakage currents OK - see attachment 13
Good events statistics OK - see attachment 14
No new merger error messages - see attachment 15
*All* system wide checks OK *except* ADC calibration of nnaida1, 21 and nnaida1 clock status (status=6)
20.47 Online analysis: DSSSD HEC x versus y spectra - see attachment 16
All SortSas spectra zero'd
20.52 DAQ stop BigRIPS, BRIKEN
AIDA file RIBF127R1/R1_944
20.54 BRIKEN start run 68
BigRIPS start run 1079
AIDA file RIBF127R1/R1_945
21.51 DAQ stop BigRIPS, BRIKEN
AIDA file RIBF127R1/R1_958
21.52 BRIKEN start run 69
BigRIPS start run 1080
AIDA file RIBF127R1/R1_959
21.59 Analysis of file RIBF127R1/R1_959 - dead time < 0.5% - see attachment 17
22.40 FEE64 Temperatures OK - see attachment 18
Detector biases & leakage currents OK - see attachment 19
Good events statistics OK - see attachment 20
No new merger error messages - see attachment 21
*All* system wide checks OK *except* ADC calibration of nnaida1, 21 and nnaida1 clock status (status=6)
22.42 Online analysis: DSSSD HEC x versus y spectra - see attachment 22
All SortSas spectra zero'd
22.55 DAQ stop BigRIPS, BRIKEN
AIDA file RIBF127R1/R1_974
22.56 BRIKEN start run 70
BigRIPS start run 1081
AIDA file RIBF127R1/R1_974
23.18 Beam is off (SRC is down)
AIDA file RIBF127R1/R1_979
DAQ stop BigRIPS, BRIKEN
23.24 Beam is back
Current AIDA file RIBF127R1/R1_980
23.25 BRIKEN start run 71
BigRIPS start run 1082
AIDA file RIBF127R1/R1_981
23.47 *All* system wide checks OK *except* ADC calibration of nnaida1, 21 and nnaida1 clock status (status=6)
FEE64 Temperatures OK - see attachment 23
Detector biases & leakage currents OK - see attachment 24
Good events statistics OK - see attachment 25
No new merger error messages - see attachment 26
23.52 Analysis of file RIBF127R1/R1_986 - dead time < 0.5% - see attachment 27
00:01 Beam is off
DAQ stop BigRIPS, BRIKEN
AIDA file RIBF127R1/R1_989 |
|
Thu Jun 1 00:00:25 2017, TD, PV, CB, Thusrday 1 June 08.00-16.00 17x
|
07.57 run continues
BRIKEN start run 55
BigRIPS start run 1066
AIDA file RIBF127R1/R1_763
BNC PB-4
Amplitude 90,000
x5 attenuator IN
t_r 100ns tau_d 50us
- polarity
frequency 25Hz range
delay MIN, tail pulse, INT ref
ASIC settings 2017Mar27-16.12.39
84Zn BigRIPS setting, 78Ni degrader setting - 5mm (in F7) + 9mm (in F11) + 1mm (in F11) = 16 mm Al
09.01 DAQ stop BigRIPS, BRIKEN
AIDA file RIBF127R1/R1_779
09.03 BRIKEN start run 56
BigRIPS start run 1067
AIDA file RIBF127R1/R1_779
09.32 Beam dropped
AIDA file RIBF127R1/R1_786
09.38 DAQ stop BigRIPS, BRIKEN
AIDA file RIBF127R1/R1_788
09.43 Beam is back
BRIKEN start run 57
BigRIPS start run 1068
AIDA file RIBF127R1/R1_789
09.55 Beam is off
There will be no beam for 1 hour, accelerator people want to check the ion source.
DAQ stop BigRIPS, BRIKEN
AIDA file R1_792
10.29 Beam is back
BRIKEN start run 58
BigRIPS start run 1069
AIDA file 799
Beam intensity reduced half, then slowly increasing
11.29 DAQ stop BigRIPS, BRIKEN
AIDA file RIBF127R1/R1_813
11.29 BRIKEN start run 59
BigRIPS start run 1070
AIDA file RIBF127R1/R1_813
11.32 Sorted file RIBF127R1/R1_811. DSSSD rates are as follows
*** data items: 2431382 ( 108760.05 Hz)
*** ADC events: 260316 ( 11644.40 Hz)
*** time warps: 0 ( 0.00 Hz)
*** DSSSD # 1 count: 109746 old count: 88603 dt: 2.40 s LEC rate: 45784.75 Hz
*** DSSSD # 2 count: 148624 old count: 119105 dt: 2.40 s LEC rate: 62004.19 Hz
*** DSSSD # 3 count: 50556 old count: 40453 dt: 2.40 s LEC rate: 21091.37 Hz
*** DSSSD # 4 count: 43410 old count: 35484 dt: 2.40 s LEC rate: 18110.14 Hz
*** DSSSD # 5 count: 17933 old count: 14701 dt: 2.40 s LEC rate: 7481.44 Hz
*** DSSSD # 6 count: 36412 old count: 30468 dt: 2.40 s LEC rate: 15190.66 Hz
*** DSSSD # 1 count: 42 old count: 40 dt: 2.40 s HEC rate: 17.52 Hz
*** DSSSD # 2 count: 85 old count: 70 dt: 2.40 s HEC rate: 35.46 Hz
*** DSSSD # 3 count: 85 old count: 76 dt: 2.40 s HEC rate: 35.46 Hz
*** DSSSD # 4 count: 58 old count: 51 dt: 2.40 s HEC rate: 24.20 Hz
*** DSSSD # 5 count: 35 old count: 28 dt: 2.40 s HEC rate: 14.60 Hz
*** DSSSD # 6 count: 7 old count: 6 dt: 2.40 s HEC rate: 2.92 Hz
11.40 Detector biases & leakage currents OK - see attachments 1
FEE64 Temperatures OK - see attachment 2
good events statistics OK - see attachment 3
No new merger error messages - see attachment 4
*all* system wide checks OK *except* ADC calibration of nnaida1, 21 and nnaida1 clock status (status=6)
all SortSas spectra zero'd
11.45 Analysed RIBF127R1/R1_815 - see attachment 5
No timewarps
Negligible deadtime. No idle time issues.
11.49 System console log ttyUSB7 (nnaida1) attached - see attachment 6
Current HEC hit pattern OK - see attachment 7
12.40 DAQ stop BigRIPS, BRIKEN
AIDA file RIBF127R1/R1_829
12.43 BRIKEN start run 60
BigRIPS start run 1071
AIDA file RIBF127R1/R1_830
13.45 DAQ stop BigRIPS, BRIKEN
AIDA file RIBF127R1/R1_844
13.46 BRIKEN start run 61
BigRIPS start run 1072
AIDA file RIBF127R1/R1_845
all SortSas online spectra zero'd
x-y hit pattern OK
13:56 System wide checks all ok
Screenshots included for merger, statistics and FEE temperatures - attachments 8-10
14:04 leakages and Biases ok - attachment 11
14.46 DAQ stop BigRIPS, BRIKEN
AIDA file RIBF127R1/R1_858
14.47 BRIKEN start run 62
BigRIPS start run 1073
AIDA file RIBF127R1/R1_858
all SortSas online spectra zero'd
14:56 online analysis x-y hit pattern OK - attachment 12
15.46 DAQ stop BigRIPS, BRIKEN
AIDA file RIBF127R1/R1_872
15.47 BRIKEN start run 63
BigRIPS start run 1074
AIDA file RIBF127R1/R1_872
15.57 R1_873.txt checked
No timewarps
Negligible deadtime. No idle time issues.
16.22 Detector biases & leakage currents OK - see attachments 14
No new merger error messages - see attachment 15
FEE64 Temperatures OK - see attachment 16
good events statistics OK - see attachment 17
|
|
Wed May 31 16:48:54 2017, TD, Thursday 1 June 00.00-08.00 42x
|
00.48 BigRIPS DAQ now running
BRIKEN start run 48
BigRIPS start run 1059
AIDA file RIBF127R1/R1_664
BNC PB-4
Amplitude 90,000
x5 attenuator IN
t_r 100ns tau_d 50us
- polarity
frequency 25Hz range
delay MIN, tail pulse, INT ref
ASIC settings 2017Mar27-16.12.39
84Zn BigRIPS setting, 78Ni degrader setting - 5mm (in F7) + 9mm (in F11) + 1mm (in F11) = 16 mm Al
00.59 *all* online and SortSas histograms zero'd
01.06 Detector biases & leakage currents OK - see attachments 1 & 2
FEE64 Temperatures OK - see attachment 3
good events statistics OK - see attachment 4
No warnings/errors reported by merger since DAQ GO - see attachment 5
*all* system wide checks OK *except* ADC calibration of nnaida1, 21 and nnaida1 clock status (status=6)
01.21 analysis of file RIBF127R1/R1_672 - dead time < 0.5% - see attachment 6
01.25 online analysis - ADC data synchronised - see attachment 7
01.27 per DSSSD HEC x versus y spectra - see attachment 8
01.30 per DSSSD rates file RIBF127R1/R1_674
*** DSSSD # 1 count: 262381 old count: 211655 dt: 1.01 s LEC rate: 50193.72 Hz
*** DSSSD # 2 count: 349331 old count: 280852 dt: 1.01 s LEC rate: 67760.43 Hz
*** DSSSD # 3 count: 122673 old count: 97882 dt: 1.01 s LEC rate: 24530.86 Hz
*** DSSSD # 4 count: 105174 old count: 84961 dt: 1.01 s LEC rate: 20000.90 Hz
*** DSSSD # 5 count: 40546 old count: 32480 dt: 1.01 s LEC rate: 7981.36 Hz
*** DSSSD # 6 count: 79704 old count: 63990 dt: 1.01 s LEC rate: 15549.11 Hz
*** DSSSD # 1 count: 106 old count: 86 dt: 1.01 s HEC rate: 19.79 Hz
*** DSSSD # 2 count: 231 old count: 182 dt: 1.01 s HEC rate: 48.49 Hz
*** DSSSD # 3 count: 198 old count: 152 dt: 1.01 s HEC rate: 45.52 Hz
*** DSSSD # 4 count: 204 old count: 157 dt: 1.01 s HEC rate: 46.51 Hz
*** DSSSD # 5 count: 72 old count: 61 dt: 1.01 s HEC rate: 10.88 Hz
*** DSSSD # 6 count: 7 old count: 6 dt: 1.01 s HEC rate: 0.99 Hz
01.54 DAQ stop BigRIPS, BRIKEN
AIDA file RIBF127R1/R1_679
01.58 BRIKEN start run 49
BigRIPS start run 1060
AIDA file RIBF127R1/R1_680
02.25 AIDA-BRIKEN-BigRIPS DAQ sync OK
02.58 DAQ stop BigRIPS, BRIKEN
AIDA file RIBF127R1/R1_694
03.00 BRIKEN start run 50
BigRIPS start run 1061
AIDA file RIBF127R1/R1_694
03.06 Detector biases & leakage currents OK - see attachments 9 & 10
FEE64 Temperatures OK - see attachment 11
good events statistics OK - see attachment 12
1 error message reported by merger since DAQ GO - see attachment 13
*all* system wide checks OK *except* ADC calibration of nnaida1, 21 and nnaida1 clock status (status=6)
03.14 analysis of file RIBF127R1/R1_697 - dead time < 0.5% - see attachment 14
03.17 online analysis - ADC & disc data synchronised - see attachment 15
per DSSSD HEC x versus y spectra - see attachment 16
03.19 per DSSSD rates file RIBF127R1/R1_699
*** DSSSD # 1 count: 181020 old count: 126616 dt: 1.03 s LEC rate: 52680.27 Hz
*** DSSSD # 2 count: 242594 old count: 169469 dt: 1.03 s LEC rate: 70808.12 Hz
*** DSSSD # 3 count: 87966 old count: 61977 dt: 1.03 s LEC rate: 25165.57 Hz
*** DSSSD # 4 count: 77118 old count: 55136 dt: 1.03 s LEC rate: 21285.53 Hz
*** DSSSD # 5 count: 31436 old count: 22904 dt: 1.03 s LEC rate: 8261.67 Hz
*** DSSSD # 6 count: 61421 old count: 44839 dt: 1.03 s LEC rate: 16056.62 Hz
*** DSSSD # 1 count: 102 old count: 76 dt: 1.03 s HEC rate: 25.18 Hz
*** DSSSD # 2 count: 179 old count: 134 dt: 1.03 s HEC rate: 43.57 Hz
*** DSSSD # 3 count: 136 old count: 92 dt: 1.03 s HEC rate: 42.61 Hz
*** DSSSD # 4 count: 136 old count: 93 dt: 1.03 s HEC rate: 41.64 Hz
*** DSSSD # 5 count: 62 old count: 56 dt: 1.03 s HEC rate: 5.81 Hz
*** DSSSD # 6 count: 8 old count: 4 dt: 1.03 s HEC rate: 3.87 Hz
03.20 all SortSas spectra zero'd
03.33 histogram layouts 1-8 - see attachments 17-26
all histograms zero'd
03.59 DAQ stop BigRIPS, BRIKEN
AIDA file RIBF127R1/R1_709
04.03 BRIKEN start run 51
BigRIPS start run 1062
AIDA file RIBF127R1/R1_710
05.01 DAQ stop BigRIPS, BRIKEN
AIDA file RIBF127R1/R1_722
05.03 BRIKEN start run 52
BigRIPS start run 1063
AIDA file RIBF127R1/R1_723
05.06 Detector biases & leakage currents OK - see attachments 27 & 28
FEE64 Temperatures OK - see attachment 29
good events statistics OK - see attachment 30
1 error message reported by merger since DAQ GO - see attachment 31
*all* system wide checks OK *except* ADC calibration of nnaida1, 21 and nnaida1 clock status (status=6)
05.12 analysis of file RIBF127R1/R1_725 - dead time < 0.5% - see attachment 32
03.14 online analysis - ADC & disc data synchronised - see attachment 33
per DSSSD HEC x versus y spectra - see attachment 34
05.16 per DSSSD rates file RIBF127R1/R1_727
*** DSSSD # 1 count: 207037 old count: 154849 dt: 1.04 s LEC rate: 50002.29 Hz
*** DSSSD # 2 count: 284982 old count: 210778 dt: 1.04 s LEC rate: 71096.22 Hz
*** DSSSD # 3 count: 97704 old count: 72256 dt: 1.04 s LEC rate: 24382.20 Hz
*** DSSSD # 4 count: 86608 old count: 65020 dt: 1.04 s LEC rate: 20683.86 Hz
*** DSSSD # 5 count: 31556 old count: 23485 dt: 1.04 s LEC rate: 7732.97 Hz
*** DSSSD # 6 count: 63379 old count: 47102 dt: 1.04 s LEC rate: 15595.29 Hz
*** DSSSD # 1 count: 72 old count: 51 dt: 1.04 s HEC rate: 20.12 Hz
*** DSSSD # 2 count: 176 old count: 124 dt: 1.04 s HEC rate: 49.82 Hz
*** DSSSD # 3 count: 163 old count: 116 dt: 1.04 s HEC rate: 45.03 Hz
*** DSSSD # 4 count: 153 old count: 126 dt: 1.04 s HEC rate: 25.87 Hz
*** DSSSD # 5 count: 53 old count: 37 dt: 1.04 s HEC rate: 15.33 Hz
*** DSSSD # 6 count: 8 old count: 3 dt: 1.04 s HEC rate: 4.79 Hz
05.51 all SortSas spectra zero'd
05.54 DAQ stop BigRIPS, BRIKEN
AIDA file RIBF127R1/R1_735
07.01 BRIKEN start run 53
BigRIPS start run 1064
AIDA file RIBF127R1/R1_738
06.38 beam lost - ion source problem - AIDA file RIBF127R1/R1_745 - continue as background run
07.11 Detector biases & leakage currents OK - see attachments 35 & 36
FEE64 Temperatures OK - see attachment 37
good events statistics OK - see attachment 38
1 error message reported by merger since DAQ GO - see attachment 39
*all* system wide checks OK *except* ADC calibration of nnaida1, 21 and nnaida1 clock status (status=6)
07.17 analysis of file RIBF127R1/R1_754 - dead time < 0.5% - see attachment 40
07.19 online analysis - ADC & disc data synchronised - see attachment 41
per DSSSD HEC x versus y spectra - see attachment 42
07.19 beam back
07.20 DAQ stop BigRIPS, BRIKEN
AIDA file RIBF127R1/R1_755
07.22 BRIKEN start run 54
BigRIPS start run 1065
AIDA file RIBF127R1/R1_756
07.24 per DSSSD rates file RIBF127R1/R1_756
*** DSSSD # 1 count: 142610 old count: 89049 dt: 1.04 s LEC rate: 51612.27 Hz
*** DSSSD # 2 count: 191205 old count: 119983 dt: 1.04 s LEC rate: 68630.70 Hz
*** DSSSD # 3 count: 66544 old count: 40853 dt: 1.04 s LEC rate: 24756.27 Hz
*** DSSSD # 4 count: 60318 old count: 38762 dt: 1.04 s LEC rate: 20771.72 Hz
*** DSSSD # 5 count: 23029 old count: 14967 dt: 1.04 s LEC rate: 7768.68 Hz
*** DSSSD # 6 count: 45712 old count: 29870 dt: 1.04 s LEC rate: 15265.61 Hz
*** DSSSD # 1 count: 66 old count: 46 dt: 1.04 s HEC rate: 19.27 Hz
*** DSSSD # 2 count: 122 old count: 78 dt: 1.04 s HEC rate: 42.40 Hz
*** DSSSD # 3 count: 116 old count: 70 dt: 1.04 s HEC rate: 44.33 Hz
*** DSSSD # 4 count: 98 old count: 67 dt: 1.04 s HEC rate: 29.87 Hz
*** DSSSD # 5 count: 41 old count: 29 dt: 1.04 s HEC rate: 11.56 Hz
*** DSSSD # 6 count: 8 old count: 6 dt: 1.04 s HEC rate: 1.93 Hz
07.25 all SortSas spectra zero'd
07.53 beam lost - RF problem - AIDA file RIBF127R1/R1_764
07.55 DAQ stop BigRIPS, BRIKEN
AIDA file RIBF127R1/R1_763
07.57 beam back
07.57 BRIKEN start run 55
BigRIPS start run 1066
AIDA file RIBF127R1/R1_763 |
|
Wed May 31 16:43:52 2017, TD, Merger & TapeServer server startup scripts modified
|
aidas1> cd /MIDAS/Merger/AIDA
aidas1> ls
GS_configuration GS_configuration.BAK-030516 Startup~
GS_configuration~ Startup Startup.BAK-010617
aidas1> diff Startup Startup.BAK-010617
63,64c63
< # 1 June 2017 - increase sleep time from 1000000 (11.6 days) to 150000000 (4.75 years)
< sleep 150000000
---
> sleep 1000000
aidas1> cd /MIDAS/TapeServer/startup
aidas1> ls
AidaTapeServer AidaTapeServer~ AidaTapeServer.BAK-010617
aidas1> diff AidaTapeServer AidaTapeServer.BAK-010617
24,26c24
< # 1 June 2017 - increase sleep time from 1000000 (11.6 days) to 150000000 (4.75 years)
< sleep 150000000
<
---
> sleep 1000000 |
|
Wed May 31 08:00:26 2017, NN, CB, Wednesday 31 May 16:00 - 24:00 15x
|
16:30 Check online data ok (R1_533) see attachment 1
16:39 BigRips and BRIKEN stop their runs
AIDA on file R1_550
16:43 Beam is off
16:47 All degraders completely removed
Beam on
current AIDA run R1_551
16:48 BRIKEN start run 40
BigRIPS start run 1041
AIDA on file R1_551
16:57 BigRIPS and BRIKEN stop their runs
AIDA on file R1_554
high energy correlation between x and y attachment 2
16:57 Beam is off
Degrader back to its place, thickness 14 mm
17:00 Checked chiller level - 50%
17:01 Beam is on
17:02 BRIKEN start run 41
BigRIPS start run 1042
AIDA on file R1_555
17:16 FEE's temperature normal
statistics normal
system wide checks ok
leakage current and bias ok see attachment 3
merger and tapeserver ok
17:17 high energy correlation between x and y attachment 4
current AIDA run R1_558
18:02 Beam is off
current AIDA file Run R1_570
BigRIPS and BRIKEN stop their runs
RH = 41.3%, T=24.3 C, DP=10.3 C
Degrader now 5 (in F7) + 6 (in F11) + 3 (in F11) = 14 mm
Refilled chiller - >95%
18:42 Beam is on
18:57 The optimization of beam tuning is going on
19:20 Optimization of beam done
19.28 BRIKEN start run 42
BigRIPS start run 1053
AIDA on file R1_588
BNC PB-4
Amplitude 90,000
x5 attenuator IN
t_r 100ns tau_d 50us
- polarity
frequency 25Hz range
delay MIN, tail pulse, INT ref
ASIC settings 2017Mar27-16.12.39
84Zn degrader setting - 5mm (in F7) + 6mm (in F11) + 3mm (in F11) = 14 mm
19.41 Detector biases; leakage currents OK - see attachments 5 & 6
FEE64 Temperatures OK - see attachment 7
good events statistics OK - see attachment 8
No warnings/errors reported by merger since DAQ GO - see attachment 9
*all* system wide checks OK *except* ADC calibration of nnaida1, 21 and nnaida1 clock status (status=6)
20.19 DAQ stops
AIDA file RIBF127R1/R1_601
analysis of R1_601 dead time <0.5% - see attachment 10
online analysis - ADC data synchronised - see attachment 12
online analysis per FEE64 HEC x versus y - attachment 11 mid-run - all SortSas spectra cleared -
attachment 13 end of run
why does x-y distribution appear to change?
distributions centred OK but now broader in x
20.20-20.39 various variable degrader settings to establish approximate degrader setting for 78Ni
20.39 BRIKEN start run 44
BigRIPS start run 1054
AIDA on file R1_606
78Ni degrader setting (to be checked) 5mm Al (fixed F7) + 9mm Al (fixed F11) + 1mm Al (variable F11) = 15mm Al
Offline sort of R1_602 for rates
*** DSSSD # 1 count: 156234 old count: 115866 dt: 1.04 s LEC rate: 38664.03 Hz
*** DSSSD # 2 count: 205986 old count: 152716 dt: 1.04 s LEC rate: 51021.42 Hz
*** DSSSD # 3 count: 72980 old count: 54270 dt: 1.04 s LEC rate: 17920.23 Hz
*** DSSSD # 4 count: 63677 old count: 45811 dt: 1.04 s LEC rate: 17111.86 Hz
*** DSSSD # 5 count: 24253 old count: 17204 dt: 1.04 s LEC rate: 6751.45 Hz
*** DSSSD # 6 count: 48843 old count: 34242 dt: 1.04 s LEC rate: 13984.68 Hz
*** DSSSD # 1 count: 75 old count: 52 dt: 1.04 s HEC rate: 22.03 Hz
*** DSSSD # 2 count: 114 old count: 82 dt: 1.04 s HEC rate: 30.65 Hz
*** DSSSD # 3 count: 118 old count: 78 dt: 1.04 s HEC rate: 38.31 Hz
*** DSSSD # 4 count: 107 old count: 67 dt: 1.04 s HEC rate: 38.31 Hz
*** DSSSD # 5 count: 54 old count: 30 dt: 1.04 s HEC rate: 22.99 Hz
*** DSSSD # 6 count: 4 old count: 4 dt: 1.04 s HEC rate: 0.00 Hz
20.50 all online histograms zero'd
21:21 analysed run from R1_588 to R1_601, couldn't find any timewraps.
21:41 BigRips and BRIKEN stop their runs
AIDA on file R1_620
21:44 BRIKEN start run 45
BigRIPS start run 1055
AIDA on file R1_621
22:04 FEE's temperature normal
statistics normal
system wide checks ok
leakage current and bias ok see attachment 14
merger and tapeserver ok
22:41 BigRips and BRIKEN stop their runs
AIDA on file R1_634
22:43 BRIKEN start run 46
BigRIPS start run 1056
AIDA on file R1_635
Offline sort of R1_635 for rates
*** data items: 3524688 ( 108739.47 Hz)
*** ADC events: 372675 ( 11497.32 Hz)
*** time warps: 0 ( 0.00 Hz)
*** DSSSD # 1 count: 160274 old count: 151136 dt: 3.43 s LEC rate: 46708.84 Hz
*** DSSSD # 2 count: 216907 old count: 205441 dt: 3.43 s LEC rate: 63213.47 Hz
*** DSSSD # 3 count: 74841 old count: 71214 dt: 3.43 s LEC rate: 21811.00 Hz
*** DSSSD # 4 count: 67870 old count: 63212 dt: 3.43 s LEC rate: 19779.44 Hz
*** DSSSD # 5 count: 25688 old count: 23773 dt: 3.43 s LEC rate: 7486.28 Hz
*** DSSSD # 6 count: 52420 old count: 48302 dt: 3.43 s LEC rate: 15276.82 Hz
*** DSSSD # 1 count: 73 old count: 69 dt: 3.43 s HEC rate: 21.27 Hz
*** DSSSD # 2 count: 137 old count: 131 dt: 3.43 s HEC rate: 39.93 Hz
*** DSSSD # 3 count: 141 old count: 130 dt: 3.43 s HEC rate: 41.09 Hz
*** DSSSD # 4 count: 141 old count: 130 dt: 3.43 s HEC rate: 41.09 Hz
*** DSSSD # 5 count: 47 old count: 41 dt: 3.43 s HEC rate: 13.70 Hz
*** DSSSD # 6 count: 9 old count: 9 dt: 3.43 s HEC rate: 2.62 Hz
23:20 Check online data ok (R1_642) see attachment 15
23:54 BigRips and BRIKEN stop their runs
AIDA on file R1_652
*************June 1st**********
00:03 BRIKEN start run 47
BigRIPS start run 1058
AIDA on file R1_654
BigRIPS not sending synchronizing pulse
00:09 BigRIPS and BRIKEN stop their run |
|
Wed May 31 00:02:41 2017, VP, CB, Wednesday 31 May 08:00 - 16:00 10x
|
08:02 BRIKEN starts run 1032
BigRIPS starts run 31
AIDA on file R1_423
08:10 system wide checks all ok
08:28 Check ASIS all OK
08:40 Check Online data OK
See Attachment 1, 2
08:57 BigRips and BRIKEN stop their runs
AIDA on file R1_436
09:06 BRIKEN start run 32
BigRIPS start run 1033
AIDA on file R1_439
10:00 BigRips and BRIKEN stop their runs
AIDA on file R1_452
10:01 BRIKEN start run 33
BigRIPS start run 1034
AIDA on file R1_453
10:07 FEE temperature OK - Attachment 3
Bias and leakage current OK - attachment 4
2d hit pattern (high energy) is Ok - attachment 5
10:37 We found that histogram was not enabled in some of the FEEs, data transfer is enable
see attachment 6
11:04 BigRips and BRIKEN stop their runs
AIDA on file R1_468
11.04 Enabled histogramming during BRIKEN run stop/start - all OK
ttyUSB6 (nnaida2) system console monitor log attached - 8
11:06 BRIKEN start run 34
BigRIPS start run 1035
AIDA on file R1_470
12:00 BigRips and BRIKEN stop their runs
AIDA on file R1_482
12:01 BRIKEN start run 35
BigRIPS start run 1036
AIDA on file R1_482
12:01 Good event statistics - attachment 7
System wide checks all OK
12.24 DAQ continues OK
FEE64 temperaturs - OK
Statistics - OK
No merger errors
No nnaida panics
HEC x vs y - attach 9
Sorted first few seconds of R1_486
*** data items: 9080967 ( 99245.54 Hz)
*** ADC events: 940138 ( 10274.73 Hz)
*** time warps: 0 ( 0.00 Hz)
*** DSSSD # 1 count: 404906 old count: 378618 dt: 8.69 s LEC rate: 46613.05 Hz
*** DSSSD # 2 count: 536629 old count: 501262 dt: 8.69 s LEC rate: 61777.09 Hz
*** DSSSD # 3 count: 197174 old count: 183650 dt: 8.69 s LEC rate: 22698.80 Hz
*** DSSSD # 4 count: 177340 old count: 166370 dt: 8.69 s LEC rate: 20415.50 Hz
*** DSSSD # 5 count: 76292 old count: 71320 dt: 8.69 s LEC rate: 8782.79 Hz
*** DSSSD # 6 count: 138215 old count: 129356 dt: 8.69 s LEC rate: 15911.40 Hz
*** DSSSD # 1 count: 106 old count: 100 dt: 8.69 s HEC rate: 12.20 Hz
*** DSSSD # 2 count: 204 old count: 184 dt: 8.69 s HEC rate: 23.48 Hz
*** DSSSD # 3 count: 323 old count: 303 dt: 8.69 s HEC rate: 37.18 Hz
*** DSSSD # 4 count: 300 old count: 278 dt: 8.69 s HEC rate: 34.54 Hz
*** DSSSD # 5 count: 264 old count: 246 dt: 8.69 s HEC rate: 30.39 Hz
*** DSSSD # 6 count: 165 old count: 154 dt: 8.69 s HEC rate: 18.99 Hz
Cleared SortSas. Restarted online sorted.
12.57 Removed May2017/R34_* acquired during optimisation before start of RIBF127R1/R1 run
13:00 BigRips and BRIKEN stop their runs
AIDA on file R1_496
13:04 BRIKEN start run 36
BigRIPS start run 1037
AIDA on file R1_498
Cleared SortSas
13:23 Beam is off
BigRips and BRIKEN stop their runs
AIDA on file R1_502
13:28 Beam is back
BRIKEN start run 37
BigRIPS start run 1038
AIDA on file R1_503
13:30 Beam is off
BRIKEN and BigRIPS DAQ are still running
Current AIDA file R1_504
13:37 Beam is back
Current AIDA file R1_505
14:25 Crane activities in SAMURAI area (F12)
14:29 BigRips and BRIKEN stop their runs
AIDA on file R1_518
14:33 BRIKEN start run 38
BigRIPS start run 1039
AIDA on file R1_519
Clear midas sort histogram, x versus y hit pattern (HEC) OK
14:38 Crane activities ends
14:53 Bias and leakage current OK - attachment 10
FEE64 temperature - OK
Statistics - OK
No Merger errors
System wide check all OK
15:34 BigRips and BRIKEN stop their runs
AIDA on file R1_534
15:36 BRIKEN start run 39
BigRIPS start run 1040
AIDA on file R1_534
Clear midas sort histogram, x versus y hit pattern (HEC) OK
FEE64 temperature - OK
Statistics - OK
No Merger errors
System wide check all OK
*** DSSSD # 1 count: 38468714 old count: 38464614 dt: 1.15 s LEC rate: 3573.31 Hz
*** DSSSD # 2 count: 51643619 old count: 51638011 dt: 1.15 s LEC rate: 4887.59 Hz
*** DSSSD # 3 count: 19411426 old count: 19409561 dt: 1.15 s LEC rate: 1625.42 Hz
*** DSSSD # 4 count: 16930225 old count: 16928509 dt: 1.15 s LEC rate: 1495.56 Hz
*** DSSSD # 5 count: 7224866 old count: 7223934 dt: 1.15 s LEC rate: 812.27 Hz
*** DSSSD # 6 count: 13083942 old count: 13082308 dt: 1.15 s LEC rate: 1424.09 Hz
*** DSSSD # 1 count: 10122 old count: 10119 dt: 1.15 s HEC rate: 2.61 Hz
*** DSSSD # 2 count: 22934 old count: 22930 dt: 1.15 s HEC rate: 3.49 Hz
*** DSSSD # 3 count: 30932 old count: 30928 dt: 1.15 s HEC rate: 3.49 Hz
*** DSSSD # 4 count: 28790 old count: 28787 dt: 1.15 s HEC rate: 2.61 Hz
*** DSSSD # 5 count: 27032 old count: 27032 dt: 1.15 s HEC rate: 0.00 Hz
*** DSSSD # 6 count: 16926 old count: 16926 dt: 1.15 s HEC rate: 0.00 Hz
|
|
Tue May 30 16:05:12 2017, OH, Wednesday 31 May 00:00 - 08:00 9x
|
00:05 BigRIPS and BRIKEN stop their daqs
AIDA currently on file R1_312
00:06 BRIKEN start run 23
BigRIPS start run 1024
AIDA on file R1_312
System wide checks all ok
01:05 BigRIPS and BRIKEN stop their daqs
AIDA on file R1_327
01:06 BigRips Start run 1025
BRIKEN start run 24
AIDA file R1_327
System wide checks all ok
02:02 BigRIPS and BRIKEN stop their daqs
AIDA on file R1_341
ASIC load check ok
02:03 BigRIPS start run 1026
BRIKEN start run 25
AIDA ON FILE R1_341
02:11 System wide checks all ok
Leakages and bias ok (Leakages rising again though) - attachment 1
FEE temperatures ok - attachment 2
Good event statistics - attachment 3
Merger and tape server still running - attachment 4
02:23 Beam is off. Will recover soon
02:26 Beam is back
02:27 beam stopped again
02:28 beam back
02:37 Since beam has come back we appear to have lost all implant channels.
only seeing events in DSSD2
03:30 ASIC load issue resolved. AIDA data should be good from R1_353
Beam continues to turn off and on
03:52 Since ~2am beam has been passing through the dssd
Implantation spectrum - attachment 5
Upon investigation the fixed degrader had fallen on the left and was at a 30 degree angle.
It has now been put back in position
AIDA file when fixed R1_360
BRIKEN reset the timestamp
Whilst sorting the ASIC issue bigRips moved onto run 1029
BRIKEN run 1028. Full details in their elog
03:55 briken and bigRIPS stop runs
bigRIPS start run 1028
BRIKEN run 27
AIDA file R1_360
04:29 Implant hit spectra after the degrader was replaced - attachment 6
04:58 BigRIPS and BRIKEN stop daqs
AIDA on file R1_376
04:59 BigRIPS starts file 1029
BRIKEN starts run 28
AIDA at very end of file R1_376
05:20 System wide checks ok
bias and leakage currents ok - attachment 7
05:26 Beam still dropping out for short moments of time
06:03 BigRips and BRIKEN stop their runs
AIDA on file R1_393
06:04 BRIKEN start run 29
BigRIPS start run 1030
AIDA on file R1_393
06:28 Beam lost
06:31 Beam returned
06:46 System wide checks ok
FEE temperatures ok - attachment 8
07:01 BigRIPS and BRIKEN stop their runs
AIDA on file R1_407
07:02 BRIKEN start run 30
BigRips run 1031
AIDA on file R1_407
07:31 system wide checks all ok
07:48 Bias and leakage currents ok - attachment 9
08:01 Briken and BIgRips End current runs
AIDA file R1_422 E silicon detector has saturation problem (see the attachment). We lower the
gain in round factor of 2. |
|
Tue May 30 07:56:05 2017, CB, NN, OH, AE, Tuesday 30 May - evening shift 7x
|
16.00 Still no beam
Current run /RIBF127R1/R1_197
Found dropped channels on nnaida1, ASIC4 - see attach 1
Check ASIC control x2
No effects
17.08 FEE's temperature normal
statistics normal
system wide checks ok
leakage current and bias ok
merger and tapeserver ok
still no beam
17.20 Beam is back
AIDA RIBF127R1/R1_216
DAQ start BRIKEN 16
DAQ start BigRIPS 1016
17.25 Almost all implants in DSSSD#6 - see attach 2
Beam stopped on AIDA run RIBF127R1/R1_217
Increasing degrader thickness.
17.30 New degrader: 11m Al plate
Zero'd all histograms
Deleted online SortSas
AIDA RIBF127R1/R1_21
DAQ start BRIKEN 17
DAQ start BigRIPS 1017
17.44 Most implants still in #5,6. Adjusted degrader: 14mm Al
Implants now in dets #4,5 preferentially.
Zero'd all histograms
Deleted online SortSas
AIDA RIBF127R1/R1_221
DAQ continues running in BRIKEN 17
DAQ start BigRIPS 1018
18.05 Beam lost on AIDA run RIBF127R1/R1_226
18.35 Beam is back
Zero'd all histograms
Deleted online SortSas
AIDA RIBF127R1/R1_233
DAQ start BRIKEN 18
DAQ start BigRIPS 1019
19:10 DSSD Rates from R1_239
*** DSSSD # 1 count: 164076 old count: 109857 dt: 1.02 s LEC rate: 53189.47 Hz
*** DSSSD # 2 count: 211989 old count: 140492 dt: 1.02 s LEC rate: 70139.39 Hz
*** DSSSD # 3 count: 76697 old count: 49676 dt: 1.02 s LEC rate: 26507.92 Hz
*** DSSSD # 4 count: 72050 old count: 47860 dt: 1.02 s LEC rate: 23730.67 Hz
*** DSSSD # 5 count: 27482 old count: 17785 dt: 1.02 s LEC rate: 9512.87 Hz
*** DSSSD # 6 count: 51983 old count: 34674 dt: 1.02 s LEC rate: 16980.33 Hz
*** DSSSD # 1 count: 37 old count: 21 dt: 1.02 s HEC rate: 15.70 Hz
*** DSSSD # 2 count: 89 old count: 59 dt: 1.02 s HEC rate: 29.43 Hz
*** DSSSD # 3 count: 124 old count: 83 dt: 1.02 s HEC rate: 40.22 Hz
*** DSSSD # 4 count: 104 old count: 66 dt: 1.02 s HEC rate: 37.28 Hz
*** DSSSD # 5 count: 75 old count: 47 dt: 1.02 s HEC rate: 27.47 Hz
*** DSSSD # 6 count: 45 old count: 33 dt: 1.02 s HEC rate: 11.77 Hz
19:23 FEE's temperature normal
statistics normal
system wide checks ok
leakage current and bias ok see attachment 4
merger and tapeserver ok
current AIDA file R1_244
20:01 BigRIPS and BRIKEN stopping the run
AIDA RIBF127R1/R1_253
20:08 BigRIPS and BRIKEN start
DAQ start BRIKEN 19
DAQ start BigRIPS 1020
AIDA RIBF127R1/R1_254
20:19 FEE's temperature normal
statistics normal
system wide checks ok
leakage current and bias ok see attachment 5
merger and tapeserver ok
current AIDA file R1_258
20.51 Beam and DAQ continue OK
HEC x vs. y look OK - see attach 6
21:03 BigRIPS and BRIKEN stopping the run
AIDA RIBF127R1/R1_268
21.05 Beam lost while changing runs
21.07 Beam is back.
DAQ start BRIKEN 20
DAQ start BigRIPS 1021
AIDA RIBF127R1/R1_270
22:01 FEE's temperature normal
statistics normal
system wide checks ok
leakage current and bias ok
merger and tapeserver ok
current AIDA file R1_282
22:02 BigRIPS and BRIKEN stopping the run
AIDA RIBF127R1/R1_282
22:03 BigRIPS and BRIKEN start
DAQ start BRIKEN 21
DAQ start BigRIPS 1022
AIDA RIBF127R1/R1_283
23:02 BigRIPS and BRIKEN stopping the run
AIDA RIBF127R1/R1_296
23:04 BigRIPS and BRIKEN start
DAQ start BRIKEN 22
DAQ start BigRIPS 1023
AIDA RIBF127R1/R1_297
23:40 FEE's temperature normal
statistics normal
system wide checks ok
leakage current and bias ok see attchment 7
merger and tapeserver ok
current AIDA file R1_306 |
|
Tue May 30 00:58:10 2017, TD, CB, Tuesday 30 May - day shift 27x
|
08.58 DAQ continues OK
File RIBF127R1/R1_99
BigRIPS run 1009
BRIKEN run 9
BNC PB-4
Amplitude 90,000
x5 attenuator IN
t_r 100ns tau_d 50us
- polarity
frequency 25Hz range
delay MIN, tail pulse, INT ref
ASIC settings 2017Mar27-16.12.39
08.59 *online* analysis - ADC & disc data synchronised - see attachment 1
analysis of R1_99 OK - see attachment 2 - deadtime <0.5%
09.11 BigRIPS & BRIKEN DAQ stop
09.13 AIDA RIBF127R1/R1_103
BRIKEN 10
BigRIPS 1010
Fixed Degrader in place 13m Al (8mm + 3mm + 2mm Plates)
Variable degraders
1mm Al - in
1mm Al - in
1mm Al - out
09.30 Detector biases; leakage currents OK - see attachments 3 & 4
FEE64 Temperatures OK - see attachment 5
good events; statistics OK - see attachment 6
No warnings/errors reported by merger since DAQ GO - see attachment 7
*all* system wide checks OK *except* ADC calibration of nnaida1, 21 and nnaida1 clock status (status=6)
09.50 layout 1-8 spectra - see attachments 8-17
Note pulser amplitude drifting for + polarity
*all* spectra zero'd
10.00 BigRIPS & BRIKEN DAQ stop
AIDA RIBF127R1/R1_114
Check ASIC control x2
10.03 AIDA RIBF127R1/R1_115
DAQ start BRIKEN 11
DAQ start BigRIPS 1011
11.12 Changing degraders (16 mm Al plate check?)
E17/F11 ambient temperature +24.7 deg C, RH 38.7%, d.p. +9.7 deg C
Julabo FL11006 set point +20 deg C, actual +20.0 deg C, water level OK (c. 70%)
HEC plot attached - see attach 8
11.17 AIDA RIBF127R1/R1_132
DAQ start BRIKEN 12
DAQ start BigRIPS 1012
Attempted to start new run. Lost beam. BigRIPS re-optimising
11.40 Found beam
Zero'd all histograms
Cleared online sorting histograms
AIDA RIBF127R1/R1_139
DAQ start BRIKEN 13
DAQ start BigRIPS 1013
12.14 Machine is down on AIDA run RIBF127R1/R1_145
HEC plot attached - see attach 9
Implants moved one detector upstream
12.24 Check ASIC Control x2
12.30 Beam back
12.31 AIDA RIBF127R1/R1_149
DAQ start BRIKEN 14
DAQ start BigRIPS 1014
12.35 Detector biases; leakage currents OK - see attachments 22 & 23
*online* analysis - ADC & disc data synchronised
analysis of R1_149 OK - see attachment 24 - deadtime <0.5%
12.39 Beam off RIBF127R1/R1_151
SRC cooling issues
13.55 Background run
AIDA RIBF127R1/R1_170
DAQ start BRIKEN 15, BigRIPS 1015
14.01 Beam still off
14.20 Stop background run
AIDA RIBF127R1/R1_175
15.30 Beam still off
DAQ continues OK
FEE64 temperatures OK - attach 24
Statistics OK - attach 25
Leakage currents OK - attach 26
No merger errors. No nnaida panics from USB console terminal.
|
|
Mon May 29 16:02:21 2017, OH, TD, Tuesday 30th May 16x
|
00:02 Bias and leakage currents ok - attachment one
System wide check all ok
FEE64 Temperatures OK - see attachment 2
good events; statistics OK - see attachment 3
ASIC load check all ok
Merger still running ok - attachment 4
00:15 Current AIDA file R34_126
00:24 Pb Wall is removed
Variable degraders in place Current configuration
1mm Al - Out
1mm Al - Out
1mm Al - Out
Fixed Degrader in place 11m Al (8mm +3mm Plates)
00:40 Variable degraders were out of alignment.
Have now been realigned.
01:06 Fixed degrader moved closer to F11 plastic.
Moved from far side of Pb wall to side closest to F11 plastic.
Fixed degrader thickness increased to 13mm Al (8mm + 3mm + 2mm plates)
Current degrader configuration:
Fixed Degrader in place 13m Al (8mm + 3mm + 2mm Plates)
Variable degraders
1mm Al - Out
1mm Al - Out
1mm Al - Out
01:36 Implant hit pattern for current Ni setting - attachment 5
Looks as if we have a broken bond wire in DSSD6 FEE 8 (Missing horizontal band)
Also maybe one in DSSD3 FEE 14 (Missing vertical band)
01:54 Degraders changed
Current degrader configuration:
Fixed Degrader in place 13m Al (8mm + 3mm + 2mm Plates)
Variable degraders
1mm Al - in
1mm Al - in
1mm Al - in
Implant Hit spectra - attachment 6
01:59 Degraders changed
Current degrader configuration:
Fixed Degrader in place 13m Al (8mm + 3mm + 2mm Plates)
Variable degraders
1mm Al - in
1mm Al - out
1mm Al - out
Implant Hit spectra - attachment 7
02:08 Start AIDA file R1_0 in directory RIBF127R1
BNC PB-4
Amplitude 90,000
x5 attenuator IN
t_r 100ns tau_d 50us
- polarity
frequency 25Hz range
delay MIN, tail pulse, INT ref
ASIC settings 2017Mar27-16.12.39
Current degrader configuration:
Fixed Degrader in place 13m Al (8mm + 3mm + 2mm Plates)
Variable degraders
1mm Al - in
1mm Al - out
1mm Al - out
02:11 Bias and leakages all ok - attachment 8#
02:26 Briken and BigRIPS start new runs
Briken run 3
BigRIPS run 1003
Current AIDA file R1_4
02:42 MIDAS sort crashed, restarted and sorted R1_7 to get the implant rates:
*** DSSSD # 1 count: 428279 old count: 369602 dt: 1.02 s LEC rate: 57547.23 Hz
*** DSSSD # 2 count: 523171 old count: 452321 dt: 1.02 s LEC rate: 69485.85 Hz
*** DSSSD # 3 count: 194416 old count: 168097 dt: 1.02 s LEC rate: 25812.25 Hz
*** DSSSD # 4 count: 181257 old count: 156583 dt: 1.02 s LEC rate: 24198.93 Hz
*** DSSSD # 5 count: 73675 old count: 63323 dt: 1.02 s LEC rate: 10152.68 Hz
*** DSSSD # 6 count: 130418 old count: 112563 dt: 1.02 s LEC rate: 17511.22 Hz
*** DSSSD # 1 count: 63 old count: 54 dt: 1.02 s HEC rate: 8.83 Hz
*** DSSSD # 2 count: 156 old count: 133 dt: 1.02 s HEC rate: 22.56 Hz
*** DSSSD # 3 count: 199 old count: 178 dt: 1.02 s HEC rate: 20.60 Hz
*** DSSSD # 4 count: 196 old count: 174 dt: 1.02 s HEC rate: 21.58 Hz
*** DSSSD # 5 count: 180 old count: 152 dt: 1.02 s HEC rate: 27.46 Hz
*** DSSSD # 6 count: 87 old count: 75 dt: 1.02 s HEC rate: 11.77 Hz
02:59 BigRIPS and BRIKEN stopping the run
Ni being implanted into detector 6 so will be increasing degrader
AIDA current run R1_13
Current degrader configuration:
Fixed Degrader in place 13m Al (8mm + 3mm + 2mm Plates)
Variable degraders
1mm Al - in
1mm Al - in
1mm Al - out
03:03 BRIKEN start run 4
BigRIPS start run 1004
03:16 Bias and leakage currents ok - attachment 9
System wide checks all ok
03:23 Sorted file R1_16 - Current rates are:
*** DSSSD # 1 count: 191573 old count: 124591 dt: 1.04 s LEC rate: 64370.77 Hz
*** DSSSD # 2 count: 232369 old count: 148461 dt: 1.04 s LEC rate: 80636.92 Hz
*** DSSSD # 3 count: 84277 old count: 53763 dt: 1.04 s LEC rate: 29324.44 Hz
*** DSSSD # 4 count: 78592 old count: 51020 dt: 1.04 s LEC rate: 26497.13 Hz
*** DSSSD # 5 count: 30254 old count: 19685 dt: 1.04 s LEC rate: 10156.98 Hz
*** DSSSD # 6 count: 55682 old count: 36607 dt: 1.04 s LEC rate: 18331.38 Hz
*** DSSSD # 1 count: 55 old count: 33 dt: 1.04 s HEC rate: 21.14 Hz
*** DSSSD # 2 count: 103 old count: 60 dt: 1.04 s HEC rate: 41.32 Hz
*** DSSSD # 3 count: 77 old count: 47 dt: 1.04 s HEC rate: 28.83 Hz
*** DSSSD # 4 count: 72 old count: 45 dt: 1.04 s HEC rate: 25.95 Hz
*** DSSSD # 5 count: 29 old count: 20 dt: 1.04 s HEC rate: 8.65 Hz
*** DSSSD # 6 count: 4 old count: 3 dt: 1.04 s HEC rate: 0.96 Hz
04:01 BigRIPS and BRIKEN finish their runs
AIDA run R1_28
04:04 BigRIPS run 1005
BRIKEN run 5
AIDA file R1_28
04:28 System wide checks all ok
FEE temperatures ok
04:48 Implant hit spectra for the current degrader settings - attachment 10
Current degrader configuration:
Fixed Degrader in place 13m Al (8mm + 3mm + 2mm Plates)
Variable degraders
1mm Al - in
1mm Al - in
1mm Al - out
05:00 BigRIPS and BRIKEN stop their runs
Current AIDA file R1_42
ASIC load check all ok
05:01 BigRips starts run 1006
BRIKEN run 6
AIDA file R1_42
05:03 System wide checks all ok
FEE temps ok - attachment 11
Good Events - attachment 12
leakages and bias ok - attachment 13
05:37 No beam
05:40 beam back (Interlock error caused beam to be lost)
05:59 Appears to be a broken wire in DSSD2 FEE2
06:00 BigRIPS and BRIKEN stopped their runs
AIDA currently on file R1_56
06:02 BigRIPS starts run 1007
BRIKEN starts run 7
AIDA currently on file R1_57
06:06 System wide checks all ok
FEE temperatures all ok
06:27 Leakage currents still rising but within acceptable range at the moment - attachment 14
06:48 Rates from R1_67
*** DSSSD # 1 count: 229047 old count: 159366 dt: 1.02 s LEC rate: 68643.03 Hz
*** DSSSD # 2 count: 275255 old count: 189329 dt: 1.02 s LEC rate: 84646.04 Hz
*** DSSSD # 3 count: 102832 old count: 70928 dt: 1.02 s LEC rate: 31428.76 Hz
*** DSSSD # 4 count: 93609 old count: 66189 dt: 1.02 s LEC rate: 27011.55 Hz
*** DSSSD # 5 count: 37256 old count: 26588 dt: 1.02 s LEC rate: 10509.09 Hz
*** DSSSD # 6 count: 69611 old count: 50443 dt: 1.02 s LEC rate: 18882.47 Hz
*** DSSSD # 1 count: 84 old count: 61 dt: 1.02 s HEC rate: 22.66 Hz
*** DSSSD # 2 count: 132 old count: 106 dt: 1.02 s HEC rate: 25.61 Hz
*** DSSSD # 3 count: 105 old count: 77 dt: 1.02 s HEC rate: 27.58 Hz
*** DSSSD # 4 count: 102 old count: 76 dt: 1.02 s HEC rate: 25.61 Hz
*** DSSSD # 5 count: 44 old count: 32 dt: 1.02 s HEC rate: 11.82 Hz
*** DSSSD # 6 count: 8 old count: 5 dt: 1.02 s HEC rate: 2.96 Hz
07:00 BigRips and BRIKEN stop their daqs
AIDA currently on file R1_71
ASIC load check all ok
07:02 BigRIPS and BRIKEN start
BigRIPS run 1008
BRIKEN run 8
System wide checks all ok
AIDA run R1_71
07:30 Bias and leakage currents ok - attachment 15
Leakage currents decreasing again
07:37 Rates from R1_79
*** DSSSD # 1 count: 168930 old count: 115510 dt: 1.04 s LEC rate: 51415.14 Hz
*** DSSSD # 2 count: 203546 old count: 141908 dt: 1.04 s LEC rate: 59324.72 Hz
*** DSSSD # 3 count: 74562 old count: 52397 dt: 1.04 s LEC rate: 21333.14 Hz
*** DSSSD # 4 count: 70487 old count: 47585 dt: 1.04 s LEC rate: 22042.48 Hz
*** DSSSD # 5 count: 26901 old count: 18574 dt: 1.04 s LEC rate: 8014.49 Hz
*** DSSSD # 6 count: 51567 old count: 34847 dt: 1.04 s LEC rate: 16092.50 Hz
*** DSSSD # 1 count: 56 old count: 34 dt: 1.04 s HEC rate: 21.17 Hz
*** DSSSD # 2 count: 84 old count: 51 dt: 1.04 s HEC rate: 31.76 Hz
*** DSSSD # 3 count: 83 old count: 52 dt: 1.04 s HEC rate: 29.84 Hz
*** DSSSD # 4 count: 85 old count: 50 dt: 1.04 s HEC rate: 33.69 Hz
*** DSSSD # 5 count: 27 old count: 16 dt: 1.04 s HEC rate: 10.59 Hz
*** DSSSD # 6 count: 9 old count: 8 dt: 1.04 s HEC rate: 0.96 Hz
08:00 BigRIPS and BRIKEN stop their daqs
AIDA file R1_85
08:02 BigRIPS and BRIKEN start DAQs
BigRIPS run 1009
BRIKEN run 9
AIDA file R1_86
08:06 System wide checks all ok
FEE temperatures ok
08:19 Bias and leakages ok - attachment 16 |
|
Mon May 29 07:05:06 2017, TD, Merger error messages and SEGV
|
Overnight and earlier today Obtained the following Merger error messages
Merge: Attempting resynchronisation to timestamp 26c3b4700056 or greater
Merge: Last sync pulse time: 26c3b46c00a0
Merge: Last timestamp seen: 26c3b4700055
Merge: Restarting at timestamp 26c3b47000a0
Merge: Timestamp (26c8062c00a0)[Q 5, Stream 5] is older than previous (26c8162bf81d) [Q 5, Stream 5]
Merge: Attempting resynchronisation to timestamp 26c8162bf81e or greater
Merge: Last sync pulse time: 26c8162800a0
Merge: Last timestamp seen: 26c8162bf81d
Merge: Restarting at timestamp 26c8162c00a0
Merge: Timestamp (26caa2109e35)[Q 5, Stream 5] is older than previous (26cab11e8415) [Q 5, Stream 5]
Merge: Attempting resynchronisation to timestamp 26cab11e8416 or greater
Merge: Last sync pulse time: 26cab11c00a0
Merge: Last timestamp seen: 26cab11e8415
Merge: Restarting at timestamp 26cab12000a0
Merge: Timestamp (26cbfe8400a0)[Q 5, Stream 5] is older than previous (26cc0e83f4e5) [Q 5, Stream 5]
Merge: Attempting resynchronisation to timestamp 26cc0e83f4e6 or greater
Merge: Last sync pulse time: 26cc0e8000a0
Merge: Last timestamp seen: 26cc0e83f4e5
Merge: Restarting at timestamp 26cc0e8400a0
Merge: Timestamp (26cf059000a0)[Q 5, Stream 5] is older than previous (26cf158ffb05) [Q 5, Stream 5]
Merge: Attempting resynchronisation to timestamp 26cf158ffb06 or greater
Merge: Last sync pulse time: 26cf158c00a0
Merge: Last timestamp seen: 26cf158ffb05
Merge: Restarting at timestamp 26cf159000a0
Merge: Timestamp (26cf899c00a0)[Q 5, Stream 5] is older than previous (26cf999bf9ad) [Q 5, Stream 5]
Merge: Attempting resynchronisation to timestamp 26cf999bf9ae or greater
Merge: Last sync pulse time: 26cf999800a0
Merge: Last timestamp seen: 26cf999bf9ad
Merge: Restarting at timestamp 26cf999c00a0
Merge: Timestamp (26dc07cac965)[Q 5, Stream 5] is older than previous (26dc16e6255d) [Q 5, Stream 5]
Merge: Attempting resynchronisation to timestamp 26dc16e6255e or greater
Merge: Last sync pulse time: 26dc16e400a0
Merge: Last timestamp seen: 26dc16e6255d
Merge: Restarting at timestamp 26dc16e800a0
Merge: Timestamp (26e035dac9cd)[Q 5, Stream 5] is older than previous (26e043cef5cd) [Q 5, Stream 5]
Merge: Attempting resynchronisation to timestamp 26e043cef5ce or greater
Merge: Last sync pulse time: 26e043cc00a0
Merge: Last timestamp seen: 26e043cef5cd
Merge: Restarting at timestamp 26e043d000a0
Merge: Timestamp (26e20f9000a0)[Q 5, Stream 5] is older than previous (26e21f8ffbdd) [Q 5, Stream 5]
Merge: Attempting resynchronisation to timestamp 26e21f8ffbde or greater
Merge: Last sync pulse time: 26e21f8c00a0
Merge: Last timestamp seen: 26e21f8ffbdd
Merge: Restarting at timestamp 26e21f9000a0
Merge: Timestamp (26e2817000a0)[Q 5, Stream 5] is older than previous (26e2916ffd25) [Q 5, Stream 5]
:
:
:
This afternoon obtained the following error messages
MERGE Program (23229): check_for_data: index 7, unexpected header sequence number in pending data, found
1814152641, last 82834
MERGE Program (23229): check_for_data: index 6, unexpected header sequence number in pending data, found
787625409, last 27437
MERGE Program (23229): check_for_data: index 7, unexpected header sequence number in pending data, found
1814152641, last 82834
MERGE Program (23229): check_for_data: index 6, unexpected header sequence number in pending data, found
787625409, last 27437
MERGE Program (23229): check_for_data: index 7, unexpected header sequence number in pending data, found
1814152641, last 82834
MERGE Program (23229): check_for_data: index 6, unexpected header sequence number in pending data, found
787625409, last 27437
MERGE Program (23229): check_for_data: index 7, unexpected header sequence number in pending data, found
1814152641, last 82834
MERGE Program (23229): check_for_data: index 6, unexpected header sequence number in pending data, found
787625409, last 27437
MERGE Program (23229): check_for_data: index 7, unexpected header sequence number in pending data, found
1814152641, last 82834
MERGE Program (23229): check_for_data: index 6, unexpected header sequence number in pending data, found
787625409, last 27437
MERGE Program (23229): check_for_data: index 7, unexpected header sequence number in pending data, found
1814152641, last 82834
MERGE Program (23229): check_for_data: index 6, unexpected header sequence number in pending data, found
787625409, last 27437
MERGE Program (23229): check_for_data: index 7, unexpected header sequence number in pending data, found
1814152641, last 82834
MERGE Program (23229): check_for_data: index 6, unexpected header sequence number in pending data, found
787625409, last 27437
MERGE Program (23229): check_for_data: index 7, unexpected header sequence number in pending data, found
1814152641, last 82834
MERGE Program (23229): check_for_data: index 6, unexpected header sequence number in pending data, found
787625409, last 27437
MERGE Program (23229): check_for_data: index 7, unexpected header sequence number in pending data, found
1814152641, last 82834
MERGE Program (23229): check_for_data: index 6, unexpected header sequence number in pending data, found
787625409, last 27437
MERGE Program (23229): check_for_data: index 7, unexpected header sequence number in pending data, found
1814152641, last 82834
MERGE Program (23229): check_for_data: index 6, unexpected header sequence number in pending data, found
787625409, last 27437
MERGE Program (23229): check_for_data: index 7, unexpected header sequence number in pending data, found
1814152641, last 82834
MERGE Program (23229): check_for_data: index 6, unexpected header sequence number in pending data, found
787625409, last 27437
MERGE Program (23229): check_for_data: index 7, unexpected header sequence number in pending data, found
1814152641, last 82834
MERGE Program (23229): check_for_data: index 6, unexpected header sequence number in pending data, found
787625409, last 27437
MERGE Program (23229): check_for_data: index 7, unexpected header sequence number in pending data, found
1814152641, last 82834
MERGE Program (23229): check_for_data: index 6, unexpected header sequence number in pending data, found
787625409, last 27437
MERGE Program (23229): check_for_data: index 7, unexpected header sequence number in pending data, found
1814152641, last 82834
MERGE Program (23229): check_for_data: index 6, unexpected header sequence number in pending data, found
787625409, last 27437
MERGE Program (23229): check_for_data: index 7, unexpected header sequence number in pending data, found
1814152641, last 82834
MERGE Program (23229): check_for_data: index 6, unexpected header sequence number in pending data, found
787625409, last 27437
MERGE Program (23229): check_for_data: index 7, unexpected header sequence number in pending data, found
1814152641, last 82834
MERGE Program (23229): check_for_data: index 6, unexpected header sequence number in pending data, found
787625409, last 27437
MERGE Program (23229): check_for_data: index 7, unexpected header sequence number in pending data, found
1814152641, last 82834
MERGE Program (23229): check_for_data: index 6, unexpected header sequence number in pending data, found
787625409, last 27437
MERGE Program (23229): check_for_data: index 7, unexpected header sequence number in pending data, found
1814152641, last 82834
MERGE Program (23229): check_for_data: index 6, unexpected header sequence number in pending data, found
787625409, last 27437
MERGE Program (23229): check_for_data: index 7, unexpected header sequence number in pending data, found
1814152641, last 82834
MERGE Program (23229): check_for_data: index 6, unexpected header sequence number in pending data, found
787625409, last 27437
MERGE Program (23229): check_for_data: index 7, unexpected header sequence number in pending data, found
1814152641, last 82834
MERGE Program (23229): check_for_data: index 6, unexpected header sequence number in pending data, found
787625409, last 27437
MERGE Program (23229): check_for_data: index 7, unexpected header sequence number in pending data, found
1814152641, last 82834
MERGE Program (23229): check_for_data: index 6, unexpected header sequence number in pending data, found
787625409, last 27437
MERGE Program (23229): check_for_data: index 7, unexpected header sequence number in pending data, found
1814152641, last 82834
MERGE Program (23229): check_for_data: index 6, unexpected header sequence number in pending data, found
787625409, last 27437
MERGE Program (23229): check_for_data: index 7, unexpected header sequence number in pending data, found
1814152641, last 82834
MERGE Program (23229): check_for_data: index 6, unexpected header sequence number in pending data, found
787625409, last 27437
MERGE Program (23229): check_for_data: index 7, unexpected header sequence number in pending data, found
1814152641, last 82834
MERGE Program (23229): check_for_data: index 6, unexpected header sequence number in pending data, found
787625409, last 27437
MERGE Program (23229): check_for_data: index 7, unexpected header sequence number in pending data, found
1814152641, last 82834
MERGE Program (23229): check_for_data: index 6, unexpected header sequence number in pending data, found
787625409, last 27437
MERGE Program (23229): check_for_data: index 7, unexpected header sequence number in pending data, found
1814152641, last 82834
MERGE Program (23229): check_for_data: index 6, unexpected header sequence number in pending data, found
787625409, last 27437
MERGE Program (23229): check_for_data: index 7, unexpected header sequence number in pending data, found
1814152641, last 82834
MERGE Program (23229): check_for_data: index 6, unexpected header sequence number in pending data, found
787625409, last 27437
MERGE Program (23229): check_for_data: index 7, unexpected header sequence number in pending data, found
1814152641, last 82834
MERGE Program (23229): check_for_data: index 6, unexpected header sequence number in pending data, found
787625409, last 27437
MERGE Program (23229): check_for_data: index 7, unexpected header sequence number in pending data, found
1814152641, last 82834
MERGE Program (23229): check_for_data: index 6, unexpected header sequence number in pending data, found
787625409, last 27437
MERGE Program (23229): check_for_data: index 7, unexpected header sequence number in pending data, found
1814152641, last 82834
MERGE Program (23229): check_for_data: index 6, unexpected header sequence number in pending data, found
787625409, last 27437
MERGE Program (23229): check_for_data: index 7, unexpected header sequence number in pending data, found
1814152641, last 82834
MERGE Program (23229): check_for_data: index 6, unexpected header sequence number in pending data, found
787625409, last 27437
MERGE Program (23229): check_for_data: index 7, unexpected header sequence number in pending data, found
1814152641, last 82834
MERGE Program (23229): check_for_data: index 6, unexpected header sequence number in pending data, found
787625409, last 27437
MERGE Program (23229): check_for_data: index 7, unexpected header sequence number in pending data, found
1814152641, last 82834
MERGE Program (23229): check_for_data: index 6, unexpected header sequence number in pending data, found
787625409, last 27437
MERGE Program (23229): check_for_data: index 7, unexpected header sequence number in pending data, found
1814152641, last 82834
MERGE Program (23229): check_for_data: index 6, unexpected header sequence number in pending data, found
787625409, last 27437
MERGE Program (23229): check_for_data: index 7, unexpected header sequence number in pending data, found
1814152641, last 82834
MERGE Program (23229): check_for_data: index 6, unexpected header sequence number in pending data, found
787625409, last 27437
MERGE Program (23229): check_for_data: index 7, unexpected header sequence number in pending data, found
1814152641, last 82834
MERGE Program (23229): check_for_data: index 6, unexpected header sequence number in pending data, found
787625409, last 27437
MERGE Program (23229): check_for_data: index 7, unexpected header sequence number in pending data, found
1814152641, last 82834
MERGE Program (23229): check_for_data: index 6, unexpected header sequence number in pending data, found
787625409, last 27437
MERGE Program (23229): check_for_data: index 7, unexpected header sequence number in pending data, found
1814152641, last 82834
MERGE Program (23229): check_for_data: index 6, unexpected header sequence number in pending data, found
787625409, last 27437
MERGE Program (23229): check_for_data: index 7, unexpected header sequence number in pending data, found
1814152641, last 82834
MERGE Program (23229): check_for_data: index 6, unexpected header sequence number in pending data, found
787625409, last 27437
MERGE Program (23229): check_for_data: index 7, unexpected header sequence number in pending data, found
1814152641, last 82834
MERGE Program (23229): check_for_data: index 6, unexpected header sequence number in pending data, found
787625409, last 27437
MERGE Program (23229): check_for_data: index 7, unexpected header sequence number in pending data, found
1814152641, last 82834
MERGE Program (23229): check_for_data: index 6, unexpected header sequence number in pending data, found
787625409, last 27437
MERGE Program (23229): check_for_data: index 7, unexpected header sequence number in pending data, found
1814152641, last 82834
MERGE Program (23229): check_for_data: index 6, unexpected header sequence number in pending data, found
787625409, last 27437
MERGE Program (23229): check_for_data: index 7, unexpected header sequence number in pending data, found
1814152641, last 82834
MERGE Program (23229): check_for_data: index 6, unexpected header sequence number in pending data, found
787625409, last 27437
MERGE Program (23229): check_for_data: index 7, unexpected header sequence number in pending data, found
1814152641, last 82834
MERGE Program (23229): check_for_data: index 6, unexpected header sequence number in pending data, found
787625409, last 27437
MERGE Program (23229): check_for_data: index 7, unexpected header sequence number in pending data, found
1814152641, last 82834
MERGE Program (23229): check_for_data: index 6, unexpected header sequence number in pending data, found
787625409, last 27437
MERGE Program (23229): check_for_data: index 7, unexpected header sequence number in pending data, found
1814152641, last 82834
MERGE Program (23229): check_for_data: index 6, unexpected header sequence number in pending data, found
787625409, last 27437
MERGE Program (23229): check_for_data: index 7, unexpected header sequence number in pending data, found
1814152641, last 82834
MERGE Program (23229): check_for_data: index 6, unexpected header sequence number in pending data, found
787625409, last 27437
MERGE Program (23229): check_for_data: index 7, unexpected header sequence number in pending data, found
1814152641, last 82834
MERGE Program (23229): check_for_data: index 6, unexpected header sequence number in pending data, found
787625409, last 27437
MERGE Program (23229): check_for_data: index 7, unexpected header sequence number in pending data, found
1814152641, last 82834
MERGE Program (23229): check_for_data: index 6, unexpected header sequence number in pending data, found
787625409, last 27437
MERGE Program (23229): check_for_data: index 7, unexpected header sequence number in pending data, found
1814152641, last 82834
MERGE Program (23229): check_for_data: index 6, unexpected header sequence number in pending data, found
787625409, last 27437
MERGE Program (23229): check_for_data: index 7, unexpected header sequence number in pending data, found
1814152641, last 82834
MERGE Program (23229): check_for_data: index 6, unexpected header sequence number in pending data, found
787625409, last 27437
MERGE Program (23229): check_for_data: index 7, unexpected header sequence number in pending data, found
1814152641, last 82834
MERGE Program (23229): check_for_data: index 6, unexpected header sequence number in pending data, found
787625409, last 27437
MERGE Program (23229): check_for_data: index 7, unexpected header sequence number in pending data, found
1814152641, last 82834
MERGE Program (23229): check_for_data: index 6, unexpected header sequence number in pending data, found
787625409, last 27437
MERGE Program (23229): check_for_data: index 7, unexpected header sequence number in pending data, found
1814152641, last 82834
MERGE Program (23229): check_for_data: index 6, unexpected header sequence number in pending data, found
787625409, last 27437
MERGE Program (23229): check_for_data: index 7, unexpected header sequence number in pending data, found
1814152641, last 82834
MERGE Program (23229): check_for_data: index 6, unexpected header sequence number in pending data, found
787625409, last 27437
MERGE Program (23229): check_for_data: index 7, unexpected header sequence number in pending data, found
1814152641, last 82834
MERGE Program (23229): check_for_data: index 6, unexpected header sequence number in pending data, found
787625409, last 27437
MERGE Program (23229): check_for_data: index 7, unexpected header sequence number in pending data, found
1814152641, last 82834
MERGE Program (23229): check_for_data: index 6, unexpected header sequence number in pending data, found
787625409, last 27437
MERGE Program (23229): check_for_data: index 7, unexpected header sequence number in pending data, found
1814152641, last 82834
MERGE Program (23229): check_for_data: index 6, unexpected header sequence number in pending data, found
787625409, last 27437
MERGE Program (23229): check_for_data: index 7, unexpected header sequence number in pending data, found
1814152641, last 82834
MERGE Program (23229): check_for_data: index 6, unexpected header sequence number in pending data, found
787625409, last 27437
MERGE Program (23229): check_for_data: index 7, unexpected header sequence number in pending data, found
1814152641, last 82834
MERGE Program (23229): check_for_data: index 6, unexpected header sequence number in pending data, found
787625409, last 27437
MERGE Program (23229): check_for_data: index 7, unexpected header sequence number in pending data, found
1814152641, last 82834
MERGE Data Link (23172): Received SEGV signal; exiting.
MERGE Server: Received signal 17.
Analysis of final two files of R33 - see attachments 1 & 2
Note idle time >> dead time (defined by PAUSE/RESUME) for nnaida5
Offline analysis R33_52 confirms ADC & disc data are synchronised - see attachments 3 & 4 |
|
Mon May 29 05:26:39 2017, TD, Seagate Backup Plus Hub 8Tb USB disk #1
|
aidas1> df -h
Filesystem Size Used Avail Use% Mounted on
/dev/mapper/vg_aidas1-lv_root
50G 42G 4.7G 91% /
tmpfs 3.9G 1.1G 2.9G 27% /dev/shm
/dev/sda1 477M 77M 376M 17% /boot
/dev/mapper/vg_aidas1-lv_home
860G 580G 236G 72% /home
/dev/mapper/Data1-data10
7.7T 6.6T 763G 90% /data10
/dev/sdg2 7.3T 7.1T 190G 98% /ntfs
aidas1> ls /ntfs
Autorun.inf Mar2017 NP1306 Seagate Warranty.pdf
BackupPlus.ico May2015 NP1512 Sept2016
Dec2016 May2016 PE16 Start_Here_Mac.app
Feb2015 Nov2016 RIBF03R1 Start_Here_Win.exe
aidas1> cd /ntfs
/ntfs
aidas1> du -h
22G ./Dec2016
41G ./Feb2015
14G ./Mar2017
123G ./May2015
7.9G ./May2016
97G ./Nov2016
1.1T ./NP1306
1.6T ./NP1512
1.7T ./PE16
101G ./RIBF03R1/BigRIPS
2.2M ./RIBF03R1/BRIKEN/1622FallonPreparation/CheckCal_161122_2208_003
25K ./RIBF03R1/BRIKEN/1622FallonPreparation/CheckCal_161124_1215
8.2G ./RIBF03R1/BRIKEN/1622FallonPreparation
500K ./RIBF03R1/BRIKEN/1626FallonParasitic/Conf
120K ./RIBF03R1/BRIKEN/1626FallonParasitic/Elogs_RIBF123/elog_RIBF123_id204_id184/ELOG_RIBF123_id204_id184_files
164K ./RIBF03R1/BRIKEN/1626FallonParasitic/Elogs_RIBF123/elog_RIBF123_id204_id184
788K ./RIBF03R1/BRIKEN/1626FallonParasitic/Elogs_RIBF123/elog_RIBF123_id224_id205/ELOG_RIBF123_id224_id204_files
844K ./RIBF03R1/BRIKEN/1626FallonParasitic/Elogs_RIBF123/elog_RIBF123_id224_id205
19M ./RIBF03R1/BRIKEN/1626FallonParasitic/Elogs_RIBF123
313M ./RIBF03R1/BRIKEN/1626FallonParasitic/FallonOnlines
187G ./RIBF03R1/BRIKEN/1626FallonParasitic
28K ./RIBF03R1/BRIKEN/BRIKENrootTools
195G ./RIBF03R1/BRIKEN
71M ./RIBF03R1/RIBF03R1_logs
2.5T ./RIBF03R1
512 ./Seagate/Registration
512 ./Seagate
115G ./Sept2016
0 ./Start_Here_Mac.app/Contents/Frameworks
26M ./Start_Here_Mac.app/Contents/MacOS
304K ./Start_Here_Mac.app/Contents/Resources
4.0K ./Start_Here_Mac.app/Contents/_CodeSignature
26M ./Start_Here_Mac.app/Contents
26M ./Start_Here_Mac.app
7.1T .
aidas1> |
|
Mon May 29 00:59:27 2017, TD, PV, CB, NN, OH, Monday 29 May 10x
|
09.00 DAQ continues OK
Current file May2017/R32_239
Detector biases; leakage currents OK - see attachments 1 & 2
FEE64 Temperatures OK - see attachment 3
good events; statistics OK - see attachment 4
Some error messages reported by merger yesterday but none overnight - see attachment 5
*all* system wide checks OK *except* ADC calibration of nnaida1, 21 and nnaida1 clock status (status =6)
09.33 E17/F11 ambient temperature +24.0 deg C, RH 38.0%, d.p. +8.8 deg C
Julabo FL11006 set point +20 deg C, actual +20.0 deg C, water level OK (c. 75%)
09.35 Analysis of R32_259 - OK see attachment 6
10.50 Offline analysis R32_277 - ADC & disc data synchronised - see attachments 7-9
11.00 DAQ stop OK
File May2017/R32_280
Check ASIC control x2
Zero all spectra
11.05 DAQ go
File May2017/R33
BNC PB-4
Amplitude 90,000
x5 attenuator IN
t_r 100ns tau_d 50us
- polarity
frequency 25Hz range
delay MIN, tail pulse, INT ref
ASIC settings 2017Mar27-16.12.39 *except*
slow comparator 0x0a
LEC/MEC fast comparator 0x20
15.00 Merger crashed (SEGV) - see https://elog.ph.ed.ac.uk/AIDA/607
DAQ stop
Restart Merger
DAQ stop OK following transient nnaida1 timeout
Close merger/tapeserver browser, kill httpd for merger/tapeserver,merger and tapeserver terminal server
sessions
Disable histogramming and data transfer #1
DAQ reset, setup
Restart merger and tapeserver
Enable histogramming and data transfer #1
*all* system wide checks OK *except* nnaida1 & nnaida21 fail ADC calibration, nnaida1 clock status=6
15.18 DAQ start
File May2017/R34
15.25 no merger error messages
nnaida1 & nnaida2 good events high - ~100k and ~120k respectively - see attachment 10
16.24 removed R32
System wide checks - ASIC clock timestamp test fails on all nnaidas. Synchronised clocks. ASIC clock test
passes.
FEE temperatures, leakage currents - OK
Merger reports
Merge: Restarting from timestamp 1 or greater
Merge: Starting at timestamp 27d1e55c00a0
Merge: Trying to add items to Q index 21 (Link 21) but queue already full
Probably as a result of ADC clock synchronisation.
17:03 Used analyser on R34_23. No timewarps, negligible dead time. All other values as normal.
17.19 FEE64 temperatures, leakage currents - OK
nnaida1 & nnaida 2 good events still high - ~100k roughly
No further messages from merger
17.45 DAQ continues OK
BRIKEN reports increased neutron and gamma activity. No apparent effect on AIDA rates.
18.50 DAQ continues OK
FEE64 temperatures, leakage currents - OK
No merger errors
Used analyser on run R34_49 - no timewarps, rates as expected
19.30 BigRIPS optimisation ongoing. DAQ continues OK
FEE64 temperatures, leakage currents - OK
No merger error messages
No panics from USB device monitor
Used analyser on R34_58 - no timewarps, ADC data format ~ 1Mhz, other rates OK,
highest dead time = ~2 s/254 s on nnaida 2
20.00 BigRIPS optimisation ongoing. DAQ continues OK
FEE64 temperatures, leakage currents - OK
No merger error messages
No panics from USB device monitor
Used analyser on R34_63 - no timewarps, ADC data format ~ 1Mhz, other rates OK,
highest dead time = ~1.3 s/255 s on nnaida 2
20.15 BigRIPS reports beam optimisation may be over soon.
DAQ continues OK.
20.47 BigRIPS optimisation ongoing. DAQ continues OK
FEE64 temperatures, leakage currents - OK
No merger error messages
No panics from USB device monitor
Used analyser on R34_76 - no timewarps, ADC data format ~ 1Mhz, other rates OK,
highest dead time = ~1.1 s/255 s on nnaida 2
21.49 BigRIPS optimisation ongoing. DAQ continues OK
FEE64 temperatures, leakage currents - OK
No merger error messages
No panics from USB device monitor
Used analyser on R34_90 - no timewarps, ADC data format ~ 1Mhz, other rates OK,
highest dead time = ~2.0 s/258 s on nnaida 2
23.05 BigRIPS optimisation ongoing. DAQ continues OK
FEE64 temperatures, leakage currents - OK
No merger error messages
No panics from USB device monitor
Used analyser on R34_109 - no timewarps, ADC data format ~ 1Mhz, other rates OK,
highest dead time = ~1.9 s/256 s on nnaida 2 |
|
Sun May 28 10:25:11 2017, TD, Analysis of RIBF123R1/R23
|
|
|
Sun May 28 09:55:11 2017, PV, ADC offset value from pulser walkthrough run May2017/R28 R29
|
ADC offset calculation using data from pulser walkthrough runs, see:
https://elog.ph.ed.ac.uk/AIDA/603
Attachment 1,2: excel and text file with tabulated ADC offset values.
Attachment 3,4: 2D histogram pulser amplitute vs channel number (with gain matching applied) for validating the
calculation.
Note: Channel with ADC offset=0 means ADC offset could not be calculated properly due to poor resolution/low
statistic |
|
Sun May 28 09:20:29 2017, TD, Analysis of RIBF123R1/R21
|
|
|
Sun May 28 02:16:04 2017, TD, CB, Sunday 28 May 16x
|
10.15 DAQ continues OK
Current file May2017/R31_239
Detector biases; leakage currents OK - see attachments 1 & 2
FEE64 Temperatures OK - see attachment 3
good events; statistics OK - see attachment 4
No warnings/errors reported by merger since DAQ GO - see attachment 5
*all* system wide checks OK *except* ADC calibration of nnaida1, 21 and nnaida1 clock status (status=6)
10.30 E17/F11 ambient temperature +23.8 deg C, RH 40.9%, d.p. +9.6 deg C
Julabo FL11006 set point +20 deg C, actual +20.0 deg C, water level OK (c. 95% - refilled)
10.35 Layouts 1, 3, 4, 7 and 8 - see attachments 6-13
Note - as expected, zero HEC events, layouts 5 & 6 not shown
10.58 DAQ stop - transient timeout nnaida1 - followed by successful stop
File May2017/R31_248
Delete R31
11.12 Disable data transfer
DAQ GO - transient timeout nnaida1 - followed by successful start
nnaida1 system console - see attachment 14
12:00 Moved plastic veto scintillator downstream in an attempt to reduce noise
Rates in noisy FEEs reduced by 20-30%
14:30 DAQ continues OK
Found that pulser induces counts in some HEC (nnaida20, 14 in particular). See attachment 15. Pulser off
removes these events completely.
These events could be mistaken for implantation events during data acquisition.
Increasing the fast comparator threshold HEC from 2 -> 3 suppresses the events. Increasing the threshold
to 4 does not appear to have further effects.
Even with the increased threshold some HEC (e.g. 1.0H) still see the pulser. See attachment 16 (fast
comparator threshold HEC was 0x3).
Checked data is synchronised in file R32_33
15:29 Set the threshold back to 2. We will perform this cut off-line in the analysis. |
|
Sat May 27 05:38:39 2017, CB, TD, OH, Saturday 27 May 9x
|
13.38 DAQ continues OK
Current file May2017/R27_49
Detector biases; leakage currents OK - see attachment 1
FEE64 Temperatures OK - see attachment 2
good events; statistics OK - see attachment 3
No warnings/errors reported by merger since DAQ GO - see attachment 4
*all* system wide checks OK *except* ADC calibration of nnaida1, 21 and nnaida1 clock status (=6)
10.30 E17/F11 ambient temperature +23.8 deg C, RH 40.9%, d.p. +9.6 deg C
Julabo FL11006 set point +20 deg C, actual +20.0 deg C, water level OK (c. 75%)
13:40 Stopped DAQ running on alpha background calibration run
Current file May2017/R49
tyUSB7 log (nnaida1) attached
13:43 Detector bias OFF
14.16 DAQ starts
File May2017/R28
Pulser walkthrough
BNC PB-4
Amplitude 90,000-10,000 @ 10,000 step
x5 attenuator IN
t_r 100ns tau_d 50us
- polarity
frequency 250Hz range
delay MIN, tail pulse, INT ref
ASIC settings 2017Mar27-16.12.39 *except*
slow comparator 0x0a
LEC/MEC fast comparator 0x20
See attachment 6
14.25 DAQ stop OK
14.27 DAQ starts
File May2017/R29
Pulser walkthrough
BNC PB-4
Amplitude 12,000-2,000 @ 2,000 step
ASIC settings 2017Mar27-16.12.39 *except*
slow comparator 0x0a
LEC/MEC fast comparator 0x20
See attachment 7
14.34 DAQ stop OK
14.38 DAQ starts
File May2017/R30
Background, pulser OFF
ASIC settings 2017Mar27-16.12.39 *except*
slow comparator 0x0a
LEC/MEC fast comparator 0x20
15.16 DAQ stop OK
May2017/R30_8
16:17 DAQ starts okay
current run May2017/R31_0
leakage current and temperature fine
see attachment 8 and 9
|
|
Fri May 26 05:19:40 2017, TD, Offline analysis RIBF123R1/R23_44 to R23_70
|
Observe same noise structures to https://elog.ph.ed.ac.uk/AIDA/600
Extended noisy periods ~few Hz compose of fine structure with period ~350us |
|
Fri May 26 02:20:42 2017, CB, OH, NN, Friday 26 May 15x
|
10.20 DAQ continues OK
Current file May2017/R27_22
Detector biases; leakage currents OK - see attachment 1
FEE64 Temperatures OK - see attachment 2
good events; statistics OK - see attachment 3
No warnings/errors reported by merger since DAQ GO - see attachment 4
*all* system wide checks OK *except* ADC calibration of nnaida1, 21 and nnaida1 clock status (=6)
10.30 E17/F11 ambient temperature +24.2 deg C, RH 39.7%, d.p. +9.7 deg C
Julabo FL11006 set point +20 deg C, actual +20.0 deg C, water level OK (c. 75%)
Left DAQ running on alpha background calibration run
ttyUSB7 log (nnaida1) attached
GUI got stuck while attempting to drag-and-drop ttyUSB7 to ELOG to upload. Terminal still working and
confirmed Merger working OK.
Killed nautilus process to get GUI unstuck. Uploaded ttyUS7 via Browse -> Upload button on ELOG instead.
15.51 DAQ continues OK
Current file May2017/R27_28
Detector biases; leakage currents OK - see attachment 6
FEE64 Temperatures OK - see attachment 7
good events; statistics OK - see attachment 8
No warnings/errors reported by merger since DAQ GO - see attachment 9
*all* system wide checks OK *except* ADC calibration of nnaida1, 21 and nnaida1 clock status (=6)
15.53 E17/F11 ambient temperature +24.1 deg C, RH 40.1%, d.p. +9.8 deg C
Julabo FL11006 set point +20 deg C, actual +20.0 deg C, water level OK (c. 75%)
Left DAQ running on alpha background calibration run
ttyUSB7 log (nnaida1) attached
19.20 DAQ continues OK
Current file May2017/R27_31
Detector biases; leakage currents OK - see attachment 11 & 12
FEE64 Temperatures OK - see attachment 13
good events; statistics OK - see attachment 14
No warnings/errors reported by merger since DAQ GO - see attachment 15
*all* system wide checks OK *except* ADC calibration of nnaida1, 21 and nnaida1 clock status (status=6)
19.30 E17/F11 ambient temperature +24.2 deg C, RH 38.5%, d.p. +9.2 deg C |
|
Thu May 25 03:03:38 2017, TD, Offline analysis of R23_91 to R23_115 13x
|
Offline analysis of RIBF123R1_91 to R23_115
See https://elog.ph.ed.ac.uk/AIDA/583 & https://elog.ph.ed.ac.uk/AIDA/594
No evidence of ~1s oscillations but we do observe ~360us oscillations in HEC-HEC, LEC-LEC and HEC-LEC times
Attachment 1 - per DSSSD HEC-HEC time 2.56us/channel - 387-246=141=361us
Attachments 2-4 - per DSSSD LEC-LEC time 2.56us/channel - 858-721=138=353us
Attachments 5-7 - per DSSSD HEC-LEC time 2.56us/channel - 699-567=132=338us
Note also 'random' spikes in s2200 DSSSD#1 HEC-LEC time. This may suggest an increase
in noise or fluctuations in noise level.
Attachment 8 - per DSSSD m_p versus m_n - note additional feature in DSSSD#1 & #2
Attachments 9-10 - per DSSSD HEC-LEC time 163.84us/channel - no ~1s oscillations |
|
Thu May 25 02:11:04 2017, CB, TD, Thursday 25 May 10x
|
10.10 DAQ continues OK
Current file May2017/R26_17
Detector biases; leakage currents OK - see attachment 1
FEE64 Temperatures OK - see attachment 2
good events; statistics OK - see attachment 3
No warnings/errors reported by merger since DAQ GO - see attachment 4
*all* system wide checks OK *except* ADC calibration of nnaida1, 21 and nnaida1 clock status (=6)
10.17 E17/F11 ambient temperature +24.2 deg C, RH 42.8%, d.p. +10.7 deg C
Julabo FL11006 set point +20 deg C, actual +20.0 deg C, water level OK (c. 70%)
Lights on B2 partially off - Alvaro TD reports this may imply beam tests being carried out. He also
reports spike of gamma counts in BRIKEN clover around 10:00.
10.18 DAQ stops OK
Current file May2017/R26_17
Zeroed histograms. Background alpha calibration long run ongoing.
ASIC settings 2017Mar27-16.12.39 *except*
slow comparator 0x64
LEC/MEC fast comparator 0x20
BNC PB-4 settings
Amplitude 90,000
x5 attenuator IN
t_r 50ns, tau_d 50us
polarity -
rate 250Hz range
delay MIN, tail pulse
10.25 DAQ stars OK
Current file may2017/R27
ttyUSB7 (nnaida1) attached
10.50 Measured AIDA ac mains voltage with DMM. Voltage 100.4V rms L-N
FL11006 chiller refilled (2 litres added)
17.05 DAQ continues OK
Current file May2017/R26_17
Detector biases; leakage currents OK - see attachment 6,7
FEE64 Temperatures OK - see attachment 8
good events; statistics OK - see attachment 9
No warnings/errors reported by merger since DAQ GO - see attachment 10
*all* system wide checks OK *except* ADC calibration of nnaida1, 21 and nnaida1 clock status (=6)
17.07 E17/F11 ambient temperature +24.1 deg C, RH 39.8%, d.p. +9.5 deg C
Julabo FL11006 set point +20 deg C, actual +20.0 deg C, water level OK (c. 95%)
Left DAQ running on alpha background calibration run
|
|
Wed May 24 13:39:12 2017, Patrick Coleman-Smith, Examination of Console Logs -- and a couple of reminders
|
I have tarred and zipped all 24 logs and shipped them back to the UK. Now I can browse through them.
Studying the "panics" :=
nnaida17 has one which is an NFS mount failure.
nnaida20 and 22 have one each which are "Starting midas: Page fault in user mode with in_atomic() = 1 mm = c61bf200" but with different values for the mm=.
I am studying the web to understand why this may occur in a particular program. Both occur at similar places after "Starting midas".
There are reports of "Clock not locked. status = 0xc" during Setup Electronics which is a bit unusual. These occur in nnaida4, 17 and 22.
Also "Clock not locked. status = 0xd" in nnaida23,17,3,19,6,5,14,7,9. Further investigation to understand all these.
The bit allocation of the Clock Status word is:-
Bit 0 : Lock Detect bit from LMK03200 #1
Bit 1 : Lock Detect bit from LMK03200 #2
Bit 2 : Lock detect from the internal DCM for the mux clock.
Bit 3: iDelay ready signal
The LMK03200 are the two PLLs which are connected to the 50MHz input clock. The clock setup in the log directly before the error report for nnaiad17 had reported correctly setup and the ADCs had calibrated, these rely on a stable 50MHz from the LMK03200s.
I have also spotted some diagnostic information about the waveform readout that is useful.
Just a reminder..... when power cycling the equipment please leave the power off for at least 10 seconds to allow all the capacitors in the supply chain to discharge.
Also note that the console monitor window in the Pi can be used to check that all FEE64s have "finished" the power-on sequence by using the "parse" button.
Since it doesn't use the DAQ software it won't lock-up and it will give an indication of progress. |
|
Wed May 24 14:51:06 2017, Patrick Coleman-Smith, Examination of Console Logs -- and a couple of reminders
|
| Quote: |
|
I have tarred and zipped all 24 logs and shipped them back to the UK. Now I can browse through them.
Studying the "panics" :=
nnaida17 has one which is an NFS mount failure.
Do we understand why? Are there different/additional NFS mount options to be considered?
nnaida20 and 22 have one each which are "Starting midas: Page fault in user mode with in_atomic() = 1 mm = c61bf200" but with different values for the mm=.
I am studying the web to understand why this may occur in a particular program. Both occur at similar places after "Starting midas".
There are reports of "Clock not locked. status = 0xc" during Setup Electronics which is a bit unusual. These occur in nnaida4, 17 and 22.
Also "Clock not locked. status = 0xd" in nnaida23,17,3,19,6,5,14,7,9. Further investigation to understand all these.
The bit allocation of the Clock Status word is:-
Bit 0 : Lock Detect bit from LMK03200 #1
Bit 1 : Lock Detect bit from LMK03200 #2
Bit 2 : Lock detect from the internal DCM for the mux clock.
Bit 3: iDelay ready signal
The LMK03200 are the two PLLs which are connected to the 50MHz input clock. The clock setup in the log directly before the error report for nnaiad17 had reported correctly setup and the ADCs had calibrated, these rely on a stable 50MHz from the LMK03200s.
I have also spotted some diagnostic information about the waveform readout that is useful.
Just a reminder..... when power cycling the equipment please leave the power off for at least 10 seconds to allow all the capacitors in the supply chain to discharge.
We do - standard procedure is to wait 20s.
Also note that the console monitor window in the Pi can be used to check that all FEE64s have "finished" the power-on sequence by using the "parse" button.
Since it doesn't use the DAQ software it won't lock-up and it will give an indication of progress.
We do check for further panics. I assume we would have to read each system log to check that the boot sequence and app load had completed?
|
|
|
Wed May 24 15:58:53 2017, Patrick Coleman-Smith, Examination of Console Logs -- and a couple of reminders
|
| Quote: |
|
| Quote: |
|
I have tarred and zipped all 24 logs and shipped them back to the UK. Now I can browse through them.
Studying the "panics" :=
nnaida17 has one which is an NFS mount failure.
Do we understand why? Are there different/additional NFS mount options to be considered? Investigations ongoing :-)
nnaida20 and 22 have one each which are "Starting midas: Page fault in user mode with in_atomic() = 1 mm = c61bf200" but with different values for the mm=.
I am studying the web to understand why this may occur in a particular program. Both occur at similar places after "Starting midas".
There are reports of "Clock not locked. status = 0xc" during Setup Electronics which is a bit unusual. These occur in nnaida4, 17 and 22.
Also "Clock not locked. status = 0xd" in nnaida23,17,3,19,6,5,14,7,9. Further investigation to understand all these.
The bit allocation of the Clock Status word is:-
Bit 0 : Lock Detect bit from LMK03200 #1
Bit 1 : Lock Detect bit from LMK03200 #2
Bit 2 : Lock detect from the internal DCM for the mux clock.
Bit 3: iDelay ready signal
The LMK03200 are the two PLLs which are connected to the 50MHz input clock. The clock setup in the log directly before the error report for nnaiad17 had reported correctly setup and the ADCs had calibrated, these rely on a stable 50MHz from the LMK03200s.
I have also spotted some diagnostic information about the waveform readout that is useful.
Just a reminder..... when power cycling the equipment please leave the power off for at least 10 seconds to allow all the capacitors in the supply chain to discharge.
We do - standard procedure is to wait 20s.
Also note that the console monitor window in the Pi can be used to check that all FEE64s have "finished" the power-on sequence by using the "parse" button.
Since it doesn't use the DAQ software it won't lock-up and it will give an indication of progress.
We do check for further panics. I assume we would have to read each system log to check that the boot sequence and app load had completed?
If you do the parse before any action like RESET or SETUP the parse looks for the last line being the expected one which is :-
"Completed custom startup from /MIDAS/TclHttpd/Html/AIDA/RunControl/stats.defn.tcl"
When found the report from the parse will end with Finished OK for each FEE
|
|
|
|
Wed May 24 06:33:19 2017, TD, Analysis of RIBF123R1/R23_44, R23_91 & R25_142
|
Álvaro Tolosa Delgado reports observation of c. 1s 'oscillations' in implant-decay time spectra - see below
Hello
The worst cases (oscillations in decay-curve) are:
-->R23_91_115
--> R25_142_149
Other bad cases:
--> R23_44_70
Cheers!
Check sample of data files - see attachments 1-3 - no obvious data structure issues but higher deadtime for
nnaida17 for R23_* files
Control check using file R25_12 - see attachment 4 |
|
Wed May 24 06:12:48 2017, TD, Lead bricks removed from BRIKEN aperture for source tests - AIDA NOT SHIELDED FROM BEAM
|
To install the 252Cf fission source to test the 3He neutron counters, Pb bricks which
had blocked the BRIKEN aperture have now been removed. |
|
Wed May 24 03:20:35 2017, CB, TD, Wednesday 24 May 8x
|
11.00 Merger found stopped at 03:27 - current file R24_7
Restarted Merge. Stopped Run control. Run control stopped, got error message - see attachment 1
nnaida 1-16 show error, nnaida 17-24 show stopped - see attachment 2
No new panics in Raspberry Pi console monitor
13.10 Found FEE64 #1-16 power off - fuse failed in section #1 of USB-controlled ac mains relay - this fuse was
replaced yesterday
13.15 Closed file May2017/R24
Closed DAQ, Merger & Tapeserver browsers & terminated terminal servers
13.22 Replaced 250V/16A/fast fuse *and* carrier in section #1 of USB-controlled ac mains relay - when fuse fails
there is some solder leaks from base of fuse into carrier
13.25 Switch on relays # 1-8 at ~10s intervals
Count 24 authenticated mount requests 13.26.02 to 13.27.30 - see attachment 5
13.31 E17/F11 ambient temperature +24.4 deg C, RH 40.0%, d.p. +9.9 deg C
Julabo FL11006 set point +20 deg C, actual +20.0 deg C, water level OK (c. 65%)
Detector biases & leakage currents OK - see attachments 3 & 4
13.39 Checked Pi-monitor - no further panics detected in FEE64 system logs
13.54 Turned on DAQ.
FEE temperatures OK - see attach 6
System wide checks ok *except* nnaida1 clock status (status 6) and nnaida1,7,8,9,13,21,24
Manually recalibrated all *except* nnaida21
ASIC settings 2017Mar27-16.12.39 *except*
slow comparator 0x64
LEC/MEC fast comparator 0x20
BNC PB-4 settings
Amplitude 90,000
x5 attenuator IN
t_r 50ns, tau_d 50us
polarity -
rate 250Hz range
delay MIN, tail pulse
Current file R26
ttyUSB0 attached - 7
14.04 good events statistics - see attachment 8 |
|
Tue May 23 03:01:52 2017, CB, TD, NN, OH, Tuesday 23 May 19x
|
11.02 DAQ continues OK
Current file May2017/R22_192
ASIC settings 2017Mar27-16.12.39 *except*
slow comparator 0x0a
LEC/MEC fast comparator 0xff
Detector biases; leakage currents OK - see attachment 1
FEE64 Temperatures OK - see attachment 2
good events; statistics OK - see attachment 3
No warnings/errors reported by merger since DAQ GO - see attachment 4
*all* system wide checks OK *except* ADC calibration of nnaida7, 9, 13, 22
11.05 E17/F11 ambient temperature +23.9 deg C, RH 41.3%, d.p. +10.5 deg C
Julabo FL11006 set point +20 deg C, actual +20.0 deg C, water level OK (c. 75%)
Voltage on BRIKEN 3He tubes now ON
11.07 DAQ stops OK
Current file May2017/R22_193
Deleted R22*
Loaded new firmware to test ADC calibration clock issues - attachment 6
Firmware loaded - attachment 7
Restarted Firefox - temperatures still look fine - see attachment 7
System wide checks - nnaida1 clock failed, other clocks OK - attachment 8
ADC calibration failed for nnaida1, 3, 21 - attachment 9
Other system wide checks OK
Statistics - few SYNC pulses received by nnaida 9 and 12. See attachement 10
ASIC settings 2017Mar27-16.12.39 *except*
slow comparator 0x0a
LEC/MEC fast comparator 0xff
BNC PB-4 settings
Amplitude 90,000
x5 attenuator IN
t_r 50ns, tau_d 50us
polarity -
rate 250Hz range
delay MIN, tail pulse
13.10 DAQ started
File May2017/R23
Run Control GO - Tape server GO - Merger Unpause - Merger data rate 0, but Tapeserver sees events and
Merger links are green - see attachment 11
Start ASIC data readout - Merger sees data rate of ~800 000 items/s (OK!)
FPGA clock monitor page (http://localhost:8015/AIDA/MONLOCK/MONLOCK.tml) screenshot attached (12)
Ras Pi system console logs for USB0 attached - see attachment 13
18.00 Merger found stopped. We were unable to stop the DAQ. Powered off FEEs. Power on, only eight were supplied
power.
Blown fuse in USB bias controller - replaced.
Power ON the FEEs. All 24 FEEs mounted.
Current file May2017/R23_27 - stopped at 15:27
18.31 nnaida20 rebooted on its own
18.37 E17/F11 ambient temperature +23.7 deg C, RH 39.8%, d.p. +9.5 deg C
Julabo FL11006 set point +20 deg C, actual +20.0 deg C, water level OK (c. 70%)
18.41 Restarted DAQ
Detector biases; leakage currents OK - see attachment 14
System wide checks - OK *except* several modules failed ADC calibration - see attachment 15
FPGA clock monitor screenshot attached (16)
18.51 Stopped DAQ. Flashed previous firmware on FEEs (FEE_GF_Feb16_24.bin)
Power cycled. All 24 modules mounted OK.
nnaida22 rebooted on its own
Time out Setting up the DAQ on nnaida2 and others. Power cycled again.
nnaida17 rebooted on its own.
Time out Setting up the DAQ on nnaida1. Power cycled again.
19.56 DAQ finally started.
Current run R24
ASIC settings 2017Mar27-16.12.39 *except*
slow comparator 0x64
LEC/MEC fast comparator 0x20
*all* system wide checks OK *except* some ADC calibrations and clock on nnaida1
Temperatures OK
Statistics OK
Logs for nnaida 17,20,22 attached
|
|
Mon May 22 10:29:11 2017, TD, FEE64 system console to Raspberry pi /dev/ttyUSB mapping
|
ttyUSB0 => last host=nnaida24, => last addr=10.1.2.24, ; #panics => 0 ; Not Finished
ttyUSB1 => last host=nnaida23, => last addr=10.1.2.23, ; #panics => 0 ; Not Finished
ttyUSB10 => last host=nnaida18, => last addr=10.1.1.18, ; #panics => 0 ; Not Finished
ttyUSB11 => last host=nnaida17, => last addr=10.1.1.17, ; #panics => 0 ; Not Finished
ttyUSB12 => last host=nnaida4, => last addr=10.1.2.4, ; #panics => 0 ; Not Finished
ttyUSB13 => last host=nnaida3, => last addr=10.1.2.3, ; #panics => 0 ; Not Finished
ttyUSB14 => last host=nnaida12, => last addr=10.1.2.12, ; #panics => 0 ; Not Finished
ttyUSB15 => last host=nnaida11, => last addr=10.1.2.11, ; #panics => 0 ; Not Finished
ttyUSB16 => last host=nnaida20, => last addr=10.1.2.20, ; #panics => 0 ; Not Finished
ttyUSB17 => last host=nnaida19, => last addr=10.1.2.19, ; #panics => 0 ; Not Finished
ttyUSB18 => last host=nnaida6, => last addr=10.1.1.6, ; #panics => 0 ; Not Finished
ttyUSB19 => last host=nnaida5, => last addr=10.1.1.5, ; #panics => 0 ; Not Finished
ttyUSB2 => last host=nnaida16, => last addr=10.1.2.16, ; #panics => 0 ; Not Finished
ttyUSB20 => last host=nnaida14, => last addr=10.1.1.14, ; #panics => 0 ; Not Finished
ttyUSB21 => last host=nnaida13, => last addr=10.1.1.13, ; #panics => 0 ; Not Finished
ttyUSB22 => last host=nnaida22, => last addr=10.1.1.22, ; #panics => 0 ; Not Finished
ttyUSB23 => last host=nnaida21, => last addr=10.1.1.21, ; #panics => 0 ; Not Finished
ttyUSB3 => last host=nnaida15, => last addr=10.1.2.15, ; #panics => 0 ; Not Finished
ttyUSB4 => last host=nnaida8, => last addr=10.1.2.8, ; #panics => 0 ; Not Finished
ttyUSB5 => last host=nnaida7, => last addr=10.1.2.7, ; #panics => 0 ; Not Finished
ttyUSB6 => last host=nnaida2, => last addr=10.1.1.2, ; #panics => 0 ; Not Finished
ttyUSB7 => last host=nnaida1, => last addr=10.1.1.1, ; #panics => 0 ; Not Finished
ttyUSB8 => last host=nnaida10, => last addr=10.1.1.10, ; #panics => 0 ; Not Finished
ttyUSB9 => last host=nnaida9, => last addr=10.1.1.9, ; #panics => 0 ; Not Finished |
|
Mon May 22 10:21:29 2017, Patrick, Console mapping to FEE64 please
|
Please attach the list of ttyUSB to FEE64 console connection .
|
|
Mon May 22 09:12:56 2017, Patrick, Consoles reporting Options not available.... defaults operational ?
|
I have noticed from the console logs reports concerning an inability to open the Options CONTENTS files for the FEE64s and hence failure to load the Options.
I have checked with similar files on nnsa here in Daresbury and they are set for permissions "-rwxrwxrwx. 1 npg npgstaff 1115 May 4 11:42 CONTENTS"
Please could you alter the permissions of all the Options files to agree with this and re-try the SETUP. |
|
Mon May 22 02:34:51 2017, CB, TD, Monday 22 May 16x
|
10.35 DAQ continues OK
Current file May2017/R19_253
ASIC settings 2017Mar27-16.12.39 *except*
slow comparator 0x0a
LEC/MEC fast comparator 0xff
Detector biases; leakage currents OK - see attachment 1
FEE64 Temperatures OK - see attachment 2
good events; statistics OK - see attachment 3
No warnings/errors reported by merger since DAQ GO - see attachment 4
*all* system wide checks OK *except* ADC calibration of nnaida7
10.38 E17/F11 ambient temperature +24.7 deg C, RH 40.7%, d.p. +10.7 deg C
Julabo FL11006 set point +20 deg C, actual +20.0 deg C, water level OK (c. 75%)
10.39 DAQ stops OK
Current file May2017/R19_253
Deleted R19*
ASIC settings 2017Mar27-16.12.39 *except*
slow comparator 0x0a
LEC/MEC fast comparator 0xff
BNC PB-4 settings
Amplitude 90,000
x5 attenuator IN
t_r 50ns, tau_d 50us
polarity -
rate 250Hz range
delay MIN, tail pulse
Check ASIC Control x2
Zero all spectra
10.47 DAQ starts
File May2017/R20
Ras Pi system console logs for USB0 attached - see attachment 5
Analysed R20_0. All appears to be working fine. Highest dead time ~0.3% - see attachment 6
Off-line analysis of R20_0 confirms ADC data and discriminator are synchronised - see attachments 7,8,9
16.55 DAQ continues OK
Current file May2017/R20_71
ASIC settings 2017Mar27-16.12.39 *except*
slow comparator 0x0a
LEC/MEC fast comparator 0xff
Detector biases; leakage currents OK - see attachment 10
FEE64 Temperatures OK - see attachment 12
good events; statistics OK - see attachment 13
No warnings/errors reported by merger since DAQ GO - see attachment 14
*all* system wide checks OK *except* ADC calibration of nnaida7
17.02 E17/F11 ambient temperature +24.0 deg C, RH 40.3%, d.p. +9.7 deg C
Julabo FL11006 set point +20 deg C, actual +20.0 deg C, water level OK (c. 75%)
17.03 DAQ stops OK
Current file May2017/R20_73
Deleted R20*
ASIC settings 2017Mar27-16.12.39 *except*
slow comparator 0x0a
LEC/MEC fast comparator 0xff
BNC PB-4 settings
Amplitude 90,000
x5 attenuator IN
t_r 50ns, tau_d 50us
polarity -
rate 250Hz range
delay MIN, tail pulse
Check ASIC Control x2
Zero all spectra
17.08 DAQ starts
File May2017/R21
Raspberry Pi system console logs for USB0 attached - see attachment 15
17.50 Changed permissions of options files /MIDAS/DB/EXPERIMENTS/Options/nnaida<n>/CONTENTS
from mode 644 to mode 777
18.09 DAQ stops OK
Current file May2017/R21_11
Deleted R21*
ASIC settings 2017Mar27-16.12.39 *except*
slow comparator 0x0a
LEC/MEC fast comparator 0xff
BNC PB-4 settings
Amplitude 90,000
x5 attenuator IN
t_r 50ns, tau_d 50us
polarity -
rate 250Hz range
delay MIN, tail pulse
DAQ RESET
DAQ SETUP
*all* system wide checks OK *except* nnaida7, 9, 13 and 22 ADC calibration failed
Check ASIC Control x2
17.08 DAQ starts
File May2017/R22
Raspberry Pi system console logs for USB0 attached - see attachment 16 |
|
Mon May 22 08:43:10 2017, CB, TD, Patrick, Monday 22 May
|
> 10.35 DAQ continues OK
> Current file May2017/R19_253
>
> ASIC settings 2017Mar27-16.12.39 *except*
> slow comparator 0x0a
> LEC/MEC fast comparator 0xff
>
> Detector biases; leakage currents OK - see attachment 1
> FEE64 Temperatures OK - see attachment 2
> good events; statistics OK - see attachment 3
> No warnings/errors reported by merger since DAQ GO - see attachment 4
>
> *all* system wide checks OK *except* ADC calibration of nnaida7
>
> 10.38 E17/F11 ambient temperature +24.7 deg C, RH 40.7%, d.p. +10.7 deg C
> Julabo FL11006 set point +20 deg C, actual +20.0 deg C, water level OK (c. 75%)
>
> 10.39 DAQ stops OK
> Current file May2017/R19_253
> Deleted R19*
>
> ASIC settings 2017Mar27-16.12.39 *except*
> slow comparator 0x0a
> LEC/MEC fast comparator 0xff
>
> BNC PB-4 settings
> Amplitude 90,000
> x5 attenuator IN
> t_r 50ns, tau_d 50us
> polarity -
> rate 250Hz range
> delay MIN, tail pulse
>
> Check ASIC Control x2
> Zero all spectra
>
> 10.47 DAQ starts
> File May2017/R20
> Ras Pi system console logs for USB0 attached - see attachment 5
> Analysed R20_0. All appears to be working fine. Highest dead time ~0.3% - see attachment 6
> Off-line analysis of R20_0 confirms ADC data and discriminator are synchronised - see attachments 7,8,9
Concerning nnaida7 and the failure of calibration..... have you tried to calibrate it using the FADC Align & Control ?
If it still fails then there is a question about the quality of the clock signal being received by this module.
I will log through and look at the console log for any anomolies but please try and calibrate.
Let me know if you wish me to take remote control. |
|
Mon May 22 08:53:42 2017, CB, TD, Patrick, Monday 22 May
|
> Concerning nnaida7 and the failure of calibration..... have you tried to calibrate it using the FADC Align & Control ?
> If it still fails then there is a question about the quality of the clock signal being received by this module.
> I will log through and look at the console log for any anomolies but please try and calibrate.
> Let me know if you wish me to take remote control.
Yes - there have been multiple attempts to re-calibrate nnaida7 ADCs
Note *all* ADCs were calibrated before the most recent FEE64 power cycle.
It is not unusual for ~1-3 FEE64s to fail ADC calibration tests following
a power cycle - there is no obvious pattern to which ADCs fail or which (if
any) will be successfully re-calibrated. |
|
Mon May 22 08:29:26 2017, TD, Offline analysis R25_12 to R25_22 21x
|
Offline analysis of AIDA data files R25_12 to R25_22 using MIDASsort
Note
- no calibration (raw ADC data only)
- no thresholds
- no clustering
- events delimited by > 2us time difference between successive ADC data words
- HEC = high energy channel = 20GeV FSR range for high energy implants
- LEC = low energy channel = 20MeV FSR range for decays (and pulser)
Attachment 1-4
--------------
s2000-s2005 per DSSSD LEC m_lec_p versus m_lec_n
following spectra require 0 < m_lec_p < 8 and 0 < m_lec_n < 8
all combinations of x & y plotted
s2010-s2015 per DSSSD LEC x versus y
s2020-s2025 per DSSSD LEC E_p versus E_n (20keV/ch nominal)
s2030-s2035 per DSSSD LEC-LEC time (2.56us/channel)
Attachment 5-8
---------------
s2000-s2005 per DSSSD LEC m_hec_p versus m_hec_n
following spectra require 0 < m_hec_p < 8 and 0 < m_hec_n < 8
all combinations of x & y plotted
s2010-s2015 per DSSSD HEC x versus y
s2020-s2025 per DSSSD HEC E_p versus E_n (20MeV/channel nominal)
s2030-s2035 per DSSSD HEC-HEC time (2.56us/channel)
Attachment 9-11
---------------
s2200-s2205 per pixel, per DSSSD HEC-LEC time (2.56us/channel)
Attachment 12-14
----------------
s2210-s2215 per pixel, per DSSSD HEC-LEC time (163.840us/channel)
Attachments 15-17
-----------------
s2300-s2305 per DSSSD HEC Energy versus HEC-LEC time (20MeV/channel, 163.840us/channel)
s2400-s2405 per DSSSD LEC Energy versus HEC-LEC time (20keV/channel, 163.840us/channel)
s2500-s2505 per DSSSD x & y strips versus HEC-LEC time (163.840us/channel)
Attachment 18
-------------
Projection s2503 y-strips 0-60 -> HEC-LEC time 163.804us/channel |
|
Sun May 21 10:58:01 2017, TD, Julabo FL11006 recirculating chiller refilled
|
18.55 Julabo FL11006 recirculating chiller refilled to "H" marker of the filling level indicator.
See http://www2.ph.ed.ac.uk/~td/AIDA/Information/Julabo%20FL11006.pdf
To refill from 60% L-H to 100% L-H required c. 4 litres of water.
Following refill there is a trickle of water from the overflow connector which is being
collected by hose and bucket - this flow should cease when the fluid level falls below
the overflow level.
19.20 FEE64 temperatures OK - see attachment 1 |
|
Sun May 21 02:54:22 2017, CB, TD, OH, Sunday 21 May 10x
|
10.54 DAQ continues OK
Current file May2017/R18_208
ASIC settings 2017Mar27-16.12.39 *except*
slow comparator 0x0a
LEC/MEC fast comparator 0xff
Detector biases; leakage currents OK - see attachment 1
FEE64 Temperatures OK - see attachment 2
good events; statistics OK - see attachment 3
No warnings/errors reported by merger since DAQ GO - see attachment 4
*all* system wide checks OK *except* ADC calibration of nnaida7
10.58 E17/F11 ambient temperature +24.6 deg C, RH 40.5%, d.p. +10.3 deg C
Julabo FL11006 set point +20 deg C, actual +20.0 deg C, water level OK (c. 50%)
11.00 DAQ stops OK
Current file May2017/R18_208
Deleted R17*
ASIC settings 2017Mar27-16.12.39 *except*
slow comparator 0x0a
LEC/MEC fast comparator 0xff
BNC PB-4 settings
Amplitude 90,000
x5 attenuator IN
t_r 50ns, tau_d 50us
polarity -
rate 250Hz range
delay MIN, tail pulse
Check ASIC Control x2
Zero all spectra
11.16 DAQ starts
File May2017/R19
Ras Pi system console logs for USB0 attached - see attachment 5
18.26 DAQ continues OK
Current file May2017/R19_77
ASIC settings 2017Mar27-16.12.39 *except*
slow comparator 0x0a
LEC/MEC fast comparator 0xff
Detector biases & leakage currents OK - see attachment 6 & 7
FEE64 Temperatures OK - see attachment 8
good events statistics OK - see attachment 9
No warnings/errors reported by merger since DAQ GO - see attachment 10
*all* system wide checks OK *except* ADC calibration of nnaida7
18.30 E17/F11 ambient temperature +24.7 deg C, RH 38.9%, d.p. +9.8 deg C
Julabo FL11006 set point +20 deg C, actual +20.0 deg C, water level OK (c. 60%) |
|
Sat May 20 02:39:06 2017, CB, OH, Saturday 20 May 9x
|
10.35 DAQ continues OK
Current file May2017/R16
ASIC settings 2017Mar27-16.12.39 *except*
slow comparator 0x0a
LEC/MEC fast comparator 0xff
Detector biases; leakage currents OK - see attachment 1
FEE64 Temperatures OK - see attachment 2
good events; statistics OK - see attachment 3
No warnings/errors reported by merger since DAQ GO - see attachment 4
*all* system wide checks OK *except* ADC calibration of nnaida7
10.45 E17/F11 ambient temperature +24.8 deg C, RH 39.9%, d.p. +10.0 deg C
Julabo FL11006 set point +20 deg C, actual +20.0 deg C, water level OK (c. 50%)
11.00 DAQ stops OK
Current file May2017/R16
ASIC settings 2017Mar27-16.12.39 *except*
slow comparator 0x0a
LEC/MEC fast comparator 0xff
BNC PB-4 settings
Amplitude 90,000
x5 attenuator IN
t_r 50ns, tau_d 50us
polarity -
rate 250Hz range
delay MIN, tail pulse
Check ASIC Control x2
Zero all spectra
11.10 DAQ starts
File May2017/R17
16.30 DAQ continues OK
Current file May2017/R17
ASIC settings 2017Mar27-16.12.39 *except*
slow comparator 0x0a
LEC/MEC fast comparator 0xff
Detector biases; leakage currents OK - see attachment 5
FEE64 Temperatures OK - see attachment 6
good events; statistics OK - see attachment 7
No warnings/errors reported by merger since DAQ GO - see attachment 8
*all* system wide checks OK *except* ADC calibration of nnaida7
16.45 E17/F11 ambient temperature +24.3 deg C, RH 39.1%, d.p. +9.5 deg C
Julabo FL11006 set point +20 deg C, actual +20.0 deg C, water level OK (c. 50%)
16.50 DAQ stops OK
Current file May2017/R17
ASIC settings 2017Mar27-16.12.39 *except*
slow comparator 0x0a
LEC/MEC fast comparator 0xff
BNC PB-4 settings
Amplitude 90,000
x5 attenuator IN
t_r 50ns, tau_d 50us
polarity -
rate 250Hz range
delay MIN, tail pulse
Check ASIC Control x2
Zero all spectra
16.54 DAQ starts
File May2017/R18
Attached Ras Pi system console log for USB0 |
|
Fri May 19 10:16:27 2017, CB, TD, OH, DAQ sever rebooted
|
18:16 Finished rebooting DAQ server and acquisition. All OK, except ADC calibration on #7.
Started run May2017/R16
ASIC settings 2017Mar27-16.12.39 *except*
slow comparator 0x0a
LEC/MEC fast comparator 0xff
Detector biases; leakage currents OK
FEE64 Temperatures OK
good events; statistics OK
No warnings/errors reported by merger since DAQ GO |
|
Fri May 19 09:55:54 2017, CB, TD, OH, Logs from Raspberry Pi System Console
|
17:50 Rebooted Server and FEE64. Connected remotely to Ras Pi System Console. Repeated USB connection procedure. All 24 modules can now be seen. Sample log attached |
|
Fri May 19 02:44:14 2017, TD, CB, OH, Friday 19th May
|
10:44 System wide checks all ok
Leakages and biases all ok (see attachment 1)
Ambient Temperature 24.4C - Humidity 38.1% - Dew Point +9.1
FEE temperatures ok (see attachment 2)
DAQ, Merger and Tape server all still running ok
Good events statistics (see attachment 3)
Orientation of RS-232 cards was wrong. They have now been corrected will enable logging then do a halt and
go on the daq.
Power supply also moved onto AIDA circuit.
11:00 Current file R15_333.
11:04 halt and go performed
24 Log files produced on Rasp Pi console monitor. |
|
Thu May 18 15:20:44 2017, Patrick Coleman-Smith, [HowTo] Connecting a USB console interface to the FEE64
|
The three attachments show the orientation of the console cable pcb relative to the FEE64 connectors.
The first with the other cables and the other two with no cables for clarity of position. |
|
Thu May 18 03:07:47 2017, TD, OH, CB, RasPi system console diagnostics
|
Connecting monitor to RasPi system console diagnostics
May 18 10:59:38 aidas1 dhcpd: DHCPREQUEST for 10.32.6.189 from b8:27:eb:6b:0a:a0 via p2p1: wrong network.
May 18 10:59:38 aidas1 dhcpd: DHCPNAK on 10.32.6.189 to b8:27:eb:6b:0a:a0 via p2p1
May 18 10:59:38 aidas1 dhcpd: DHCPDISCOVER from b8:27:eb:6b:0a:a0 via p2p1
May 18 10:59:39 aidas1 dhcpd: DHCPOFFER on 10.1.1.117 to b8:27:eb:6b:0a:a0 (npg-monitor) via p2p1
May 18 10:59:39 aidas1 dhcpd: Wrote 0 deleted host decls to leases file.
May 18 10:59:39 aidas1 dhcpd: Wrote 0 new dynamic host decls to leases file.
May 18 10:59:39 aidas1 dhcpd: Wrote 44 leases to leases file.
May 18 10:59:39 aidas1 dhcpd: DHCPREQUEST for 10.1.1.117 (10.1.1.250) from b8:27:eb:6b:0a:a0 (npg-monitor) via p2p1
May 18 10:59:39 aidas1 dhcpd: DHCPACK on 10.1.1.117 to b8:27:eb:6b:0a:a0 (npg-monitor) via p2p1
May 18 11:05:46 aidas1 dhcpd: DHCPREQUEST for 10.1.1.117 from b8:27:eb:6b:0a:a0 (npg-monitor) via p2p1
May 18 11:05:46 aidas1 dhcpd: DHCPACK on 10.1.1.117 to b8:27:eb:6b:0a:a0 (npg-monitor) via p2p1
ssh np-monitor -> could not resolve hostname
ssh 10.1.1.117 -> OK
Connecting remotely to RasPi system console diagnostics
http://10.1.1.117:8015/AIDA/Pi_Monitor/Pi_Monitor.tml -> Looks OK (see attached 1)
Connected 24 USB cables. 6 cables per HUB. Connected all HUBs to RasPi. Pressed Update USB terminal list. We see 24
USBs (0-23) (see attached 2)
Pressed Connect USB terminal. Parse USB Log file for details. We can only see ttyUSB0,1,2,3. Full log:
ttyUSB0 => last host=nnaida14, => last addr=193.62.115.227, ; #panics => 0 ; Finished OK
ttyUSB1 => last host=nnlycca4, => last addr=193.62.115.240, ; #panics => 0 ; Finished OK
ttyUSB10 => last => last ; #panics => 0 ; Not Finished
ttyUSB11 => last => last ; #panics => 0 ; Not Finished
ttyUSB12 => last => last ; #panics => 0 ; Not Finished
ttyUSB13 => last => last ; #panics => 0 ; Not Finished
ttyUSB14 => last => last ; #panics => 0 ; Not Finished
ttyUSB15 => last => last ; #panics => 0 ; Not Finished
ttyUSB16 => last => last ; #panics => 0 ; Not Finished
ttyUSB17 => last => last ; #panics => 0 ; Not Finished
ttyUSB18 => last => last ; #panics => 0 ; Not Finished
ttyUSB19 => last => last ; #panics => 0 ; Not Finished
ttyUSB2 => last host=nnaida11, => last addr=193.62.115.232, ; #panics => 0 ; Finished OK
ttyUSB20 => last => last ; #panics => 0 ; Not Finished
ttyUSB21 => last => last ; #panics => 0 ; Not Finished
ttyUSB22 => last => last ; #panics => 0 ; Not Finished
ttyUSB23 => last => last ; #panics => 0 ; Not Finished
ttyUSB3 => last host=nnaida12, => last addr=193.62.115.233, ; #panics => 0 ; Finished OK
ttyUSB4 => last => last ; #panics => 0 ; Not Finished
ttyUSB5 => last => last ; #panics => 0 ; Not Finished
ttyUSB6 => last => last ; #panics => 0 ; Not Finished
ttyUSB7 => last => last ; #panics => 0 ; Not Finished
ttyUSB8 => last => last ; #panics => 0 ; Not Finished
ttyUSB9 => last => last ; #panics => 0 ; Not Finished
ttyUSB0
ttyUSB1
ttyUSB10
ttyUSB11
ttyUSB12
ttyUSB13
ttyUSB14
ttyUSB15
ttyUSB16
ttyUSB17
ttyUSB18
ttyUSB19
ttyUSB2
ttyUSB20
ttyUSB21
ttyUSB22
ttyUSB23
ttyUSB3
ttyUSB4
ttyUSB5
ttyUSB6
ttyUSB7
ttyUSB8
ttyUSB9
Ssh'ed to RasPi. There are only four log files in ~/logs/
sudo lsusb -t results in
/: Bus 01.Port 1: Dev 1, Class=root_hub, Driver=dwc_otg/1p, 480M
|__ Port 1: Dev 2, If 0, Class=hub, Driver=hub/5p, 480M
|__ Port 1: Dev 3, If 0, Class=vend., Driver=smsc95xx, 480M
|__ Port 2: Dev 4, If 0, Class=hub, Driver=hub/4p, 480M
|__ Port 1: Dev 5, If 0, Class=vend., Driver=ftdi_sio, 12M
|__ Port 2: Dev 6, If 0, Class=vend., Driver=ftdi_sio, 12M
|__ Port 3: Dev 7, If 0, Class=vend., Driver=ftdi_sio, 12M
|__ Port 4: Dev 8, If 0, Class=hub, Driver=hub/4p, 480M
|__ Port 1: Dev 9, If 0, Class=vend., Driver=ftdi_sio, 12M
|__ Port 2: Dev 10, If 0, Class=vend., Driver=ftdi_sio, 12M
|__ Port 3: Dev 11, If 0, Class=vend., Driver=ftdi_sio, 12M
|__ Port 3: Dev 20, If 0, Class=hub, Driver=hub/4p, 480M
|__ Port 1: Dev 21, If 0, Class=vend., Driver=ftdi_sio, 12M
|__ Port 2: Dev 22, If 0, Class=vend., Driver=ftdi_sio, 12M
|__ Port 3: Dev 23, If 0, Class=vend., Driver=ftdi_sio, 12M
|__ Port 4: Dev 24, If 0, Class=hub, Driver=hub/4p, 480M
|__ Port 1: Dev 25, If 0, Class=vend., Driver=ftdi_sio, 12M
|__ Port 2: Dev 26, If 0, Class=vend., Driver=ftdi_sio, 12M
|__ Port 3: Dev 27, If 0, Class=vend., Driver=ftdi_sio, 12M
|__ Port 4: Dev 12, If 0, Class=hub, Driver=hub/4p, 480M
|__ Port 1: Dev 13, If 0, Class=vend., Driver=ftdi_sio, 12M
|__ Port 2: Dev 14, If 0, Class=vend., Driver=ftdi_sio, 12M
|__ Port 3: Dev 15, If 0, Class=vend., Driver=ftdi_sio, 12M
|__ Port 4: Dev 16, If 0, Class=hub, Driver=hub/4p, 480M
|__ Port 1: Dev 17, If 0, Class=vend., Driver=ftdi_sio, 12M
|__ Port 2: Dev 18, If 0, Class=vend., Driver=ftdi_sio, 12M
|__ Port 3: Dev 19, If 0, Class=vend., Driver=ftdi_sio, 12M
|__ Port 5: Dev 28, If 0, Class=hub, Driver=hub/4p, 480M
|__ Port 1: Dev 29, If 0, Class=vend., Driver=ftdi_sio, 12M
|__ Port 2: Dev 30, If 0, Class=vend., Driver=ftdi_sio, 12M
|__ Port 3: Dev 31, If 0, Class=vend., Driver=ftdi_sio, 12M
|__ Port 4: Dev 32, If 0, Class=hub, Driver=hub/4p, 480M
|__ Port 1: Dev 33, If 0, Class=vend., Driver=ftdi_sio, 12M
|__ Port 2: Dev 34, If 0, Class=vend., Driver=ftdi_sio, 12M
|__ Port 3: Dev 35, If 0, Class=vend., Driver=ftdi_sio, 12M |
|
Thu May 18 09:29:50 2017, TD, OH, CB, RasPi system console diagnostics
|
> Connecting monitor to RasPi system console diagnostics
>
> May 18 10:59:38 aidas1 dhcpd: DHCPREQUEST for 10.32.6.189 from b8:27:eb:6b:0a:a0 via p2p1: wrong network.
> May 18 10:59:38 aidas1 dhcpd: DHCPNAK on 10.32.6.189 to b8:27:eb:6b:0a:a0 via p2p1
> May 18 10:59:38 aidas1 dhcpd: DHCPDISCOVER from b8:27:eb:6b:0a:a0 via p2p1
> May 18 10:59:39 aidas1 dhcpd: DHCPOFFER on 10.1.1.117 to b8:27:eb:6b:0a:a0 (npg-monitor) via p2p1
> May 18 10:59:39 aidas1 dhcpd: Wrote 0 deleted host decls to leases file.
> May 18 10:59:39 aidas1 dhcpd: Wrote 0 new dynamic host decls to leases file.
> May 18 10:59:39 aidas1 dhcpd: Wrote 44 leases to leases file.
> May 18 10:59:39 aidas1 dhcpd: DHCPREQUEST for 10.1.1.117 (10.1.1.250) from b8:27:eb:6b:0a:a0 (npg-monitor) via p2p1
> May 18 10:59:39 aidas1 dhcpd: DHCPACK on 10.1.1.117 to b8:27:eb:6b:0a:a0 (npg-monitor) via p2p1
> May 18 11:05:46 aidas1 dhcpd: DHCPREQUEST for 10.1.1.117 from b8:27:eb:6b:0a:a0 (npg-monitor) via p2p1
> May 18 11:05:46 aidas1 dhcpd: DHCPACK on 10.1.1.117 to b8:27:eb:6b:0a:a0 (npg-monitor) via p2p1
>
>
> ssh np-monitor -> could not resolve hostname
> ssh 10.1.1.117 -> OK
>
> Connecting remotely to RasPi system console diagnostics
>
> http://10.1.1.117:8015/AIDA/Pi_Monitor/Pi_Monitor.tml -> Looks OK (see attached 1)
> Connected 24 USB cables. 6 cables per HUB. Connected all HUBs to RasPi. Pressed Update USB terminal list. We see 24
> USBs (0-23) (see attached 2)
> Pressed Connect USB terminal. Parse USB Log file for details. We can only see ttyUSB0,1,2,3. Full log:
>
> ttyUSB0 => last host=nnaida14, => last addr=193.62.115.227, ; #panics => 0 ; Finished OK
> ttyUSB1 => last host=nnlycca4, => last addr=193.62.115.240, ; #panics => 0 ; Finished OK
> ttyUSB10 => last => last ; #panics => 0 ; Not Finished
> ttyUSB11 => last => last ; #panics => 0 ; Not Finished
> ttyUSB12 => last => last ; #panics => 0 ; Not Finished
> ttyUSB13 => last => last ; #panics => 0 ; Not Finished
> ttyUSB14 => last => last ; #panics => 0 ; Not Finished
> ttyUSB15 => last => last ; #panics => 0 ; Not Finished
> ttyUSB16 => last => last ; #panics => 0 ; Not Finished
> ttyUSB17 => last => last ; #panics => 0 ; Not Finished
> ttyUSB18 => last => last ; #panics => 0 ; Not Finished
> ttyUSB19 => last => last ; #panics => 0 ; Not Finished
> ttyUSB2 => last host=nnaida11, => last addr=193.62.115.232, ; #panics => 0 ; Finished OK
> ttyUSB20 => last => last ; #panics => 0 ; Not Finished
> ttyUSB21 => last => last ; #panics => 0 ; Not Finished
> ttyUSB22 => last => last ; #panics => 0 ; Not Finished
> ttyUSB23 => last => last ; #panics => 0 ; Not Finished
> ttyUSB3 => last host=nnaida12, => last addr=193.62.115.233, ; #panics => 0 ; Finished OK
> ttyUSB4 => last => last ; #panics => 0 ; Not Finished
> ttyUSB5 => last => last ; #panics => 0 ; Not Finished
> ttyUSB6 => last => last ; #panics => 0 ; Not Finished
> ttyUSB7 => last => last ; #panics => 0 ; Not Finished
> ttyUSB8 => last => last ; #panics => 0 ; Not Finished
> ttyUSB9 => last => last ; #panics => 0 ; Not Finished
>
> ttyUSB0
> ttyUSB1
> ttyUSB10
> ttyUSB11
> ttyUSB12
> ttyUSB13
> ttyUSB14
> ttyUSB15
> ttyUSB16
> ttyUSB17
> ttyUSB18
> ttyUSB19
> ttyUSB2
> ttyUSB20
> ttyUSB21
> ttyUSB22
> ttyUSB23
> ttyUSB3
> ttyUSB4
> ttyUSB5
> ttyUSB6
> ttyUSB7
> ttyUSB8
> ttyUSB9
>
> Ssh'ed to RasPi. There are only four log files in ~/logs/
>
> sudo lsusb -t results in
>
> /: Bus 01.Port 1: Dev 1, Class=root_hub, Driver=dwc_otg/1p, 480M
> |__ Port 1: Dev 2, If 0, Class=hub, Driver=hub/5p, 480M
> |__ Port 1: Dev 3, If 0, Class=vend., Driver=smsc95xx, 480M
> |__ Port 2: Dev 4, If 0, Class=hub, Driver=hub/4p, 480M
> |__ Port 1: Dev 5, If 0, Class=vend., Driver=ftdi_sio, 12M
> |__ Port 2: Dev 6, If 0, Class=vend., Driver=ftdi_sio, 12M
> |__ Port 3: Dev 7, If 0, Class=vend., Driver=ftdi_sio, 12M
> |__ Port 4: Dev 8, If 0, Class=hub, Driver=hub/4p, 480M
> |__ Port 1: Dev 9, If 0, Class=vend., Driver=ftdi_sio, 12M
> |__ Port 2: Dev 10, If 0, Class=vend., Driver=ftdi_sio, 12M
> |__ Port 3: Dev 11, If 0, Class=vend., Driver=ftdi_sio, 12M
> |__ Port 3: Dev 20, If 0, Class=hub, Driver=hub/4p, 480M
> |__ Port 1: Dev 21, If 0, Class=vend., Driver=ftdi_sio, 12M
> |__ Port 2: Dev 22, If 0, Class=vend., Driver=ftdi_sio, 12M
> |__ Port 3: Dev 23, If 0, Class=vend., Driver=ftdi_sio, 12M
> |__ Port 4: Dev 24, If 0, Class=hub, Driver=hub/4p, 480M
> |__ Port 1: Dev 25, If 0, Class=vend., Driver=ftdi_sio, 12M
> |__ Port 2: Dev 26, If 0, Class=vend., Driver=ftdi_sio, 12M
> |__ Port 3: Dev 27, If 0, Class=vend., Driver=ftdi_sio, 12M
> |__ Port 4: Dev 12, If 0, Class=hub, Driver=hub/4p, 480M
> |__ Port 1: Dev 13, If 0, Class=vend., Driver=ftdi_sio, 12M
> |__ Port 2: Dev 14, If 0, Class=vend., Driver=ftdi_sio, 12M
> |__ Port 3: Dev 15, If 0, Class=vend., Driver=ftdi_sio, 12M
> |__ Port 4: Dev 16, If 0, Class=hub, Driver=hub/4p, 480M
> |__ Port 1: Dev 17, If 0, Class=vend., Driver=ftdi_sio, 12M
> |__ Port 2: Dev 18, If 0, Class=vend., Driver=ftdi_sio, 12M
> |__ Port 3: Dev 19, If 0, Class=vend., Driver=ftdi_sio, 12M
> |__ Port 5: Dev 28, If 0, Class=hub, Driver=hub/4p, 480M
> |__ Port 1: Dev 29, If 0, Class=vend., Driver=ftdi_sio, 12M
> |__ Port 2: Dev 30, If 0, Class=vend., Driver=ftdi_sio, 12M
> |__ Port 3: Dev 31, If 0, Class=vend., Driver=ftdi_sio, 12M
> |__ Port 4: Dev 32, If 0, Class=hub, Driver=hub/4p, 480M
> |__ Port 1: Dev 33, If 0, Class=vend., Driver=ftdi_sio, 12M
> |__ Port 2: Dev 34, If 0, Class=vend., Driver=ftdi_sio, 12M
> |__ Port 3: Dev 35, If 0, Class=vend., Driver=ftdi_sio, 12M
Can you let me know when you power-cycled the FEEs please ? Or maybe just do a stop/go.
If there is nothing to log from the consoles then the Pi won't have made a log file.
The software opens and closes the log file each time a line of text comes in from the FEE64. |
|
Thu May 18 09:46:36 2017, TD, OH, CB, RasPi system console diagnostics
|
> Can you let me know when you power-cycled the FEEs please ? Or maybe just do a stop/go.
> If there is nothing to log from the consoles then the Pi won't have made a log file.
> The software opens and closes the log file each time a line of text comes in from the FEE64.
The most recent power cycle of the FEE64s was May 5
DAQ stop/go per your request - see Elog https://elog.ph.ed.ac.uk/AIDA/571 |
|
Thu May 18 02:16:05 2017, CB, TD, OH, Thursday 18 May 10x
|
10.10 DAQ continues OK
Current file May2017/R10_346
ASIC settings 2017Mar27-16.12.39 *except*
slow comparator 0x0a
LEC/MEC fast comparator 0xff
Detector biases & leakage currents OK - see attachments 1 & 2
FEE64 Temperatures OK - see attachment 3
'good events' statistics OK - see attachment 4
No warnings/errors reported by merger since DAQ GO - see attachment 5
*all* system wide checks OK
10.20 E17/F11 ambient temperature +24.3 deg C, RH 39.0%, d.p. +9.3 deg C
Julabo FL11006 set point +20 deg C, actual +20.0 deg C, water level OK (c. 65%)
10.25 DAQ stops OK
Current file May2017/R13_294
Files May2017/R13* *deleted*
ASIC settings 2017Mar27-16.12.39 *except*
slow comparator 0x0a
LEC/MEC fast comparator 0xff
BNC PB-4 settings
Amplitude 90,000
x5 attenuator IN
t_r 50ns, tau_d 50us
polarity -
rate 250Hz range
delay MIN, tail pulse
Check ASIC Control x2
Zero all spectra
10.30 DAQ starts
File May2017/R14
17.34 DAQ stops OK
Current file May2017/R14_113
Files May2017/R14* *deleted*
ASIC settings 2017Mar27-16.12.39 *except*
slow comparator 0x0a
LEC/MEC fast comparator 0xff
BNC PB-4 settings
Amplitude 90,000
x5 attenuator IN
t_r 50ns, tau_d 50us
polarity -
rate 250Hz range
delay MIN, tail pulse
Check ASIC Control
Zero all spectra
*all* system wide checks OK
17.37 DAQ starts
File May2017/R15
Detector biases & leakage currents OK - see attachments 6 & 7
FEE64 Temperatures OK - see attachment 8
good events statistics - higher rates for several FEE64s - due to addition of system consoles? - see
attachment 9
No warnings/errors reported by merger since DAQ GO - ~ +30% data rate - see attachment 10 |
|
Wed May 17 05:28:19 2017, TD, OH, Wednesday 17 May 6x
|
11.11 DAQ found stopped
Most recent file May2017/R11_245 (last accessed 06:09)
Detector biases & leakage currents OK - see attachments 1 & 2
FEE64 Temperatures OK - see attachment 3
'good events' statistics zero - see attachment 4
Merger and Tapeserver terminal server windows are gone - see attachment 5
*all* system wide checks OK
No relevant system log messages (/var/log/messages) c. 06.00
DAQ STOP attempt #1 did not stop
#2 timeout nnaida1, nnaida2-24 did not stop
#3 timeout nnaida1, nnaida2-24 did not stop
Restart, configure and setup/go merger terminal server
Restart TapeServer terminal server
DAQ STOP attempt #3 all stop OK
11.24 Analysis of data file R11_245 - see attachment 6
dead-time/idle-time < 0.5%
AIDA SYNC100 variations ~160/78000
11.34 E17/F11 ambient temperature +24.5 deg C, RH 37.0%, d.p. +9.0 deg C
Julabo FL11006 set point +20 deg C, actual +20.0 deg C, water level OK (c. 65%)
13.06 Check ASIC Control x2
Zero all spectra
Restart terminal servers for Httpd for Merger/TapeServer, Merger & TapeServer
Restart browser for Merger & TapeServer
N.B. *no FEE64 power cycle, no DAQ RESET, SETUP etc*
11.30 DAQ starts
File May2017/R12
13.10 DAQ GO - data transfer links for nnaida11 & nnaida12 dropped
DAQ STOP
Disable all data transfer links
Restart terminal servers for Httpd for Merger/TapeServer, Merger & TapeServer
Restart browser for Merger & TapeServer
Enable all data transfer links
DAQ GO OK
File May2017/R13
ASIC settings 2017Mar27-16.12.39 *except*
slow comparator 0x0a
LEC/MEC fast comparator 0xff |
|
Tue May 16 03:18:46 2017, TD, OH, Tuesday 16 May 9x
|
11.19 DAQ continues OK
Current file May2017/R10_346
ASIC settings 2017Mar27-16.12.39 *except*
slow comparator 0x0a
LEC/MEC fast comparator 0xff
Detector biases & leakage currents OK - see attachments 1 & 2
FEE64 Temperatures OK - see attachment 3
'good events' statistics OK - see attachment 4
No warnings/errors reported by merger since DAQ GO - see attachment 5
*all* system wide checks OK
11.22 Analysis of data file R10_246 - see attachment 6
dead-time/idle-time < 1%
AIDA SYNC100 variations ~700/97000
10.10 E17/F11 ambient temperature +24.5 deg C, RH 38.0%, d.p. +9.4 deg C
Julabo FL11006 set point +20 deg C, actual +20.0 deg C, water level OK (c. 65%)
11.23 DAQ stops OK
Current file May2017/R10_347
Files May2017/R10* *deleted*
ASIC settings 2017Mar27-16.12.39 *except*
slow comparator 0x0a
LEC/MEC fast comparator 0xff
BNC PB-4 settings
Amplitude 90,000
x5 attenuator IN
t_r 50ns, tau_d 50us
polarity -
rate 250Hz range
delay MIN, tail pulse
Check ASIC Control x2
Zero all spectra
11.30 DAQ starts
File May2017/R11
18.18 Detector biases & leakage currents OK - see attachments 7 & 8
FEE64 Temperatures OK - see attachment 9
18.24 E17/F11 ambient temperature +24.5 deg C, RH 36.8%, d.p. +8.7 deg C
Julabo FL11006 set point +20 deg C, actual +20.0 deg C, water level OK (c. 65%) |
|
Mon May 15 02:01:02 2017, TD, OH, Monday 15 May 7x
|
10.01 DAQ continues OK
Current file May2017/R8_334
ASIC settings 2017Mar27-16.12.39 *except*
slow comparator 0x0a
LEC/MEC fast comparator 0xff
Detector biases & leakage currents OK - see attachments 1 & 2
FEE64 Temperatures OK - see attachment 3
'good events' statistics OK - see attachment 4
No warnings/errors reported by merger since DAQ GO - see attachment 5
*all* system wide checks OK
10.06 Analysis of data file R8_333 - see attachment 6
dead-time/idle-time < 2%
AIDA SYNC100 variations ~1800/95000
10.10 E17/F11 ambient temperature +24.8 deg C, RH 36.4%, d.p. +8.9 deg C
Julabo FL11006 set point +20 deg C, actual +20.0 deg C, water level OK (c. 65%)
10.15 DAQ stops OK
Current file May2017/R7_298
Files May2017/R8* *deleted*
ASIC settings 2017Mar27-16.12.39 *except*
slow comparator *0x08*
LEC/MEC fast comparator 0xff
BNC PB-4 settings
Amplitude 90,000
x5 attenuator IN
t_r 50ns, tau_d 50us
polarity -
rate 250Hz range
delay MIN, tail pulse
Check ASIC Control x2
Zero all spectra
10.20 DAQ starts
File May2017/R8
Transient timeouts at DAQ GO for FEE64s nnaida1 and nnaida2 which resolved themselves without user
intervention
DAQ run control transitioned from 'RESET and STOP/GO' to 'RESET' to 'RESET and STOP/GO'
10.22 DAQ stops
File May2017/R9
Tapeserver data rates fluctuate 10-30Mb/s possibly due to parallel disk I/O activity (deleting R8 files)
Transient timeouts at DAQ STOP for FEE64s nnaida1 and nnaida2 which resolved themselves without user
intervention - see attachment 7
DAQ run control transitioned from 'RESET and STOP/GO' to 'RESET' to 'RESET and STOP/GO'
ASIC settings 2017Mar27-16.12.39 *except*
slow comparator *0x0a*
LEC/MEC fast comparator 0xff
10.31 DAQ starts
File May2017/R10 |
|
Sun May 14 01:52:49 2017, TD, OH, Sunday 14 May 16x
|
09.54 DAQ continues OK
Current file May2017/R7_292
ASIC settings 2017Mar27-16.12.39 *except*
slow comparator 0x0a
LEC/MEC fast comparator 0xff
Detector biases & leakage currents OK - see attachments 1 & 2
FEE64 Temperatures OK - see attachment 3
'good events' statistics OK - see attachment 4
No warnings/errors reported by merger since DAQ GO - see attachment 5
*all* system wide checks OK
10.02 Rate/HitRate spectra - see attachments 6 & 7
1.8.L ADC spectra - see attachments 8 & 9
1.8.W waveforms - see attachments 10-13
10.07 Analysis of data file R7_294 - see attachment 14
dead-time/idle-time < 0.5%
AIDA SYNC100 variations ~330/102000
10.17 E17/F11 ambient temperature +25.1 deg C, RH 37.2%, d.p. +9.4 deg C
Julabo FL11006 set point +20 deg C, actual +20.0 deg C, water level OK (c. 65%)
10.19 DAQ stops OK
Current file May2017/R7_298
Files May2017/R7* *deleted*
ASIC settings 2017Mar27-16.12.39 *except*
slow comparator 0x0a
LEC/MEC fast comparator 0xff
BNC PB-4 settings
Amplitude 90,000
x5 attenuator IN
t_r 50ns, tau_d 50us
polarity -
rate 250Hz range
delay MIN, tail pulse
Check ASIC Control x2
Zero all spectra
10.22 DAQ starts
File May2017/R8
Analysis of May2017/R8_3 confirms ADC data synchronisation - see attachments 15 & 16 |
|
Sat May 13 03:16:16 2017, TD, Analysis of May2017/R1_0 to May2017/ R1_79 11x
|
See https://elog.ph.ed.ac.uk/AIDA/555
Date files May2017/R1_0 to May2017/R_79 are an extended (c. 3.8 day) background run with
BNC PB-4 Pulser OFF and and a relatively high slow comparator threshold 0x64 to reduce
data volume.
Attachment 1 - DSSSD#1-6 m_p versus m_n
Attachment 2 - DSSSD#1-6 x versus y hit patterns
Attachment 3 - DSSSD#1-6 E_p versus E_n (dispersion ~20-23keV/channel)
Attachment 4 - DSSSD#1-6 E_p versus E_n (with tags)
Attachment 5 - 2D contour levels & colours for all 2D spectra above
Attachment 6 - MIDASsort subroutine
Attachment 7 - MIDASsort namelist I/O variables
Attachments 8-10 - ADC offset calculation logs etc
Attachment 11 - spectrum titles
MIDASsort calculates channel and ADC data as follows
ch = channel + ( module - 1 ) * 64 + ( range * 2048 )
adc_data = INT( RSHIFT( ABS( adc_data - 32768 ), 3 ) - offset(ch) + 0.5 )
where
channel = FEE channel # (0-63)
module = FEE module # (1-24)
range = LEC or HEC (LEC = 0, HEC = 1)
ADC offsets were calculated using the pulser walkthrough data of files May2017/R4
and command
cd ~/td/calibration
offsets /homes/npg/Spectra/R4 100 1400 15 10
where the peakfind peak search parameters are limits 100-1400 channels, fwhm=15 channels and acceptance=10%
Probably ~10% of ADC offsets need manual checking/adjustment
The 2D spectra (attachments 1-4) were produced for events with
multiplicities 0 < m_p < 8 *and* 0 < m_n < 8
all x-y combinations incremented
no clustering, gain matching or software thresholds
All DSSSDs show Uranium 4n+2 decay sequence background spectra from the intrinsic activity of the DSSSDs
and airborne decay products (e.g. 222Rn). Not clear why statistics are higher for DSSSD#1 cf. DSSSD#2-6.
One possibility is the activity of the aluminized Mylar window just upstream of DSSSD#1? Surrounding air
and Al snout would presumably affect DSSSD#1 and #6 about the same. |
|
Sat May 13 02:35:53 2017, TD, OH, Saturday 13 May 17x
|
10.35 DAQ continues OK
Current file May2017/R6_246
ASIC settings 2017Mar27-16.12.39 *except*
slow comparator 0x20
LEC/MEC fast comparator 0xff
Detector biases & leakage currents OK - see attachments 1 & 2
FEE64 Temperatures OK - see attachment 3
'good events' statistics OK - see attachment 4
No warnings/errors reported by merger since DAQ GO - see attachment 5
*all* system wide checks OK
10.46 Rate/HitRate spectra - see attachments 6 & 7
1.8.L ADC spectra - see attachments 8 & 9
1.8.W waveforms - see attachments 10-13
10.51 Analysis of data file R6_245 - see attachment 14
Zero AIDA pause/resume
Zero idle-time
AIDA SYNC100 variations ~33/503400
12.03 E17/F11 ambient temperature +24.6 deg C, RH 39.4%, d.p. +9.9 deg C
Julabo FL11006 set point +20 deg C, actual +20.0 deg C, water level OK (c. 65%)
12.04 DAQ stops OK
Current file May2017/R6_250
Files May2017/R6* *deleted*
ASIC settings 2017Mar27-16.12.39 *except*
slow comparator 0x0a
LEC/MEC fast comparator 0xff
BNC PB-4 settings
Amplitude 90,000
x5 attenuator IN
t_r 50ns, tau_d 50us
polarity -
rate 250Hz range
delay MIN, tail pulse
Check ASIC Control x2
Zero all spectra
12.15 DAQ starts
File May2017/R7
14.30 Analysis of May2017/R7_29
ADC data synchronised - see attachments 15 & 16
14.37 Analysis of data file R7_29 - see attachment 17
AIDA pause/resume for some FEE64s
dead-time/idle-time <0.5%
AIDA SYNC100 variations ~300/100000 |
|
Fri May 12 02:55:10 2017, TD, OH, Friday 12 May 6x
|
10.55 DAQ continues OK
Current file May2017/R6_181
ASIC settings 2017Mar27-16.12.39 *except*
slow comparator 0x20
LEC/MEC fast comparator 0xff
Detector biases & leakage currents OK - see attachments 1 & 2
FEE64 Temperatures OK - see attachment 3
'good events' statistics OK - see attachment 4
No warnings/errors reported by merger since DAQ GO - see attachment 5
*all* system wide checks OK
All histograms zero'd
11.04 Analysis of data file R6_180 - see attachment 6
Zero AIDA pause/resume
Zero idle-time
AIDA SYNC100 variations ~22/499760
11.20 E17/F11 ambient temperature +24.6 deg C, RH 39.6%, d.p. +9.9 deg C
Julabo FL11006 set point +20 deg C, actual +20.0 deg C, water level OK (c. 65%) |
|
Thu May 11 05:43:30 2017, TD, OH, Thursday 11 May 16x
|
13.43 DAQ continues OK
Current file May2017/R6_123
ASIC settings 2017Mar27-16.12.39 *except*
slow comparator 0x20
LEC/MEC fast comparator 0xff
Detector biases & leakage currents OK - see attachments 1 & 2
FEE64 Temperatures OK - see attachment 3
'good events' statistics OK - see attachment 4
No warnings/errors reported by merger since DAQ GO - see attachment 5
*all* system wide checks OK
13.37 E17/F11 ambient temperature +24.4 deg C, RH 37.3%, d.p. +9.1 deg C
13.58 1.8.L ADC spectra - see attachments 6 & 7
1.8.W waveforms - see attachments 8-11
14.16 Analysis of data file R6_124 - see attachment 12
Zero AIDA pause/resume
Zero idle-time
AIDA SYNC100 variations ~20/468430
18.36 DAQ continues OK
Current file May2017/R6_137
Detector biases & leakage currents OK - see attachments 13 & 14
FEE64 Temperatures OK - see attachment 15
'good events' statistics OK - see attachment 16
*all* system wide checks OK |
|
Wed May 10 02:55:13 2017, TD, OH, Wednesday 10 May 8x
|
10.55 DAQ continues OK
Current file May2017/R6_44
ASIC settings 2017Mar27-16.12.39 *except*
slow comparator 0x20
LEC/MEC fast comparator 0xff
Detector biases & leakage currents OK - see attachments 1 & 2
FEE64 Temperatures OK - see attachment 3
'good events' statistics OK - see attachment 4
No warnings/errors reported by merger since DAQ GO - see attachment 5
*all* system wide checks OK
10.48 E17/F11 ambient temperature +24.7 deg C, RH 35.3%, d.p. +8.3 deg C
Julabo FL11006 set point +20 deg C, actual +20.0 deg C, water level OK (c. 65%)
18.32 DAQ continues OK
Current file May2017/R6_67
Detector biases & leakage currents OK - see attachments 6 & 7
FEE64 Temperatures OK - see attachment 8
'good events' statistics OK - see attachment 9
*all* system wide checks OK |
|
Tue May 9 02:25:04 2017, TD, OH, Tuesday 9 May 18x
|
10.25 DAQ continues OK
Current file May2017/R1_79
ASIC settings 2017Mar27-16.12.39 *except*
slow comparator 0x64
LEC/MEC fast comparator 0xff
BNC PB-4 pulser OFF
Detector biases & leakage currents OK - see attachments 1 & 2
FEE64 Temperatures OK - see attachment 3
'good events' statistics OK - see attachment 4
No warnings/errors reported by merger since DAQ GO - see attachment 5
*all* system wide checks OK
10.28 1.8.L ADC spectra - see attachments 6 & 7
1.8.W waveforms - see attachments 8-11
10.43 DAQ stopped
Current file May2017/R1_79
10.48 E17/F11 ambient temperature +24.5 deg C, RH 29.0%, d.p. +5.0 deg C
Julabo FL11006 set point +20 deg C, actual +20.0 deg C, water level OK (c. 65%)
10.58 DAQ starts
File May2017/R2 *IGNORE*
Pulser walkthough
BNC PB-4 settings
Amplitude 90,000 - 10,000 @ 10,000 step
x5 attenuator IN
t_r 50ns, tau_d 50us
polarity -
rate ~250Hz
delay MIN, tail pulse
ASIC settings 2017Mar27-16.12.39
Slow comparator 0x0a
See attachment 12
11.02 DAQ starts
File May2017/R3 *IGNORE*
Pulser walkthough
BNC PB-4 settings
Amplitude 12,000 - 2,000 @ 2,000 step
x5 attenuator IN
t_r 50ns, tau_d 50us
polarity -
rate ~250Hz
delay MIN, tail pulse
ASIC settings 2017Mar27-16.12.39
See attachment 13
Pulser walkthroughs R2 & R3 should be ignored as + polarity test input
had significantly lower amplitude (x2 oor more) than - polarity test input.
The + polarity test input is derived from tee'd output from BNC PB-4 and
EG&G Ortec 433 Sum & Invert - physically moving the cabling and connectors
between these two points changed tail pulse amplitude or produced a transient
(non-tail) pulse with duration ~ 100ns. Not clear which cable or connector
is the issue (all cables and connectors were individually replaced) but output
amplitude currently correct so will proceed.
11.22 DAQ starts
File May2017/R4
Pulser walkthough
BNC PB-4 settings
Amplitude 90,000 - 10,000 @ 10,000 step
x5 attenuator IN
t_r 50ns, tau_d 50us
polarity -
rate ~250Hz
delay MIN, tail pulse
ASIC settings 2017Mar27-16.12.39
See attachment 14
11.28 DAQ starts
File May2017/R5
Pulser walkthough
BNC PB-4 settings
Amplitude 12,000 - 2,000 @ 2,000 step
x5 attenuator IN
t_r 50ns, tau_d 50us
polarity -
rate ~250Hz
delay MIN, tail pulse
ASIC settings 2017Mar27-16.12.39
See attachment 15
17.25 E17/F11 ambient temperature +24.7 deg C, RH 28.1%, d.p. +5.0 deg C
Julabo FL11006 set point +20 deg C, actual +20.0 deg C, water level OK (c. 65%)
17.32 Detector biases & leakage currents OK - see attachments 16-17
FEE64 Temperatures OK - see attachment 18
17.40 DAQ starts
File May2017/R6
Continuing DAQ test
BNC PB-4 settings
Amplitude 90,000
x5 attenuator IN
t_r 50ns, tau_d 50us
polarity -
frequency 25Hz range
delay MIN, tail pulse
ASIC settings 2017Mar27-16.12.39
slow comparator 0x20 |
|
Mon May 8 10:00:02 2017, Patrick Coleman-Smith, [HowTo] Operating document for the Pi_Monitor FEE64 console logging equipment
|
The operating proceedure for the Raspberry Pi FEE64 console monitor is attached.
Please let me know if more detail is required.
|
|
Mon May 8 02:11:37 2017, OH, TD, Monday 8 May 11x
|
10.11 DAQ continues OK
Current file May2017/R1_58
ASIC settings 2017Mar27-16.12.39 *except*
slow comparator 0x64
LEC/MEC fast comparator 0xff
BNC PB-4 pulser OFF
Detector biases & leakage currents OK - see attachments 1 & 2
FEE64 Temperatures OK - see attachment 3
'good events' statistics OK - see attachment 4
No warnings/errors reported by merger since DAQ GO - see attachment 5
*all* system wide checks OK
10.19 1.8.L ADC spectra - see attachments 6 & 7
1.8.W waveforms - see attachments 8-11
10.35 E17/F11 ambient temperature +24.2 deg C, RH 33.2%, d.p. +7.0 deg C
Julabo FL11006 set point +20 deg C, actual +20.0 deg C, water level OK (c. 65%) |
|
Sun May 7 01:29:50 2017, OH, TD, Sunday 7 May 13x
|
09.28 DAQ continues OK
Current file May2017/R1_36
ASIC settings 2017Mar27-16.12.39 *except*
slow comparator 0x64
LEC/MEC fast comparator 0xff
BNC PB-4 pulser OFF
Detector biases & leakage currents OK - see attachments 1 & 2
FEE64 Temperatures OK - see attachment 3
'good events' statistics OK - see attachment 4
No warnings/errors reported by merger since DAQ GO - see attachment 5
*all* system wide checks OK
09.40 1.8.L ADC spectra - see attachments 6 & 7
1.8.W waveforms - see attachments 8-11
10.00 E17/F11 ambient temperature +24.3 deg C, RH 39.4%, d.p. +9.6 deg C
18:11 System wide checks all ok
Leakage and bias all ok - see attachment 12
Fee temperatures all ok - see attachment 13
LN2 Refill cycle has been running the past few days and we have encountered no issues
AIDA daq continues to run fine
19:20 Ambient temperature 24.5 Humdity 38.3% D.P +9.2 |
|
Sat May 6 03:32:38 2017, OH, TD, Saturday 6 May 8x
|
11.30 Detector biases & leakage currents OK - see attachments 1 & 2
Ambient Temperature 24.3 Humidity 37.5% Dew Point 8.9
FEE64 temperatures - see attachment 3
Good events statistics (N.B. slow comparator=0x64, fast comparator=0xff) - see attachment 4
System wide checks all ok
Screen shots for layout 3 and 4 showing 1.8.L ADC spectra. Note that in the good events statistics a
higher rate is seen in the p+ junction strips
This is seen in the layouts as well.
16:00 Biases and leakages ok (attachment 5)
Ambient Temperature 24.4 Humidity 39.7 Dew Point 9.7
FEE64 Temperatures - attachment 6 |
|
Fri May 5 08:03:36 2017, OH, TD, Friday May 5th 10x
|
Relatively painless start-up. Had an issue with firefox where all bookmarks had been forgotten.
All drop down menues in the DAQ did not work.
Kill all firefox processes to restore.
Had to restart DHCP to get the rasp pi working again.
At first no pulser was visible in all p-side FEEs. Cable and BNC adapter on output of inverter were switched out
and the inverter output
was switched from B to A.
After this pulser signals were visible in all ASICS bar NNAIDA 14 ASIC 1. Power cycle was needed to regain this.
No ADC data and no fast discriminator data. Waveform showed baseline at 16K compared to 8K expected.
Layouts 1,2,3,4,7 and 8 attached (Zoomed in waveforms are included for 7 and 8 around baseline) attachments 1-8
Temperatures included as attachment 9
Leakages and bias all ok see attachment 10
Ambient T 24.3C Humidity 34.5% Dew point 7.6C (Measurements taken AM)
system wide checks all ok.
Pulser settings
Amplitude 90000
x5 Attenuator in
Rise time tr 50ns fall time tau d 50us
Negative polarity
freq 25Hz range
Delay min
Internal ref, tail pulse
ASIC settings DB key 2017Mar27-16.12.39
16:26 Slow comparator threshold moved to 100
Fast comparator theshold LEC/MEC to 255
Run started to disk May2017/R1 |
|
Thu Apr 13 15:08:31 2017, CB, Card test
|
I tested the FWHM of a BNC PB-5 pulser signal as a function of shaping time using the first produced ISOL FEE64 card in Daresbury Labs.
Find attached four representative spectra per ASIC taken with 8, 5 and 0.5 us shaping time values. Run times are different.
Also find attached a plot of the FWHM as a function of the shaping time for the first channel in each ASIC. There appears to be a maximum of the FWHM at around 4 us. This may indicate the main source of noise is external, and at ~4 us the band pass lets most of the noise in.
Unlike the FEE cards employed in RIKEN, this card is grounded to the metal base plate through the screws. In order to investigate the effect of this ground on the noise level of the ADCs in the card, the card was disconnected from the metal plate base. An additional layer of insuating material was placed between the base and the FEE64 card. Nylon screws rather than metal screws were employed to affix the card to the base, and the same tests as before were repeated. See plot below. Overall, the same trend is recovered but suprisingly the FWHM is larger than before for ASICs #1,2 and #3. ASIC #4 has a lower FWHM than before. The reason for the change is not obvious, and may need further investigation.
Carlo
BNC PB-5 parameters
Delay 250 ns
Rate 100 Hz
Polarity POS
Pulse Top TAIL
Amplitude 0.5 V
|
|
Wed Apr 5 06:11:08 2017, OH, BigRIPS particle ID
|
I've been going through collecting the BigRIPS root files with Phong and making sure they are on AIDAs1.
The files we have for NP1306 are not the standard format so to get particle ID you need to do this command taken
from the RIKEN elog.
Command to construct the PID in the merged files from preliminary data:
Example file a11111_b1181_e_1130_ion.root
tree->Draw("(F11ICADC[0]+F11ICADC[1]+F11ICADC[2]+F11ICADC[3]+F11ICADC[4]+F11ICADC[5])/6:F11Pla_TM-F3Pla_TM+F5X*0.0383261>>h(500,0,25,500,0,16000)","","colz");
Though these root files were not created by the BigRIPS team so can be cleaned up further but should be good
enough for initial analysis. |
|
Wed Apr 5 06:10:55 2017, OH, BigRIPS particle ID
|
|
|
Sun Apr 2 04:40:00 2017, DK, BigRIPS Summary Info
|
It is all saved locally file:///homes/npg/Documents/2017Ca/
Although, a little more hacking is required to get the view.html webpage to allow you to click each run
Whether or not it is useful I don't know, but it was generated by a shell script
/homes/npg/Documents/bigrips_summary.sh which can be modified and used for future experiments. |
|
Sun Apr 2 03:32:30 2017, DK, OH, Pulser walkthrough
|
11:32 Pulser walkthrough, 90k down to 10k, 10k steps, 1 min per step
R26
11:41 stop run R26
11:44 Pulser walkthrough, 10k to 2k in 2k steps, 90 seconds per step
R27
11:53 stop run R27
11:56 Pulser walkthrough, 2k to 10k in 2k steps (90 sec each) & 10k to 40k in 10k steps (60 sec per step)
R28
12:05 Attachment 1 shows biases ("bias_2_a.png")
12:07 stop run R28
12:15 background run, R29
12:39 stop run 29. |
|
Sat Apr 1 16:16:05 2017, OH, CG, Sunday 2 April
|
00:12 BigRips started run 0223 (Started at 00:12)
AIDA file R20_344
System wide checks all ok
BRIKEN start run 67
01.38 Beam stopped to F11. ~1/2 way through R20_364.
01.43 Beam returned to F11. 1GB through R20_366.
BigRIPS file 0224.
BRIKEN run 68.
System-wise checks all ok, except nnaida1 global clocks failed 6.
Temps ok. Leakage currents ok (see attachment 1).
02.43 BigRIPS started run 0225. Start of R20_381
02.48 BRIKEN run 69 started. Start of R20_382.
03.28 System-wide checks same as previous. (R20_391)
03.43 BigRIPS file 0226. ~1/2 way through R20_394
03.48 BRIKEN run 70 started.
04.46 BigRIPS file 0227 started. End of R20_410.
04.48 BRIKEN run 71 started. Start of R20_411.
05.31 36Ne setting is over. End of R20_421.
BigRIPS team is changing setting for calibration. No beam will go through Zerodegree
05.51 R20 stopped (I was getting food).
06.30 20mm Al degrader + 3mm plastic removed from F8. 23mm Al degrader placed at F11 after IC.
06.35 BigRIPS file 0237 started - 38Mg setting.
06.37 R21 started on 38Mg setting.
06.57 Beam stopped to F11 - accelerator problem.
~700MB into R21_5.
Returned shortly after.
07.23 BigRIPS file 0245 started. ~3/4 way through R21_10.
07.26 BigRIPS file 0246 started. ~1/2 way through R21_11.
07.32 BigRIPS file 0247 started. Start of R21_13.
07.34 BigRIPS file 0248 started. ~1/2 way through R21_13.
07.38 BigRIPS file 0249 started. ~1GB into R21_15.
07.40 BigRIPS file 0250 started. Start of R21_16.
07.41 BigRIPS file 0251 started. Little way through R21_16.
08.06 38Mg setting finished. R21 stopped.
08.08 R22 started - got a bit trigger happy with the DAQ. No beam to F11.
08.10 Degrader set to 10mm Al.
08.16 BigRIPS file 0252 started on 39Al setting.
08.17 R23 started on 39Al setting.
08.20 R23 ended.
08.26 40Si setting. Too high rate for AIDA so beam won't be sent down ZDS.
08.40 F11 degrader set to 15mm Al fixed + 4mm Al variable (all in).
08.43 2nd run at 39Al setting.
BigRIPS file 0254 started.
R24 started.
09.00 R24_4 closed. May have been issues with degrader - not sure we were implanting in AIDA...
End of experiment!
09.07 AIDA background run started - R25.
Pulser is on in the run though.
09.20 R25 ended.
BigRIPS run summary attached. |
|
Fri Mar 31 17:21:56 2017, CG, OH, DK, Saturday 1 April - Run status 9x
|
00.46 34Ne stopped for 36Ne setting (R19_37).
DAQ kept running as I was upstairs getting some food.
Stopped at R19_45.
00.57 BigRIPS change to 36Ne setting. Start file 0196. Still tuning.
Temps ok.
Leakage currents and bias ok (see attachment 1).
01.32 R20 started on 36Ne setting.
BigRIPS file 0197 (started @ 01.30).
BRIKEN file
02.23 Beam stopped to F11. End of R20_12.
02.28 Beam returned to F11. Start of R20_14.
BigRIPS file 0198.
02.48 BRIKEN file 48 started.
Start of R20_19.
All system checks passed except nnaida1 fails global clocks 6.
Temps and leakage currents ok.
03:28 BigRips file 0199 (started at 03:27)
AIDA at end file R20_28
BRIKEN file 47 started
All system wide checks ok.
Temps and leakage currents ok
04:36 BigRIPS file 0200
Coincides with end of AIDA file R20_46
BRIKEN file 48
All system wide checks ok
Temps and leakage currents ok
ASIC load check all ok
04:59 BigRips run 0201 (Started at 4:45)
Corresponding AIDA file for start of BigRips run is R20_49
BRIKEN file 49
Corresponding AIDA file for start of BRIKEn is R20_52
05:33 System wide checks all ok
Temperatures, biases and leakage currents ok (seet attachment 2)
05:44 BigRips start run 0202
Start of AIDA file R20_64
BRIKEN file 50
System wide checks passed
00.46 34Ne stopped for 36Ne setting (R19_37).
DAQ kept running as I was upstairs getting some food.
Stopped at R19_45.
00.57 BigRIPS change to 36Ne setting. Start file 0196. Still tuning.
Temps ok.
Leakage currents and bias ok (see attachment 1).
01.32 R20 started on 36Ne setting.
BigRIPS file 0197 (started @ 01.30).
BRIKEN file
02.23 Beam stopped to F11. End of R20_12.
02.28 Beam returned to F11. Start of R20_14.
BigRIPS file 0198.
02.48 BRIKEN file 48 started.
Start of R20_19.
All system checks passed except nnaida1 fails global clocks 6.
Temps and leakage currents ok.
03:28 BigRips file 0199 (started at 03:27)
AIDA at end file R20_28
BRIKEN file 47 started
All system wide checks ok.
Temps and leakage currents ok
04:36 BigRIPS file 0200
Coincides with end of AIDA file R20_46
BRIKEN file 48
All system wide checks ok
Temps and leakage currents ok
ASIC load check all ok
04:59 BigRips run 0201 (Started at 4:45)
Corresponding AIDA file for start of BigRips run is R20_49
BRIKEN file 49
Corresponding AIDA file for start of BRIKEn is R20_52
05:33 System wide checks all ok
Temperatures, biases and leakage currents ok (seet attachment 2)
05:44 BigRips start run 0202
Start of AIDA file R20_64
BRIKEN file 50
System wide checks passed
6:15 Operators call...R20_72 1.5 GB
The BigRIPS system display PC looks like it crashed
6:22 2017-04-01 06:21:19 BigRIPS run 203 starts
AIDA run 20_74 is about 25% started
BRIKEN run 51
6:40 Phone rings, AIDA run R20_79 just started
Stripper foil seems to have been changed
6:43 2017-04-01 06:42:03 BigRIPS starts a new run
R20_79 is 75% the way through.
BRIKEN run 52
System checks passed.
7:09 PPACs are discharging very frequently.
7:39 counted 8 discharges. It's about once in four minutes. An acceptable discharge rate is several times in
one shift.
Firstly, each discharge damages the PPAC. Even 10 to 20 discharges can easily cause dead regions of cm size.
Secondly, with the frequency of discharge, we are now missing like as much as 25% of all events (at least
at a given PPAC)
As the detector becomes more damaged, it can discharge more frequently.
Moving the detector's position slightly can help to alleviate the problem by putting the beam on a fresh region
Anyway, as for a parasitic run they can do whatever they want, but it seems they are mis-operating the PPACs
Basically the voltage is too high or the detector is too old and needs to be replaced.
7:40 2017-04-01 07:40:12 BigRIPS run 205 begins
AIDA run R20_94 is at 721 MB at 7:40
BRIKEN run 53
System-wide checks are okay
8:08 Bias and Temp attachments 3 & 4 (bias_1_.png and temp_1_a.png)
9:01 BigRIPS run 206 2017-04-01 09:01:06
AIDA run R20_115 is at 600 MB at 9:01
BRIKEN run is 54
System-wide checks
9:39 Now that the students went home and some more experienced beam physicists are on shift, the PPAC discharge rate
goes down to ~2x per hour.
10:02 New BigRIPS run at 2017-04-01 10:01:40 number 0207
AIDA run R20_130 was at 1.9 GB at 10:02..
BRIKEN run 55
System-wide checks passed
(I went upstairs for a break...it seems that the beam got turned off at some point)
10:55 Phone call, and I hear the chime for the beam coming back.
10:56 BigRIPS starts run 0208 2017-04-01 10:56:06
AIDA run R20_145 has just started at 10:56
BRIKEN run was not restarted and continued as run 55
System-wide checks are okay
11:02 We checked that the synchronization looks okay.
11:58 Noticed that BigRIPS started a new run at 2017-04-01 11:56:42, run 0209
AIDA run R20_160 should overlap about 50% with this run.
BRIKEN run is 56
System wide checks performed.
Attached are Biases and Temperatures as 5 & 6 ("bias_1_b" ; "temp_1_b")
12:58 BigRIPS starts run 0210 at 2017-04-01 12:57:21
AIDA run R20_176 was 422 MB at 12:57
BRIKEN 57
Pass system-wide checks
14:30 beam current has been fluctuating for awhile
14:50 BigRIPS started a new run 0212 2017-04-01 14:44:18
R20_203 was at 1.2 GB at 14:44
BRIKEN run 58
System checks okay
15:18 Phone rings. RF is down so the beam stopped.
R20_212 is at 500 MB at 15:19
15:57 Phone rings again.
16:37 BigRIPS start run 0214
Start of AUDA file R20_232
BRIKEN run 59
System wide check all ok
16:53 Biases and leakage currents ok (See attachment 7)
17:36 BigRips start run 0215
Strt of AIDA file R20_247
BRIKEN start run 60
System wide checks all ok
Temperatures all ok
18:04 BigRips stop to change gas stripper foil
AIDA file R20_254
18:09 BigRips start run 0216
AIDA file R20_255
BRIKEN start file 61
System wide checks all ok
6:15 Operators call...R20_72 1.5 GB
The BigRIPS system display PC looks like it crashed
6:22 2017-04-01 06:21:19 BigRIPS run 203 starts
AIDA run 20_74 is about 25% started
BRIKEN run 51
6:40 Phone rings, AIDA run R20_79 just started
Stripper foil seems to have been changed
6:43 2017-04-01 06:42:03 BigRIPS starts a new run
R20_79 is 75% the way through.
BRIKEN run 52
System checks passed.
7:09 PPACs are discharging very frequently.
7:39 counted 8 discharges. It's about once in four minutes. An acceptable discharge rate is several times in
one shift.
Firstly, each discharge damages the PPAC. Even 10 to 20 discharges can easily cause dead regions of cm size.
Secondly, with the frequency of discharge, we are now missing like as much as 25% of all events (at least
at a given PPAC)
As the detector becomes more damaged, it can discharge more frequently.
Moving the detector's position slightly can help to alleviate the problem by putting the beam on a fresh region
Anyway, as for a parasitic run they can do whatever they want, but it seems they are mis-operating the PPACs
Basically the voltage is too high or the detector is too old and needs to be replaced.
7:40 2017-04-01 07:40:12 BigRIPS run 205 begins
AIDA run R20_94 is at 721 MB at 7:40
BRIKEN run 53
System-wide checks are okay
8:08 Bias and Temp attachments 3 & 4 (bias_1_.png and temp_1_a.png)
9:01 BigRIPS run 206 2017-04-01 09:01:06
AIDA run R20_115 is at 600 MB at 9:01
BRIKEN run is 54
System-wide checks
9:39 Now that the students went home and some more experienced beam physicists are on shift, the PPAC discharge rate
goes down to ~2x per hour.
10:02 New BigRIPS run at 2017-04-01 10:01:40 number 0207
AIDA run R20_130 was at 1.9 GB at 10:02..
BRIKEN run 55
System-wide checks passed
(I went upstairs for a break...it seems that the beam got turned off at some point)
10:55 Phone call, and I hear the chime for the beam coming back.
10:56 BigRIPS starts run 0208 2017-04-01 10:56:06
AIDA run R20_145 has just started at 10:56
BRIKEN run was not restarted and continued as run 55
System-wide checks are okay
11:02 We checked that the synchronization looks okay.
11:58 Noticed that BigRIPS started a new run at 2017-04-01 11:56:42, run 0209
AIDA run R20_160 should overlap about 50% with this run.
BRIKEN run is 56
System wide checks performed.
Attached are Biases and Temperatures as 5 & 6 ("bias_1_b" ; "temp_1_b")
12:58 BigRIPS starts run 0210 at 2017-04-01 12:57:21
AIDA run R20_176 was 422 MB at 12:57
BRIKEN 57
Pass system-wide checks
14:30 beam current has been fluctuating for awhile
14:50 BigRIPS started a new run 0212 2017-04-01 14:44:18
R20_203 was at 1.2 GB at 14:44
BRIKEN run 58
System checks okay
15:18 Phone rings. RF is down so the beam stopped.
R20_212 is at 500 MB at 15:19
15:57 Phone rings again.
16:37 BigRIPS start run 0214
Start of AUDA file R20_232
BRIKEN run 59
System wide check all ok
16:53 Biases and leakage currents ok (See attachment 7)
17:36 BigRips start run 0215
Strt of AIDA file R20_247
BRIKEN start run 60
System wide checks all ok
Temperatures all ok
18:04 BigRips stop to change gas stripper foil
AIDA file R20_254
18:09 BigRips start run 0216
AIDA file R20_255
System wide checks all ok
18:25 BRIKEN start file 61
AIDA file R20_259
BRIKEN had to restart the computer so a resync needed to be done
19:07 BigRips start file 0217
AIDA on file R2-_270 (End of file)
BigRips reducing beam intensity to calibrate the beam current
19:12 Back to normal BigRips condition
Al degrader 1mm is removed
BigRips run 0218 (started at 19:11)
AIDA file R20_271
BRIKEN start file 62
System wide checks ok
20:06 Bias and leakage currents ok
Temperature ok
20:12 BigRips start run 0219
Start of AIDA file R20_287
BRIKEN starts file 64
System wide checks all ok
ASIC load check ok
21:12 BigRips start run 0220
AIDA file R20_301
System wide checks ok
BRIKEN starts file 65
22:12 BigRips stopped to change stripper foils
End of AIDA file R20_315
22:20 BigRips start run 0220
End of AIDA file R20_317
System wide checks and temperatures ok
BRIKEN start file 66
23:08 Biases and leakages ok
23:10 BigRips start run 0222
End of AIDA file R20_329
BRIKEN start file 67
System wide checks all ok |
|
Thu Mar 30 16:12:21 2017, DK, OH, CG, Friday, March 31 run status 14x
|
00:11 BigRIPS has started a new run at 00:10:42 run 0165.
AIDA subrun R16_357 was about halfway (~1 GB) at 00:11.
BRIKEN run 21 ( so-called 170331_0012_Mg40 )
Check clock status: FEE64 module nnaida1 global clocks failed, 6 [ as usual, and it is set to ch 2 ]
ADC calib all pass
Clock timestamp, passed
Sync counter error, passed
Sync pulses all consistently near 3 x 10^7
Memory info from Linux FEE64 all around 35k to < 40k
Sync check on the BRIKEN terminal is looking all consistent to me.
Temperatures are seen as attachment 1, temps_31_a.png
Biases and leak currents seen as attachment 2, bias_31_a.png
As for what I've checked then we continue on in what appears to be a stable condition.
01:12 I can see BigRIPS team at their DAQ PC about to change the run.
2017-03-31 01:12:24 BigRIPS run 0166 starts
AIDA subrun R16_372 is 75% finished at 1:12
BRIKEN run 22, [ 170331_0114_Mg40 ] -- timestamp beginning at 1:14 means they are almost exactly at the
beginning of AIDA R16_373
Check clock status, ibid to above
Check ADC calib, ibid
Check ASIC clock timestamp, ibid
Check sync errors, ibid
Check sync pulses, 3.2 x 10^7 consistently
Check FEE64 memory, 36k to 37k.
Sync check at BRIKEN is still running and shows the clocks are lined up.
Continue.
02:10 BigRIPS begins a new run, number 0167
AIDA subrun R16_386 finished at 2:10, so BigRIPS 0167 should correspond nicely with the start of AIDA R16_387
BRIKEN run number 23 [ 170331_0214_Mg40 ]
All six (6) system wide checks were performed. The situation remains stable as above.
03:13 BigRIPS starts a new run at 3:12:51
AIDA R16_402 is about 50% complete at 3:13
BRIKEN 24 [ 170331_0314_Mg40 ]
All system-wide checks are passed. Number of sync pulses is ~3.7 x 10^7
03:33 Bored so here's some spectra, attachment 3 as pulses_31_b.png. It looks good.
04:10 BigRIPS run 0169 began at 2017-03-31 04:09:50
AIDA is R16_416 50% though at this time.
BRIKEN 25 [ 170331_0413_Mg40 ]
All checks passed. I'm not just writing it, but they were performed :)
See attachment 4 for bias. had screencapped temp but forgot to update so it was just a clone of attachment 1 (this
was noticed at 8:07)
04:58 Beam operators called. They stopped the beam so they can exchange the carbon stripper foil.
AIDA R16_428 was 25% through at 4:58.
05:02 R16_429 is at 600 MB I hear the chime to indicate the beam is back
BigRIPS 2017-03-31 05:02:57 run 0170 is started
BRIKEN run 27 [ 170331_0504_Mg40 ] -- NB: Run 26 was junk (some mistake)
All six (6) system wide checks are a go. 3.7 x 10^7 is the sync pulse count.
Continue.
05:12 I show you the AIDA look good in attachment 5 spec_31_c.png
06:10 still waiting on BigRIPS to notice what time it is.
06:14 BRIKEN sends the resync. (this note is written at 7:11..see below)
06:16 R16_447 Jorge realizes there are no neutrons in BRIKEN, and we realize the second beam physicist is on the phone.
06:29 Beam physicists hang up the phone...2017-03-31 06:29:30 BigRIPS run 0171
AIDA run R16_451 is almost exactly beginning at 6:29
BRIKEN run number 28
The system wide checks are consistent as before
FEE64 module nnaida1 global clocks failed, 6
Check sync pulses sees 3.9 x 10^7
06:36 - I asked the BigRIPS team the situation. Basically, they calibrate the faraday cup and also three plastic
scints near F0 (primary target) for calibrartion (cross section estimation) purposes.
So it seems in this time THEY have the beam yet we do not because it is not reaching all the way to F11 the
entire time.
Though I do not want to bother the operators with too many questions, it can be that parts of BigRIPS run 0170
near the end will not correlate with our data.
07:11 - I had not caught that BRIKEN sent the resync. It was confirmed that it was the only resync issued tonight.
Please see the attachment 6 "spec_31_d.png", though I'm not sure it would be useful
07:47 Not sure the situation. Beam physicists were near their DAQ PC for a bit, then on the phone, but their run has not
restart.
AIDA run R16_469 at this time, just to note.
07:57 2017-03-31 07:55:33 BigRIPS run 0177 is started. Evidently run 0176 is skipped somehow.
AIDA R16_471 was at 1.9 GB at 7:57 so probably it mostly correlates with the start of the BigRIPS run.
BRIKEN run number 29 (?) [ 170331_0758_Mg40 ]
[8:15 - confirmed the problem with beam physicists was a DAQ issue. Thus BigRIPS run 0172 is junk, and they took
some time to resolve their issue.]
System-wide checks look normal. 4 x 10^7 sync pulses
Attachments 7 and 8 have bias and temp ("bias_31_e.png" and "temp_31_e.png")
08:07 When doing the temperature this time, I realized that an early temperature "temp_31_b" was just a clone of
"temp_31_a" as I forgot to refresh. Now the attachment numbering changes as I delete it, and the elog is updated to
correctly reflect the new ordering. I should be more careful.
08:56 BigRiips start run 0174
End of AIDA file R16_485
BRIKEN file 31
System wide checks all ok *except* nnaida1 fails global clocks 6
ASIC check all ok
09:44 BigRips stopping the beam
Half way through AIDA file R16_498
09:57 System wide checks all ok *except* nnaida1 fails global clocks 6
10:01 BigRips start run 0175
Start of AIDA file R16_502
BRIKEN file 32
10:11 Biases and leakage currents ok (See attachment 9)
10:19 BigRips start run 0176
End of AIDA file R16_506
10:23 BRIKEN start file 33
AIDA on file R16_507
11:21 BigRips start run 0177
End of AIDA file R16_521
BRIKEN start file 34
System wide checks all ok *except* nnaida1 fails global clocks 6
Temperatures ok (See attachment 10)
12:21 BigRips start run 0178
AIDA file end of R16_536
BRIKEN start run file 35
System wide checks all ok *except* nnaida1 fails global clocks 6
ASIC load check ok
12:43 Biases and leakages are ok (See attachment 11)
13:20 BigRips run 0179
AIDA halfway through R16_551
BRIKEN start run file 36
System wide checks all ok *except* nnaida1 fails global clocks 6
13:39 bigRips run 0180
AIDA file end of R16_555
14:44 System wide checks all ok *except* nnaida1 fails global clocks 6
ASIC load check ok
Temperatures all ok (See attachment 12)
Biases and leakage currents ok (see attachment 13)
15:14 BigRips is stopped
AIDA file R16_579
15:16 BigRips started run 0181
AIDA file end of R16_579
15:24 BRIKEN starts file 37
AIDA file 3/4 of R16_581
16.18 BigRIPS file 0182.
Just after start of R16_595.
BRIKEN file 38 starts @ 16.21.
16.55 All system-wide checks ok except nnaida1 fails global clocks 6.
Temps, bias and leakage currents (see attachment 14) all ok.
17.18 BigRIPS run 0183.
~1/2 way through R16_609.
BRIKEN run 39.
18.27 BigRIPS file 0184 started. Start of R16_627.
18.31 Beam stopped at F11 for stripped foil change. Very end of R16_628.
18.38 Beam returned to F11. 1.3GB through R16_630.
BigRIPS file 0185.
BRIKEN run 40.
19.15 System-wide checks as previously.
19.38 BigRIPS file 0186. End of R16_654
19.43 BRIKEN file 41 started.
20.48 BigRIPS file 0187 started for 30Ne tuning.
BRIKEN will not be taking data.
20:50 AIDA stopped on file R16_663
Stopped as end of 39Na and the start of the BigRIPS sweep of settings.
20:52 BigRips starting with 30Ne
20:53 Started AIDA file R17. Centring beam along ZDS.
F11 rate ~50cps. All variable degrader in (19mm).
20.58 BigRIPS file 0188 started.
21.04 30Ne setting started. BigRIPS file 0189 started.
21.20 30Ne stopped for 31Ne centring. BigRIPS file 0190.
21.27 BigRIPS file 0191 started for 31Ne yield measurement.
(JLT has spoken with operators and it seems up until now beam has been stopped at F7. We are taking this to be the
case unless advised otherwise.)
21.59 BigRIPS file 0192 started on 32Ne yield setting. Beam to F11.
22.01 R17 stopped and R18 started.
22.05 32Ne setting finished.
R18 stopped.
22.19 BigRIPS file 0194 started for 34Ne setting.
AIDA run R19 started.
BRIKEN run 43.
Currently 10mm degrader but LISE predicts everything should pass through.
22.43 Degrader changed to 19mm Al at start of R19_6.
LISE predicts implants in DSSD#2.
23.23 Beam stopped to F11. 1.8 GB into R19_15.
23.25 Beam returned to F11. 1GB into R19_16.
BigRIPS file 0195.
Degrader reduced to 16.8mm Al. |
|
Wed Mar 29 18:02:12 2017, OH, TD, DK, CG, Thursday 30th March 31x
|
02:02 Recovered DAQ from crash. Merger became clogged and the system required a full restart. Raspberry pi also
required a restart to regain control of the USB power relay.
AIDA R16 started
BigRips on run 0143 which started at 01:19
BRIKEN run 2
Biases and leakage currents ok see attachment 1
Screenshots attached for good events, sync, pause and resume (attachments 2-5)
02:23 BigRips started run 0144
AIDA on run R16_5
BRIKEN run 3
02:47 All system wide checks ok
03:25 BigRips Run 0145
AIDA run R16_22 begins at 03:26
BRIKEN run 4
All system wide checks ok
04:00 Biases and leakage currents ok (attachment 6)
04:25 BigRips has stopped. AIDA run R16_37
brief stop in beam time as Shunji got access to the area and removed the fixed degrader.
In the hope that we were stopping ions before they reached AIDA.
It is now attached to the furthest upstream variable degrader.
04:29 bigRips run 0146
AIDA run R16_38
BRIKEN run 5
System wide checks ok, ASICS settings checked
05:31 BigRips beam stopped. Carbon foil change
AIDA file run R16_54
BRIKEN also stopped
Was running with 13mm of Al. Switching to 11mm of Al degrader.
05:41 BigRips start Run 0147
AIDA file R16_57 starts at 05:52
BRIKEN run 6
System wide checks all ok.
06:00 Bias and leakages ok (see attachment 7)
06:26 System wide checks ok
06:43 BigRips stopped their run.
AIDA currently on R16_73. Still running even after LN2 fill.
07:17 BigRips start run 0148
AIDA run R16_81
BRIKEN run 7
System wide checks and ASIC load all ok
07:42 Bias and leakage currents ok (see attachment 8)
08:22 System wide checks all ok
08:36 BigRips started run 0149
AIDA file R16_104
08:41 BRIKEN run 8
09.30 System-wide checks all ok.
Leakage currents ok (see attachment 10).
09.43 BigRIPS run 0150 starts. Corresponds to the beginning of R16_125.
10.35 System-wide checks all ok. nnaida1 still fails clock status check, but bit 2 is set.
Leakage currents ok.
R16_141.
10.44 BigRIPS run 0151 starts. Corresponds to the end of R16_142.
11.40 System-wide checks all ok. nnaida1 still fails clock status check, but bit 2 is set.
Leakage currents ok.
R16_141.
11.45 BigRIPS run 0152 starts. Corresponds to end of R16_159
12.00 Leakage currents all ok (see attachment 11).
12.47 PE16/R16_178
BRIKEN file 11
BigRIPS run0153
12.50 System wide checks OK *except* nnaida1 fails global clocks 6
ASIC check control
13.41 1.8.H and 1.8.W spectra
13.43 System wide checks OK *except* nnaida1 fails global clocks 6
14.03 BigRIPS run 0154.
Roughly start of R16_199.
14.21 BigRIPS run 0155.
Start of R16_204.
14.50 System-wide checks all passed except nnaida1 fails global clocks 6.
Leakage currents ok.
15.23 Beam off. ~Half way through R16_220.
Degrader reduced from 11mm to 8mm.
Previously no pulser visible in p-side FEEs. Jiggled pulser cabling and pushed all LEMO connectors in.
Pulser no visible in 1.8.L for all p-side FEEs.
15.28 Beam returned. End of R16_221.
BigRIPS file 0156.
15:40 STQ problem so beam stopped near start of R16_225.
16.05 Beam returned to F11. 1.7G into R16_231.
BigRIPS file 0157
BRIKEN file 15
System-wide checks all passed except nnaida1 fails global clocks 6.
Leakage currents ok.
17.20 BigRIPS file run0158
17.38 Bias & leakage currents OK - see attachments 16-17
FEE64 temperatures OK - see attachment 18
Statistics - good events, AIDA disc, SYNC, PAUSE, RESUME, correlation L - see attachments 19-24
Merge statistics - see attachments 25-26
17.40 System wide checks OK *except* nnaida1 fails global clocks 6
18.21 BigRIPS run0159
AIDA R16_269
BRIKEN file 17
18.44 System wide checks OK *except* nnaida1 fails global clocks 6
19.31 BigRIPS run0160
AIDA R16_288
BRIKEN file 18
19.55 System wide checks OK *except* nnaida1 fails global clocks 6
20.22 BigRIPS run0161
AIDA R16_300
BRIKEN file 19
Degrader 8mm Al (unchanged)
21.32 BigRIPS run0162
AIDA R16_318
BRIKEN file 20
Degrader 8mm Al (unchanged)
21.32 Bias & leakage currents OK - see attachments 27-28
FEE64 temperatures OK - see attachment 29
21.38 System wide checks OK *except* nnaida1 fails global clocks 6
22.16 BigRIPS run0163
AIDA R16_329
Degrader 8mm Al (unchanged)
22.30 System wide checks OK *except* nnaida1 fails global clocks 6
22.33 AIDA synchronised - R16_333 - see attachment 30
23.07 BigRIPS run0163
AIDA R16_341
BRIKEN
Degrader 8mm Al (unchanged)
23.28 ASIC settings 2017Mar27-16.12.39
BNC PB-4
Amplitude 90,000
x5 attenuator IN
t_r 50ns tau_d 50us
frequency 25Hz range
polarity-
tail pulse, delay MIN
23.35 System wide checks OK *except* nnaida1 fails global clocks 6
23.28 Analysis of data fileR16_347 - see attachment 31
23.48 daid on shift. |
|
Wed Mar 29 17:49:36 2017, DK, cshrc hacking w/ MIDAS
|
The ~/.cshrc was modified to change the MIDAS path for a convenient analysis method, but it should be done in a shell script instead, as it pushes the MIDAS BASE to all instances
of MIDAS, such as the Run Control, etc.
As we did not want to log out, and the X session is setting these globally somehow (unexpected) then I did a temporary hack.
The directory we did not want, MIDAS@aidas.240215 was moved to MIDAS@aidas.240215.hacking
Then a symbolic link called MIDAS@aidas.240215 was created to point at MIDAS@aidas
We should remember to undo this later and fix the situation. |
|
Wed Mar 29 13:38:38 2017, OH, DK, CG, First beam runs
|
For BigRIPS run numbers, they are available online: http://bripscnt01.rarfadv.riken.jp/runsum/index.php
21:30 AIDA and BRIKEN are ready to go -- so we closed the door and asked the BigRIPS team to send the beam to
F11. It will take about 30 minutes as they want to recalibrate one of the Faraday cups.
22:09: Beam is coming to F11. AIDA sub-run R13_17 is running at 22:10 so nearly the same time.
BigRIPS run number 0140
BRIKEN file name 170329_2213_40Mg Run 0. It is started at 22:13. R13_18 for AIDA
See attachment 1 for biases.
23:12: We notice that BigRIPS began the run 0141 at 23:08
AIDA subrun R13_36 began about or near 23:07 or 23:08
BRIKEN run number 170329_2313_40Mg Run 1
All system-wide checks passed (excepting nnaida6 clock status which is a known issue)
Statistics rates look reasonable, except that the nnaida 16 23 24 are even higher than before when the beam
was off (~200k)
23:59 - AIDA crashed. Merger stopped. When attempting to stop the run, the following error is displayed:
STATE for nnaida1 returned with an error
error: SOAP http transport timed out after 20000 ms
NONE
error: SOAP http transport timed out after 20000 ms
while executing
"$transport $procVarName $url $req"
(procedure "::SOAP::invoke" line 18)
invoked from within
"::SOAP::invoke ::SOAP::_DataAcquisitionControlClient__GetState"
("eval" body line 1)
invoked from within
"eval ::SOAP::invoke ::SOAP::_DataAcquisitionControlClient__GetState $args"
(procedure "DataAcquisitionControlClient__GetState" line 1)
invoked from within
"DataAcquisitionControlClient__GetState"
We kill off the merge and tape server.
DAQ itself comes back after a reset. Attempting to open the tape service, however, yields an error
Cannot issue more Access Tokens
ClaimTapeServer returned:-
3 Capability table is full.
30.3.2017
0:56 When attempting to bring AIDA back up, eventually nnaida10 was not showing merger data before enabling the
ASIC readout data. On the run control, nnaida10 consistently showed that its data transfer was not enabled.
Attempting to reset etc., then eventually issuing Go would drop all the data transfers.
After a power cycle by the standard method, essentially the problem persists, except that it is nnaida 7 8 9 10
(the whole block) which shows the problem where we cannot get the enabled data transfer to stick. |
|
Wed Mar 29 13:02:17 2017, TD, Report - high - interaction between DHCP and FEE64 authenticated mount requests
|
What has happened here?
Power cycle of FEE64s
24x authenticated mount request c. 20.56
Followed by repeat for nnaida20 following DHCP activity c. 21.00
Mar 29 20:56:44 aidas1 rpc.mountd[2812]: authenticated mount request from 10.1.1.1:864 for /MIDAS@aidas
(/MIDAS@aidas)
Mar 29 20:56:44 aidas1 rpc.mountd[2812]: authenticated mount request from 10.1.1.2:864 for /MIDAS@aidas
(/MIDAS@aidas)
Mar 29 20:56:45 aidas1 rpc.mountd[2812]: authenticated mount request from 10.1.2.7:864 for /MIDAS@aidas
(/MIDAS@aidas)
Mar 29 20:56:45 aidas1 rpc.mountd[2812]: authenticated mount request from 10.1.2.4:864 for /MIDAS@aidas
(/MIDAS@aidas)
Mar 29 20:56:46 aidas1 rpc.mountd[2812]: authenticated mount request from 10.1.2.3:864 for /MIDAS@aidas
(/MIDAS@aidas)
Mar 29 20:56:46 aidas1 rpc.mountd[2812]: authenticated mount request from 10.1.1.5:864 for /MIDAS@aidas
(/MIDAS@aidas)
Mar 29 20:56:46 aidas1 rpc.mountd[2812]: authenticated mount request from 10.1.2.8:864 for /MIDAS@aidas
(/MIDAS@aidas)
Mar 29 20:56:47 aidas1 rpc.mountd[2812]: authenticated mount request from 10.1.1.9:864 for /MIDAS@aidas
(/MIDAS@aidas)
Mar 29 20:56:47 aidas1 rpc.mountd[2812]: authenticated mount request from 10.1.1.10:864 for /MIDAS@aidas
(/MIDAS@aidas)
Mar 29 20:56:47 aidas1 rpc.mountd[2812]: authenticated mount request from 10.1.2.12:864 for /MIDAS@aidas
(/MIDAS@aidas)
Mar 29 20:56:47 aidas1 rpc.mountd[2812]: authenticated mount request from 10.1.2.24:864 for /MIDAS@aidas
(/MIDAS@aidas)
Mar 29 20:56:47 aidas1 rpc.mountd[2812]: authenticated mount request from 10.1.1.13:864 for /MIDAS@aidas
(/MIDAS@aidas)
Mar 29 20:56:47 aidas1 rpc.mountd[2812]: authenticated mount request from 10.1.1.6:864 for /MIDAS@aidas
(/MIDAS@aidas)
Mar 29 20:56:47 aidas1 rpc.mountd[2812]: authenticated mount request from 10.1.2.20:864 for /MIDAS@aidas
(/MIDAS@aidas)
Mar 29 20:56:47 aidas1 rpc.mountd[2812]: authenticated mount request from 10.1.1.14:864 for /MIDAS@aidas
(/MIDAS@aidas)
Mar 29 20:56:48 aidas1 rpc.mountd[2812]: authenticated mount request from 10.1.2.15:864 for /MIDAS@aidas
(/MIDAS@aidas)
Mar 29 20:56:48 aidas1 rpc.mountd[2812]: authenticated mount request from 10.1.2.16:864 for /MIDAS@aidas
(/MIDAS@aidas)
Mar 29 20:56:48 aidas1 rpc.mountd[2812]: authenticated mount request from 10.1.1.22:864 for /MIDAS@aidas
(/MIDAS@aidas)
Mar 29 20:56:48 aidas1 rpc.mountd[2812]: authenticated mount request from 10.1.1.18:864 for /MIDAS@aidas
(/MIDAS@aidas)
Mar 29 20:56:48 aidas1 rpc.mountd[2812]: authenticated mount request from 10.1.2.23:864 for /MIDAS@aidas
(/MIDAS@aidas)
Mar 29 20:56:48 aidas1 rpc.mountd[2812]: authenticated mount request from 10.1.2.11:864 for /MIDAS@aidas
(/MIDAS@aidas)
Mar 29 20:56:49 aidas1 rpc.mountd[2812]: authenticated mount request from 10.1.2.19:864 for /MIDAS@aidas
(/MIDAS@aidas)
Mar 29 20:56:49 aidas1 rpc.mountd[2812]: authenticated mount request from 10.1.1.21:864 for /MIDAS@aidas
(/MIDAS@aidas)
Mar 29 20:56:49 aidas1 rpc.mountd[2812]: authenticated mount request from 10.1.1.17:864 for /MIDAS@aidas
(/MIDAS@aidas)
Mar 29 21:00:43 aidas1 dhcpd: DHCPDISCOVER from 00:04:a3:2a:d0:11 via p2p2
Mar 29 21:00:43 aidas1 dhcpd: DHCPOFFER on 10.1.2.20 to 00:04:a3:2a:d0:11 via p2p2
Mar 29 21:00:43 aidas1 dhcpd: DHCPREQUEST for 10.1.2.20 (10.1.2.250) from 00:04:a3:2a:d0:11 via p2p2
Mar 29 21:00:43 aidas1 dhcpd: DHCPACK on 10.1.2.20 to 00:04:a3:2a:d0:11 via p2p2
Mar 29 21:00:43 aidas1 rpc.mountd[2812]: authenticated mount request from 10.1.2.20:686 for
/data10/XilinxLinux/ppc_4xx/rfs/nnaida20 (/data10/XilinxLinux/ppc_4xx/rfs)
Mar 29 21:01:08 aidas1 rpc.mountd[2812]: authenticated mount request from 10.1.2.20:864 for /MIDAS@aidas
(/MIDAS@aidas) |
|
Wed Mar 29 08:13:34 2017, DK, PV, JL, CG, Degrader, Pb wall opening
|
16:21
Chris noticed that when the degraders that are at the beam right position when they are "out" may not be fully removed from the beamline. It's difficult to make a good
measurement, but it looks like several cm (~3 cm?).
The degrader that moves out to the beam left side has its inner-most edge roughly flush with the square opening of the polyethylene wall.
It does not seem that the issue is about the slider's center position. This we checked yesterday and within the judgement of our eyes and limited viewing angle, several people
independently confirmed that the center of the degrader slider is near the true center of BRIKEN and AIDA with respect to the beam axis. It appears to be an issue of the
slider's total track length. Also it should be noted that the degraders are installed in a somewhat asymmetric way, so the consideration of one opening side of the degraders
when fully open and another isn't fully out may not be germane.
16:44
We shifted the center of the degrader slider to be about less 1 cm to the beam right. So now the degraders a bit more symmetric as far as their inner edges are related to the
opening in the polyethylene wall.
As for the Pb wall, its opening is ~10.5 cm. The "window" in the Pb wall is slightly shifted to the beam left side. The left side is ~5.5 cm from the center, where as the right
side is <5.5 cm from the center. |
|
Wed Mar 29 05:08:04 2017, TD, Report - medium - delayed or missing authenticated mount requests following FEE64 power cycle
|
This is not, I think, a new observation.
Following FEE64 power cycles we sometimes observe delayed ( ~5-15 minutes ) authenticated mount requests
as the FEE64s mount their root filesystem from the AIDA server aidas1 - see attachment 1.
There also appears to be an instance of a *missing* authenticated mount request - nnaida10 at 19.51
So this is *a* (but probably not *the*) cause of FEE64 timeouts observed following a FEE64 power cycle
and then waiting 10 minutes before attempting to start the MIDAS DAQ.
I have noticed that these issues appear to be significantly worse when we are using NTFS-mounted USB disks
to backup data from the AIDA server internal disks. Indeed, performance in general is noticeably slower when
using the NTFS-mounted USB disks.
Currently, we attempt to mitigate these issues by either throttling rsync or nice'ing cp. |
|
Wed Mar 29 00:23:12 2017, TD, Analysis of Mar2017/R3 8x
|
Analysis of Mar2017/R3_0 ... R3_9 by MIDASsort
*** ENTRY finish
*** data items: ********** ( -48528.10 Hz)
*** ADC events: 908055140 ( 26136.76 Hz)
*** time warps: 0 ( 0.00 Hz)
*** DSSSD # 1 count: 162 old count: 162 dt: 50309.28 s LEC rate: 0.00 Hz
*** DSSSD # 2 count: 69 old count: 69 dt: 50309.28 s LEC rate: 0.00 Hz
*** DSSSD # 3 count: 62 old count: 62 dt: 50309.28 s LEC rate: 0.00 Hz
*** DSSSD # 4 count: 70 old count: 70 dt: 50309.28 s LEC rate: 0.00 Hz
*** DSSSD # 5 count: 53 old count: 53 dt: 50309.28 s LEC rate: 0.00 Hz
*** DSSSD # 6 count: 62 old count: 62 dt: 50309.28 s LEC rate: 0.00 Hz
*** DSSSD # 1 count: 0 old count: 0 dt: 50309.28 s HEC rate: 0.00 Hz
*** DSSSD # 2 count: 0 old count: 0 dt: 50309.28 s HEC rate: 0.00 Hz
*** DSSSD # 3 count: 0 old count: 0 dt: 50309.28 s HEC rate: 0.00 Hz
*** DSSSD # 4 count: 0 old count: 0 dt: 50309.28 s HEC rate: 0.00 Hz
*** DSSSD # 5 count: 0 old count: 0 dt: 50309.28 s HEC rate: 0.00 Hz
*** DSSSD # 6 count: 0 old count: 0 dt: 50309.28 s HEC rate: 0.00 Hz
*** ENTRY finish ends
Background run (pulser off) with slow comparator thresholds ~1000keV
to check for intrinsic and extrinsic alpha activity in DSSSDs # 1-6
- see attachments 1-4 & 8
Spectra show alpha events distributed across the active areas of all
DSSSDs - DSSSD #1 has largest number of alpha events
Analysis routine implantdecay.f, spectrum titles and sort variables
- see attachments 5-7
Note change of FEE64 configuration cf. September-December 2016. |
|
Wed Mar 29 00:02:49 2017, TD, Wednesday 29 March 21x
|
08.02 DAQ halted overnight
System checks OK *except* for nnaida1 global clocks error 6 and some SYNC errors - see attachments 1-5
08.05 Biases & leakage currents OK - see attachments 6-7
Ambient temperature +23.6 deg C, d.p. -3.2 deg C, RH 16.6%
Julabo FL11006 set point +20 deg C actual +20.0 deg C
FEE64 temperatures OK - see attachment 8
08.08 Soft reset
08.14 PE16/R5
Test response of AIDA DAQ to LN2 refill cycle
ASIC settings 2017Mar27-16.12.39
BNC PB-4
Amplitude 90,000
attenuator x5 IN
t_r 50ns tau_d 50us
frequency 25Hz range
polarity -
delay MIN, tail pulse
08.15 DAQ OK - no sync errors, merger & tapeserver OK - at start of LN2 fill cycle
08.25 DAQ OK - no sync errors, merger & tapeserver OK - at end of LN2 fill cycle reported by SN (actually first
valve closing)
08.47 PE16/R5 ends OK
aidas1> ~/td/analyser/analyser /TapeData/PE16/R5_8
*** TDR format 3.3.0 analyser - TD - October 2016
*** ERROR: READ I/O error: 5002
blocks: 3117
ADC data format: 25180761 ( 1032182.6 Hz)
Other data format: 243324 ( 9974.1 Hz)
Sample trace data format: 0 ( 0.0 Hz)
Undefined format: 0 ( 0.0 Hz)
Other data format type: PAUSE: 4 ( 0.2 Hz)
RESUME: 4 ( 0.2 Hz)
SYNC100: 223299 ( 9153.2 Hz)
FEE64 disc: 19744 ( 809.3 Hz)
MBS info: 273 ( 11.2 Hz)
Other info: 0 ( 0.0 Hz)
ADC data range bit set: 372 ( 15.2 Hz)
Timewarps: ADC: 0 ( 0.0 Hz)
PAUSE: 0 ( 0.0 Hz)
RESUME: 0 ( 0.0 Hz)
SYNC100: 0 ( 0.0 Hz)
FEE64 disc: 0 ( 0.0 Hz)
MBS info: 0 ( 0.0 Hz)
Undefined: 0 ( 0.0 Hz)
Sample trace: 0 ( 0.0 Hz)
*** Timestamp elapsed time: 24.396 s
FEE elapsed dead time(s) elapsed idle time(s)
1 0.000 0.000
2 0.000 0.000
3 0.000 0.000
4 0.000 0.000
5 0.000 0.000
6 0.010 0.000
7 0.000 0.000
8 0.000 0.000
9 0.000 0.000
10 0.000 0.000
11 0.000 0.000
12 0.000 0.000
13 0.000 0.000
14 0.000 0.000
15 0.000 0.000
16 0.032 0.000
17 0.000 0.000
18 0.000 0.000
19 0.000 0.000
20 0.000 0.000
21 0.000 0.000
22 0.000 0.000
23 0.050 0.052
24 0.032 0.000
25 0.000 0.000
26 0.000 0.000
27 0.000 0.000
28 0.000 0.000
29 0.000 0.000
30 0.000 0.000
31 0.000 0.000
32 0.000 0.000
*** Statistics
FEE ADC Data Other Data Sample Undefined Pause Resume SYNC100 Disc MBS
Other HEC Data
0 0 0 0 0 0 0 0 0 0
0 0
1 1515272 10040 0 0 0 0 9306 734 0
0 22
2 1865767 10389 0 0 0 0 9306 1083 0
0 0
3 747909 10149 0 0 0 0 9307 842 0
0 0
4 219072 9941 0 0 0 0 9306 635 0
0 2
5 990462 10121 0 0 0 0 9307 814 0
0 0
6 1169560 10176 0 0 1 1 9302 599 273
0 4
7 501892 9945 0 0 0 0 9307 638 0
0 0
8 443446 10086 0 0 0 0 9306 780 0
0 26
9 1146021 9904 0 0 0 0 9307 597 0
0 0
10 1079867 10446 0 0 0 0 9306 1140 0
0 0
11 231978 10103 0 0 0 0 9305 798 0
0 0
12 323199 9939 0 0 0 0 9306 633 0
0 0
13 669310 10234 0 0 0 0 9302 932 0
0 0
14 807685 9898 0 0 0 0 9305 593 0
0 111
15 1824230 10367 0 0 0 0 9305 1062 0
0 0
16 1918844 10136 0 0 1 1 9295 839 0
0 0
17 1203907 10012 0 0 0 0 9307 705 0
0 0
18 1650085 10349 0 0 0 0 9306 1043 0
0 0
19 583697 10367 0 0 0 0 9305 1062 0
0 0
20 474353 9969 0 0 0 0 9307 662 0
0 176
21 216947 10564 0 0 0 0 9307 1257 0
0 26
22 996462 9999 0 0 0 0 9306 693 0
0 0
23 2580229 10036 0 0 1 1 9288 746 0
0 5
24 2020567 10154 0 0 1 1 9295 857 0
0 0
25 0 0 0 0 0 0 0 0 0
0 0
26 0 0 0 0 0 0 0 0 0
0 0
27 0 0 0 0 0 0 0 0 0
0 0
28 0 0 0 0 0 0 0 0 0
0 0
29 0 0 0 0 0 0 0 0 0
0 0
30 0 0 0 0 0 0 0 0 0
0 0
31 0 0 0 0 0 0 0 0 0
0 0
32 0 0 0 0 0 0 0 0 0
0 0
*** Timewarps
FEE ADC Pause Resume SYNC100 Disc MBS Undefined Samples
0 0 0 0 0 0 0 0 0
1 0 0 0 0 0 0 0 0
2 0 0 0 0 0 0 0 0
3 0 0 0 0 0 0 0 0
4 0 0 0 0 0 0 0 0
5 0 0 0 0 0 0 0 0
6 0 0 0 0 0 0 0 0
7 0 0 0 0 0 0 0 0
8 0 0 0 0 0 0 0 0
9 0 0 0 0 0 0 0 0
10 0 0 0 0 0 0 0 0
11 0 0 0 0 0 0 0 0
12 0 0 0 0 0 0 0 0
13 0 0 0 0 0 0 0 0
14 0 0 0 0 0 0 0 0
15 0 0 0 0 0 0 0 0
16 0 0 0 0 0 0 0 0
17 0 0 0 0 0 0 0 0
18 0 0 0 0 0 0 0 0
19 0 0 0 0 0 0 0 0
20 0 0 0 0 0 0 0 0
21 0 0 0 0 0 0 0 0
22 0 0 0 0 0 0 0 0
23 0 0 0 0 0 0 0 0
24 0 0 0 0 0 0 0 0
25 0 0 0 0 0 0 0 0
26 0 0 0 0 0 0 0 0
27 0 0 0 0 0 0 0 0
28 0 0 0 0 0 0 0 0
29 0 0 0 0 0 0 0 0
30 0 0 0 0 0 0 0 0
31 0 0 0 0 0 0 0 0
32 0 0 0 0 0 0 0 0
*** Program elapsed time: 2.078s ( 1499.910 blocks/s, 93.744 Mb/s)
Data synchronisation OK - see attachment
08.58 LJ informs me that second valve (LN2 refill cycle has closed)
No sync errors
13.53 DAQ stopped since PE16/R5 test this morning
Now observe sync errors cf.baseline but sync check OK - see attachments 10-17
14:10 DAQ Started Run 6 Attached screenshots of statistics for good events, sync, pause and resume (See
attachments 18-21)
14.15 PE16/R6
First beam from ZDS
A/q ~ 40/12
No fixed degrader
Variable degrader 1.8mm W + 3mm Al
Very low rate of heavy ions (~10/h ?) and 'light' particles |
|
Tue Mar 28 01:28:12 2017, TD, CG, OH, DK, Tuesday 28 March 15x
|
09.13 DAQ run R3 ends OK (final file R3_9)
ASIC settings 2017Mar27-16.12.39
slow comparator 100 (dec)
LEC/MEC fast comparator 255 (dec)
BNC PB-4 pulser OFF
09.20 Biases & leakage currents OK - see attachments 1 & 2
Ambient temperature +23.8 deg C, d.p. -3.5 deg C, RH 15.7%
Julabo FL11006 set point +20 deg C actual +20.0 deg C
09.32 FEE64 temperatures OK - see attachment 3
09.39 System-wide checks OK except
ADC calibration fails nnaida21 & 23
SYNC errors not counted since baseline
SYNC pulses received
see attachments 4-8
13.36 PE16/R1
Pulser walkthough
BNC PB-4 settings
Amplitude 90,000 - 10,000 @ 10,000 step
x5 attenuator IN
t_r 50ns, tau_d 50us
polarity -
rate ~250Hz
delay MIN, tail pulse
ASIC settings 2017Mar27-16.12.39
see attachment 9
13.52 PE16/R2
Pulser walkthough
BNC PB-4 settings
Amplitude 10,000 - 2,000 @ 2,000 step
see attachment 10
14.03 PE16/R3
Pulser walkthough
BNC PB-4 settings
Amplitude 2,000 - 8,000 @ 2,000 step, 10,000 - 50,000 @ 10,000 step
see attachment 11
20.30 System-wide checks
All OK *except* clock status - nnaida1 global clocks failed 6 - see attachment 12
20.35 PE16/R4
Background
BNC PB-4 OFF
ASIC settings 2017Mar27-16.12.39
MACB master mode 5 (external 50MHz clock from Tektronix AFG3102C)
20.40 Biases & leakage currents OK - see attachments 13 & 14
Ambient temperature +23.6 deg C, d.p. -3.2 deg C, RH 16.6%
Julabo FL11006 set point +20 deg C actual +20.0 deg C
FEE64 temperatures OK - see attachment 15
20.50 PE16/R4 ends OK |
|
Mon Mar 27 03:29:05 2017, OH, TD, DK, CG, Monday 27 March 15x
|
11:28 Biases and leakages okm (see attachment 1)
14:00 Removed jumpers on cooling rack D. Noise was around 50 channels worse (FWHM of pulser peak) for all
backside channels.
14:30 Jumpers back on cooling rack D.
16.45 Screenshots of layouts 1-4, 7-8 illustrating state of play
attachment 2 - FEE64 # 1-24 Rate
3 - " HitRate
4 - p+n 1.8.L
5 - n+n 1.8.L
6 & 7 - p+n 1.8.W
8 & 9 - n+n 1.8.W
17.30 Attachments 10-14 statistics good events, sync, pause, resume, correlation L
17.36 Attachment 15 - FEE64 temperatures OK |
|
Mon Mar 27 03:28:53 2017, DK, TD, JA, Clock settings at the waveform generator stage
|
Clock settings for this experiment are slightly different than in the previous case.
Below are strictly the settings for the waveform generator itself.
Sent to AIDA side: 0 to 5 V amplitude, 50 MHz frequency
Sent to BRIKEN side: 0 to 5 V amplitude, 25 MHz frequency
Thus, both teams are taking TTL-type signals. However, the BRIKEN one goes to the Philips module which essentially converts it straight away to NIM.
There may have been a slight misunderstanding yesterday about the setup, but finally the waveform signal going to BRIKEN was checked and there was no problem. So we don't make
any changes (e.g. changing the waveform generator to a NIM-type output). |
|
Sun Mar 26 03:53:43 2017, CG, OH, Sunday 26th March
|
10.30 Left DAQ running overnight to look for alphas in DSSDs.
DSSD bias still ok @ 23.3oC (see att. 1).
FEE temps ok.
Slow and fast comparator thresholds set to 0x60 (~1Mev).
No obvious alphas (see att. 2+3).
11.00 Looked at waveforms and see long ripple (period ~10us) in a lot of the FEEs, e.g. nnaida15 in attachment 4. |
|
Thu Mar 23 10:56:29 2017, CG, OH, Thursday 23rd March - DSSD replacement + move 7x
|
10.00 Investigating DSSD2 (MSL BB18-1000 3058-9) missing channels, found broken bond wires on rear side (~1/4).
Replaced with 3058-3.
Stack order now:
| 3058-4
beam | 3058-3
| 2998-23
| 3058-5
| 3058-6
V 3058-7
12.00 All detectors, including the new replacement bias correctly (see att. 1).
14.00 Shunji has mentioned moving AIDA+BRIKEN forward by ~1m due to concerns about focusing the accurately at such a rearward position.
The afternoon was spent removing the EURICA rails to enable the push forward of AIDA+BRIKEN.
18.00 The DAQ was set running with the new detector included. All system checks passed apart from nnaida19 ADC calibration.
Pulser peak widths are mostly ~70-90ch for all FEEs. This is similar to Tuesday for the n-side FEEs (att. 2-4) and an improvement for the p-side FEEs (att. 5-7).
Having said that, some spectra show peaks with shoulders or tails and a few feature multiple discreet peaks.
We will look at this over the next couple of days, depending on when the final move/alignment of AIDA+BRIKEN is completed.
Complete table of pulser FWHM
nnaida# | Pulser FWHM (ch) | Comments
1 | 64 |
2 | 168 | Peak has shoulder
3 | 77 |
4 | 74 |
5 | 79 | Shoulder
6 | 86 | Shoulder
7 | 80 |
8 | 78 |
9 | 68 |
10 | 70 |
11 | 80 |
12 | 85 |
13 | 70 |
14 | 65 |
15 | 92 | Wide secondary peak in ASICs 1&4 of FWHM ~900ch @ 45k. Only few counts high (~1% height of pulser peak). Noise 10x height of pulser.
16 | 99 | Noise peak ~10x height of pulser peak.
17 | 70 | Low E tail.
18 | 75 |
19 | 96 |
20 | 83 |
21 | 68 | Additional peaks either side of pulser: approx. relative heights > (1/30) (1) (1/100)
22 | 69 |
23 | 108 | Noise peak ~10x height of pulser peak.
24 | 110 | Noise peak ~10x height of pulser peak. |
|
Tue Mar 21 08:04:43 2017, CG, OH, Tuesday 21 March - AIDA checks
|
10.00 Powered system on and biased.
Bias voltages and leakage currents ok (see att. 1). Ambient temp @23.1oC.
14.00 Shunji wanted to do some checks with the LN2 fill.
Seems to perhaps be a problem with unshielded cables to the valve switches.
With control box, outlet valve and cables to all valves behind LN2 tank, AIDA survives LN2 fill.
Parts ordered to facilitate moving of components behind the LN2 tank, away from AIDA.
Will carry out further tests once these have been fitted.
17.00 FWHM seem reasonable and similar to Dec 2016.
n-side FEEs see average pulser FWHM of ~70-80ch. nnaida19 noticeably worse @ ~150ch. (att. 2+3)
p-side FEEs worse with average pulser FWHM of ~200ch. nnaida13 worst of these, showing non-Gaussian peaks
with widths @ ~300ch. (att. 4+5)
Will not attempt to solve this now as they must all be disconnected to sort problem with nnaida1. |
|
Thu Feb 2 13:44:02 2017, OH, T9 Test Bench
|
T9 test setup at Daresbury was powered up and noise levels were checked using a pulser peak.
A 1V peak was used. For most channels this corresponded to a peak position at around +-11000 from the zero point at 9000.
An example of this is shown in attachment 1 showing the peak in nnaider 11, ASIC 4, ADC 11.
It was also observed that for both nnaider 11 and 12 (FEE modules corresponding to negative signals) that channels 2, 56 and 59 were not contributing to the rate. See attachment 2.
Upon investigating the missing channels ADC spectra the only apparent issue appeared in nnaida 11 ASIC 4, ADC 8. Which is plot 4.7.L. Here we see the peak much higher coming in at around channel 63000. See attachment 3.
The remaining missing channels in the rate plot appear to have normal amplitudes with maybe slightly higher noise. FWHM of ~60 as oppposed to ~18. Discussed more below.
Also done was a noise measurement across the all the ASICs. To do this an ADC was chosen belonging to each of the ASICs and the pulser peak location and FWHM was recorded. The reaults are as shown below.
FEE# ASIC/ADC Centroid Location FWHM
11 1.8 42951 19.38
11 2.8 41012 17.48
11 3.8 41929 20.01
11 4.8 41302 17.88
12 1.8 41830 17.38
12 2.8 41119 16.01
12 3.8 42669 18.30
12 4.8 41811 15.21
13 1.8 24329 15.05
13 2.8 24034 13.64
13 3.8 24209 15.79
13 4.8 24607 13.29
14 1.8 24650 16.19
14 2.8 24618 14.12
14 3.8 23934 15.04
14 4.8 22584 14.36
14 4.8 22584 14.36
It was seen that the noise was fairly low which is to be expected as there were no dtectors connected and only a short length of kapton cables connected to the board. |
|
Wed Feb 1 16:54:40 2017, CG, NP1306 run summary
|
| |
|
Wed Jan 18 14:16:47 2017, Patrick Coleman-Smith, Repaired Modules returning to RIKEN
|
Five modules are being returned to RIKEN after repair.
The MAC addresses are :-
00:04:a3:2a:ED:8f
00:04:a3:2a:f6:d4
00:04:a3:2b:22:6e
00:04:a3:2b:33:15
00:04:a3:2a:d0:1a
00:04:a3:2b:33:0c
00:04:a3:2a:b6:45
00:04:a3:2a:b2:b2
00:04:a3:2b:09:da
00:04:a3:2b:11:c5
|
|
Tue Dec 6 06:38:46 2016, TD, Updated Patrick, CAEN N1419 HV output common mode noise 9x
|
There appears to be significant common mode noise on the output of the
CAEN N1419 4 Ch Reversible 500 V/200 µA NIM HV Power Supply Module (USB)
- the specification quotes 'Max Ripple smaller than < 5mVpp'. We configure
the CAEN N1419 outputs as floating wrt NIM module/crate chassis.
For example, attachment 1, shows the output of module #2 (Addr 01) channel #3
(unused channel) set to 10V (leakage current 0.030uA) - core (Ch 1)/braid (Ch 2).
Tektronix 3034C channels 1 & 2 are both set ac/1M.
Attachment 2 shows math function Ch 1 - Ch 2 (50mV/division cf. 200mV/division
for Ch 1 and Ch 2)
Attachment 3 shows CAEN N1419 #2 settings
Attachment 4 per attachments 1 & 2 *except* the cables from channels 0 and 1
of CAEN N1419 #2 have been disconnected from the NIM module. The structure of
the common mode noise changes but its amplitude remains significant. This
presumably indicates that there are other sources of common mode noise in
addition to that observed at the output of the CAEN N1419 HV outputs.
Attachments 5 & 6 show the NIM crate front panel +6V output wrt ground
for the lower (NIM Bin type REPIC, BNC PB-4, Ortec 433, 2x MACB, 2x CAEN N1419,
1x CAEN 1419B) and upper (NIM Bin type OKEN, 9x MACB) AIDA NIM bins respectively.
All +/-24V, +/-12V and +/-6V front panel outputs show the same noise structure.
Attachment 7 shows equivalent of attachment 6 but using Tektronix DPO3054
which can display FFT.
Update -----------------------------------------
Tested the CAEN HV supply in T9 using the same method and observed similar results.
With help from Mos Kogimtzis a better method of measuring the HV noise was used.
The co-ax from the isolated output of the HV module was connected to one input of the 'scope. HV set to 1V.
Thus the screen of the HV signal is grounded at the 'scope amplifier input. This nearer to how the HV is used with a detector.
The single signal input channel was set to DC 1MR with an offset of 1V.
The 'scope can now display at 4mV/division.
The peak/peak was less than 5mV.See attachment 8 slide 1
There are features at both high and low frequency, attachments slides 2 and 3. NB 1mV/division.
If a differential measurement is required then a suitable cable with a shielded twisted pair is needed.
Update #2 -----------------------------------------
Moved the AIDA T9 HV supply to a CAEN NIM bin. Newly purchased this year.
This is the only module in the bin.
Used the simple method of noise measuring as before with the same cables and 'scope.
Attachment 9 shows there is a different type of noise. Not regular like attachment 8 but more random and larger.
The HV is set to 1V.
Further investigation will be carried out using AC coupling and HV set to 50V. |
|
Tue Dec 6 02:30:35 2016, TD, Report - low - significant variation in FEE64 boot times
|
Not something we were not aware of already but /var/log/messages illustrate the issue.
Dec 6 11:13:02 aidas1 rpc.mountd[2926]: authenticated mount request from 10.1.2.8:713 for
/data10/XilinxLinux/ppc_4xx/rfs/nnaida8 (/data10/XilinxLinux/ppc_4xx/rfs)
Dec 6 11:13:02 aidas1 rpc.mountd[2926]: authenticated mount request from 10.1.1.6:819 for
/data10/XilinxLinux/ppc_4xx/rfs/nnaida6 (/data10/XilinxLinux/ppc_4xx/rfs)
Dec 6 11:13:02 aidas1 rpc.mountd[2926]: authenticated mount request from 10.1.2.4:964 for
/data10/XilinxLinux/ppc_4xx/rfs/nnaida4 (/data10/XilinxLinux/ppc_4xx/rfs)
Dec 6 11:13:02 aidas1 rpc.mountd[2926]: authenticated mount request from 10.1.1.18:698 for
/data10/XilinxLinux/ppc_4xx/rfs/nnaida18 (/data10/XilinxLinux/ppc_4xx/rfs)
Dec 6 11:13:02 aidas1 rpc.mountd[2926]: authenticated mount request from 10.1.2.7:668 for
/data10/XilinxLinux/ppc_4xx/rfs/nnaida7 (/data10/XilinxLinux/ppc_4xx/rfs)
Dec 6 11:13:02 aidas1 rpc.mountd[2926]: authenticated mount request from 10.1.1.5:855 for
/data10/XilinxLinux/ppc_4xx/rfs/nnaida5 (/data10/XilinxLinux/ppc_4xx/rfs)
Dec 6 11:13:02 aidas1 rpc.mountd[2926]: authenticated mount request from 10.1.1.17:726 for
/data10/XilinxLinux/ppc_4xx/rfs/nnaida17 (/data10/XilinxLinux/ppc_4xx/rfs)
Dec 6 11:13:03 aidas1 rpc.mountd[2926]: authenticated mount request from 10.1.1.10:676 for
/data10/XilinxLinux/ppc_4xx/rfs/nnaida10 (/data10/XilinxLinux/ppc_4xx/rfs)
Dec 6 11:13:03 aidas1 rpc.mountd[2926]: authenticated mount request from 10.1.2.16:881 for
/data10/XilinxLinux/ppc_4xx/rfs/nnaida16 (/data10/XilinxLinux/ppc_4xx/rfs)
Dec 6 11:13:03 aidas1 rpc.mountd[2926]: authenticated mount request from 10.1.2.12:813 for
/data10/XilinxLinux/ppc_4xx/rfs/nnaida12 (/data10/XilinxLinux/ppc_4xx/rfs)
Dec 6 11:13:03 aidas1 rpc.mountd[2926]: authenticated mount request from 10.1.2.11:855 for
/data10/XilinxLinux/ppc_4xx/rfs/nnaida11 (/data10/XilinxLinux/ppc_4xx/rfs)
Dec 6 11:13:03 aidas1 rpc.mountd[2926]: authenticated mount request from 10.1.1.14:761 for
/data10/XilinxLinux/ppc_4xx/rfs/nnaida14 (/data10/XilinxLinux/ppc_4xx/rfs)
Dec 6 11:13:03 aidas1 rpc.mountd[2926]: authenticated mount request from 10.1.1.9:814 for
/data10/XilinxLinux/ppc_4xx/rfs/nnaida9 (/data10/XilinxLinux/ppc_4xx/rfs)
Dec 6 11:13:03 aidas1 rpc.mountd[2926]: authenticated mount request from 10.1.1.13:803 for
/data10/XilinxLinux/ppc_4xx/rfs/nnaida13 (/data10/XilinxLinux/ppc_4xx/rfs)
Dec 6 11:13:03 aidas1 rpc.mountd[2926]: authenticated mount request from 10.1.2.15:803 for
/data10/XilinxLinux/ppc_4xx/rfs/nnaida15 (/data10/XilinxLinux/ppc_4xx/rfs)
Dec 6 11:13:06 aidas1 rpc.mountd[2926]: authenticated mount request from 10.1.2.19:821 for
/data10/XilinxLinux/ppc_4xx/rfs/nnaida19 (/data10/XilinxLinux/ppc_4xx/rfs)
Dec 6 11:13:07 aidas1 rpc.mountd[2926]: authenticated mount request from 10.1.1.22:747 for
/data10/XilinxLinux/ppc_4xx/rfs/nnaida22 (/data10/XilinxLinux/ppc_4xx/rfs)
Dec 6 11:13:07 aidas1 rpc.mountd[2926]: authenticated mount request from 10.1.1.1:920 for
/data10/XilinxLinux/ppc_4xx/rfs/nnaida1 (/data10/XilinxLinux/ppc_4xx/rfs)
Dec 6 11:13:07 aidas1 rpc.mountd[2926]: authenticated mount request from 10.1.2.23:810 for
/data10/XilinxLinux/ppc_4xx/rfs/nnaida23 (/data10/XilinxLinux/ppc_4xx/rfs)
Dec 6 11:13:07 aidas1 rpc.mountd[2926]: authenticated mount request from 10.1.2.20:780 for
/data10/XilinxLinux/ppc_4xx/rfs/nnaida20 (/data10/XilinxLinux/ppc_4xx/rfs)
Dec 6 11:13:07 aidas1 rpc.mountd[2926]: authenticated mount request from 10.1.2.24:805 for
/data10/XilinxLinux/ppc_4xx/rfs/nnaida24 (/data10/XilinxLinux/ppc_4xx/rfs)
Dec 6 11:13:07 aidas1 rpc.mountd[2926]: authenticated mount request from 10.1.1.21:694 for
/data10/XilinxLinux/ppc_4xx/rfs/nnaida21 (/data10/XilinxLinux/ppc_4xx/rfs)
Dec 6 11:14:57 aidas1 rpc.mountd[2926]: authenticated mount request from 10.1.1.14:864 for /MIDAS@aidas
(/MIDAS@aidas)
Dec 6 11:14:57 aidas1 rpc.mountd[2926]: authenticated mount request from 10.1.1.10:864 for /MIDAS@aidas
(/MIDAS@aidas)
Dec 6 11:14:57 aidas1 rpc.mountd[2926]: authenticated mount request from 10.1.2.8:864 for /MIDAS@aidas
(/MIDAS@aidas)
Dec 6 11:14:57 aidas1 rpc.mountd[2926]: authenticated mount request from 10.1.2.4:864 for /MIDAS@aidas
(/MIDAS@aidas)
Dec 6 11:14:57 aidas1 rpc.mountd[2926]: authenticated mount request from 10.1.2.7:864 for /MIDAS@aidas
(/MIDAS@aidas)
Dec 6 11:14:58 aidas1 rpc.mountd[2926]: authenticated mount request from 10.1.1.13:864 for /MIDAS@aidas
(/MIDAS@aidas)
Dec 6 11:14:58 aidas1 rpc.mountd[2926]: authenticated mount request from 10.1.2.12:864 for /MIDAS@aidas
(/MIDAS@aidas)
Dec 6 11:14:58 aidas1 rpc.mountd[2926]: authenticated mount request from 10.1.2.16:864 for /MIDAS@aidas
(/MIDAS@aidas)
Dec 6 11:14:58 aidas1 rpc.mountd[2926]: authenticated mount request from 10.1.2.15:864 for /MIDAS@aidas
(/MIDAS@aidas)
Dec 6 11:14:59 aidas1 rpc.mountd[2926]: authenticated mount request from 10.1.1.9:864 for /MIDAS@aidas
(/MIDAS@aidas)
Dec 6 11:15:00 aidas1 rpc.mountd[2926]: authenticated mount request from 10.1.1.1:864 for /MIDAS@aidas
(/MIDAS@aidas)
Dec 6 11:15:00 aidas1 rpc.mountd[2926]: authenticated mount request from 10.1.2.20:864 for /MIDAS@aidas
(/MIDAS@aidas)
Dec 6 11:15:00 aidas1 rpc.mountd[2926]: authenticated mount request from 10.1.2.23:864 for /MIDAS@aidas
(/MIDAS@aidas)
Dec 6 11:15:00 aidas1 rpc.mountd[2926]: authenticated mount request from 10.1.1.6:864 for /MIDAS@aidas
(/MIDAS@aidas)
Dec 6 11:15:00 aidas1 rpc.mountd[2926]: authenticated mount request from 10.1.1.18:864 for /MIDAS@aidas
(/MIDAS@aidas)
Dec 6 11:15:00 aidas1 rpc.mountd[2926]: authenticated mount request from 10.1.2.24:864 for /MIDAS@aidas
(/MIDAS@aidas)
Dec 6 11:15:00 aidas1 rpc.mountd[2926]: authenticated mount request from 10.1.1.22:864 for /MIDAS@aidas
(/MIDAS@aidas)
Dec 6 11:15:00 aidas1 rpc.mountd[2926]: authenticated mount request from 10.1.2.11:864 for /MIDAS@aidas
(/MIDAS@aidas)
Dec 6 11:15:00 aidas1 rpc.mountd[2926]: authenticated mount request from 10.1.2.19:864 for /MIDAS@aidas
(/MIDAS@aidas)
Dec 6 11:15:01 aidas1 rpc.mountd[2926]: authenticated mount request from 10.1.1.5:864 for /MIDAS@aidas
(/MIDAS@aidas)
Dec 6 11:15:01 aidas1 rpc.mountd[2926]: authenticated mount request from 10.1.1.21:864 for /MIDAS@aidas
(/MIDAS@aidas)
Dec 6 11:15:03 aidas1 rpc.mountd[2926]: authenticated mount request from 10.1.1.17:864 for /MIDAS@aidas
(/MIDAS@aidas)
Dec 6 11:15:58 aidas1 rpc.mountd[2926]: authenticated mount request from 10.1.1.2:1018 for
/data10/XilinxLinux/ppc_4xx/rfs/nnaida2 (/data10/XilinxLinux/ppc_4xx/rfs)
Dec 6 11:16:51 aidas1 rpc.mountd[2926]: authenticated mount request from 10.1.1.2:864 for /MIDAS@aidas
(/MIDAS@aidas)
Dec 6 11:17:06 aidas1 rpc.mountd[2926]: authenticated mount request from 10.1.2.3:785 for
/data10/XilinxLinux/ppc_4xx/rfs/nnaida3 (/data10/XilinxLinux/ppc_4xx/rfs)
Dec 6 11:17:47 aidas1 rpc.mountd[2926]: authenticated mount request from 10.1.2.3:864 for /MIDAS@aidas
(/MIDAS@aidas)
Dec 6 11:18:55 aidas1 rpc.mountd[2926]: authenticated mount request from 10.1.2.15:893 for
/data10/XilinxLinux/ppc_4xx/rfs/nnaida15 (/data10/XilinxLinux/ppc_4xx/rfs)
Dec 6 11:19:35 aidas1 rpc.mountd[2926]: authenticated mount request from 10.1.2.15:864 for /MIDAS@aidas
(/MIDAS@aidas) |
|
Tue Dec 6 02:20:29 2016, TD, Tuesday 6 December
|
11.20 DSSSD bias & leakage currents OK - see attachments 1 & 2
FEE64 temperatures OK - see attachment 3
Ambient temperature +24.8 deg C, d.p. +3.6 deg C, RH 25.4%
14.40 Latest version of leakage curent spreadsheet - see attachment 4
https://docs.google.com/spreadsheets/d/12hgbrywB10hGsKt5uc2HnLfZymh8_uvM6cEASbbqnBE/edit#gid=1357176413
18.30 DSSSD bias OFF
FEE64 power OFF
AIDA withdrawn from BRIKEN (CH2)n moderator
BNC PB-4 pulser OFF
NIM bins OFF
Julabo FL11006 chiller OFF
3 phase ac power OFF
ac power OFF and disconnected
USB-controlled ac mains relay removed for mod/update |
|
Mon Dec 5 11:53:26 2016, TD, MACB test 42x
|
MACB configuration can be found at https://elog.ph.ed.ac.uk/AIDA/357
To investigate system-wide check clock status errors for nnaida5, 7, 8, 15 & 16
PJCS requests changing MACB #3 (5, 6, 13 & 14) mode from 3 to 0 (all other MACB
modes unchanged) followed by power-cycle of FEE64s
System-wide checks - see attachments 1-11
No clock status errors observed for nnaida5
N.B. nnaida23 fails clock status
Switch MACB #3 (7, 8, 15 & 16) from mode 0 to 3, and MACB #4 from 3 to 0
------------------------------------------------------------------------
System-wide checks - see attachments 12-21
ReSync not complete for nnaida21, 22
Clock status errors observed for 5, 7, 8, 15, 16 *and* 21, 22
Switch MACB #4 (21, 22, 29 & 30) from mode 0 to 3, and MACB #5 (7, 8, 15 & 16) from 3 to 0
------------------------------------------------------------------------------------------
System-wide checks - see attachments 22-28
ReSync not complete for nnaida7, 8, 15 & 16
Clock status errors observed for nnaida7, 8, 15 & 16 - status = 0
Switch MACB #5 (21, 22, 29 & 30) from mode 0 to 3
-------------------------------------------------
System-wide checks - see attachments 29-33
ReSync OK
Clock status errors observed for nnaida5, 7, 8, 15 & 16 - status = various, bit 2 always set (as before)
Replace MACB #5 (was rev A, MACB serial #9) with MACB serial #13 (rev A, firmware 16.4.15) mode 3
-------------------------------------------------------------------------------------------------
System-wide checks - see attachments 34-36
ReSync OK
Clock status errors observed for nnaida5, 7, 8, 15 & 16 - status = various, bit 2 always set (as before)
i.e. no change, MACB #5 NIM module not the problem
Replace MACB #1 (was rev B, MACB serial #21) with MACB serial #38 (rev B, firmware 16.4.15, internal CLK TERM
mod) mode 0
-------------------------------------------------------------------------------------------------------------------------
System-wide checks - see attachments 37-40
ReSync OK
*ALL* system-wide checks OK
Offline analysis of file Dec2016/R1_5 demonstrates ADC & disc data synchronised - see attachments 41 & 42 |
|
Mon Dec 5 10:51:08 2016, TD, Monday 5 December
|
19.50 DSSSD bias & leakage currents OK - see attachments 1 & 2
FEE64 temperatures HIGH - see attachment 3
FL11006 E01 low fluid level (actual halfway between minimum and middle visual markers)
water topped up to just below maximum visual marker and FL11006 restarted - see attachment 4
Ambient temperature +25.6 deg C, d.p. +7.2 deg C, RH 31.1%
20.25 Leakage current spreadsheet appended - see attachment 5
https://docs.google.com/spreadsheets/d/12hgbrywB10hGsKt5uc2HnLfZymh8_uvM6cEASbbqnBE/edit#gid=1357176413 |
|
Sun Dec 4 05:46:42 2016, TD, SyncCheck RIBF03R1 & RIBF123R1 commissioning tests archived
|
The SyncCheck etc software used for the RIBF123R1 and RIBF03R1 commissioning
tests on d05 (user aida) has been archived as
aidas1:/homes/npg/SyncCheck/SyncCheck-d05-041216.tar.gz
aidas1:/homes/npg/SyncCheck/DataPackage-d05-041216.tar.gz
aidas1:/homes/npg/SyncCheck/ribfts-d05-041216.tar.gz |
|
Sun Dec 4 04:05:24 2016, TD, Report - low - DAQ SETUP sometimes produces Javascript error
|
DAQ SETUP sometimes produces Javascript error instead of a pop-up displaying
the status of the ReSync - see attachment 1
Re-run ReSync by selecting 'Perform ReSync' from 'Master Timestamp Control' |
|
Sun Dec 4 03:44:12 2016, TD, Sunday 4 December 16x
|
12.45 DSSSD bias & leakage currents OK - see attachments 1 & 2
FEE64 temperatures OK - see attachment 3
Ambient temperature +25.1 deg C, d.p. -3.0 deg C, RH 15.6%
14.05 per FEE64 Rate, Hitrate, 1*L and 1*W spectra, good events stats - see attachments 4-10
Note - good events stats indicate increased extrinsic noise (c. 100kHz period) during these screenshots
14.15 1*W and 4*W spectra for nnida24, 17 & 20 - see attachments 11-16
Note - nnida24 ASIC#1 probably has cable/connector fault at DSSSD end |
|
Sat Dec 3 10:49:36 2016, TD, Saturday 3 December
|
19.48 DSSSD bias & leakage currents OK - see attachments 1 & 2
FEE64 temperatures OK - see attachment 3
Ambient temperature +25.1 deg C, d.p. -3.0 deg C, RH 15.6% |
|
Fri Dec 2 09:58:54 2016, DK, Simple PID with LISE++
|
I wrote this LISE++ file based on the Takechi .lpp modified by AE for 77Ni, 78Ni, 76Ni.
Basically, I changed the primary beam to 48Ca, reduced the production target thickness to 1 mm (I think it may
be correct), inserted the carbon target at F8, and made the RIB as 41Al and had it calculate the optics. Then I
modified by hand D7 and D8 Brho settings to like 6.32 Tm which is something near the correct value (for plastic,
but I forget for carbon, slightly different perhaps?)
Then I make a fairly arbitrary dE-ToF plot (attachment 1) without any concern for what data it thinks is filling
the plot, and run the Monte Carlo simulation.
This may give a user some kind of naive picture of what sorts of ions we might expect, with a basic clue about
their relative intensity or improbability to detect.
I did this work in literally about 5 minutes total, so do not take it too seriously. It is definitely not
right, but it is not totally nonsense either. You can play with the .lpp file (attachment 2) if you want to
improve it. You should definitely get the degraders used within BigRIPS correctly. I imagine they are much thicker, because D6 being 8.42 Tm is much too high (it was more like
7.5 Tm or so?) The other things you can (and should) add is things at F11 like our degraders, AIDA, and so on. I heard Gabor might do this at some point, but he may have become
very busy with other tasks.
Attachment 3 shows some relative intensities numerically. Again, you should not really trust this.
However, let's take some known experimental values.
I recall that at the BigRIPS F11 Pla. scaler, when we did the 41Al unreacted measurement, it was about 30 cps = 108000 counts per hour
I think we had about several counts per hour of 40Mg in the best case reaching to F11.
It means that 41Al and 40Mg ratio is around order 10^5 difference.
Surprisingly, this is nearly the same as the results of this quick LISE++ simulation (attachment 3 has numbers) |
|
Fri Dec 2 09:47:58 2016, DK, F8 targets
|
F8 target measurements, for posterity.
Plastic: ~39 to 40 mm
Carbon: 20. mm |
|
Fri Dec 2 09:47:45 2016, DK, F8 targets
|
F8 targets, for posterity.
Plastic: 39~40 mm
Carbon: 20. mm |
|
Fri Dec 2 08:23:28 2016, TD, Offline analysis of R48_9
|
Analysis of background, pulser off
S O R T C O M P L E T E ..... Fri Dec 2 17:11:14 2016
*** ENTRY finish
*** data items: 261088000 ( 94096.36 Hz)
*** ADC events: 27335403 ( 9851.71 Hz)
*** time warps: 0 ( 0.00 Hz)
*** DSSSD # 1 count: 5742802 old count: 5732397 dt: 247.48 s LEC rate: 23205.52 Hz
*** DSSSD # 2 count: 5336197 old count: 5326542 dt: 247.48 s LEC rate: 21562.51 Hz
*** DSSSD # 3 count: 2888673 old count: 2883342 dt: 247.48 s LEC rate: 11672.55 Hz
*** DSSSD # 4 count: 2581418 old count: 2576776 dt: 247.48 s LEC rate: 10431.00 Hz
*** DSSSD # 5 count: 2086882 old count: 2083032 dt: 247.48 s LEC rate: 8432.68 Hz
*** DSSSD # 6 count: 3432165 old count: 3425579 dt: 247.48 s LEC rate: 13868.70 Hz
*** DSSSD # 1 count: 0 old count: 0 dt: 247.48 s HEC rate: 0.00 Hz
*** DSSSD # 2 count: 0 old count: 0 dt: 247.48 s HEC rate: 0.00 Hz
*** DSSSD # 3 count: 0 old count: 0 dt: 247.48 s HEC rate: 0.00 Hz
*** DSSSD # 4 count: 0 old count: 0 dt: 247.48 s HEC rate: 0.00 Hz
*** DSSSD # 5 count: 0 old count: 0 dt: 247.48 s HEC rate: 0.00 Hz
*** DSSSD # 6 count: 0 old count: 0 dt: 247.48 s HEC rate: 0.00 Hz
*** ENTRY finish ends
S O R T S T O P P E D ..... Fri Dec 2 17:12:28 2016 |
|
Fri Dec 2 06:41:25 2016, DK, Benchmarks for compression
|
R45_17 as the test file, which was closed at 9.02 AM Friday, December 2nd at the end of the official parasitic
machine time on Fallon et al.
===Summarized results===
Initial file is 2.0 GB of AIDA data
LZMA: 862M; Time: 23 min
BZ2: 1.3G; Time: 6.5 min
GZ: 1.3G; Time: 3 min
The LZMA results are about as I expected: fantastic compression but it takes a very long time to pack the data.
The BZ2 data are a bit surprising; usually it can be about 10 or 15% smaller than GZ for hexdata from my
experience. I conclude that we should use GZ (which we are already doing, but now we confirm that it is
optimized for time versus disk space usage).
15.49 We are continuing to compress the data. Presently we are somewhere around R39_20, sequentially. I
estimated that there are 578 runs remaining, and naively say each is 2 GB (some at the end of RXX_ may be less).
Compression at 3 minutes each then takes 29 hours, so it should be finished by tomorrow evening, say around
20:00 or a little later, depending on the fluctuation.
===Full details of the test===
npg@aidas1 ~/benchmarks % ls -altr
total 2048024
-rw-r--r--. 1 npg npgstaff 2097152000 Dec 2 13:58 R45_17
drwxrwxr-x. 55 npg users 4096 Dec 2 14:01 ..
drwxr-xr-x. 2 npg npgstaff 4096 Dec 2 14:01 .
First test with lzma
npg@aidas1 ~/benchmarks % time tar cvf R45_17.lzma --lzma R45_17
R45_17
tar cvf R45_17.lzma --lzma R45_17 1388.10s user 15.63s system 100% cpu 23:13.94 total
npg@aidas1 ~/benchmarks % ls -altrh
total 2.8G
-rw-r--r--. 1 npg npgstaff 2.0G Dec 2 13:58 R45_17
drwxrwxr-x. 55 npg users 4.0K Dec 2 14:08 ..
-rw-r--r--. 1 npg npgstaff 862M Dec 2 14:31 R45_17.lzma
npg@aidas1 ~/benchmarks %
as expected, the compression quality is very good (> 50%) but this is much to slow to be practical.
next we can attempt bz2
npg@aidas1 ~/benchmarks % time tar cvjf R45_17.tar.bz2 R45_17
R45_17
tar cvjf R45_17.tar.bz2 R45_17 375.22s user 6.68s system 97% cpu 6:31.74 total
npg@aidas1 ~/benchmarks % ls -altrh
total 4.1G
-rw-r--r--. 1 npg npgstaff 2.0G Dec 2 13:58 R45_17
-rw-r--r--. 1 npg npgstaff 862M Dec 2 14:31 R45_17.lzma
-rw-r--r--. 1 npg npgstaff 737 Dec 2 14:31 results.txt
drwxrwxr-x. 55 npg users 4.0K Dec 2 14:32 ..
-rw-------. 1 npg npgstaff 12K Dec 2 14:33 .results.txt.swp
drwxr-xr-x. 2 npg npgstaff 4.0K Dec 2 14:34 .
-rw-r--r--. 1 npg npgstaff 1.3G Dec 2 14:40 R45_17.tar.bz2
npg@aidas1 ~/benchmarks % ls -altrh
total 4.1G
-rw-r--r--. 1 npg npgstaff 2.0G Dec 2 13:58 R45_17
-rw-r--r--. 1 npg npgstaff 862M Dec 2 14:31 R45_17.lzma
-rw-r--r--. 1 npg npgstaff 737 Dec 2 14:31 results.txt
drwxrwxr-x. 55 npg users 4.0K Dec 2 14:32 ..
-rw-------. 1 npg npgstaff 12K Dec 2 14:33 .results.txt.swp
drwxr-xr-x. 2 npg npgstaff 4.0K Dec 2 14:34 .
-rw-r--r--. 1 npg npgstaff 1.3G Dec 2 14:40 R45_17.tar.bz2
npg@aidas1 ~/benchmarks % time tar cvzf R45_17.tar.gz R45_17
R45_17
tar cvzf R45_17.tar.gz R45_17 188.01s user 6.53s system 100% cpu 3:13.98 total
npg@aidas1 ~/benchmarks % time tar cvzf R45_17.tar.gz R45_17
R45_17
tar cvzf R45_17.tar.gz R45_17 188.01s user 6.53s system 100% cpu 3:13.98 total
npg@aidas1 ~/benchmarks % ls -altrh
total 5.4G
-rw-r--r--. 1 npg npgstaff 2.0G Dec 2 13:58 R45_17
-rw-r--r--. 1 npg npgstaff 862M Dec 2 14:31 R45_17.lzma
-rw-r--r--. 1 npg npgstaff 737 Dec 2 14:31 results.txt
drwxrwxr-x. 55 npg users 4.0K Dec 2 14:32 ..
-rw-r--r--. 1 npg npgstaff 1.3G Dec 2 14:40 R45_17.tar.bz2
drwxr-xr-x. 2 npg npgstaff 4.0K Dec 2 14:44 .
-rw-r--r--. 1 npg npgstaff 1.3G Dec 2 14:47 R45_17.tar.gz
-rw-------. 1 npg npgstaff 12K Dec 2 14:50 .results.txt.swp
conclusion is gzip is the best as for time efficiency. |
|
Thu Dec 1 16:01:10 2016, CG, PV, Friday 2 December 14x
|
00.07 BigRIPS data file 1135
01.07 BigRIPS data file 1136.
02.09 BigRIPS data file 1137.
02.13 Beam off. ~1/2 way through R44_137
02.16 Beam back. ~600MB into R44_139
BigRIPS data file 1138.
03.17 BigRIPS data file 1139.
03.37 Beam stopped. End of R44_167.
03.43 Beam returned to F11. ~700MB through R44_170.
BigRIPS data file 1140.
04.00 Beam off for stripper foil change. End of R44_175.
04.06 Beam returned to F11. 1.2GB into R44_178.
04.08 BigRIPS data file 1141.
05.09 BigRIPS data file 1142.
06.02 BigRIPS data fill 1143.
06.26 R44 stopped @ R44_227 ahead of LN2 fill.
07.02 BigRIPS data file 1144.
07.43 Run R45 started.
08.02 BigRIPS data file 1145.
08.05 Local Elog and BigRIPS log uploaded (attachments 3-6).
09.00 Machine time ended, the last data file is R45_18
13.40 Biases are shown as attachments 7 and 8
15.04 DAQ starts (RIBF03R1/R46)
Pulser walkthrough
Amplitude 90,000 - 10,000 @ 10,000 step
x5 attenuator IN
t_r 50ns tau_d 50us
frequency 250Hz range
polarity -, tail pulse, delay MIN
15.19 Walk through finishes. See attachments 9 and 10 for histograms
15.26 DAQ starts (RIBF03R1/R47)
Pulser walkthrough
Amplitude 12,000 - 2,000 @ 2,000 step
15.35 R47_2 finishes.
See attachments 11 and 12 for histograms
15.41 DAQ starts (RIBF03R1/R48)
Background - BNC PB-4 pulser OFF
16.35 DAQ stops OK (RIBF03R1/R48_13)
16.55 DSSSD bias & leakage currents Ok - see attachment 13 & 14
Ambient temperature +25.2 deg C, -4.2 deg C, RH 14.2% |
|
Thu Dec 1 10:58:54 2016, PV, TD, Liu, Implantation profile in AIDA , after switch back to the previous ZDS setting (AIDA 43_63 to 43_71, bigrips run 1129)
|
| |
|
Thu Dec 1 09:46:06 2016, TD, Offline analysis of R43_59 9x
|
Variable degrader setting is now #2 + #3: 0.3 mm W + 1.0 mm W [+2 mm Al]
Centre ZDS @ 40Mg
ADC & disc data synchronised
S O R T C O M P L E T E ..... Thu Dec 1 18:15:11 2016
*** ENTRY finish
*** data items: 261088000 ( 105051.06 Hz)
*** ADC events: 36442207 ( 14662.84 Hz)
*** time warps: 0 ( 0.00 Hz)
*** DSSSD # 1 count: 5340742 old count: 5338849 dt: 304.98 s LEC rate: 17511.91 Hz
*** DSSSD # 2 count: 4962731 old count: 4960982 dt: 304.98 s LEC rate: 16272.43 Hz
*** DSSSD # 3 count: 2885062 old count: 2884042 dt: 304.98 s LEC rate: 9459.91 Hz
*** DSSSD # 4 count: 2336560 old count: 2335778 dt: 304.98 s LEC rate: 7661.41 Hz
*** DSSSD # 5 count: 2003149 old count: 2002489 dt: 304.98 s LEC rate: 6568.18 Hz
*** DSSSD # 6 count: 3645726 old count: 3644468 dt: 304.98 s LEC rate: 11954.07 Hz
*** DSSSD # 1 count: 56 old count: 56 dt: 304.98 s HEC rate: 0.18 Hz
*** DSSSD # 2 count: 62 old count: 62 dt: 304.98 s HEC rate: 0.20 Hz
*** DSSSD # 3 count: 87 old count: 87 dt: 304.98 s HEC rate: 0.29 Hz
*** DSSSD # 4 count: 60 old count: 60 dt: 304.98 s HEC rate: 0.20 Hz
*** DSSSD # 5 count: 37 old count: 37 dt: 304.98 s HEC rate: 0.12 Hz
*** DSSSD # 6 count: 9 old count: 9 dt: 304.98 s HEC rate: 0.03 Hz
*** ENTRY finish ends
S O R T S T O P P E D ..... Thu Dec 1 18:16:30 2016 |
|
Thu Dec 1 08:13:06 2016, PV,Liu, TD, Implantation profile in AIDA , after changing the ZDS setting to center at 41Al, AIDA 43_ 33 to 43
|
Bigrips run 1127
AIDA run 43_ 33 to 43 |
|
Thu Dec 1 02:25:41 2016, DK, Offline analysis of R42_32 6x
|
Offline analysis of AIDA R42_32.
Degrader condition of F11 is with the same stopping power of e.g. R42_7 (see https://elog.ph.ed.ac.uk/AIDA/509).
5 mm Al between MUSIC 1 and MUSIC 2
3. + 0.2 = 3.2 mm Al on the upstream side of the PE wall
Pb wall between MUSIC 1 and MUSIC 2 was reduced from 7.5 cm gap to ~6.5 mm gap (beam right side pushed in 1
cm, so asymmetric)
(Variable degrader system remains unchanged with 1,2,3 in: 0.5 mm W + 0.3 mm W + 1.0 mm W (+3 mm Al backings))
*** data items: 261088000 ( 118111.81 Hz)
*** ADC events: 36442207 ( 16485.84 Hz)
*** time warps: 0 ( 0.00 Hz)
*** DSSSD # 1 count: 5340742 old count: 5338849 dt: 304.98 s LEC rate: 17511.91 Hz
*** DSSSD # 2 count: 4962731 old count: 4960982 dt: 304.98 s LEC rate: 16272.43 Hz
*** DSSSD # 3 count: 2885062 old count: 2884042 dt: 304.98 s LEC rate: 9459.91 Hz
*** DSSSD # 4 count: 2336560 old count: 2335778 dt: 304.98 s LEC rate: 7661.41 Hz
*** DSSSD # 5 count: 2003149 old count: 2002489 dt: 304.98 s LEC rate: 6568.18 Hz
*** DSSSD # 6 count: 3645726 old count: 3644468 dt: 304.98 s LEC rate: 11954.07 Hz
*** DSSSD # 1 count: 56 old count: 56 dt: 304.98 s HEC rate: 0.18 Hz
*** DSSSD # 2 count: 62 old count: 62 dt: 304.98 s HEC rate: 0.20 Hz
*** DSSSD # 3 count: 87 old count: 87 dt: 304.98 s HEC rate: 0.29 Hz
*** DSSSD # 4 count: 60 old count: 60 dt: 304.98 s HEC rate: 0.20 Hz
*** DSSSD # 5 count: 37 old count: 37 dt: 304.98 s HEC rate: 0.12 Hz
*** DSSSD # 6 count: 9 old count: 9 dt: 304.98 s HEC rate: 0.03 Hz
*** ENTRY finish ends
S O R T S T O P P E D ..... Thu Dec 1 11:06:21 2016
See attached histograms.
Figure 1: The time structure of low energy events seems more normalized with a flat-top and similar intensity as
like R41_2 (see i.e. https://elog.ph.ed.ac.uk/AIDA/507 ) rather than R42_32, though one wonders if this is a
real effect or if R42_7 was somehow unusual.
Figure 2: We can confirm that the number of real events corresponding to light ions seems reduced compared to
R42_7 Fig 4.
Figure 5: Distribution in XY of low gain [heavy ion / high energy] is still weighted to the right hand side as
usual, but seems slightly more homogeneous than previous cases such as R42_7. This is corroborated by the
scalers pasted above, where the implant rate to DSSD#3 is about 0.3 Hz rather than 0.4 Hz of R42_7; this is
probably a real decrease and not merely a statistical effect as R41_2 also shows around 0.4 Hz. I conclude that
heavy ion implant rate is reduced by about 1/3 from R42_7, most probably from the Pb bricks cutting some
fraction of the beam (though in theory it could be from shifting 5 mm of the Al degrader up stream by ~2 m and
the angular straggling of the heavy ions in the plate).
Specific comparison of the implant rates show we are dropping 0.1 cps on DSSD#2, 0.1 cps on DSSD#3, and maybe 0.05 Hz
(it's a sensible number or not different than zero?) in DSSD#4, which can give an idea of what ion species are being
cut out if we looked at the BigRIPS PID correlated with AIDA implantation. |
|
Thu Dec 1 00:21:08 2016, DK, Offline analysis of R42_7
|
Checking that the implantation is still reasonable after LN2 fill recovery.
Degrader condition is 8. + 0.2 mm Al on the upstream side of the PE wall.
All three variable degraders are in (0.5 mm W; 0.3 mm W; 1.0 mm W, each on 1 mm Al backing).
Confirmed degrader settings at 10.11 (right before a change was made after this run...)
*** data items: 261088000 ( 125355.46 Hz)
*** ADC events: 32885891 ( 15789.41 Hz)
*** time warps: 0 ( 0.00 Hz)
*** DSSSD # 1 count: 5369750 old count: 5351200 dt: 283.23 s LEC rate: 18958.97 Hz
*** DSSSD # 2 count: 4958223 old count: 4941299 dt: 283.23 s LEC rate: 17505.99 Hz
*** DSSSD # 3 count: 2872405 old count: 2862650 dt: 283.23 s LEC rate: 10141.59 Hz
*** DSSSD # 4 count: 2367926 old count: 2359880 dt: 283.23 s LEC rate: 8360.43 Hz
*** DSSSD # 5 count: 2063809 old count: 2056797 dt: 283.23 s LEC rate: 7286.69 Hz
*** DSSSD # 6 count: 3582944 old count: 3570809 dt: 283.23 s LEC rate: 12650.29 Hz
*** DSSSD # 1 count: 61 old count: 61 dt: 283.23 s HEC rate: 0.22 Hz
*** DSSSD # 2 count: 82 old count: 82 dt: 283.23 s HEC rate: 0.29 Hz
*** DSSSD # 3 count: 111 old count: 111 dt: 283.23 s HEC rate: 0.39 Hz
*** DSSSD # 4 count: 71 old count: 71 dt: 283.23 s HEC rate: 0.25 Hz
*** DSSSD # 5 count: 42 old count: 42 dt: 283.23 s HEC rate: 0.15 Hz
*** DSSSD # 6 count: 9 old count: 9 dt: 283.23 s HEC rate: 0.03 Hz
*** ENTRY finish ends
S O R T S T O P P E D ..... Thu Dec 1 09:11:23 2016
See attached histograms
Figure 5 shows low energy front and back, and if I compare to R41_2 offline analysis (i.e. https://elog.ph.ed.ac.uk/AIDA/507 ) then we see more fluctuation (of light ions?) it seems. Run 41_2 seems to show mostly noise (anti correlation) and here we see real ions (positive correlation. This is confirmed in our figure 4, where the statistics of DSSD#3 seems about doubled. The event rate per unit time in 41_2 shows a relatively flat top behavior characteristic of noise domination, where as our present one shows more jitter that could be characterized by light ion production and transport variation.
|
|
Wed Nov 30 21:26:52 2016, CG, DK, TD, Thursday 1 December 10x
|
00.51 BigRIPS data file 1112.
01.50 BigRIPS data file 1113.
02.55 BigRIPS data file 1114.
03.56 BigRIPS data file 1115.
04.58 BigRIPS data file 1116.
05.57 BigRIPS data file 1117.
06.26 Stopped run R41 @R41_126 ahead of LN2 fill.
Bias and leakage currents ok (attachments 1+2).
BRIKEN files 161130_1942_183.dlt to 161130_1942_197.dlt
06.54 BigRIPS data file 1118.
(DK arrives)
07.44 R42 started following LN2 fill. (BRIKEN computer had some problems, delaying restart.)
No synchronisation with BRIKEN during R42_0.
Re-sync pulse issued and synchronisation obtained 1.2GB into R42_0.
7.55 Big RIPS run 1119
(CG departs)
8.55 Big RIPS run 1120: corresponds roughly to AIDA R42_15
circa 9.00: Offline analysis of present condition: https://elog.ph.ed.ac.uk/AIDA/509
09.55 BigRIPS data file 1121
10.00 Beam is stopped for changing stripper foil. Nearly at the end of R42_27.
Previously there was 8. + 0.2 mm of Al on the upstream side of the PE wall
Pb bricks between MUSIC 1 and MUSIC 2 had the width reduced from 7.5 cm by ~1 cm compression on the beam
right side
So the total gap in this location should be
Now we have 5 mm Al between MUSIC 1 and MUSIC 2.
3. mm and 0.2 mm Al is on the upstream side of PE wall.
(Total thickness of Al degraders is not changed, only the distribution of the material around F11.)
(Variable degraders are not moved: 0.5 mm W + 0.3 mm W + 1.0 mm W (+3 mm Al backing))
10.08 BigRIPS data file 1122
10.09 Beam returns: 1.3 GB into R42_29
circa 12:00: offline analysis of present condition: https://elog.ph.ed.ac.uk/AIDA/510
11.09 BigRIPS data file 1123
(TD arrives, DK to lunch)
12.09 BigRIPS data file 1124
12.42 DAQ stops (RIBF03R1/R42_68) - overloaded /data10 filesystem sshd/rsync + rm
Unable to soft reset, power cycle FEE64s
13.11 DAQ starts (RIBF03R1/R43)
ASIC settings 2016Nov29-21.38.02
13.18 BRIKEN issues multiple syncs - attempting to reset correlation scalers
13.21 BigRIPS data file 1125
13.25 Correlation scalers now reset, SyncCheck OK
AIDA data file R43_2
BRIKEN data file 205
BigRIPS 1125 (circa 13.21)
15 cps at BigRIPS scaler F11 plastic; network camera for ZDS scaler has 55 cps
(DK return, TD to lunch and PAC)
15.26 BigRIPS setting changes from 40Mg setting to unreacted 41Al setting.
About half way in AIDA R43_27
BigRIPS #1127
F11 plastic at BigRIPS scaler is about 30 cps (doubled from before)
Brho settings:
D6 7.3989 Tm
D7 6.2253 Tm
D8 6.2405 Tm
16.25 Operator calls. The beam is stopped. They don't specify for how long and we don't know the exact
technical reason without native Japanese speaker
Phone rang in the beginning near AIDA R43_41
16.33 They put back the disable access radiation control...beam returns soon?
16.43 R43_47 run in AIDA, beam comes back.
F11 scint scaler of BigRIPS shows around 30 cps as before. (network camera scaler from ZDS shows about 80
cps)
BigRIPS data file 1128
16.58 Naive estimation of the energy loss difference of 40Mg and 41Al from different optics settings
Use D8 Brho of 6.3208 Tm of R21_0
40Mg energy after 8mm Al: 125 MeV/u
41Al " " " ": 140 MeV/u
Use D8 Brho of 6.2405 Tm as above for the present settings
40Mg energy after 7 mm Al: 125 MeV/u
41Al energy after 6.5 mm Al: 142 MeV/u
So, neglecting other stopping materials, the difference between implantation depths could be about 1 or 2
SSD layers towards the front of AIDA.
17.08 R43_53 removed variable degrader #1 (0.5 mm W [+1 mm Al])
Variable degrader setting is now #2 + #3: 0.3 mm W + 1.0 mm W [+2 mm Al]
17.14 SyncCheck OK
BRIKEN data file 210
AIDA data file R43_55
17.28 DSSSD bias & leakage currents OK - see attachments 3 & 4
FEE64 temperatures OK - see attachment 5
Visual scalers - see attachment 6
good events statistics - see attachment 7
System wide checks OK *except* nnaida13 fails ADC calibration and variable number of nnaida5, 7, 8, 15 & 16
fail clock status - bit 2 always set
17.49 BigRIPS data file 1129
Centre ZDS @ 40Mg
Change degrader to (8mm Al) fixed + (0.3mm W/1mm Al + 0.5mm W/1mm Al, 1mm W/1mm Al) variable
17.53 SyncCheck OK
AIDA data file R43_64
BRIKEN data file 211
18.24 DAQ stops OK (RINF03R1/R43_71)
Ready for LN2 refill sequence
18.56 BigRIPS data file 1130
19.32 DAQ starts (RIBF03R1/R44)
19.35 SyncCheck OK
BRIKEN data file 213
AIDA data file R44_1
ASIC settings 2016Nov29-21.38.02
Degrader (8mm Al) fixed + (0.3mm W/1mm Al + 0.5mm W/1mm Al + 1mm W/1mm Al) variable
19.57 BigRIPS data file 1131
20.54 beam off for stripper foil change
21.04 1.8.W spectra -see attachments 8 & 9
good events stats - see attachment 10
Varying levels of 100kHz period extrinsic noise for FEE64s nnaida17, 18, 19 & 23
21.06 Back back
SyncCheck OK
BigRIPS data file 1132
AIDA data file R44_31
BRIKEN data file 214
21.55 SyncCheck OK
22.05 BigRIPS data file 1133
22.15 System-wide checks OK *except* nnaida13 fails ADC calibration and variable # of nnaida5, 7, 8, 15 & 16 fail
clock status - status bit 2 always set
23.04 BigRIPS data file 1134 |
|
Wed Nov 30 11:36:32 2016, TD, Offline analysis of R41_2 8x
|
Degrader (8mm Al) fixed + ( 0.3mm W/1mm Al + 0.5mm/1mm Al + 1mm W/1m Al) variable
Steering to F11 changed by PD
S O R T C O M P L E T E ..... Wed Nov 30 20:27:12 2016
*** ENTRY finish
*** data items: 261088000 ( 113119.60 Hz)
*** ADC events: 38225290 ( 16561.58 Hz)
*** time warps: 0 ( 0.00 Hz)
*** DSSSD # 1 count: 4817030 old count: 4801683 dt: 315.38 s LEC rate: 15273.57 Hz
*** DSSSD # 2 count: 4859831 old count: 4845346 dt: 315.38 s LEC rate: 15409.28 Hz
*** DSSSD # 3 count: 2756459 old count: 2748047 dt: 315.38 s LEC rate: 8740.03 Hz
*** DSSSD # 4 count: 2366728 old count: 2359885 dt: 315.38 s LEC rate: 7504.29 Hz
*** DSSSD # 5 count: 1834069 old count: 1828597 dt: 315.38 s LEC rate: 5815.36 Hz
*** DSSSD # 6 count: 3545853 old count: 3535021 dt: 315.38 s LEC rate: 11242.99 Hz
*** DSSSD # 1 count: 77 old count: 77 dt: 315.38 s HEC rate: 0.24 Hz
*** DSSSD # 2 count: 72 old count: 72 dt: 315.38 s HEC rate: 0.23 Hz
*** DSSSD # 3 count: 128 old count: 127 dt: 315.38 s HEC rate: 0.41 Hz
*** DSSSD # 4 count: 98 old count: 97 dt: 315.38 s HEC rate: 0.31 Hz
*** DSSSD # 5 count: 66 old count: 66 dt: 315.38 s HEC rate: 0.21 Hz
*** DSSSD # 6 count: 16 old count: 16 dt: 315.38 s HEC rate: 0.05 Hz
*** ENTRY finish ends
S O R T S T O P P E D ..... Wed Nov 30 20:28:24 2016 |
|
Wed Nov 30 11:10:10 2016, TD, Correlation_Check.c
|
cd /TapeData/RIBF03R1
~/td/a.out R31 10000 > /tmp/R31.out
~/td/a.out R31 24 > /tmp/R31-2.out
~/td/a.out R42 24 > /tmp/R42.out
[update added 14.00JST Friday 2 December]
aidas1> ~/td/a.out R41 24
Starting Correlation Check Program
Number of SYNCs is 24
File R41_0 opened for read success
Sync Time Incorrect Count=1 ; FullTime=BCF284400A0 ; Last_SyncTime=0
Missing sync_tally = 1 ; paused_modules = 0 ; SYNCs since complete =>
0 => 0 ;1 => 1 ;2 => 1 ;3 => 1 ;4 => 1 ;5 => 1 ;6 => 1 ;7 => 1 ;8 => 1 ;9 => 1 ;10 => 1 ;
11 => 1 ;12 => 1 ;13 => 1 ;14 => 1 ;15 => 1 ;16 => 1 ;17 => 1 ;18 => 1 ;19 => 1 ;20 => 1 ;
21 => 1 ;22 => 1 ;23 => 1 ;24 => 1 ;
Difference Error 1 : ScalarIs 0x29E99A88,Was 0x0, Diff=0x29E99A88 | Now ScalarTime=0xBCF62EBD1C0, Last ScalarTime=0x0,
Diff=0xBCF62EBD1C0 Scalar < Time = 0x0, Last_SyncTime = BCF62E800A0
Scalar gone backwards 2733 : ScalarIs 0x16758F,Was 0x1C3DFAE72, Diff=0xFFFFFFFE3C36C71D | Now ScalarTime=0xBD5CB5DD8E0, Last
ScalarTime=0xBD5CAC42168, Diff=0x99B778 Scalar < Time = 0x0, Last_SyncTime = BD5CB5C00A0
Difference Error 2733 : ScalarIs 0x16758F,Was 0x1C3DFAE72, Diff=0xFFFFFFFE3C36C71D | Now ScalarTime=0xBD5CB5DD8E0, Last
ScalarTime=0xBD5CAC42168, Diff=0x99B778 Scalar < Time = 0x0, Last_SyncTime = BD5CB5C00A0
File R41_1 opened for read success
Scalar gone backwards 4167 : ScalarIs 0x142CEC,Was 0xD7337698, Diff=0xFFFFFFFF28E0B654 | Now ScalarTime=0xBD9286B9480, Last
ScalarTime=0xBD927D1DD04, Diff=0x99B77C Scalar < Time = 0x0, Last_SyncTime = BD9286800A0
Difference Error 4167 : ScalarIs 0x142CEC,Was 0xD7337698, Diff=0xFFFFFFFF28E0B654 | Now ScalarTime=0xBD9286B9480, Last
ScalarTime=0xBD927D1DD04, Diff=0x99B77C Scalar < Time = 0x0, Last_SyncTime = BD9286800A0
File R41_2 opened for read success
File R41_3 opened for read success
File R41_4 opened for read success
File R41_5 opened for read success
File R41_6 opened for read success
File R41_7 opened for read success
File R41_8 opened for read success
File R41_9 opened for read success
File R41_10 opened for read success
File R41_11 opened for read success
File R41_12 opened for read success
File R41_13 opened for read success
File R41_14 opened for read success
File R41_15 opened for read success
File R41_16 opened for read success
File R41_17 opened for read success
File R41_18 opened for read success
File R41_19 opened for read success
File R41_20 opened for read success
File R41_21 opened for read success
File R41_22 opened for read success
File R41_23 opened for read success
File R41_24 opened for read success
File R41_25 opened for read success
File R41_26 opened for read success
File R41_27 opened for read success
File R41_28 opened for read success
File R41_29 opened for read success
File R41_30 opened for read success
File R41_31 opened for read success
File R41_32 opened for read success
File R41_33 opened for read success
File R41_34 opened for read success
File R41_35 opened for read success
File R41_36 opened for read success
File R41_37 opened for read success
File R41_38 opened for read success
File R41_39 opened for read success
File R41_40 opened for read success
File R41_41 opened for read success
File R41_42 opened for read success
File R41_43 opened for read success
File R41_44 opened for read success
File R41_45 opened for read success
File R41_46 opened for read success
File R41_47 opened for read success
File R41_48 opened for read success
File R41_49 opened for read success
File R41_50 opened for read success
File R41_51 opened for read success
File R41_52 opened for read success
File R41_53 opened for read success
File R41_54 opened for read success
File R41_55 opened for read success
File R41_56 opened for read success
File R41_57 opened for read success
Sync Time Incorrect Count=6853176 ; FullTime=D71712400A0 ; Last_SyncTime=D71711C00A0
Missing sync_tally = 1 ; paused_modules = 0 ; SYNCs since complete =>
0 => 0 ;1 => 2 ;2 => 2 ;3 => 2 ;4 => 2 ;5 => 2 ;6 => 2 ;7 => 2 ;8 => 2 ;9 => 2 ;10 => 2 ;
11 => 2 ;12 => 2 ;13 => 2 ;14 => 2 ;15 => 2 ;16 => 2 ;17 => 2 ;18 => 2 ;19 => 2 ;20 => 2 ;
21 => 2 ;22 => 2 ;23 => 2 ;24 => 2 ;
File R41_58 opened for read success
File R41_59 opened for read success
File R41_60 opened for read success
File R41_61 opened for read success
File R41_62 opened for read success
File R41_63 opened for read success
File R41_64 opened for read success
File R41_65 opened for read success
File R41_66 opened for read success
File R41_67 opened for read success
File R41_68 opened for read success
File R41_69 opened for read success
File R41_70 opened for read success
File R41_71 opened for read success
File R41_72 opened for read success
File R41_73 opened for read success
File R41_74 opened for read success
File R41_75 opened for read success
File R41_76 opened for read success
File R41_77 opened for read success
File R41_78 opened for read success
File R41_79 opened for read success
File R41_80 opened for read success
File R41_81 opened for read success
File R41_82 opened for read success
File R41_83 opened for read success
File R41_84 opened for read success
Sync Time Incorrect Count=10082274 ; FullTime=E3687D000A0 ; Last_SyncTime=E3687C800A0
Missing sync_tally = 1 ; paused_modules = 0 ; SYNCs since complete =>
0 => 0 ;1 => 2 ;2 => 2 ;3 => 2 ;4 => 2 ;5 => 2 ;6 => 2 ;7 => 2 ;8 => 2 ;9 => 2 ;10 => 2 ;
11 => 2 ;12 => 2 ;13 => 2 ;14 => 2 ;15 => 2 ;16 => 2 ;17 => 2 ;18 => 2 ;19 => 2 ;20 => 2 ;
21 => 2 ;22 => 2 ;23 => 2 ;24 => 2 ;
File R41_85 opened for read success
File R41_86 opened for read success
File R41_87 opened for read success
File R41_88 opened for read success
File R41_89 opened for read success
File R41_90 opened for read success
File R41_91 opened for read success
File R41_92 opened for read success
File R41_93 opened for read success
File R41_94 opened for read success
File R41_95 opened for read success
File R41_96 opened for read success
File R41_97 opened for read success
File R41_98 opened for read success
File R41_99 opened for read success
File R41_100 opened for read success
File R41_101 opened for read success
File R41_102 opened for read success
File R41_103 opened for read success
File R41_104 opened for read success
File R41_105 opened for read success
File R41_106 opened for read success
File R41_107 opened for read success
File R41_108 opened for read success
File R41_109 opened for read success
File R41_110 opened for read success
File R41_111 opened for read success
File R41_112 opened for read success
File R41_113 opened for read success
File R41_114 opened for read success
File R41_115 opened for read success
File R41_116 opened for read success
File R41_117 opened for read success
Sync Time Incorrect Count=14013263 ; FullTime=F26758800A0 ; Last_SyncTime=F26758000A0
Missing sync_tally = 1 ; paused_modules = 0 ; SYNCs since complete =>
0 => 0 ;1 => 2 ;2 => 2 ;3 => 2 ;4 => 2 ;5 => 2 ;6 => 2 ;7 => 2 ;8 => 2 ;9 => 2 ;10 => 2 ;
11 => 2 ;12 => 2 ;13 => 2 ;14 => 2 ;15 => 2 ;16 => 2 ;17 => 2 ;18 => 2 ;19 => 2 ;20 => 2 ;
21 => 2 ;22 => 2 ;23 => 2 ;24 => 2 ;
File R41_118 opened for read success
File R41_119 opened for read success
File R41_120 opened for read success
File R41_121 opened for read success
File R41_122 opened for read success
File R41_123 opened for read success
File R41_124 opened for read success
File R41_125 opened for read success
File R41_126 opened for read success
File R41_127 open failed |
|
Wed Nov 30 08:41:37 2016, PV, TD, RCF, Liu, Implantation profile in AIDA R39 37 to 46, after changing degrader at 16:23
|
Degrader setting:
Variable degrader:
0.5 mm W + 1 mm Al : in
0.3 mm W + 1 mm Al : in
1 mm W + 1 mm Al : in
Fix degrader:
20mm Al+ 0,2 mm Al
See https://elog.ph.ed.ac.uk/AIDA/502 for comparison |
|
Wed Nov 30 06:42:01 2016, TD, Offline analysis of R39_26 8x
|
Following degrader change to (8mm Al) fixed + ( 0.3mm W/1mm Al + 0.5mm/1mm Al + 1mm W/1m Al) variable
S O R T C O M P L E T E ..... Wed Nov 30 17:13:45 2016
*** ENTRY finish
*** data items: 261088000 ( 100256.23 Hz)
*** ADC events: 35996583 ( 13822.47 Hz)
*** time warps: 0 ( 0.00 Hz)
*** DSSSD # 1 count: 5336829 old count: 5326852 dt: 298.81 s LEC rate: 17860.09 Hz
*** DSSSD # 2 count: 4841097 old count: 4831789 dt: 298.81 s LEC rate: 16201.09 Hz
*** DSSSD # 3 count: 3210523 old count: 3204385 dt: 298.81 s LEC rate: 10744.25 Hz
*** DSSSD # 4 count: 2891968 old count: 2886353 dt: 298.81 s LEC rate: 9678.19 Hz
*** DSSSD # 5 count: 1993841 old count: 1989821 dt: 298.81 s LEC rate: 6672.54 Hz
*** DSSSD # 6 count: 3671954 old count: 3664989 dt: 298.81 s LEC rate: 12288.47 Hz
*** DSSSD # 1 count: 66 old count: 66 dt: 298.81 s HEC rate: 0.22 Hz
*** DSSSD # 2 count: 100 old count: 100 dt: 298.81 s HEC rate: 0.33 Hz
*** DSSSD # 3 count: 131 old count: 131 dt: 298.81 s HEC rate: 0.44 Hz
*** DSSSD # 4 count: 79 old count: 79 dt: 298.81 s HEC rate: 0.26 Hz
*** DSSSD # 5 count: 46 old count: 46 dt: 298.81 s HEC rate: 0.15 Hz
*** DSSSD # 6 count: 11 old count: 11 dt: 298.81 s HEC rate: 0.04 Hz
*** ENTRY finish ends
S O R T S T O P P E D ..... Wed Nov 30 17:15:04 2016 |
|
Wed Nov 30 06:33:52 2016, TD, Offline analysis R36_30 8x
|
Following target change from (CH2)n to C
Degrader (8mm Al) fixed + ( 0.3mm W/1mm Al + 1mm W/1m Al) variable
See https://elog.ph.ed.ac.uk/AIDA/499
S O R T C O M P L E T E ..... Wed Nov 30 15:27:25 2016
*** ENTRY finish
*** data items: 261088000 ( 116005.27 Hz)
*** ADC events: 36396496 ( 16171.50 Hz)
*** time warps: 0 ( 0.00 Hz)
*** DSSSD # 1 count: 5261837 old count: 5244729 dt: 302.14 s LEC rate: 17415.17 Hz
*** DSSSD # 2 count: 4766457 old count: 4750965 dt: 302.14 s LEC rate: 15775.61 Hz
*** DSSSD # 3 count: 2750220 old count: 2741230 dt: 302.14 s LEC rate: 9102.44 Hz
*** DSSSD # 4 count: 2371078 old count: 2363331 dt: 302.14 s LEC rate: 7847.59 Hz
*** DSSSD # 5 count: 1938346 old count: 1932204 dt: 302.14 s LEC rate: 6415.37 Hz
*** DSSSD # 6 count: 3579949 old count: 3568500 dt: 302.14 s LEC rate: 11848.61 Hz
*** DSSSD # 1 count: 18 old count: 18 dt: 302.14 s HEC rate: 0.06 Hz
*** DSSSD # 2 count: 1 old count: 1 dt: 302.14 s HEC rate: 0.00 Hz
*** DSSSD # 3 count: 13 old count: 13 dt: 302.14 s HEC rate: 0.04 Hz
*** DSSSD # 4 count: 37 old count: 37 dt: 302.14 s HEC rate: 0.12 Hz
*** DSSSD # 5 count: 110 old count: 110 dt: 302.14 s HEC rate: 0.36 Hz
*** DSSSD # 6 count: 144 old count: 144 dt: 302.14 s HEC rate: 0.48 Hz
*** ENTRY finish ends
S O R T S T O P P E D ..... Wed Nov 30 15:28:35 2016 |
|
Wed Nov 30 06:31:04 2016, PV, TD, RCF, Liu, Implantation profile in AIDA R39 2 to 9, after changing degrader at 13:30
|
Degrader setting was:
Variable degrader:
0.5 mm W + 1 mm Al : in
0.3 mm W + 1 mm Al : out
1 mm W + 1 mm Al : in
Fix degrader:
20mm Al+ 0,2 mm Al
Large portion of the beam is passing through AIDA! We need to change the degrader |
|
Wed Nov 30 05:30:20 2016, TD, Offline analysis R39_6 8x
|
Degrader 8mm Al fixed + ( 0.5mm W/1mm Al + 1mm W/1mm Al) variable
S O R T C O M P L E T E ..... Wed Nov 30 14:41:39 2016
*** ENTRY finish
*** data items: 261088000 ( 107267.57 Hz)
*** ADC events: 36298818 ( 14913.31 Hz)
*** time warps: 0 ( 0.00 Hz)
*** DSSSD # 1 count: 5026250 old count: 5011592 dt: 301.12 s LEC rate: 16691.77 Hz
*** DSSSD # 2 count: 4868135 old count: 4854528 dt: 301.12 s LEC rate: 16166.68 Hz
*** DSSSD # 3 count: 3233592 old count: 3224663 dt: 301.12 s LEC rate: 10738.50 Hz
*** DSSSD # 4 count: 2914929 old count: 2906700 dt: 301.12 s LEC rate: 9680.24 Hz
*** DSSSD # 5 count: 2009399 old count: 2003732 dt: 301.12 s LEC rate: 6673.05 Hz
*** DSSSD # 6 count: 3695168 old count: 3684926 dt: 301.12 s LEC rate: 12271.36 Hz
*** DSSSD # 1 count: 24 old count: 24 dt: 301.12 s HEC rate: 0.08 Hz
*** DSSSD # 2 count: 12 old count: 12 dt: 301.12 s HEC rate: 0.04 Hz
*** DSSSD # 3 count: 39 old count: 39 dt: 301.12 s HEC rate: 0.13 Hz
*** DSSSD # 4 count: 94 old count: 94 dt: 301.12 s HEC rate: 0.31 Hz
*** DSSSD # 5 count: 152 old count: 152 dt: 301.12 s HEC rate: 0.50 Hz
*** DSSSD # 6 count: 131 old count: 131 dt: 301.12 s HEC rate: 0.44 Hz
*** ENTRY finish ends
S O R T S T O P P E D ..... Wed Nov 30 14:42:53 2016 |
|
Wed Nov 30 04:56:40 2016, TD, Offline analysis R38_33 9x
|
Degrader 8mm Al fixed + ( 0.3mm W/1mm Al + 1mm W/1mm Al) variable
ADC & disc data synchronised
S O R T C O M P L E T E ..... Wed Nov 30 13:53:38 2016
*** ENTRY finish
*** data items: 261088000 ( 95225.14 Hz)
*** ADC events: 44184529 ( 16115.17 Hz)
*** time warps: 0 ( 0.00 Hz)
*** DSSSD # 1 count: 5050939 old count: 5048005 dt: 362.93 s LEC rate: 13917.19 Hz
*** DSSSD # 2 count: 5030612 old count: 5028047 dt: 362.93 s LEC rate: 13861.19 Hz
*** DSSSD # 3 count: 2817584 old count: 2815988 dt: 362.93 s LEC rate: 7763.48 Hz
*** DSSSD # 4 count: 2482552 old count: 2481283 dt: 362.93 s LEC rate: 6840.34 Hz
*** DSSSD # 5 count: 1549349 old count: 1548540 dt: 362.93 s LEC rate: 4269.03 Hz
*** DSSSD # 6 count: 3960450 old count: 3958332 dt: 362.93 s LEC rate: 10912.50 Hz
*** DSSSD # 1 count: 18 old count: 18 dt: 362.93 s HEC rate: 0.05 Hz
*** DSSSD # 2 count: 6 old count: 6 dt: 362.93 s HEC rate: 0.02 Hz
*** DSSSD # 3 count: 21 old count: 20 dt: 362.93 s HEC rate: 0.06 Hz
*** DSSSD # 4 count: 64 old count: 63 dt: 362.93 s HEC rate: 0.18 Hz
*** DSSSD # 5 count: 157 old count: 157 dt: 362.93 s HEC rate: 0.43 Hz
*** DSSSD # 6 count: 200 old count: 200 dt: 362.93 s HEC rate: 0.55 Hz
*** ENTRY finish ends
S O R T S T O P P E D ..... Wed Nov 30 13:55:06 2016 |
|
Tue Nov 29 19:07:35 2016, AE, CG, ATS, AT, F11 conditions after change to C target in F8 [light particles?]
|
The main experiment changed to a carbon reaction target at F8 (similar thickness of CH2 previously used), and retuned the ZDS. First BigRIPS run after retuning is 40Mg_1093 (at 2:29 am, Nov 30th)
The background at F11 has increased. The neutron backgroun incresead by a factor of ~10. The rates of visual scalers also increased; for example Si Top/Bottom from about 50 Hz to 300 Hz (see attachment 1).
One possible explanation are higher light particle rate at F11. By comparing the PID for C target (attachment 2) with that of CH2 target setting (e.g. https://elog.ph.ed.ac.uk/AIDA/492), it looks like the new conditions have a higher transmission for A/Q=3 fragments (3H et al). Also, in the new setting the Si isotopes are also transmitted to F11.
The implantation depth is still good; same as we had for C target at F8 (compare 40Al distribution in attachment 3 with what we had before). |
|
Tue Nov 29 15:12:33 2016, CG, AE, TD, DK, Wednesday 30 November 13x
|
00.11 Beam stopped for target @F8 change.
R35 stopped at R35_62.
BRIKEN file 161129_1951 155->159
BigRIPS files 1084-1088.
Bias and leakage currents ok (attachments 1+2).
00:38 Added 0.2 mm Al fixed degrader. The new target at F8 is 0.9 g/cm2 C, which (according to LISE calculation)
results in 2.7 MeV/u less energy loss than the previous 0.9 g/cm2 CH2 target.
00:42 Beam returned. R36 started. BigRIPS file 1089.
Initially out of sync with BRIKEN so reset correlation timestamp @ 01:45 (~1/2 way through R36_0).
02:26 Beam rate at F11 about doubled. Now ~80cps @ F11.
Previously changing beam spot position, but now 41Al now centred.
02:39 Beam stopped start @ of R36_11.
03.33 Beam returned to F11, centred on 40Mg in ZDS.
Just after start of R36_22.
BigRIPS file 1094.
04.35 Beam stopped. ~1/2 way through R36_34.
Continue running with R36.
06.13 R36 stopped.
The control module of a power supply of one of the STQs has broken and the accelerator team must contact the
manufacturer to work out a solution.
This will take some time (hours or maybe even into tomorrow).
09.36 STQ PSU fixed - beam returns
BigRIPS data file 1096
10.00 AIDA DAQ soft reset to recover from LN2 fill cycle transient
10.03 DAQ starts (RIBF03R1/R38)
ASIC settings 2016Nov29-21.38.02
Degrader (8mm Al) fixed + ( 0.3mm W/1mm Al + 1mm W/1m Al) variable
10.38 BigRIPS data file 1097
10.50 Unable to sync DAQs - appears BRIKEN timestamp is not being reset, AIDA-RIBFDAQ appear to be sync'd
11.16 Looks like BRIKEN gets the sync again. It's some kind of integer overflow issue?! Unclear.
BRIKEN starts the new run. It is the same time as AIDA R38_14 (about 400 MB into file)
11.43 BigRIPS data file 1098
12.47 BigRIPS data file 1099
13.02 DSSSD bias & leakage currents OK - see attachments 3 & 4
FEE64 temperatures OK - see attachment 5
Visual scalers - see attachment 6
Good events and Merge statistics - see attachments 7-12
All FEE64s << 100 k data items/s
Offline analysis of R38_34 shows most events are in DSSSDs #5 & #6
13.20 DAQ stopped OK (RIBF0R1/R38_35)
Change degrader to (8mm Al) fixed + ( 0.5mm W/1mm Al + 1mm W/1m Al) variable, i.e. additional 0.2mm W
13.21 DAQ starts (RIBF0R1/R39)
BRIKEN DAQ issues three re-syncs
SyncCheck OK
13.32 AIDA data file R39_2
BRIKEN data file 175
ASIC settings 2016Nov29-21.38.02
Degrader (8mm Al) fixed + ( 0.5mm W/1mm Al + 1mm W/1m Al) variable
B-rho changed from 6.384Tm to 6.673Tm overnight => 9.3% energy change
A=40 ions at F11 change from 145MeV/u to 158MeV/u
14.22 Beam was off to change stripper foil. Now it is back at F11, around 10 cps at the scint (BigRIPS scaler) or
60 cps at our normal F11 plastic
Very nearly the time of R39_12 beginning.
BigRIPS run 1101
15.25 Offline analysis indicates we need to increase degrader thickness further
Will add 0.5mm W/1mm Al to change degrader to (8mm Al) fixed + ( 0.3mm W/1mm Al + 0.5mm /1mm Al + 1mm W/1mm Al
) variable
15.30 DAQ continues (RIBF03R1/R39_25)
BRIKEN data file 178
16.06 BigRIPS data file 1103
16.23 We observed that the degrader was not actually inserted previously as we thought.
Now it is inserted, so variable degraders 1, 2 and 3: 0.5 mm W (+1 mm Al), 0.3 mm W (+1 mm Al) and 1.0 mm W (+1
mm Al)
AIDA run is R39_36
17.04 BigRIPS data file 1104
17.53 System-wide checks OK *except* variable # of nnaida5, 7, 8 , 15 & 16 fail clock status - bit 2 always set
18.06 BigRIPS data file 1105
18.21 DAQ stops OK (RIBF03R1/R39_60) in advance of Clover LN2 refill cycle
19.08 BigRIPS data file 1106
19.29 DAQ starts (RIBF03R1/R41_0)
Steering to F11 changed by PD - attempt to centre implants in DSSSDs
19.30 BigRIPS data file 1107
19.42 AIDA data file R41_2
BRIKEN data file 183
ASIC settings 2016Nov29-21.38.02
Degrader (8mm Al) fixed + ( 0.3mm W/1mm Al + 0.5mm W/1mm Al + 1mm W/1m Al) variable
20.00 Visual scalers - see attachment 13
20.27 BigRIPS data file 1108
21.26 Beam lost
21.43 Beam back
BigRIPS data file 1109
AIDA data file R41_26
BRIKEN data file 183
22.47 BigRIPS data file 1110.
23.47 BigRIPS data file 1111. |
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Tue Nov 29 12:21:35 2016, TD, Offline analysis R35_1 8x
|
S O R T C O M P L E T E ..... Tue Nov 29 20:45:36 2016
*** ENTRY finish
*** data items: 261088000 ( 86387.95 Hz)
*** ADC events: 35941414 ( 11892.18 Hz)
*** time warps: 0 ( 0.00 Hz)
*** DSSSD # 1 count: 5276204 old count: 5262371 dt: 300.27 s LEC rate: 17571.70 Hz
*** DSSSD # 2 count: 4680694 old count: 4668369 dt: 300.27 s LEC rate: 15588.43 Hz
*** DSSSD # 3 count: 2774752 old count: 2767324 dt: 300.27 s LEC rate: 9240.95 Hz
*** DSSSD # 4 count: 2405451 old count: 2399010 dt: 300.27 s LEC rate: 8011.04 Hz
*** DSSSD # 5 count: 1940411 old count: 1935190 dt: 300.27 s LEC rate: 6462.28 Hz
*** DSSSD # 6 count: 3578504 old count: 3569034 dt: 300.27 s LEC rate: 11917.74 Hz
*** DSSSD # 1 count: 54 old count: 54 dt: 300.27 s HEC rate: 0.18 Hz
*** DSSSD # 2 count: 76 old count: 76 dt: 300.27 s HEC rate: 0.25 Hz
*** DSSSD # 3 count: 124 old count: 124 dt: 300.27 s HEC rate: 0.41 Hz
*** DSSSD # 4 count: 129 old count: 129 dt: 300.27 s HEC rate: 0.43 Hz
*** DSSSD # 5 count: 84 old count: 84 dt: 300.27 s HEC rate: 0.28 Hz
*** DSSSD # 6 count: 33 old count: 33 dt: 300.27 s HEC rate: 0.11 Hz
*** ENTRY finish ends
S O R T S T O P P E D ..... Tue Nov 29 20:47:11 2016 |
|
Tue Nov 29 05:18:50 2016, TD, Offline analysis of R31 10x
|
Offline analysis of AIDA data files from R31_0 to c. R31_5 (elapsed time 1120.45s)
Note impact of increased noise ( https://elog.ph.ed.ac.uk/AIDA/494 )on LEC spectra,
particularly for DSSSDs #1 & #2.
*** ENTRY finish
*** data items: 1231535778 ( 133914.33 Hz)
*** ADC events: 112061604 ( 12185.32 Hz)
*** time warps: 0 ( 0.00 Hz)
*** DSSSD # 1 count: 24147717 old count: 24147349 dt: 1120.45 s LEC rate: 21551.85 Hz
*** DSSSD # 2 count: 22686292 old count: 22685929 dt: 1120.45 s LEC rate: 20247.53 Hz
*** DSSSD # 3 count: 13051178 old count: 13050922 dt: 1120.45 s LEC rate: 11648.18 Hz
*** DSSSD # 4 count: 11173273 old count: 11173038 dt: 1120.45 s LEC rate: 9972.15 Hz
*** DSSSD # 5 count: 9478275 old count: 9478090 dt: 1120.45 s LEC rate: 8459.36 Hz
*** DSSSD # 6 count: 15562532 old count: 15562263 dt: 1120.45 s LEC rate: 13889.57 Hz
*** DSSSD # 1 count: 165 old count: 165 dt: 1120.45 s HEC rate: 0.15 Hz
*** DSSSD # 2 count: 275 old count: 275 dt: 1120.45 s HEC rate: 0.25 Hz
*** DSSSD # 3 count: 523 old count: 523 dt: 1120.45 s HEC rate: 0.47 Hz
*** DSSSD # 4 count: 469 old count: 469 dt: 1120.45 s HEC rate: 0.42 Hz
*** DSSSD # 5 count: 297 old count: 297 dt: 1120.45 s HEC rate: 0.27 Hz
*** DSSSD # 6 count: 118 old count: 118 dt: 1120.45 s HEC rate: 0.11 Hz
*** ENTRY finish ends
S O R T S T O P P E D ..... Tue Nov 29 14:18:07 2016
Spectrum s400 displays the frequency of bits 0-47 of the (MBS) 25MHz correlation scaler.
For those bits which can be expected to cycle often within the sampling period we would
expect to observe each bit with equal probability and this is observed for bits 0-31.
Conclude there is no evidence for hardware/firmware problems with the AIDA 25MHz correlation
clock for bits 0-31 and therefore probably not for bits 32-47 either.
I think the SyncCheck issues observed could due to:
1) the effect of sampling data from the AIDA TapeServer data buffers,
2) arithmetic/coding bug in the SyncCheck code
... or ?
I don't recall observing these issues before ... does that mean we weren't looking? ... or
that there has been some change to hardware operation, software ... ?
|
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Mon Nov 28 18:07:14 2016, CG, TD, AE, DK, Tuesday 29 November 42x
|
01:39 : Attachment 26 (R30_70to72) shows a gradual change in the hit pattern for DSSD2 (at the lower left
corner) which may indicate the noise level was increasing.
02.23 BigRIPS data file 1066
03.05 Beam stopped due to problem with LINAC RF.
Stopped at 1GB through R30_90.
Bias and leakage currents ok (attachments 1+2). Temps ok (attachment 3).
03.15 R30 stopped.
03.22 BigRIPS data file 1067
03.24 Beam returned and R31 started.
04.25 BigRIPS data file 1068
05.29 BigRIPS data file 1069
06.26 Stop R31 in anticipation of LN2 fill.
Run stopped at R31_56.
06.31 BigRIPS data file 1070
07.18 R32 started successfully after LN2 fill.
07.24 DAQ crashed. SYNC errors.
R32 closed.
Cannot soft reset. Unable to contact nnaida9+19.
07.33 BigRIPS data file 1071
07.49 R33 started after FEE power cycle.
Running quite fast, but seems to be stable. F11 rate still 30cps.
08.26 /home full.
aidas1> du -sh /home/data/
811G /home/data/
aidas1> du -sh /home/data/*
3.4M /home/data/bkg_r97.root
253G /home/data/NP1306.rootfiles
27G /home/data/NP1512.rootfiles
190G /home/data/npg
311G /home/data/online
2.0G /home/data/R97_0
2.0G /home/data/R97_1
2.0G /home/data/R97_10
2.0G /home/data/R97_11
1.8G /home/data/R97_12
2.0G /home/data/R97_2
2.0G /home/data/R97_3
2.0G /home/data/R97_4
2.0G /home/data/R97_5
2.0G /home/data/R97_6
2.0G /home/data/R97_7
2.0G /home/data/R97_8
2.0G /home/data/R97_9
7.4G /home/data/rootFiles
4.0K /home/data/rsync.sh
4.0K /home/data/rsync.sh~
4.0K /home/data/ttt.txt
08.36 BigRIPS data file 1072
09.16 Beam stopped for stripper foil change.
R33 stopped.
GK, RG and SN will install repaired clover (G7).
09.28 Beam returned and R34 started.
BigRIPS data file 1073
10.32 BigRIPS data file 1074
11.00 DSSSD bias & leakage currents OK - see attachments 4 & 5
FEE64 temperatures OK - see attachment 6
Merge statistics OK - see attachments 7-12
System wide checks OK *except* fails for clock status (bit 2 always set) and ADC calibration - see
attachments 13-14
11.20 Visual scaler - see attachment 15
11.25 Analysis of R30_25 - see attachment 16
11.39 BigRIPS data file 1075
13.11 BigRIPS data file 1076
14.10 11.50-14.10 Spectra Rate, HitRate, 1.8.L, 1.8.H, 1.8.W - see attachments 17-24
1.8.W spectra show some evidence of increased 100kHz noise for nnaida17, 18 & 19
statistics good events - nnaida17, 18 & 19 > 100k data item/s - see attachment 25
14.16 BigRIPS data file 1077
14.54 BigRIPS data file 1078
15.19 BigRIPS data file 1079
16.14 BigRIPS data file 1080
16.16 BigRIPS data file 1081
17.17 BigRIPS data file 1082
18.18 BigRIPS data file 1083
19.03 BigRIPS data file 1084
18.26 DAQ stopped OK (RIBF03R1/R34_137)
Clover HPGe LN2 refill
18.30 Beam off - for primary user calibration & stripper foil change
18.45 Ambient temperature +25.5 deg C, d.p. -5.0 deg C, RH 12.%
DSSSD bias & leakage currents OK - see attachments 27 & 28
FEE64 temperatures OK - see attachment 29
19.03 BigRIPS data file 1084
19.12 Statistics good events - see attachment 30
All FEE64s < 100k data items/s, nnaida17, 18 & 19 < 50k data items/s
Note - nothing has been changed/touched
19.40 Degraders unchanged
(8mm Al) Fixed + ( 1mm W/1mm Al, 0.3mm W/1mm Al) variable
19.46 DAQ starts (RIBF0R1/R35)
19.50 SyncCheck OK
19.51 BRIKEN data file 155
19.53 Statistics - good events - see attachment 31
All FEE64s < 100k data items/s, nnaida17, 18 & 19 < 50k data items/s
Visual scalers - see attachment 32
20.00 BigRIPS data file 1085
20.08 Offline analysis R35_1 - ADc & disc data synchronised - see attachments 33 & 34
20.58 BigRIPS data file 1086
21.15 Rate, HitRate, 1.8.L, 1.8.H, 1.8.W spectra - see attachments 35-42
21.35 Found nnaida17 HEC fast comparator 0x3 *not* 0x2
Corrected and saved ASIC settings etc with new DB key 2016Nov29-21.38.02
Current AIDA data file R35_22
|
|
Mon Nov 28 15:53:39 2016, AE, AT, RG, CG, DAQ synchronization 7x
|
We noticed a peculiar feature in the time-stamp synchronization monitor. The spectra of timestamp difference between pairs of DAQ systems show, for all possible pair combinations, a peak at Delta(ts)= 65535 = 2**15
This corresponds to a difference of 2.6 ms (for 25MHz correlation clock). See the attachments taken ~23:00 of Nov 28th.
We performed the AIDA system-wide checks (no errors) and a timestamp reset, but the second peak at 65K is still there (we also checked that there is no peak at 2*65K, at least in a short run period).
We also observed a double peak for timestam-differences close to zero, which we interpret as good correlations (attachment 2). Note, however, that this double peak became much supprese around midnight (see attachment 6 and 7).
From analysis of ion (BigRIPS) and implant (AIDA) correlations we have some confidence that these two DAQs are synchronized; see entry https://elog.ph.ed.ac.uk/AIDA/492 where we identify an implant for 20% ofions at F11 (and with an implantatin profile that, for example, is consistent with changes to the degrader configuration)
|
|
Mon Nov 28 13:12:31 2016, PV, AE, Liu, Implantation profile in AIDA with 8mm Al replacing 3 mm Pb
|
Data for ~3 hrs: Nov 28th, 20:06 to 23:16
Bigrips run 1060 to 1062
AIDA run R30_ 2 to R30_40
Degrader setting: variable= (0.3mmW/1mmAl + 1mmW/1mmAl) + fixed= ( 8 mm Al)
IMPLANT PROFILE: Compare to previous setting (with 3mm Pb as fixed degrader) in elog entry https://elog.ph.ed.ac.uk/AIDA/487
In particular, attachment: https://elog.ph.ed.ac.uk/AIDA/161127_195411/run104x_imp_profile.png
The implantation positin for 40Mg seems to be well optimized (perhaps we can add ~0.5 mm Al to move it further downstream, but not more than that!).
IMPLANT EFFICIENCY: If we compare the number of Al and Mg ions in the ZDS PID for the three runs (~46000, see attachment 5) to the number of ions identified as implants (9389, see attachment 2), we get:
Implant efficiency ~ 20 % (=9389/46000)
P/S: attachment: hit pattern in BRIKEN with F11 plastic (beam), only for BigRIPS run 40Mg1060
|
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Mon Nov 28 11:55:20 2016, TD, Offline analysis R30_2
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Degrader (8mm Al) fixed + ( 0.3mm W/1mm Al + 1mm W/1mm Al)
S O R T C O M P L E T E ..... Mon Nov 28 20:53:02 2016
*** ENTRY finish
*** data items: 261088000 ( 120002.96 Hz)
*** ADC events: 34802098 ( 15995.96 Hz)
*** time warps: 0 ( 0.00 Hz)
*** DSSSD # 1 count: 5905997 old count: 5887846 dt: 290.51 s LEC rate: 20329.92 Hz
*** DSSSD # 2 count: 5530448 old count: 5513790 dt: 290.51 s LEC rate: 19037.19 Hz
*** DSSSD # 3 count: 2899015 old count: 2890171 dt: 290.51 s LEC rate: 9979.14 Hz
*** DSSSD # 4 count: 2612137 old count: 2604306 dt: 290.51 s LEC rate: 8991.63 Hz
*** DSSSD # 5 count: 1944405 old count: 1938459 dt: 290.51 s LEC rate: 6693.13 Hz
*** DSSSD # 6 count: 3424115 old count: 3413635 dt: 290.51 s LEC rate: 11786.66 Hz
*** DSSSD # 1 count: 52 old count: 52 dt: 290.51 s HEC rate: 0.18 Hz
*** DSSSD # 2 count: 78 old count: 78 dt: 290.51 s HEC rate: 0.27 Hz
*** DSSSD # 3 count: 147 old count: 147 dt: 290.51 s HEC rate: 0.51 Hz
*** DSSSD # 4 count: 130 old count: 130 dt: 290.51 s HEC rate: 0.45 Hz
*** DSSSD # 5 count: 84 old count: 84 dt: 290.51 s HEC rate: 0.29 Hz
*** DSSSD # 6 count: 40 old count: 40 dt: 290.51 s HEC rate: 0.14 Hz
*** ENTRY finish ends
S O R T S T O P P E D ..... Mon Nov 28 20:54:07 2016 |
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Mon Nov 28 06:49:04 2016, DK, Offline analysis R27_1
|
Conditions: One Pb wall with empty windows. 3mm Pb degrader closer to AIDA, on the front of PE wall
Variable degraders: 1.0 mm W (+1 mm Al) and 0.3 mm W (+1 mm Al)
*** data items: 261088000 ( 110875.14 Hz)
*** ADC events: 39427988 ( 16743.72 Hz)
*** time warps: 0 ( 0.00 Hz)
*** DSSSD # 1 count: 5617273 old count: 5603383 dt: 327.21 s LEC rate: 17167.27 Hz
*** DSSSD # 2 count: 6007495 old count: 5992656 dt: 327.21 s LEC rate: 18359.85 Hz
*** DSSSD # 3 count: 3154280 old count: 3146595 dt: 327.21 s LEC rate: 9639.98 Hz
*** DSSSD # 4 count: 2713744 old count: 2706934 dt: 327.21 s LEC rate: 8293.63 Hz
*** DSSSD # 5 count: 1977642 old count: 1972985 dt: 327.21 s LEC rate: 6043.99 Hz
*** DSSSD # 6 count: 2943065 old count: 2935788 dt: 327.21 s LEC rate: 8994.47 Hz
*** DSSSD # 1 count: 128 old count: 128 dt: 327.21 s HEC rate: 0.39 Hz
*** DSSSD # 2 count: 174 old count: 174 dt: 327.21 s HEC rate: 0.53 Hz
*** DSSSD # 3 count: 236 old count: 236 dt: 327.21 s HEC rate: 0.72 Hz
*** DSSSD # 4 count: 158 old count: 158 dt: 327.21 s HEC rate: 0.48 Hz
*** DSSSD # 5 count: 80 old count: 80 dt: 327.21 s HEC rate: 0.24 Hz
*** DSSSD # 6 count: 29 old count: 29 dt: 327.21 s HEC rate: 0.09 Hz
*** ENTRY finish ends
S O R T S T O P P E D ..... Mon Nov 28 15:32:15 2016
See attached histograms |
|
Mon Nov 28 05:38:39 2016, DK, Offline analysis R28_14
|
Conditions: Two Pb walls with empty windows. 3mm Pb degrader between MUSIC 1 and MUSIC 2.
Variable degraders: 1.0 mm W (+1 mm Al) and 0.3 mm W (+1 mm Al)
*** DSSSD # 1 count: 5901917 old count: 5892055 dt: 286.62 s LEC rate: 20591.57 Hz
*** DSSSD # 2 count: 5564387 old count: 5555277 dt: 286.62 s LEC rate: 19413.94 Hz
*** DSSSD # 3 count: 2995556 old count: 2990474 dt: 286.62 s LEC rate: 10451.38 Hz
*** DSSSD # 4 count: 2453137 old count: 2448680 dt: 286.62 s LEC rate: 8558.90 Hz
*** DSSSD # 5 count: 1926370 old count: 1923142 dt: 286.62 s LEC rate: 6721.03 Hz
*** DSSSD # 6 count: 3550119 old count: 3544196 dt: 286.62 s LEC rate: 12386.23 Hz
*** DSSSD # 1 count: 76 old count: 76 dt: 286.62 s HEC rate: 0.27 Hz
*** DSSSD # 2 count: 94 old count: 94 dt: 286.62 s HEC rate: 0.33 Hz
*** DSSSD # 3 count: 118 old count: 118 dt: 286.62 s HEC rate: 0.41 Hz
*** DSSSD # 4 count: 74 old count: 74 dt: 286.62 s HEC rate: 0.26 Hz
*** DSSSD # 5 count: 48 old count: 48 dt: 286.62 s HEC rate: 0.17 Hz
*** DSSSD # 6 count: 17 old count: 17 dt: 286.62 s HEC rate: 0.06 Hz
*** ENTRY finish ends
S O R T S T O P P E D ..... Mon Nov 28 14:20:29 2016
See attached histograms |
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Sun Nov 27 22:35:37 2016, Liu, PV, AE, Ion hit pattern in AIDA after degrader changing
|
After changing degrader to optimize 40Mg, hit pattern in AIDA is shown in figure below.
The implantation position changed from right side position of first DSSD to center position of last DSSD. |
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Sun Nov 27 19:33:00 2016, Liu, PV, AE, F11 degrader setting (night Nov27-Nov28)
|
Analysis of files for two more settings of F11 degrader to optimize implantation of 40Mg.
+ setting 1: from Nov 27th, 22:16
Fixed degrader: 3 mm Pb + 1 mm Al, Variable degrader: 1.3 mm W + 2 mm Al
AIDA run: R26_0 to R26_38
BigRIPS run: 40Mg1037 (partial) to 40Mg1040
see attachments: run1038_imp*png
+ setting 2: from Nov 28th, 1:38.
Entered F11 during stripper foil change and removed 1mm Al fixed degrader (same as during Nov 26th - ~ run
40Mg1012).
Fixed degrader: 3 mm Pb, Variable degrader: 1.3 mm W + 2 mm Al
AIDA run: R26_39 to ...
BigRIPS run: from 40Mg1041 to ...
see attachments: run104x_imp*png (2 hours of data: run 1041 and 1042)
Setting 2 moved implantation depth one or two strips upstream (1.2 according to calculations). 40Mg seems to be
implanted about the third strip; a conclusion with LOW STATISTICS, but consistent with the trend of how the
implantation position depends on neutron number for the higher-count isotopes.
Setting 2 seems to be our best option (at least without going into F11 and reconfiguring degraders). We will
continue accumulating data with it.
Attachments: the 1D plot shows the ion implant position (DSSD) gated for all ions and for Al and Mg gates in the
PID. The 2D plots show the PID with gates on implants in different DSSDs.
Range calculation for degrader's configuration:
https://docs.google.com/spreadsheets/d/1QJp8t98sT3pExAQb3xtHtAvk4TUDVO6alhbLIaNtx8A/edit?usp=sharing |
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Sun Nov 27 16:29:51 2016, CG, AE, DK, Monday 28 November 12x
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01.28 Beam stopped temporarily.
~750MB into R26_38.
Bias and leakage currents ok, as are FEE temps (attachments 1-3).
Removed 1mm fixed Al degrader from in front of PE wall.
> Now have 3mm PB downstream of 2nd MUSIC + 1.3mm W and 2mm Al.
01.35 Beam returned.
~1/2 way through R26_39.
06.27 LN2 fill.
Run R26 stopped successfully @ R26_97.
07.41 After a couple of failed attempts, R27 successfully started.
07.44 Resync pulse sent from BRIKEN as nothing is seen on sync monitor.
07.58 Bias and leakage currents ok (attachments 4+5).
09.00 Beam stopped for stripper foil change.
1.4GB into R27_15.
Will continue with R27.
9.13 Changed degraders and shields in F11
Pb bricks between MUSIC 1 and MUSIC 2 were not changed, but we confirmed their positions and size of the
window.
Width of window is 7.5 cm, height of window is larger than the MUSIC windows, depth of Pb to beam is 10 cm
New Pb bricks placed downstream of the variable degrader
Width of window is ~12 cm, height of window is larger than the MUSIC windows, depth of Pb to beam is 20 cm
3 mm Pb degrader was moved from the front of the PE wall to the front of the upstream Pb shield
(between MUSIC 1 and 2 as described above)
9.15 BigRIPS run 1049
AIDA runs R27_15 (end portion) and all of _16, and the start of R27_17 include beam-off time.
The start of R27_18 should coincide nearly with beam on.
10.00 System-wide checks OK *except* clock status errors from amongst nnaida5, 7, 8, 15 & 16 - bit 2 always set
and ADC calibration fail for nnaida13
10.50 BigRIPS run 1050 begins
11.02 We checked the timestamping, and it looks like BRIKEN and AIDA are not synchronized. So we will restart runs.
11.08 R28_00 at AIDA started
11.12 All syncs look good now.
11.16 BigRIPS data file 1051
12.08 Visual scalers - see attachment 6
12.12 SyncCheck OK - see attachment 7
12.22 BigRIPS data file 1052
14.19 Sync of AIDA shows two peaks with both BRIKEN and BigRIPS, so we stop the run.
BigRIPS should be starting a new run soon, so we will wait for them to start the new run
14.31 New AIDA run R29_0; started directly after BigRIPS 1054 (14.29 start)
16.00 Offline analysis of R27_1 and R28_14 was done with MIDAS. See their respective eLog entries
The main difference between these runs is R27 has the 3 mm Pb closer to AIDA than R28
The number of implants to AIDA seems about a factor 2 higher with the 3 mm Pb closer to AIDA
During the next chance to enter F11, we should shift the 3 mm Pb closer to AIDA again, all other things being
equal (BRIKEN impact?!)
18.22 Stop the run (R29_47) in preparation for LN2 fill.
19.30 Ambient temperature +25.7 deg C, dp.p. +0.2 deg C, RH 18.4%
DSSSD bias & leakage currents OK - see attachments 8 & 9
19.35 Beam is stopped to exchange strippers. Main exp. team also enters the radiation area for ~20 min
Remove the 3mm Pb degrader (it was on the upstream side of the Pb shield between MUSIC 1 and MUSIC 2)
Add 8 mm Al to the front of the PE wall. This should be an equivalent dE for 40Mg we calculated.
19.59 DAQ starts (RIBF03R1/R30)
20.05 SyncCheck OK
20.06 Beam back (R30_1)
BigRIPS data file 1060
Degrader ( 8mm Al ) fixed + ( 0.3mm W/1mm Al + 1.0mm W/1mm Al ) variable
|
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Sun Nov 27 12:53:04 2016, TD, Offline analysis R24_3
|
S O R T C O M P L E T E ..... Sun Nov 27 20:32:48 2016
*** ENTRY finish
*** data items: 261088000 ( 102453.05 Hz)
*** ADC events: 37054863 ( 14540.63 Hz)
*** time warps: 0 ( 0.00 Hz)
*** DSSSD # 1 count: 5327829 old count: 5309834 dt: 306.37 s LEC rate: 17389.94 Hz
*** DSSSD # 2 count: 4754694 old count: 4738448 dt: 306.37 s LEC rate: 15519.24 Hz
*** DSSSD # 3 count: 3419847 old count: 3408339 dt: 306.37 s LEC rate: 11162.32 Hz
*** DSSSD # 4 count: 3012429 old count: 3002271 dt: 306.37 s LEC rate: 9832.52 Hz
*** DSSSD # 5 count: 1976094 old count: 1969554 dt: 306.37 s LEC rate: 6449.94 Hz
*** DSSSD # 6 count: 3682932 old count: 3670389 dt: 306.37 s LEC rate: 12021.03 Hz
*** DSSSD # 1 count: 37 old count: 37 dt: 306.37 s HEC rate: 0.12 Hz
*** DSSSD # 2 count: 49 old count: 48 dt: 306.37 s HEC rate: 0.16 Hz
*** DSSSD # 3 count: 174 old count: 172 dt: 306.37 s HEC rate: 0.57 Hz
*** DSSSD # 4 count: 228 old count: 226 dt: 306.37 s HEC rate: 0.74 Hz
*** DSSSD # 5 count: 210 old count: 209 dt: 306.37 s HEC rate: 0.69 Hz
*** DSSSD # 6 count: 125 old count: 125 dt: 306.37 s HEC rate: 0.41 Hz
*** ENTRY finish ends
S O R T S T O P P E D ..... Sun Nov 27 20:34:06 2016 |
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Sun Nov 27 12:30:41 2016, AE, PV, Energy loss in Degraders and Implantation for runs 1028 and 1033 6x
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Implantation profile in AIDA
BigRIPS file 1028 (Attachment run1028.png): Degrader setting: 3 mm Pb(fix) + 0.8 mm W(variable) + 2 mm Al(variable)
BigRIPS file 1033 (Attachment run1033.png): Degrader setting: 3 mm Pb(fix) + 0.8 mm W(variable) + 2 mm Al(variable) + 1 mm Al(fix)
BigRIPS file 1012 is in https://elog.ph.ed.ac.uk/AIDA/478 Degrader setting: 3 mm Pb(fix) + 1.3 mm W(variable) + 2 mm Al(variable)
Observation: Some Mg isotopes (38, 40) is implanted in last DSSD or out the DSSD stacks. We may need to add more degrader!
Equivalent thickness of W, Pb and Al degraders
The measured implantation profiles agree with LISE estiamtes for the equivalent change in implantation depth for W, Pb and Al. These were estimated with LISE by comparing change of range in Si for 1mm degrader of each material (see attachments). Note that W produces a larger change in range than Pb (higher density; according to LISE database).
1 mm Al: 1.15 mm in Si
1 mm W: 5.40 mm in Si
1 mm Pb: 3.05 mm in Si
The current configuration (run Mg401033) gives:
3 mm Pb + 0.8 mm W + 3 mm Al = 16.9 mm Si
Probably our best alternative (unless we can go in and rearrange fixed degraders) is:
3 mm Pb + 1.3 mm W + 3 mm Al = 19.6 mm Si: move implantation depth 2.7 mm upstream
Here is a spreadsheet where you can play with the numbers and create test your own solution to the puzzle: https://docs.google.com/spreadsheets/d/1QJp8t98sT3pExAQb3xtHtAvk4TUDVO6alhbLIaNtx8A/edit?usp=sharing
!!! We did change degrader for the 3mmPb+1.3mmW+3mmAl setting at 22.16 (from AIDA run 26_0); see elog entry https://elog.ph.ed.ac.uk/AIDA/483 |
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Sun Nov 27 06:35:47 2016, TD, DK, AE, Sunday 27 November - part 2 14x
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14.15 BigRIPS run number is now 1029
15.22 BigRIPS run number is now 1030
15.36 DSSSD bias & leakage currents OK - see attachments 1 & 2
FEE64 temperatures OK - see attachment 3
DAQ continues (RIBF03R1/R20)
Degrader 3mm Pb fixed + (0.3mm W/1mm Al + 0.5mm W/1mm Al) variable
ASIC settings 2016Nov17-10.50.10
BNC PB-4 settings
Amplitude 90,000
x5 attenuator IN
freq 25Hz range
t_r 50ns, tau_d 50us
polarity -, int ref, delay MIN, tail pulse
15.43 System-wide checks OK *except* clock status errors from amongst nnaida5, 7, 8, 15 & 16 - bit 2 always set
15.46 Visual scalers - see attachment 4
16.04 Accelerator group wants to change the carbon stripper foil -- beam stop
Run stop (R20_27 at the end)
16.10 Ambient temperature +25.2 deg C, d.p. +2.6 deg C, RH 23.8%
16.17 BigRIPS run 1031 is junk
16:17 Added 1 mm Al plate to the front of the 3 mm Pb degrader (on the upstream side of PE wall)
Pb bricks stacked between MUSIC1 and MUSIC2.
Not enough time to measure it because of quick foil change
Basically, about 10 cm thick, and it has a ~7 cm +/- 1 mm window in X, and no cut in Y (it is above and
below MUSIC window)
16:19 Start AIDA run R21. BRIKEN run started. BRIKEN Sync issued.
16.22 BigRIPS run 1032
16.26 SyncCheck - see attachment 5
17:01 AIDA merger stopped. When attempting to stop the Run, the following error is issued:
STATE for nnaida1 returned with an error
error: SOAP http transport timed out after 20000 ms
NONE
error: SOAP http transport timed out after 20000 ms
while executing
"$transport $procVarName $url $req"
(procedure "::SOAP::invoke" line 18)
invoked from within
"::SOAP::invoke ::SOAP::_DataAcquisitionControlClient__GetState"
("eval" body line 1)
invoked from within
"eval ::SOAP::invoke ::SOAP::_DataAcquisitionControlClient__GetState $args"
(procedure "DataAcquisitionControlClient__GetState" line 1)
invoked from within
"DataAcquisitionControlClient__GetState"
Going through hardware checks, the check sync errors since baseline gets 23/24 failures (nnaida6 is still my friend)
Perform TimeStamp RESYNC -> all can pass the check
17:17 AIDA looks happy now. R22 started.
18.16 System-wide checks OK *except* clock status errors from amongst nnaida5, 7, 8, 15 & 16 - bit 2 always set
and ADC calibration fails nnaida13
18.27 DAQ stops OK
Soft reset following LN2 refill cycle
18.33 BigRIPS 1034
18.56 DAQ starts (RIBF03R1/R23)
Degrader (3mm Pb + 1mm Al) fixed + (0.3mm W/1mm Al + 0.5mm W/1mm Al) variable
ASIC settings 2016Nov17-10.50.10
BNC PB-4 settings
Amplitude 90,000
x5 attenuator IN
freq 25Hz range
t_r 50ns, tau_d 50us
19.02 BRIKEN issue correlation scaler reset request
SyncCheck OK - see attachment 6
Visual scaler, 1.8.L & 1.8.W spectra, good events stats - see attachments 7-12
1.8.L pulser peak widths
Peak width = 66.76+/- 0.7221
Peak width = 178.72+/- 2.5140
Peak width = 75.37+/- 0.9037
Peak width = 76.21+/- 0.6630
Peak width = 70.19+/- 0.6772
Peak width = 66.65+/- 0.8516
Peak width = 91.90+/- 0.8132
Peak width = 69.90+/- 1.169
Peak width = 73.73+/- 0.6390
Peak width = 73.01+/- 0.7860
Peak width = 81.35+/- 0.7306
Peak width = 84.03+/- 0.8589
Peak width = 77.27+/- 1.2263
Peak width = 78.92+/- 1.2343
Peak width = 76.99+/- 1.1963
Peak width = 68.85+/- 1.7060
Peak width = 82.37+/- 1.2500
Peak width = 84.83+/- 1.3169
Peak width = 90.84+/- 1.4190
Peak width = 89.81+/- 1.3821
Peak width = 100.33+/- 1.6409
Peak width = 89.42+/- 1.4682
Peak width = 97.52+/- 1.5855
Peak width = 64.02+/- 1.0206
19.19 DAQ stops
LN2 refill transient?
19.28 soft reset
DAQ starts (RIBF03R1/R24)
Degrader (3mm Pb + 1mm Al) fixed + (0.3mm W/1mm Al + 0.5mm W/1mm Al) variable
ASIC settings 2016Nov17-10.50.10
BNC PB-4 settings
Amplitude 90,000
x5 attenuator IN
freq 25Hz range
t_r 50ns, tau_d 50us
19.34 BigRIPS file 1035
19.50 R24_3 AIDA ADC & disc data synchronised - see attachments 13 & 14
21:11 BRIKEN DAQ was not working properly from the last ~half hour (unrelated to AIDA), and had to be restarted and we
also had to send a couple of synchronization pulses.
R25_0: Started new run once BRIKEN was running and all DAQs synchronized
21.41 BigRIPS file 1037
22.14 Stop DAQ to change degrader
22.16 DAQ starts (RIBF03R1/R26)
Degrader (3mm Pb + 1mm Al) fixed + (0.3mm W/1mm Al + 1.0mm W/1mm Al) variable
ASIC settings 2016Nov17-10.50.10
BNC PB-4 settings
Amplitude 90,000
x5 attenuator IN
freq 25Hz range
t_r 50ns, tau_d 50us
22.36 BRIKEN DAQ restarted
re-sync issued
AIDA data file R26_3
BRIKEN data file 039
22.42 BigRIPS file 1038
AIDA data file R26_4 |
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Sun Nov 27 05:30:51 2016, TD, Offline analysis of R12
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Offline analysis of R12 LEC -> MEC setting
S O R T C O M P L E T E ..... Sun Nov 27 14:37:35 2016
*** ENTRY finish
*** data items: 40373208 ( 243177.77 Hz)
*** ADC events: 443923 ( 2673.86 Hz)
*** time warps: 0 ( 0.00 Hz)
*** DSSSD # 1 count: 4218 old count: 4215 dt: 2956.04 s LEC rate: 1.43 Hz
*** DSSSD # 2 count: 3660 old count: 3657 dt: 2956.04 s LEC rate: 1.24 Hz
*** DSSSD # 3 count: 4044 old count: 4041 dt: 2956.04 s LEC rate: 1.37 Hz
*** DSSSD # 4 count: 2796 old count: 2792 dt: 2956.04 s LEC rate: 0.95 Hz
*** DSSSD # 5 count: 1724 old count: 1722 dt: 2956.04 s LEC rate: 0.58 Hz
*** DSSSD # 6 count: 996 old count: 994 dt: 2956.04 s LEC rate: 0.34 Hz
*** DSSSD # 1 count: 0 old count: 0 dt: 2956.04 s HEC rate: 0.00 Hz
*** DSSSD # 2 count: 0 old count: 0 dt: 2956.04 s HEC rate: 0.00 Hz
*** DSSSD # 3 count: 0 old count: 0 dt: 2956.04 s HEC rate: 0.00 Hz
*** DSSSD # 4 count: 0 old count: 0 dt: 2956.04 s HEC rate: 0.00 Hz
*** DSSSD # 5 count: 0 old count: 0 dt: 2956.04 s HEC rate: 0.00 Hz
*** DSSSD # 6 count: 0 old count: 0 dt: 2956.04 s HEC rate: 0.00 Hz
*** ENTRY finish ends
S O R T S T O P P E D ..... Sun Nov 27 14:38:07 2016
Note LEC E_p versus E_n spectra changed from (10keV/channel)
CALL inc2d( 2020, INT( 0.07 * idata( i ) + 0.5 ),
+ INT( 0.07 * idata( j ) + 0.5 ) )
to (3.5MeV/channel)
CALL inc2d( 2020, INT( 0.01 * idata( i ) + 0.5 ),
+ INT( 0.01 * idata( j ) + 0.5 ) )
We conclude that the high energy heavy-ions of interest are largely above the
HEC 200MeV (nominal) threshold. |
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Sun Nov 27 03:25:20 2016, TD, [How to] AIDA discriminator thresholds
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The function and setting of the AIDA discriminators is as follows:
LEC (20MeV FSR) MEC (1GeV FSR) HEC (20GeV FSR) Function
slow comparator 10keV/unit 500keV/unit n/a controls LEC/MEC ADC readout
fast comparator 100keV/unit 5MeV/unit 100MeV/unit controls LEC/MEC disc readout
controls HEC ADC readout
For example, a slow comparator setting of 0xa corresponds to a threshold of 100keV (LEC)
or 5MeV (MEC), and the default HEC fast comparator setting of 0x2 corresponds to 200MeV. |
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Sun Nov 27 02:46:54 2016, DK, Offline analysis of R18_2
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Run R18_2: 3 mm Pb, 0.5 mm W (+1 mm Al) and 0.3 mm W (+1 mm Al)
*** data items: 261088000 ( 105923.42 Hz)
*** ADC events: 34184359 ( 13868.60 Hz)
*** time warps: 0 ( 0.00 Hz)
*** DSSSD # 1 count: 5644505 old count: 5634720 dt: 289.12 s LEC rate: 19523.08 Hz
*** DSSSD # 2 count: 5319467 old count: 5310562 dt: 289.12 s LEC rate: 18398.85 Hz
*** DSSSD # 3 count: 2800065 old count: 2795460 dt: 289.12 s LEC rate: 9684.80 Hz
*** DSSSD # 4 count: 2458077 old count: 2454093 dt: 289.12 s LEC rate: 8501.94 Hz
*** DSSSD # 5 count: 1903393 old count: 1900323 dt: 289.12 s LEC rate: 6583.41 Hz
*** DSSSD # 6 count: 3534753 old count: 3528835 dt: 289.12 s LEC rate: 12225.92 Hz
*** DSSSD # 1 count: 19 old count: 19 dt: 289.12 s HEC rate: 0.07 Hz
*** DSSSD # 2 count: 17 old count: 17 dt: 289.12 s HEC rate: 0.06 Hz
*** DSSSD # 3 count: 89 old count: 89 dt: 289.12 s HEC rate: 0.31 Hz
*** DSSSD # 4 count: 195 old count: 195 dt: 289.12 s HEC rate: 0.67 Hz
*** DSSSD # 5 count: 290 old count: 289 dt: 289.12 s HEC rate: 1.00 Hz
*** DSSSD # 6 count: 266 old count: 265 dt: 289.12 s HEC rate: 0.92 Hz
*** ENTRY finish ends
S O R T S T O P P E D ..... Sun Nov 27 11:42:52 2016
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Sat Nov 26 20:26:06 2016, Liu, AE, Analysis of implantation profile in AIDA
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Here we show the PID plot and implantation depth in AIDA from BigRIPS file 40Mg1012 (1 hr of data from 20:30 in Nov 26th), merged with AIDA files R10_8 to R10_29
The more neutron-rich isotopes have a shorter range in AIDA, and seem to be implanted towards the first layers of the stack. For 40Mg - most exciting case(?) - there is only one count at DSSD1. But comparing to the position of 38Mg, we could deduce that the implantation depth is already good. need more data analyzed to decide if we need to remove a bit of degrader.
Degrader settings: 3mm Pb (at BRIKEN PE shielding), variable of 1mm W (+1mmAl) + 0.3mmW (+1 mm Al)
Attachment 1: DSSD of detected implant for cuts in the PID.
Attachment 2: PID from F8 to F11.
BigRIPS trees produced with macro at gamma16@a04:exp/users/alfredo/macro/MakePIDTree.C (or MakeAllTree.C, depending on version of merger)
Merging code in: ur16@ribfana03:analysis/users/liujj/BRIKEN_161125Parasitic/
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Sat Nov 26 17:14:47 2016, TD, Visual scaler inputs
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Visual scaler inputs
1 F11
2 upstream PL top
3 upstream PL bottom
4 Si top
5 Si bottom
6 AIDA PL
7 F11 x (upstream PL top + upstream PL bottom)
8 F11 x AIDA PL |
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Sat Nov 26 15:32:38 2016, TD, AE, CG, DK, Sunday 27 November 19x
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00.33 DSSSD bias & leakage currents OK - see attachments 1 & 2
FEE64 temperatures OK - see attachment 3
00.34 DAQ continues (RIBF03R1/R10)
ASIC settings 2016Nov17-10.50.10
BNC PB-4 pulser
Amplitude 90,000
x5 attenuator IN
frequency 25Hz range
t_r 50ns, tau_d 50us
polarity -, tail pulse, delay MIN, INT ref
good events - see attachment 4
N.B. 5x FEE64s > 100k data items/s - intrinsic/extrinsic noise has changed cf. 0x FEE64s previously
00.50 SyncCheck - see attachment 5
Two peaks for RIBF-AIDA, one peak for BRIKEN-AIDA => RIBF issue?
Merge statistics - see attachments 6-11
00.56 All system-wide checks OK - except clock status - see attachment 12
Note - clock status fails show bit 2 set
01.02 Visual scaler - see attachment 13
03.00 Beam stopped temporarily.
File R10_142 @ ~ 1.5Gb.
Beam returned ~03.06. Near end of file R10_147.
05.57 Bias and leakage currents ok (attachments 14+15).
06.25 R10 (@R10_211) stopped in anticipation of LN2 fill.
07.11 Successfully restarted DAQ after LN2 fill.
Started run R11.
07.18 Beam stopped to change stripper foil.
End of R11_1.
DAQ also stopped as I typed this.
07.53 Beam returned.
08.01 R12 started on 1GeV setting to look at suspicious data in high LEC/low HEC ranges.
Will run this for ~30mins.
(NB: Threshold of 0x20 was not changed so...)
(DK arrives on shift)
08.21 Data size of R12 very small, but maybe to be expected as the low gain usually contains ~10k counts which
is now suppressed?
Offline analysis show no implants, even in the low gain portion. Strange!
Redo this test again later today if possible
08.50 Stop R12
Change the medium energy back to low energy
08.55 Start R13 with low and high energy modes
The data stops writing to disk for some reason
09.05 Switch the degrader condition: was degraders 2 & 3, now degraders 1 & 2
Liu and Alfredo had found one 40Mg event (it seems we have about 1 such event per hour)
However, it was only implanted into DSSD #1, so we want to implant 40Mg deeper (N=1 statistics, woohoo)
So now, 0.5 mm W (+1 mm Al) and 0.3 mm W (+1 mm Al)
09.14 Run takes a moment to begin (data transfer links on FEE 3 and 4 dropped out briefly). R14 now.
09.39 Data writing stopped. We re-sequence the merger (toggle data transfer on all FEE64s), and start run R15.
09.43 R15 stops writing to disc. All system checks still passed, but not writing.
Restart merger but lose contact with nnaida14.
09.50 Power cycle FEEs.
10.20 Start run R16 -- garbage
nnaida13 refuses to calibrate ADCs
Maybe miscommunication with BRIKEN team?
When we restart, they need to reload parameters, and then they cannot see our sync (or we are actually not
sending it?)
10.25 Start run R17
Still the time stamp from AIDA is not visible on the sync check?
One of the Check ASIC Control tests returned something other than OK
(sorry, we did not copy it)
But trying it again (w/o other changes), then it returned the default OK values.
BRIKEN is not synced with BigRIPS? They don't know if it gets syncs from AIDA or not
All AIDA sync checks appear as normal, however
10.36 BRIKEN and AIDA seem to now be synchronized (we did nothing on the AIDA side)
It is unclear if we are sync'd with BigRIPS.
Stop this run to get aligned with BRIKEN
10.41 Start R18. Checks on ASICs and SYNC come back good.
Degrader settings (not changed): 3 mm Pb,; 0.5 mm W (+1 mm Al); 0.3 mm W (+1 mm Al)
F11 plastic rate 8 cps
BigRIPS run 1026; started 10:27
(CG leaves shift)
(TD arrives)
12.28: BigRIPS run number 1028
12.58 Checking the synchronization, and it is not correct.
R18_28: BRIKEN issues a new synchronization signal
13.25 Merger stops
Merger error messages for Q 23 (nnaida24) - see attachment 16
nnaida24 reboots c. 13:31 - see attachment 17
Request DAQ STOP, restart Merger
DAQ stops OK
Request DAQ RESET & SETUP
R19 started for AIDA, but we never get the full data links (junk)
13.54 nnaida15 did not show data transfer -> merger restarted
Now R20_0, DAQs look good, BRIKEN issued resync
BigRIPS run 1028 still
14.00 SyncCheck see attachment 18
good events statistics - see attachment 19 - rates lower than observed yesterday, not clear why
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Sat Nov 26 12:18:25 2016, AE, Saturday 26 November, Part III 6x
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19:30 Power cycled of AIDA reuired after Ge filling
20:04 Started new run: R10_0
BRIKEN run: 20161126_2005
BigRIPS run: 40Mg1011
ASIC settings: 2016Nov17-10.50.10
Degraders:
3mm Pb (in opening of PE shielding wall)
variable= 2 and 3 IN; 1.3mm W + 2 mm Al (positions confirmed when entering F11 to move Pb degrader downstream)
Pulser widths (ch 8 of ASIC 1 - see attachments):
P-N strips:
Integration of /tmp/nnaida1_1.8.L.msf title
Peak width = 63.64+/- 1.4850, Peak area = 4675.00+/- 70.59
Integration of /tmp/nnaida2_1.8.L.msf title
Peak width = 189.85+/- 2.4288, Peak area = 4585.00+/- 67.71
Integration of /tmp/nnaida5_1.8.L.msf title
Peak width = 70.83+/- 1.5868, Peak area = 5889.00+/- 80.70
Integration of /tmp/nnaida6_1.8.L.msf title
Peak width = 83.75+/- 0.7634, Peak area = 6194.00+/- 78.70
Integration of /tmp/nnaida9_1.8.L.msf title
Peak width = 73.87+/- 0.6702, Peak area = 6206.00+/- 78.78
Integration of /tmp/nnaida10_1.8.L.msf title
Peak width = 79.73+/- 0.9011, Peak area = 6215.00+/- 78.84
Integration of /tmp/nnaida13_1.8.L.msf title
Peak width = 96.67+/- 0.8988, Peak area = 6166.00+/- 78.52
Integration of /tmp/nnaida14_1.8.L.msf title
Peak width = 71.27+/- 1.3208, Peak area = 5701.50+/- 80.27
Integration of /tmp/nnaida17_1.8.L.msf title
Peak width = 265.98+/- 2.8845, Peak area = 5625.00+/- 75.00
Integration of /tmp/nnaida18_1.8.L.msf title
Peak width = 188.75+/- 2.3814, Peak area = 5920.00+/- 76.94
Integration of /tmp/nnaida21_1.8.L.msf title
Peak width = 80.82+/- 0.9310, Peak area = 5925.00+/- 80.03
Integration of /tmp/nnaida22_1.8.L.msf title
Peak width = 79.79+/- 1.1019, Peak area = 5748.50+/- 80.41
N-N strips
Integration of /tmp/nnaida3_1.8.L.msf title
Peak width = 77.05+/- 0.6356, Peak area = 7049.00+/- 83.96
Integration of /tmp/nnaida4_1.8.L.msf title
Peak width = 80.16+/- 0.6881, Peak area = 7048.00+/- 83.95
Integration of /tmp/nnaida7_1.8.L.msf title
Peak width = 81.78+/- 0.7073, Peak area = 7046.00+/- 83.94
Integration of /tmp/nnaida8_1.8.L.msf title
Peak width = 81.94+/- 0.8639, Peak area = 6921.00+/- 84.69
Integration of /tmp/nnaida11_1.8.L.msf title
Peak width = 84.16+/- 0.7746, Peak area = 6924.00+/- 84.66
Integration of /tmp/nnaida12_1.8.L.msf title
Peak width = 90.02+/- 0.7720, Peak area = 7059.00+/- 84.02
Integration of /tmp/nnaida15_1.8.L.msf title
Peak width = 90.08+/- 0.9683, Peak area = 6707.00+/- 84.93
Integration of /tmp/nnaida16_1.8.L.msf title
Peak width = 98.99+/- 0.9699, Peak area = 6807.50+/- 84.25
Integration of /tmp/nnaida19_1.8.L.msf title
Peak width = 138.33+/- 1.2900, Peak area = 6747.00+/- 82.14
Integration of /tmp/nnaida20_1.8.L.msf title
Peak width = 111.96+/- 1.3730, Peak area = 6848.00+/- 84.99
Integration of /tmp/nnaida23_1.8.L.msf title
Peak width = 106.07+/- 0.9108, Peak area = 6955.00+/- 83.40
Integration of /tmp/nnaida24_1.8.L.msf title
Peak width = 63.04+/- 0.5770, Peak area = 6978.50+/- 84.64 |
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Sat Nov 26 09:17:42 2016, AE, TD, DK, Offline analysis of R9_24
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R9_24 3mm Pb + 0.3mm W (+1mm Al) + 1.0mm W (+1mm Al)
*** data items: 261088000 ( 99232.91 Hz)
*** ADC events: 41690396 ( 15845.46 Hz)
*** time warps: 0 ( 0.00 Hz)
*** DSSSD # 1 count: 5823816 old count: 5806214 dt: 343.81 s LEC rate: 16939.06 Hz
*** DSSSD # 2 count: 5673289 old count: 5657311 dt: 343.81 s LEC rate: 16501.24 Hz
*** DSSSD # 3 count: 2708029 old count: 2701714 dt: 343.81 s LEC rate: 7876.53 Hz
*** DSSSD # 4 count: 2583742 old count: 2576481 dt: 343.81 s LEC rate: 7515.03 Hz
*** DSSSD # 5 count: 1480052 old count: 1475781 dt: 343.81 s LEC rate: 4304.85 Hz
*** DSSSD # 6 count: 3956442 old count: 3945032 dt: 343.81 s LEC rate: 11507.64 Hz
*** DSSSD # 1 count: 128 old count: 128 dt: 343.81 s HEC rate: 0.37 Hz
*** DSSSD # 2 count: 115 old count: 115 dt: 343.81 s HEC rate: 0.33 Hz
*** DSSSD # 3 count: 91 old count: 90 dt: 343.81 s HEC rate: 0.26 Hz
*** DSSSD # 4 count: 41 old count: 40 dt: 343.81 s HEC rate: 0.12 Hz
*** DSSSD # 5 count: 13 old count: 13 dt: 343.81 s HEC rate: 0.04 Hz
*** DSSSD # 6 count: 12 old count: 12 dt: 343.81 s HEC rate: 0.03 Hz
*** ENTRY finish ends
S O R T S T O P P E D ..... Sat Nov 26 17:34:41 2016
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Sat Nov 26 07:45:48 2016, TD, DK, AE, Offline analysis of R7_45
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R7_45 3mm Pb + 0.5mm W (+1mm Al) only (at start of run) changing to 1.5mm W (+2mm Al)
S O R T C O M P L E T E ..... Sat Nov 26 16:46:31 2016
*** ENTRY finish
*** data items: 261088000 ( 98973.71 Hz)
*** ADC events: 41690396 ( 15804.07 Hz)
*** time warps: 0 ( 0.00 Hz)
*** DSSSD # 1 count: 5823816 old count: 5806214 dt: 343.81 s LEC rate: 16939.06 Hz
*** DSSSD # 2 count: 5673289 old count: 5657311 dt: 343.81 s LEC rate: 16501.24 Hz
*** DSSSD # 3 count: 2708029 old count: 2701714 dt: 343.81 s LEC rate: 7876.53 Hz
*** DSSSD # 4 count: 2583742 old count: 2576481 dt: 343.81 s LEC rate: 7515.03 Hz
*** DSSSD # 5 count: 1480052 old count: 1475781 dt: 343.81 s LEC rate: 4304.85 Hz
*** DSSSD # 6 count: 3956442 old count: 3945032 dt: 343.81 s LEC rate: 11507.64 Hz
*** DSSSD # 1 count: 128 old count: 128 dt: 343.81 s HEC rate: 0.37 Hz
*** DSSSD # 2 count: 115 old count: 115 dt: 343.81 s HEC rate: 0.33 Hz
*** DSSSD # 3 count: 91 old count: 90 dt: 343.81 s HEC rate: 0.26 Hz
*** DSSSD # 4 count: 41 old count: 40 dt: 343.81 s HEC rate: 0.12 Hz
*** DSSSD # 5 count: 13 old count: 13 dt: 343.81 s HEC rate: 0.04 Hz
*** DSSSD # 6 count: 12 old count: 12 dt: 343.81 s HEC rate: 0.03 Hz
*** ENTRY finish ends
S O R T S T O P P E D ..... Sat Nov 26 16:47:58 2016
The MIDASsort routine implantdecay.f creates "D spectra of LEC (20MeV FSR) and HEC (20GeV FSR)
E_p versus E_n events with dispersions of 10keV/channel and 10MeV/channel respectively. |
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Sat Nov 26 07:26:51 2016, TD, [How to] Desktop application launchers for Httpd for Data Acquisition & Merge/TapeServer, Merger & TapeServer
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Type: Application in Terminal
Name: Httpd for Data Acquisition
Command: /MIDAS@aidas/TclHttpd/Linux64/TclHttpd-server -port 8015
Comment: TapeServer
Type: Application in Terminal
Name: Httpd for Merge/TapeServer
Command: /MIDAS/TclHttpd/Linux64/TclHttpd-server -port 8115
Comment:
Type: Application in Terminal
Name: Merger
Command: /MIDAS/Merger/AIDA/Startup
Comment: Merger
Type: Application in Terminal
Name: TapeServer
Command: /MIDAS/TapeServer/startup/AidaTapeServer
Comment: TapeServer
aidas1> ls -l /
total 230
dr-xr-xr-x. 2 root root 4096 Nov 23 03:44 bin
dr-xr-xr-x. 5 root root 1024 Feb 17 2015 boot
drwxr-xr-x. 10 root root 4096 Mar 23 2016 cgroup
drwxr-xr-x. 11 root root 4096 Jun 13 17:38 data10
drwxr-xr-x. 2 root root 4096 Apr 28 2015 data20
drwxr-xr-x. 2 root root 4096 Apr 28 2015 data30
drwxr-xr-x. 2 root root 4096 Apr 28 2015 data40
drwxr-xr-x. 21 root root 4560 Nov 26 05:22 dev
drwxr-xr-x. 140 root root 12288 Nov 26 05:25 etc
drwxr-xr-x. 5 root root 4096 Nov 1 17:41 home
drwxr-xr-x. 4 root root 4096 Jan 8 2014 homes
dr-xr-xr-x. 13 root root 4096 Jul 20 03:16 lib
dr-xr-xr-x. 11 root root 12288 Nov 23 03:44 lib64
drwx------. 2 root root 16384 Jan 7 2014 lost+found
drwxr-xr-x. 5 root root 4096 Nov 26 05:22 media
lrwxrwxrwx. 1 root root 12 Apr 22 2014 MIDAS -> /MIDAS@aidas
drwxrwxr-x. 29 npg npgstaff 4096 Jun 9 11:32 MIDAS@aidas
drwxr-xr-x. 22 root root 4096 Dec 12 2015 MIDAS@aidas.121215
drwxr-xr-x. 29 root root 4096 Jun 8 02:35 MIDAS@aidas.240215
drwxr-xr-x. 2 root root 0 Nov 26 05:22 misc
drwxr-xr-x. 2 root root 4096 Jul 21 2011 mnt
drwxr-xr-x. 2 root root 0 Nov 26 05:22 net
drwxrwxrwx. 1 root root 4096 Nov 12 11:44 ntfs
drwxr-xr-x. 4 root root 4096 Feb 27 2014 opt
dr-xr-xr-x. 501 root root 0 Nov 26 05:20 proc
dr-xr-x---. 29 root root 4096 Nov 26 06:33 root
drwxr-xr-x. 2 root root 12288 Nov 22 03:51 sbin
dr-xr-xr-x. 2 root root 4096 Feb 27 2014 scratch
drwxr-xr-x. 7 root root 0 Nov 26 05:20 selinux
drwxr-xr-x. 2 root root 4096 Jul 21 2011 srv
drwxr-xr-x 13 root root 0 Nov 26 05:20 sys
lrwxrwxrwx. 1 root root 16 May 24 2016 TapeData -> /data10/TapeData
drwxrwxrwt. 80 root root 86016 Nov 26 16:27 tmp
drwxr-xr-x. 13 root root 4096 Jan 7 2014 usr
drwxr-xr-x. 23 root root 4096 Jan 7 2014 var
dr-xr-xr-x. 2 root root 4096 Feb 27 2014 WWW |
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Sat Nov 26 07:11:34 2016, TD, DK, AE, Saturday 26 November, Part II
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16.11 The cyclotron and BigRIPS condition are now restored and we have good beam
Count rate at F11 plastic is ~8 cps
At F8, they are focued on 41Al (D5 Brho = 7.5235 Tm)
At F11, they are focused on 40Mg (D8 Brho = 6.3208 Tm)
Presently around Run R9_19
3mm Pb is on the exit window of the first MUSIC at F11
All variable degraders were out (that is not what we intended to have...see next note below)
16.35 The variable degraders were not in the positions we thought. Now we make it as follows:
Variable degraders 1.0 mm W (+1 mm Al) and 0.3 mm W (+1 mm Al)
R9_24 just began
18:00 Beam stopped for stripper foil change
Moved Pb degrader downstream, from window of MUSIC1 detector to hole of polyethylene shield in front of BRIKEN.
18:12 Stopped AIDA DAQ at run R9_43 (Ge filling will start soon)
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Sat Nov 26 06:57:36 2016, DK, TD, Offline analysis of R7_37
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R7_37 3mm Pb + from 0 to 1.8mm W (+ up to 3mm Al, 1mm per W layer - 0.3mm W, 0.5mm W & 1.0 W))
S O R T C O M P L E T E ..... Sat Nov 26 15:53:38 2016
*** ENTRY finish
*** data items: 261088000 ( 109032.27 Hz)
*** ADC events: 35610281 ( 14871.12 Hz)
*** time warps: 0 ( 0.00 Hz)
*** DSSSD # 1 count: 5687384 old count: 5685468 dt: 296.31 s LEC rate: 19194.17 Hz
*** DSSSD # 2 count: 5434012 old count: 5432199 dt: 296.31 s LEC rate: 18339.08 Hz
*** DSSSD # 3 count: 2817667 old count: 2816768 dt: 296.31 s LEC rate: 9509.26 Hz
*** DSSSD # 4 count: 2408578 old count: 2407807 dt: 296.31 s LEC rate: 8128.63 Hz
*** DSSSD # 5 count: 1752915 old count: 1752351 dt: 296.31 s LEC rate: 5915.86 Hz
*** DSSSD # 6 count: 3659110 old count: 3657789 dt: 296.31 s LEC rate: 12349.01 Hz
*** DSSSD # 1 count: 47 old count: 47 dt: 296.31 s HEC rate: 0.16 Hz
*** DSSSD # 2 count: 33 old count: 33 dt: 296.31 s HEC rate: 0.11 Hz
*** DSSSD # 3 count: 47 old count: 47 dt: 296.31 s HEC rate: 0.16 Hz
*** DSSSD # 4 count: 70 old count: 70 dt: 296.31 s HEC rate: 0.24 Hz
*** DSSSD # 5 count: 83 old count: 83 dt: 296.31 s HEC rate: 0.28 Hz
*** DSSSD # 6 count: 55 old count: 55 dt: 296.31 s HEC rate: 0.19 Hz
*** ENTRY finish ends
S O R T S T O P P E D ..... Sat Nov 26 15: |
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Fri Nov 25 22:28:13 2016, TD, [How to] Start MIDASsort
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aidas1> setenv MIDASBASE /MIDAS@aidas.240215
aidas1> setenv PATH $MIDASBASE/bin_Linux64:$PATH
aidas1> MIDAS64-session |
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Fri Nov 25 15:56:36 2016, CG, DK, Saturday 26 November 11x
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00.55 Bias and leakage currents ok (attachments 1+2).
Temps ok (attachment 3).
01.40 DAQ starts (RIBF03R1 - Run R1)
Pulser walkthrough
BNC PB_4 amplituides 90,000 - 10,000 @ 10,000 step
x5 attenuator IN
frequency 250Hz range
t_r 50ns tau_d 50us
polarity -, tail pulse, delay MIN
01.55 Ambient temperature +24.8 deg C, d.p. -2.2 deg C, RH 16.6%
02.05 DAQ starts (RIBF03R1 - Run R2)
Pulser walkthrough - same settings as above.
BNC PB_4 amplitudes 14,000 - 2,000 @ 2,000 step
02.48 Run R3 started.
Pulser off. Background run.
15cm Pb wall removed
6mm Pb degrader installed between MUSIC 1 & 2
variable degrader 1mm, 0.5mm & 0.3mm W + 1mm Al attached to each W sheet.
04.14 Noticed R3 stopped
05.40 Difficulty starting DAQ
'want first SYNC' from merger
lost contact with nnaida19 - restarting merger
TclHttpd server on nnrpi1 crashed - restarted remotely
unable to power cycle - need to check fuses when next obtain access
whilst waiting boot aidas1
F11 rate c. 450Hz
AIDA veto plastic c. 3200Hz
07.30 R7 started with beam.
07.38 Beam stopped.
R7 continues.
08.12 Beam returned to F11.
File R7_9
08.50 Beam stopped.
Start of R7_17.
Using implantdecay.f saw no HEC events in any DSSD. Removed 2mm of Pb degrader.
We re-insert all the variable Al degraders (for now) for safety. We can remove them again when the beam
comes back, as necessary.
Secondary beam current expected to remain at ~50cps.
Now no beam for ~1hr.
10.15 Beam comes back
There was a minor delay to get the beam back from some accelerator issue (SRQ issue I am told)
F11 plastic rate is about 10 cps, still I can see nothing in AIDA low gain
Main exp. team confirms several 40Mg events within minutes, and makes jokes about old Nature paper with 10 days of
data to do that.
10.25 Trying to find AIDA's implants, using MIDAS Sort in online mode
Removed the variable degraders, one-by-one. Still nothing? (this is now circa file R7_36)
Is there a possibility that the "low gain" setting of the ASIC is too high energy for something like 40Mg?
We try to check the implant rate with the AIDA veto plastic
During this time, we moved degraders in and out, several times, watching the oscilloscope and visual scalers by
video link in F11
10.39 We check some scalers of the dE before AIDA (including F11 x plastic behind AIDA)
We can see a reasonable effect as expected for these detector count rates
The count rate never exceeds about 50 to 60 cps at maximum for dE
I don't trust MIDAS Sort in online mode
it is known to show factor 10 or less of the real rate, previously)
Check the data file R7_37 -> may show 1 to 2 Hz
We should decrease the low gain (heavy ion) threshold or dynamic range for the ASICs?
But DK is not an expert of that, and doesn't want to cause AIDA to cease functionality...
11.03 Checking runs later than R7_37 (i.e. _38 to _42)
Never see anything. R7_37 must have been taken with some amount of degraders in
We surmise that the ions are mostly punching through AIDA, owing to low Z.
11.05 We put in the 0.5 W + 1 mm Al degrader back, to see if we can get back the condition of _37...
R7_44 after a short delay should have this condition.
There can be 1 cps or something, though with small statistics it is hard to say...
It seems to be definitely non-zero though, compared to some runs like _38 to _42
11.10 Add the 1.0 W + 1mm Al (with the 0.5 W and 1 mm Al) degrader
R7_45 begins ~400 MB before this time.
We can see some kinds of definite hit events **with low stats** (1 to 2 Hz in several detectors in some data blocks)
It seems to be, if all degraders are out, that the beam punches through AIDA, and dE is below the thresholds
Of course, the count rate at F11 is only 10 cps, so we cannot conclude much with strong confidence...
11.17 Remove all variable degraders again (near halfway point of R7_46)
We need a decent LISE++ file to get a clue of where these ions are stopping...!
11.42 Beam is stopped because one of the cyclotron RF systems is down.
This occurs around the middle of file R7_50
12.40 Still waiting for beam. I try a more definitive analysis of R7_45
Partial disk analysis of file R7_45:
First part of data look like this:
*** DSSSD # 1 count: 4 old count: 2 dt: 1.06 s HEC rate: 1.89 Hz
*** DSSSD # 2 count: 1 old count: 0 dt: 1.06 s HEC rate: 0.94 Hz
*** DSSSD # 3 count: 0 old count: 0 dt: 1.06 s HEC rate: 0.00 Hz
*** DSSSD # 4 count: 0 old count: 0 dt: 1.06 s HEC rate: 0.00 Hz
*** DSSSD # 5 count: 0 old count: 0 dt: 1.06 s HEC rate: 0.00 Hz
*** DSSSD # 6 count: 10 old count: 10 dt: 1.06 s HEC rate: 0.00 Hz
Notice that we get 10 total counts in DSSD#6, and practically 0 in any other layer (2 in DSSD#1)
Now, as the analysis progresses, we do not increase the counts in DSSD#6, but we start to see events in other layers
*** DSSSD # 1 count: 128 old count: 128 dt: 343.81 s HEC rate: 0.37 Hz
*** DSSSD # 2 count: 115 old count: 115 dt: 343.81 s HEC rate: 0.33 Hz
*** DSSSD # 3 count: 91 old count: 90 dt: 343.81 s HEC rate: 0.26 Hz
*** DSSSD # 4 count: 41 old count: 40 dt: 343.81 s HEC rate: 0.12 Hz
*** DSSSD # 5 count: 13 old count: 13 dt: 343.81 s HEC rate: 0.04 Hz
*** DSSSD # 6 count: 12 old count: 12 dt: 343.81 s HEC rate: 0.03 Hz
*** ENTRY finish ends
Notice how only 12 counts in DSSD#6 (two new counts) but 128 counts in DSSD#1 (126 new counts).
We can conclude that with 3 mm Pb (fixed), and 0.5 mm W and 1.0 mm Al, some of the beam is stopping in DSSD #6, and mostly
punches through.
Then, when 1.0 mm W and 1.0 mm Al are added, we shift the implantation to the beginning of AIDA (or some in the air
before AIDA).
So, we should try the 1 mm W (+1 mm Al) and 0.3 mm W (+1 mm Al) once the beam returns.
13.34 Stop run 7.
Change the medium/low energy selection on ASIC control from 0x0 to 0x1 (from low to medium energy mode)
(Already, the high energy setting is 0x2 and we cannot decrease it)
Start run 8. It looks okay, though of course now data rate becomes much smaller.
13.36 Beam is now on again. F11 rate has decreased 1 order of magnitude (now it is 0 to 2 Hz)
14.00 As expected, data rate becomes quite low, as the low energy mode has typically many events (10kHz or so)
But now we don't see anything in the high energy mode as before
3 mm Pb remains in, and variable degraders are all out (mistake...we meant for some to be in)
Strange! But the beam at F11 does not seem to be the same rate as before the cyclotron issues...
Realized that someone was checking the beam at an earlier focal plane and that F11 has no beam...
(Post-dated note: forgot to hit "Start ASIC Readout" --- duh oops.
RUN 8 IS JUNK, AS NO ASIC READOUT BY USER ERROR (DK)
14.12 Stop run 8. Change the medium energy mode back to low energy mode of all ASICs. Restart as run 9.
But the merger data links don't alternate colors when I reload the merger screen. Is it bad?
Data rate is still very low, but that doesn't make much sense.
Okay, now I start ASIC Readout! Woohoo!
But it seems some magnetic dipole of BigRIPS must have an improper setting, explaining the 1 cps rate at F11...
15.33 Bias and leakage currents OK (attachments 9 & 10).
FEE64 temperatures OK (attachment 11).
15.40 SRIM 2013
145MeV/u (5800MeV) 40Mg + 3mm Pb
sigma 0.55 deg
ang X (str) 0.90 deg
assume Pb - DSSSD distance c. 2m => 2000 x tan(0.55 deg) ~ 17mm rms
consider reducing Pb - DSSSD distance |
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Fri Nov 25 07:33:44 2016, TD, Friday 25 November 9x
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16.35 DSSSD bias & leakage currents OK - see attachments 1 & 2
note - the significant increase observed yesterday appears to be plateau'ing
FEE64 temperatures OK - see attachment 3
17.10 Rate, HitRate, 1.8.L & 1.8.W spectra - see attachments 4-9 |
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Thu Nov 24 01:07:14 2016, TD, CG, Thursday 24 November 29x
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10.05 DSSSD bias & leakage currents OK - see attachments 1 & 2
note - the significant increase observed yesterday appears to be plateau'ing
FEE64 temperatures OK - see attachment 3
10.19 System-wide tests - see attachments 4-17
Clock status fails for varying combinations of nnaida5, 7, 8, 15 & 16
ADC calibration fails for nnaida23
All other tests OK
10.27 LOCAL controls for nnaida5, 6, 7, 8, 15 & 16 - see attachments 18-23
10.37 Start DAQ (Nov2016/R1)
Analysis of R1_0 demonstrates ADC & disc data synchronised - see attachments 24 & 25
Analysis of R1_0 - see attachment 26
20.10 Successfully restarted the DAQ after fill cycle stop.
Bias and leakage currents ok (attachments 27+28).
Temps ok (attachment 29). |
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Wed Nov 23 14:50:59 2016, Patrick Coleman-Smith, [ Info ] What does the System Wide Clock check mean when it fails.
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The System Wide check called "Check Clock Status" reads the status register from the FEE64 units in the system and compares the value of each bit against a template depending if the FEE64 is Master or not.
The bit fields have the following meaning :-
- clkd_ld1_pin. This is the "locked" status of the PLL in clock distribution chip LMK03200 #1. The clocks are used for the Waveform ADCs. ADCs 1 to 4 and FPGA Waveform decode logic.
- clkd_ld2_pin. This is the "locked" status of the PLL in clock distribution chip LMK03200 #2. The clocks are used for the Waveform ADCs. ADCs 5 to 8 and the Master SYNC PLL in the FPGA.
- aq_clock_locked. This is the "locked" status of the PLL in the FPGA. The clock is used for all data aquisition functions. If this isn't true ('1') then the module is not going to work as part of the system.
- sync_locked. This is the "locked" status of the PLL in the FPGA which provides a 200MHz clock to the SYNC pulse alignement logic. This is only used in the Master.
- to 31 read as '0'
The System Wide Check will only report the state of bits 0 to 2 but by opening the "Local Controls" browser window the status value can be seen ( after a reload ) at offset 1.
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Wed Nov 23 01:47:28 2016, TD, CG, Wednesday 23 November 6x
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10.45 DSSSD bias & leakage currents - see attachments 1 & 2
note - significant increase in leakage current (~0.8uA) since previous readings
may be temperature transient or charging effect due to delta electrons due to BigRIPS tuning to F11
15cm Pb installed upstream of AIDA+BRIKEN some days ago
FEE64 temperatures OK - see attachment 3
15.35 DSSD bias and leakage currents ok (attachments 4+5).
Marginal increase over this morning.
FEE temps ok (attachment 6).
|
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Tue Nov 22 12:24:48 2016, TD, Analysis of R25_11 to R25_23 20x
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Offline analysis of AIDA data files R25_11 to R25_23 using MIDASsort
Note
- no calibration (raw ADC data only)
- no thresholds
- no clustering
- events delimited by > 2us time difference between successive ADC data words
AIDA data files R25_11 to R25_23 inclusive contain 410.3M events
- HEC = high energy channel = 20GeV FSR range for high energy implants
- LEC = low energy channel = 20MeV FSR range for decays (and pulser)
- see attachment 20 *prelimnary* analysis of R25_11 to R25_23 by Tain et al. of 21.11.16
Attachments 1 & 2
-----------------
s1-s24 per FEE64 # ADC data per 20.48us
s101-s124 per FEE64 # disc hits per 20.48us
Pulser event demonstrates that all FEE64s timestamps are synchronised
Attachments 3 & 4
-----------------
s301-s306 per DSSSD LEC rate (Hz) updated every 1s
s307-3312 per DSSSD HEC rate (Hz) updated every 1s
Demonstrates implant and decay rates were reasonably constant.
Note that there is an integerisation issue in the rate calculation which
means rate is shown as zero periodically.
Attachment 5-8
--------------
s2000-s2005 per DSSSD LEC m_lec_p versus m_lec_n
following spectra require 0 < m_lec_p < 8 and 0 < m_lec_n < 8
all combinations of x & y plotted
s2010-s2015 per DSSSD LEC x versus y
s2020-s2025 per DSSSD LEC E_p versus E_n (10keV/ch nominal)
s2030-s2035 per DSSSD LEC-LEC time (2.56us/channel)
Demonstrates large LEC multiplicities associated with HEC events but relatively
low multiplicities associated with LEC-only events .
Minimum LEC-LEC time difference c. 1 x 2.56us = 2.56us which suggests events
with low LEC-LEC time difference are non-stochastic and suggests EMI/RFI noise
causing 'multiple' event bursts. This will likely be dominated by channels
0-1 (say) and 60-63 (say) of each FEE64 - disabling these channels may a quick
and dirty way to inspect a subset of data with significantly less EMI/RFI noise
Time difference between successive LEC events
DSSSD centroid =>rate (kHz)
1 21.16 18.5
2 17.45 22.4
3 40.27 9.70
4 50.86 7.68
5 58.11 6.72
6 29.33 13.3
Which somewhat over-estimates observed rates (see below)
Periodic fine structure observed with period ~4-16 channel (~10-40us)
Attachment 9-13
---------------
s2000-s2005 per DSSSD LEC m_hec_p versus m_hec_n
following spectra require 0 < m_hec_p < 8 and 0 < m_hec_n < 8
all combinations of x & y plotted
s2010-s2015 per DSSSD HEC x versus y (semi-log and linear z normalisation)
s2020-s2025 per DSSSD HEC E_p versus E_n (10MeV/channel nominal)
s2030-s2035 per DSSSD HEC-HEC time (2.56us/channel)
Demonstrates relatively low multiplicities associated with HEC events
HEC x versus y spectra are different to those shown by Tain et al. (p.4)
=> BigRIPS PID gate used?
what is the origin of the fine structure observed by Tain et al. (p.4)?
No obvious structure in the time between successive HEC events
- see also https://elog.ph.ed.ac.uk/AIDA/457
- minimum time between successive HEC events c. 16 x 2.56us = 41us which is
consistent with HEC (+LEC) multiplicity per ASIC and ASIC shaping time (8us)
Note Tain et al. (p.3) plot time between successive events with no restriction on type
(LEC or HEC). The time structure(s) observed may therefore be related to LEC events
Time difference between successive HEC events
DSSSD centroid =>rate (Hz)
1 2566.44 152.0
2 2970.33 131.5
3 2557.81 152.7
4 2622.38 149.0
5 3656.82 106.8
6 15706.73 24.9
Which somewhat over-estimates observed rates (see below)
Attachment 14-16
----------------
s2200-s2205 per pixel, per DSSSD HEC-LEC time (2.56us/channel)
Minimum HEC-LEC time difference c. 15 x 2.56us = 38.4us which is consistent
with ASIC shaping and readout times.
In comparison to Tain et al. (p.9) no obvious structures at large
HEC-LEC time differences. Significant number of excess events observed
at HEC-LEC time differences ~ few hundred us. This is likely due to
the 100kHz EMI/RFI noise observed.
Attachments 17-19
-----------------
MIDASsort Fortran source, spectrum titles, and namelist I/O variables (in this
case principally FEE64 mapping and default ADC gain/offset values).
S O R T C O M P L E T E ..... Tue Nov 22 20:20:10 2016
*** ENTRY finish
*** data items: -900823296 ( -37356.59 Hz)
*** ADC events: 410276049 ( 17013.89 Hz)
*** time warps: 0 ( 0.00 Hz)
*** DSSSD # 1 count: 56031017 old count: 56019099 dt: 3505.73 s LEC rate: 15982.71 Hz
*** DSSSD # 2 count: 49362481 old count: 49350664 dt: 3505.73 s LEC rate: 14080.52 Hz
*** DSSSD # 3 count: 33599202 old count: 33591614 dt: 3505.73 s LEC rate: 9584.09 Hz
*** DSSSD # 4 count: 26666285 old count: 26660843 dt: 3505.73 s LEC rate: 7606.49 Hz
*** DSSSD # 5 count: 23365594 old count: 23360881 dt: 3505.73 s LEC rate: 6664.98 Hz
*** DSSSD # 6 count: 42705054 old count: 42696091 dt: 3505.73 s LEC rate: 12181.51 Hz
*** DSSSD # 1 count: 469505 old count: 469407 dt: 3505.73 s HEC rate: 133.93 Hz
*** DSSSD # 2 count: 404352 old count: 404269 dt: 3505.73 s HEC rate: 115.34 Hz
*** DSSSD # 3 count: 468569 old count: 468472 dt: 3505.73 s HEC rate: 133.66 Hz
*** DSSSD # 4 count: 455030 old count: 454982 dt: 3505.73 s HEC rate: 129.80 Hz
*** DSSSD # 5 count: 326872 old count: 326863 dt: 3505.73 s HEC rate: 93.24 Hz
*** DSSSD # 6 count: 65691 old count: 65690 dt: 3505.73 s HEC rate: 18.74 Hz
*** ENTRY finish ends
S O R T S T O P P E D ..... Tue Nov 22 20:21:09 2016 |
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Mon Nov 21 21:22:04 2016, TD, Tuesday 22 November 6x
|
05.59 M7.3 Fukushima-ken Oki (locally 4) http://www.jma.go.jp/en/quake/20161122060517493-220559.html
06.20 DSSSD bias & leakage currents OK - see attachments 1 & 2
FEE64 temperatures OK - see attachment 3
06.28 AIDA to safe mode (FEE64 power OFF, DSSSD bis OFF) until working hours
13.34 Power up FEE64s and bias DSSSDs
N.B. c. 5 min difference between first and last FEE64 remote filesystem mount
Nov 22 13:34:20 aidas1 dhcpd: DHCPDISCOVER from 00:04:a3:2a:9c:07 via p2p2
Nov 22 13:34:20 aidas1 dhcpd: DHCPOFFER on 10.1.2.8 to 00:04:a3:2a:9c:07 via p2p2
Nov 22 13:34:20 aidas1 dhcpd: DHCPREQUEST for 10.1.2.8 (10.1.2.250) from 00:04:a3:2a:9c:07 via p2p2
Nov 22 13:34:20 aidas1 dhcpd: DHCPACK on 10.1.2.8 to 00:04:a3:2a:9c:07 via p2p2
Nov 22 13:34:20 aidas1 dhcpd: DHCPDISCOVER from 00:04:a3:2a:d4:b7 via p2p1
Nov 22 13:34:20 aidas1 dhcpd: DHCPOFFER on 10.1.1.6 to 00:04:a3:2a:d4:b7 via p2p1
Nov 22 13:34:20 aidas1 dhcpd: DHCPREQUEST for 10.1.1.6 (10.1.1.250) from 00:04:a3:2a:d4:b7 via p2p1
Nov 22 13:34:20 aidas1 dhcpd: DHCPACK on 10.1.1.6 to 00:04:a3:2a:d4:b7 via p2p1
Nov 22 13:34:20 aidas1 dhcpd: DHCPDISCOVER from 00:04:a3:2a:ed:b8 via p2p2
Nov 22 13:34:20 aidas1 dhcpd: DHCPOFFER on 10.1.2.4 to 00:04:a3:2a:ed:b8 via p2p2
Nov 22 13:34:20 aidas1 dhcpd: DHCPREQUEST for 10.1.2.4 (10.1.2.250) from 00:04:a3:2a:ed:b8 via p2p2
Nov 22 13:34:20 aidas1 dhcpd: DHCPACK on 10.1.2.4 to 00:04:a3:2a:ed:b8 via p2p2
Nov 22 13:34:20 aidas1 dhcpd: DHCPDISCOVER from 00:04:a3:2a:b8:8d via p2p2
Nov 22 13:34:20 aidas1 dhcpd: DHCPOFFER on 10.1.2.7 to 00:04:a3:2a:b8:8d via p2p2
Nov 22 13:34:20 aidas1 dhcpd: DHCPREQUEST for 10.1.2.7 (10.1.2.250) from 00:04:a3:2a:b8:8d via p2p2
Nov 22 13:34:20 aidas1 dhcpd: DHCPACK on 10.1.2.7 to 00:04:a3:2a:b8:8d via p2p2
Nov 22 13:34:20 aidas1 dhcpd: DHCPDISCOVER from 00:04:a3:2a:d0:10 via p2p1
Nov 22 13:34:20 aidas1 dhcpd: DHCPOFFER on 10.1.1.5 to 00:04:a3:2a:d0:10 via p2p1
Nov 22 13:34:20 aidas1 dhcpd: DHCPREQUEST for 10.1.1.5 (10.1.1.250) from 00:04:a3:2a:d0:10 via p2p1
Nov 22 13:34:20 aidas1 dhcpd: DHCPACK on 10.1.1.5 to 00:04:a3:2a:d0:10 via p2p1
Nov 22 13:34:20 aidas1 dhcpd: DHCPDISCOVER from 00:04:a3:2a:ed:b9 via p2p1
Nov 22 13:34:20 aidas1 dhcpd: DHCPOFFER on 10.1.1.17 to 00:04:a3:2a:ed:b9 via p2p1
Nov 22 13:34:20 aidas1 dhcpd: DHCPREQUEST for 10.1.1.17 (10.1.1.250) from 00:04:a3:2a:ed:b9 via p2p1
Nov 22 13:34:20 aidas1 dhcpd: DHCPACK on 10.1.1.17 to 00:04:a3:2a:ed:b9 via p2p1
Nov 22 13:34:20 aidas1 rpc.mountd[2860]: authenticated mount request from 10.1.2.8:757 for
/data10/XilinxLinux/ppc_4xx/rfs/nnaida8 (/data10/XilinxLinux/ppc_4xx/rfs)
Nov 22 13:34:20 aidas1 rpc.mountd[2860]: authenticated mount request from 10.1.1.6:771 for
/data10/XilinxLinux/ppc_4xx/rfs/nnaida6 (/data10/XilinxLinux/ppc_4xx/rfs)
Nov 22 13:34:20 aidas1 rpc.mountd[2860]: authenticated mount request from 10.1.2.4:757 for
/data10/XilinxLinux/ppc_4xx/rfs/nnaida4 (/data10/XilinxLinux/ppc_4xx/rfs)
Nov 22 13:34:20 aidas1 rpc.mountd[2860]: authenticated mount request from 10.1.2.7:882 for
/data10/XilinxLinux/ppc_4xx/rfs/nnaida7 (/data10/XilinxLinux/ppc_4xx/rfs)
Nov 22 13:34:20 aidas1 rpc.mountd[2860]: authenticated mount request from 10.1.1.5:774 for
/data10/XilinxLinux/ppc_4xx/rfs/nnaida5 (/data10/XilinxLinux/ppc_4xx/rfs)
Nov 22 13:34:21 aidas1 rpc.mountd[2860]: authenticated mount request from 10.1.1.17:1005 for
/data10/XilinxLinux/ppc_4xx/rfs/nnaida17 (/data10/XilinxLinux/ppc_4xx/rfs)
Nov 22 13:34:21 aidas1 dhcpd: DHCPDISCOVER from 00:04:a3:2a:f7:07 via p2p1
Nov 22 13:34:21 aidas1 dhcpd: DHCPOFFER on 10.1.1.10 to 00:04:a3:2a:f7:07 via p2p1
Nov 22 13:34:21 aidas1 dhcpd: DHCPREQUEST for 10.1.1.10 (10.1.1.250) from 00:04:a3:2a:f7:07 via p2p1
Nov 22 13:34:21 aidas1 dhcpd: DHCPACK on 10.1.1.10 to 00:04:a3:2a:f7:07 via p2p1
Nov 22 13:34:21 aidas1 dhcpd: DHCPDISCOVER from 00:04:a3:2a:d9:ad via p2p1
Nov 22 13:34:21 aidas1 dhcpd: DHCPOFFER on 10.1.1.9 to 00:04:a3:2a:d9:ad via p2p1
Nov 22 13:34:21 aidas1 dhcpd: DHCPREQUEST for 10.1.1.9 (10.1.1.250) from 00:04:a3:2a:d9:ad via p2p1
Nov 22 13:34:21 aidas1 dhcpd: DHCPACK on 10.1.1.9 to 00:04:a3:2a:d9:ad via p2p1
Nov 22 13:34:21 aidas1 dhcpd: DHCPDISCOVER from 00:04:a3:2a:d0:2f via p2p2
Nov 22 13:34:21 aidas1 dhcpd: DHCPOFFER on 10.1.2.12 to 00:04:a3:2a:d0:2f via p2p2
Nov 22 13:34:21 aidas1 dhcpd: DHCPREQUEST for 10.1.2.12 (10.1.2.250) from 00:04:a3:2a:d0:2f via p2p2
Nov 22 13:34:21 aidas1 dhcpd: DHCPACK on 10.1.2.12 to 00:04:a3:2a:d0:2f via p2p2
Nov 22 13:34:21 aidas1 dhcpd: DHCPDISCOVER from 00:04:a3:2b:11:af via p2p2
Nov 22 13:34:21 aidas1 dhcpd: DHCPOFFER on 10.1.2.11 to 00:04:a3:2b:11:af via p2p2
Nov 22 13:34:21 aidas1 dhcpd: DHCPREQUEST for 10.1.2.11 (10.1.2.250) from 00:04:a3:2b:11:af via p2p2
Nov 22 13:34:21 aidas1 dhcpd: DHCPACK on 10.1.2.11 to 00:04:a3:2b:11:af via p2p2
Nov 22 13:34:21 aidas1 dhcpd: DHCPDISCOVER from 00:04:a3:2a:9c:0e via p2p2
Nov 22 13:34:21 aidas1 dhcpd: DHCPOFFER on 10.1.2.16 to 00:04:a3:2a:9c:0e via p2p2
Nov 22 13:34:21 aidas1 dhcpd: DHCPREQUEST for 10.1.2.16 (10.1.2.250) from 00:04:a3:2a:9c:0e via p2p2
Nov 22 13:34:21 aidas1 dhcpd: DHCPACK on 10.1.2.16 to 00:04:a3:2a:9c:0e via p2p2
Nov 22 13:34:21 aidas1 dhcpd: DHCPDISCOVER from 00:04:a3:2a:f3:ac via p2p2
Nov 22 13:34:21 aidas1 dhcpd: DHCPOFFER on 10.1.2.15 to 00:04:a3:2a:f3:ac via p2p2
Nov 22 13:34:21 aidas1 dhcpd: DHCPREQUEST for 10.1.2.15 (10.1.2.250) from 00:04:a3:2a:f3:ac via p2p2
Nov 22 13:34:21 aidas1 dhcpd: DHCPACK on 10.1.2.15 to 00:04:a3:2a:f3:ac via p2p2
Nov 22 13:34:21 aidas1 dhcpd: DHCPDISCOVER from 00:04:a3:2b:11:b8 via p2p1
Nov 22 13:34:21 aidas1 dhcpd: DHCPOFFER on 10.1.1.14 to 00:04:a3:2b:11:b8 via p2p1
Nov 22 13:34:21 aidas1 dhcpd: DHCPREQUEST for 10.1.1.14 (10.1.1.250) from 00:04:a3:2b:11:b8 via p2p1
Nov 22 13:34:21 aidas1 dhcpd: DHCPACK on 10.1.1.14 to 00:04:a3:2b:11:b8 via p2p1
Nov 22 13:34:21 aidas1 dhcpd: DHCPDISCOVER from 00:04:a3:2b:11:b9 via p2p1
Nov 22 13:34:21 aidas1 dhcpd: DHCPOFFER on 10.1.1.13 to 00:04:a3:2b:11:b9 via p2p1
Nov 22 13:34:21 aidas1 dhcpd: DHCPREQUEST for 10.1.1.13 (10.1.1.250) from 00:04:a3:2b:11:b9 via p2p1
Nov 22 13:34:21 aidas1 dhcpd: DHCPACK on 10.1.1.13 to 00:04:a3:2b:11:b9 via p2p1
Nov 22 13:34:21 aidas1 rpc.mountd[2860]: authenticated mount request from 10.1.1.10:919 for
/data10/XilinxLinux/ppc_4xx/rfs/nnaida10 (/data10/XilinxLinux/ppc_4xx/rfs)
Nov 22 13:34:21 aidas1 rpc.mountd[2860]: authenticated mount request from 10.1.1.9:678 for
/data10/XilinxLinux/ppc_4xx/rfs/nnaida9 (/data10/XilinxLinux/ppc_4xx/rfs)
Nov 22 13:34:21 aidas1 rpc.mountd[2860]: authenticated mount request from 10.1.2.12:913 for
/data10/XilinxLinux/ppc_4xx/rfs/nnaida12 (/data10/XilinxLinux/ppc_4xx/rfs)
Nov 22 13:34:21 aidas1 rpc.mountd[2860]: authenticated mount request from 10.1.2.11:763 for
/data10/XilinxLinux/ppc_4xx/rfs/nnaida11 (/data10/XilinxLinux/ppc_4xx/rfs)
Nov 22 13:34:21 aidas1 rpc.mountd[2860]: authenticated mount request from 10.1.2.16:860 for
/data10/XilinxLinux/ppc_4xx/rfs/nnaida16 (/data10/XilinxLinux/ppc_4xx/rfs)
Nov 22 13:34:21 aidas1 rpc.mountd[2860]: authenticated mount request from 10.1.2.15:965 for
/data10/XilinxLinux/ppc_4xx/rfs/nnaida15 (/data10/XilinxLinux/ppc_4xx/rfs)
Nov 22 13:34:21 aidas1 rpc.mountd[2860]: authenticated mount request from 10.1.1.14:931 for
/data10/XilinxLinux/ppc_4xx/rfs/nnaida14 (/data10/XilinxLinux/ppc_4xx/rfs)
Nov 22 13:34:21 aidas1 rpc.mountd[2860]: authenticated mount request from 10.1.1.13:858 for
/data10/XilinxLinux/ppc_4xx/rfs/nnaida13 (/data10/XilinxLinux/ppc_4xx/rfs)
Nov 22 13:34:24 aidas1 dhcpd: DHCPDISCOVER from 00:04:a3:2b:27:54 via p2p2
Nov 22 13:34:24 aidas1 dhcpd: DHCPOFFER on 10.1.2.19 to 00:04:a3:2b:27:54 via p2p2
Nov 22 13:34:24 aidas1 dhcpd: DHCPREQUEST for 10.1.2.19 (10.1.2.250) from 00:04:a3:2b:27:54 via p2p2
Nov 22 13:34:24 aidas1 dhcpd: DHCPACK on 10.1.2.19 to 00:04:a3:2b:27:54 via p2p2
Nov 22 13:34:24 aidas1 rpc.mountd[2860]: authenticated mount request from 10.1.2.19:967 for
/data10/XilinxLinux/ppc_4xx/rfs/nnaida19 (/data10/XilinxLinux/ppc_4xx/rfs)
Nov 22 13:34:25 aidas1 dhcpd: DHCPDISCOVER from 00:04:a3:2a:d0:1b via p2p1
Nov 22 13:34:25 aidas1 dhcpd: DHCPOFFER on 10.1.1.1 to 00:04:a3:2a:d0:1b via p2p1
Nov 22 13:34:25 aidas1 dhcpd: DHCPREQUEST for 10.1.1.1 (10.1.1.250) from 00:04:a3:2a:d0:1b via p2p1
Nov 22 13:34:25 aidas1 dhcpd: DHCPACK on 10.1.1.1 to 00:04:a3:2a:d0:1b via p2p1
Nov 22 13:34:25 aidas1 dhcpd: DHCPDISCOVER from 00:04:a3:2a:d0:11 via p2p2
Nov 22 13:34:25 aidas1 dhcpd: DHCPOFFER on 10.1.2.20 to 00:04:a3:2a:d0:11 via p2p2
Nov 22 13:34:25 aidas1 dhcpd: DHCPREQUEST for 10.1.2.20 (10.1.2.250) from 00:04:a3:2a:d0:11 via p2p2
Nov 22 13:34:25 aidas1 dhcpd: DHCPACK on 10.1.2.20 to 00:04:a3:2a:d0:11 via p2p2
Nov 22 13:34:25 aidas1 dhcpd: DHCPDISCOVER from 00:04:a3:2a:f6:e9 via p2p1
Nov 22 13:34:25 aidas1 dhcpd: DHCPOFFER on 10.1.1.22 to 00:04:a3:2a:f6:e9 via p2p1
Nov 22 13:34:25 aidas1 dhcpd: DHCPREQUEST for 10.1.1.22 (10.1.1.250) from 00:04:a3:2a:f6:e9 via p2p1
Nov 22 13:34:25 aidas1 dhcpd: DHCPACK on 10.1.1.22 to 00:04:a3:2a:f6:e9 via p2p1
Nov 22 13:34:25 aidas1 dhcpd: DHCPDISCOVER from 00:04:a3:2a:d0:06 via p2p2
Nov 22 13:34:25 aidas1 dhcpd: DHCPOFFER on 10.1.2.23 to 00:04:a3:2a:d0:06 via p2p2
Nov 22 13:34:25 aidas1 dhcpd: DHCPREQUEST for 10.1.2.23 (10.1.2.250) from 00:04:a3:2a:d0:06 via p2p2
Nov 22 13:34:25 aidas1 dhcpd: DHCPACK on 10.1.2.23 to 00:04:a3:2a:d0:06 via p2p2
Nov 22 13:34:25 aidas1 dhcpd: DHCPDISCOVER from 00:04:a3:2a:d9:b6 via p2p2
Nov 22 13:34:25 aidas1 dhcpd: DHCPOFFER on 10.1.2.24 to 00:04:a3:2a:d9:b6 via p2p2
Nov 22 13:34:25 aidas1 dhcpd: DHCPREQUEST for 10.1.2.24 (10.1.2.250) from 00:04:a3:2a:d9:b6 via p2p2
Nov 22 13:34:25 aidas1 dhcpd: DHCPACK on 10.1.2.24 to 00:04:a3:2a:d9:b6 via p2p2
Nov 22 13:34:25 aidas1 dhcpd: DHCPDISCOVER from 00:04:a3:2b:27:23 via p2p1
Nov 22 13:34:25 aidas1 dhcpd: DHCPOFFER on 10.1.1.21 to 00:04:a3:2b:27:23 via p2p1
Nov 22 13:34:25 aidas1 dhcpd: DHCPREQUEST for 10.1.1.21 (10.1.1.250) from 00:04:a3:2b:27:23 via p2p1
Nov 22 13:34:25 aidas1 dhcpd: DHCPACK on 10.1.1.21 to 00:04:a3:2b:27:23 via p2p1
Nov 22 13:34:25 aidas1 rpc.mountd[2860]: authenticated mount request from 10.1.1.1:676 for
/data10/XilinxLinux/ppc_4xx/rfs/nnaida1 (/data10/XilinxLinux/ppc_4xx/rfs)
Nov 22 13:34:25 aidas1 rpc.mountd[2860]: authenticated mount request from 10.1.2.20:890 for
/data10/XilinxLinux/ppc_4xx/rfs/nnaida20 (/data10/XilinxLinux/ppc_4xx/rfs)
Nov 22 13:34:25 aidas1 rpc.mountd[2860]: authenticated mount request from 10.1.1.22:725 for
/data10/XilinxLinux/ppc_4xx/rfs/nnaida22 (/data10/XilinxLinux/ppc_4xx/rfs)
Nov 22 13:34:25 aidas1 rpc.mountd[2860]: authenticated mount request from 10.1.2.23:995 for
/data10/XilinxLinux/ppc_4xx/rfs/nnaida23 (/data10/XilinxLinux/ppc_4xx/rfs)
Nov 22 13:34:25 aidas1 rpc.mountd[2860]: authenticated mount request from 10.1.2.24:813 for
/data10/XilinxLinux/ppc_4xx/rfs/nnaida24 (/data10/XilinxLinux/ppc_4xx/rfs)
Nov 22 13:34:25 aidas1 rpc.mountd[2860]: authenticated mount request from 10.1.1.21:932 for
/data10/XilinxLinux/ppc_4xx/rfs/nnaida21 (/data10/XilinxLinux/ppc_4xx/rfs)
Nov 22 13:34:49 aidas1 kernel: usb 1-3.1: new high speed USB device number 54 using ehci_hcd
Nov 22 13:34:49 aidas1 kernel: usb 1-3.1: New USB device found, idVendor=090c, idProduct=1000
Nov 22 13:34:49 aidas1 kernel: usb 1-3.1: New USB device strings: Mfr=1, Product=2, SerialNumber=3
Nov 22 13:34:49 aidas1 kernel: usb 1-3.1: Product: Silicon-Power
Nov 22 13:34:49 aidas1 kernel: usb 1-3.1: Manufacturer: UFD 2.0
Nov 22 13:34:49 aidas1 kernel: usb 1-3.1: SerialNumber: 1500592402400008
Nov 22 13:34:49 aidas1 kernel: usb 1-3.1: configuration #1 chosen from 1 choice
Nov 22 13:34:49 aidas1 kernel: scsi12 : SCSI emulation for USB Mass Storage devices
Nov 22 13:34:50 aidas1 kernel: scsi 12:0:0:0: Direct-Access UFD 2.0 Silicon-Power16G 1100 PQ: 0 ANSI: 0 CCS
Nov 22 13:34:50 aidas1 kernel: sd 12:0:0:0: Attached scsi generic sg8 type 0
Nov 22 13:34:50 aidas1 kernel: sd 12:0:0:0: [sdh] 31461376 512-byte logical blocks: (16.1 GB/15.0 GiB)
Nov 22 13:34:50 aidas1 kernel: sd 12:0:0:0: [sdh] Write Protect is off
Nov 22 13:34:50 aidas1 kernel: sd 12:0:0:0: [sdh] Assuming drive cache: write through
Nov 22 13:34:50 aidas1 kernel: sd 12:0:0:0: [sdh] Assuming drive cache: write through
Nov 22 13:34:50 aidas1 kernel: sdh: sdh1
Nov 22 13:34:50 aidas1 kernel: sd 12:0:0:0: [sdh] Assuming drive cache: write through
Nov 22 13:34:50 aidas1 kernel: sd 12:0:0:0: [sdh] Attached SCSI removable disk
Nov 22 13:35:22 aidas1 dhcpd: DHCPDISCOVER from 00:04:a3:2b:11:ae via p2p1
Nov 22 13:35:22 aidas1 dhcpd: DHCPOFFER on 10.1.1.18 to 00:04:a3:2b:11:ae via p2p1
Nov 22 13:35:22 aidas1 dhcpd: DHCPREQUEST for 10.1.1.18 (10.1.1.250) from 00:04:a3:2b:11:ae via p2p1
Nov 22 13:35:22 aidas1 dhcpd: DHCPACK on 10.1.1.18 to 00:04:a3:2b:11:ae via p2p1
Nov 22 13:35:23 aidas1 rpc.mountd[2860]: authenticated mount request from 10.1.1.18:1006 for
/data10/XilinxLinux/ppc_4xx/rfs/nnaida18 (/data10/XilinxLinux/ppc_4xx/rfs)
Nov 22 13:35:40 aidas1 rpc.mountd[2860]: authenticated mount request from 10.1.2.7:864 for /MIDAS@aidas
(/MIDAS@aidas)
Nov 22 13:35:52 aidas1 rpc.mountd[2860]: authenticated mount request from 10.1.2.8:864 for /MIDAS@aidas
(/MIDAS@aidas)
Nov 22 13:35:52 aidas1 rpc.mountd[2860]: authenticated mount request from 10.1.1.10:864 for /MIDAS@aidas
(/MIDAS@aidas)
Nov 22 13:35:54 aidas1 rpc.mountd[2860]: authenticated mount request from 10.1.2.4:864 for /MIDAS@aidas
(/MIDAS@aidas)
Nov 22 13:35:54 aidas1 rpc.mountd[2860]: authenticated mount request from 10.1.2.12:864 for /MIDAS@aidas
(/MIDAS@aidas)
Nov 22 13:35:55 aidas1 rpc.mountd[2860]: authenticated mount request from 10.1.2.15:864 for /MIDAS@aidas
(/MIDAS@aidas)
Nov 22 13:35:55 aidas1 rpc.mountd[2860]: authenticated mount request from 10.1.1.9:864 for /MIDAS@aidas
(/MIDAS@aidas)
Nov 22 13:35:55 aidas1 rpc.mountd[2860]: authenticated mount request from 10.1.1.1:864 for /MIDAS@aidas
(/MIDAS@aidas)
Nov 22 13:35:56 aidas1 rpc.mountd[2860]: authenticated mount request from 10.1.2.24:864 for /MIDAS@aidas
(/MIDAS@aidas)
Nov 22 13:35:56 aidas1 rpc.mountd[2860]: authenticated mount request from 10.1.2.20:864 for /MIDAS@aidas
(/MIDAS@aidas)
Nov 22 13:35:56 aidas1 rpc.mountd[2860]: authenticated mount request from 10.1.1.6:864 for /MIDAS@aidas
(/MIDAS@aidas)
Nov 22 13:35:56 aidas1 rpc.mountd[2860]: authenticated mount request from 10.1.1.22:864 for /MIDAS@aidas
(/MIDAS@aidas)
Nov 22 13:35:56 aidas1 rpc.mountd[2860]: authenticated mount request from 10.1.2.16:864 for /MIDAS@aidas
(/MIDAS@aidas)
Nov 22 13:35:56 aidas1 rpc.mountd[2860]: authenticated mount request from 10.1.1.14:864 for /MIDAS@aidas
(/MIDAS@aidas)
Nov 22 13:35:57 aidas1 rpc.mountd[2860]: authenticated mount request from 10.1.2.23:864 for /MIDAS@aidas
(/MIDAS@aidas)
Nov 22 13:35:58 aidas1 rpc.mountd[2860]: authenticated mount request from 10.1.1.21:864 for /MIDAS@aidas
(/MIDAS@aidas)
Nov 22 13:35:58 aidas1 rpc.mountd[2860]: authenticated mount request from 10.1.2.11:864 for /MIDAS@aidas
(/MIDAS@aidas)
Nov 22 13:35:58 aidas1 rpc.mountd[2860]: authenticated mount request from 10.1.1.13:865 for /MIDAS@aidas
(/MIDAS@aidas)
Nov 22 13:35:58 aidas1 rpc.mountd[2860]: authenticated mount request from 10.1.2.19:864 for /MIDAS@aidas
(/MIDAS@aidas)
Nov 22 13:35:59 aidas1 rpc.mountd[2860]: authenticated mount request from 10.1.1.5:864 for /MIDAS@aidas
(/MIDAS@aidas)
Nov 22 13:35:59 aidas1 rpc.mountd[2860]: authenticated mount request from 10.1.1.17:864 for /MIDAS@aidas
(/MIDAS@aidas)
Nov 22 13:36:49 aidas1 rpc.mountd[2860]: authenticated mount request from 10.1.1.18:864 for /MIDAS@aidas
(/MIDAS@aidas)
Nov 22 13:38:00 aidas1 dhcpd: DHCPDISCOVER from 00:04:a3:2a:d9:e1 via p2p1
Nov 22 13:38:00 aidas1 dhcpd: DHCPOFFER on 10.1.1.2 to 00:04:a3:2a:d9:e1 via p2p1
Nov 22 13:38:00 aidas1 dhcpd: DHCPREQUEST for 10.1.1.2 (10.1.1.250) from 00:04:a3:2a:d9:e1 via p2p1
Nov 22 13:38:00 aidas1 dhcpd: DHCPACK on 10.1.1.2 to 00:04:a3:2a:d9:e1 via p2p1
Nov 22 13:38:00 aidas1 rpc.mountd[2860]: authenticated mount request from 10.1.1.2:728 for
/data10/XilinxLinux/ppc_4xx/rfs/nnaida2 (/data10/XilinxLinux/ppc_4xx/rfs)
Nov 22 13:38:28 aidas1 rpc.mountd[2860]: authenticated mount request from 10.1.1.2:864 for /MIDAS@aidas
(/MIDAS@aidas)
Nov 22 13:38:47 aidas1 dhcpd: DHCPDISCOVER from 00:04:a3:2a:f7:06 via p2p2
Nov 22 13:38:47 aidas1 dhcpd: DHCPOFFER on 10.1.2.3 to 00:04:a3:2a:f7:06 via p2p2
Nov 22 13:38:47 aidas1 dhcpd: DHCPREQUEST for 10.1.2.3 (10.1.2.250) from 00:04:a3:2a:f7:06 via p2p2
Nov 22 13:38:47 aidas1 dhcpd: DHCPACK on 10.1.2.3 to 00:04:a3:2a:f7:06 via p2p2
Nov 22 13:38:47 aidas1 rpc.mountd[2860]: authenticated mount request from 10.1.2.3:736 for
/data10/XilinxLinux/ppc_4xx/rfs/nnaida3 (/data10/XilinxLinux/ppc_4xx/rfs)
Nov 22 13:39:14 aidas1 rpc.mountd[2860]: authenticated mount request from 10.1.2.3:864 for /MIDAS@aidas
(/MIDAS@aidas)
13.55 DSSSD bias and leakage currents OK - see attachments 4 & 5
FEE64 temperatures OK - see attachment 6
14.30 Ambient temperature +24.8 deg C, d.p. +8.0 deg C, RH 34.5% |
|
Mon Nov 21 02:12:45 2016, CG & TD, Monday 21 November 12x
|
11.10 DSSSD bias & leakage currents OK - see attachments 1 & 2
FEE64 temperatures OK - see attachment 3
Rate, HitRate, per FEE64 1.8.L and 1.8.W spectra - see attachments 4-9
16.10 DSSD bias and leakage currents ok (attachments 10+11).
FEE temps ok. |
|
Sun Nov 20 02:24:53 2016, CG, Sunday 20 November 8x
|
11.20 FEE temps and bias leakages ok (attachments 1-3).
However, stats screen shows no SYNCs being issued and no "Good Events" (attachment 4).
Stop and Go had no effect -> SYNCs output but SYNC related system checks failed (attachment 5+6).
Carried out Reset and Setup and returned to normal operation.
17.20 FEE temps and bias leakage currents ok (attachments 7+8).
DAQ still running ok.
BigRIPS tuning through ZDS for next expt.
15cm Pb upstream of BRIKEN. |
|
Sat Nov 19 02:46:09 2016, TD, CG, Saturday 19 November 7x
|
11.45 DSSSD bias & leakage currents OK - see attachments 1 & 2
FEE64 temperatures OK - see attachment 3
Updated copy of GoogleDocs leakage current spreadsheet - attachment 4
20:17 DSSD bias and leakage currents ok (attachments 4+5).
FEE temps ok (attachment 6) |
|
Sat Nov 19 02:43:39 2016, TD, Thursday 17 November
|
10.15 DSSSD bias & leakage currents OK - see attachments 1 & 2
FEE64 temperatures OK - see attachments 3 & 4 |
|
Wed Nov 16 06:47:02 2016, TD, Analysis of data files R25_11 to _13
|
Offline analysis of R25_11 to _13 see http://ribf-exp.riken.jp/elog/RIBF123/141
"F5 C target F7 no F11 C 6mm
Date 2016/11/10
Start time: 08:20
DLT File: 161110_0820_767778Ni_035.dlt
RUN: 035
Aida RUN: R25_11
Comment: F11 Degraders taken out after few minutes
Degrader: no
Rates:
F11R: 450 Hz
BRIKEN: 200 Hz
Stop time: 09:18
AIDA run: R25_23
ROOT file: 161110_0918_767778Ni_035.root"
Attachments 1-3 show spectra s2130-s2135 over different ranges
s2130 DSSSD #1 time between successive HEC events (2.56us/channel)
:
:
s2135 DSSSD #6 time between successive HEC events (2.56us/channel)
Attachment 4
s2000-s2005 DSSSD #1-6 LEC m_p versus m_n
Attachment 5
s2100-s2105 DSSSD #1-6 HEC m_p versus m_n
HEC events for each DSSSD are defined as m_p_hec > 0 and m_n_hec > 0
Minimum time between HEC events = 16 channels = 40.96us
Centroid channels 0-65525 of spectrum s2130 = ch 2566.44 => 0.00657s -> 152Hz
which agrees well with the typical DSSSD #1 rate for these data files
Is there structure at channel 30 => 76.8us ? More likely it shows variations
in readout time from HEC event to HEC event. |
|
Wed Nov 16 03:13:25 2016, CG, Wednesday 16 November
|
11.30 Leakage currents and FEE temps ok (attachments 1-3) |
|
Tue Nov 15 02:22:25 2016, TD, Tuesday 15 November 7x
|
11.20 DSSSD bias & leakage currents OK - see attachments 1 & 2
FEE64 temperatures OK - see attachment 3
11.58 per FEE64 1.8.W spectra - see attachments 4 & 5
14.25 Ambient temperature +24.7 deg C, d.p. +9.0 deg C, RH 36.7%
DSSSD bias & leakage currents OK - see attachments 6 & 7 |
|
Mon Nov 14 05:51:36 2016, TD, Monday 14 November
|
14.51 DSSSD bias & leakage currents OK - see attachments 1 & 2
Ambient temperature +24.8 deg C, d.p. +7.2 deg C, RH 32.6%
FEE64 temperatures OK - see attachment 3
|
|
Sat Nov 12 01:45:00 2016, TD, Saturday 12 November 6x
|
10.45 DSSSD bias & leakage currents OK - see attachments 1 & 2
FEE64 temperatures OK - see attachment 3
14.45 DSSSD bias & leakage currents OK - see attachments 4 & 5
15.10 Download .xlsx file of AIDA leakage currents etc from
https://docs.google.com/spreadsheets/d/12hgbrywB10hGsKt5uc2HnLfZymh8_uvM6cEASbbqnBE/edit#gid=1357176413
- see attachment 6 |
|
Fri Nov 11 00:50:00 2016, TD, Friday 11 November 11x
|
10.00 DAQ continues (R33) in no storage mode
DSSSD bias & leakage currents OK - see attachments 1 & 2
FEE64 temperatures OK - see attachment 3
System wide checks OK *except* clock status - see attachments 4 & 5
Merge statistics - see attachments 6-11
10.21 Ambient temperature +24.9 deg C, d.p. +1.4 deg C, RH 21.5%
|
|
Thu Nov 10 12:02:24 2016, TD, OH, CG, Thursday 10 November
|
21.17 DAQ starts (R30)
Pulser walkthrough
Amplitude 90,000 - 10,000 @ 10,000 step
x5 attenuator IN
t_r 50ns tau_d 50us
polarity -, tail pulse, delay MIN
frequency 250Hz range
21.30 DAQ stops OK
21.32 DAQ starts (R31)
Pulser walkthrough
Amplitude 10,000 - 2,000 @ 2,000 step
21.40 DAQ stops OK
21.44 DAQ starts (R32)
Background
BNC PB-4 pulser OFF
21.59 DAQ stops OK
23.45 Started R35 so Jorge can do some tests.
No storage mode.
00.20 Carried out manual fill on LN2 in advance of beam arriving later (~03.00).
Took around 20mins.
Continued writing to R35 after soft reset of DAQ. |
|
Thu Nov 10 11:57:35 2016, TD, Data directory NP1412 renamed as RIBF123R1
|
Data directory NP1412 renamed as RIBF123R1
... there are several NP1412 'experiments' in the current schedule ... 1412 may be a date |
|
Thu Nov 10 09:56:20 2016, TD, OH, ML, NP1412 R26 R27 8x
|
start 18.55 10.11.16
stop
AIDA filename R26_0
BRIKEN filename 161109_1852_767778Ni_045
BigRIPS filename 443
ASIC settings 2016Nov07_23.03.06
DSSSD bias & leakage currents OK attachments 1 and 2
Degrader all degraders out
F11 rate 430Hz
BigRIPS setting 767778Ni F5 out, F7 CH2 in, F11 6mm C in
From offline analysis of R26_2
*** DSSSD # 1 count: 459 old count: 225 dt: 1.02 s HEC rate: 229.83 Hz
*** DSSSD # 2 count: 385 old count: 191 dt: 1.02 s HEC rate: 190.54 Hz
*** DSSSD # 3 count: 461 old count: 228 dt: 1.02 s HEC rate: 228.85 Hz
*** DSSSD # 4 count: 403 old count: 197 dt: 1.02 s HEC rate: 202.33 Hz
*** DSSSD # 5 count: 218 old count: 121 dt: 1.02 s HEC rate: 95.27 Hz
*** DSSSD # 6 count: 87 old count: 42 dt: 1.02 s HEC rate: 44.20 Hz
19.02 FEE64 temperature OK - see attachment 3
19.16 BRIKEN DAQ problems following restart - multiple correlation scaler reset requests issued - ignore data
before R26_5
New BRIKEN data file 161109_1852_767778Ni_046
19.20 AIDA DAQ stalled (presumably *end* of LN2 fill cycle)
Soft reset OK
Clock lock state status 0xd - see attachment 6
19.29 Start DAQ (R27)
19.35 BRIKEN DAQ problems starting SyncCheck program - - multiple correlation scaler reset requests issued -
ignore data before R27_2
19.37 All degraders (5.4mm Al) in for new Takechi et al. setting
BigRIPS setting 767778Ni F5 in, F7 out, F11 6mm C in
BRIKEN filename 161109_1852_767778Ni_045
AIDA fileame R27_3
BigRIPS filename 444
19.40 All degraders out
DSSSD bias & leakage currents OK attachments 4 & 5
From offline analysis of R27_4
*** DSSSD # 1 count: 281 old count: 247 dt: 2.31 s HEC rate: 121.43 Hz
*** DSSSD # 2 count: 247 old count: 219 dt: 2.31 s HEC rate: 106.74 Hz
*** DSSSD # 3 count: 286 old count: 252 dt: 2.31 s HEC rate: 123.59 Hz
*** DSSSD # 4 count: 287 old count: 253 dt: 2.31 s HEC rate: 124.02 Hz
*** DSSSD # 5 count: 201 old count: 178 dt: 2.31 s HEC rate: 86.86 Hz
*** DSSSD # 6 count: 33 old count: 29 dt: 2.31 s HEC rate: 14.26 Hz
20.36 Noted x4 increase in F11 rate to c. 2kHz
All degraders in (5.4mm Al)
BRIKEN DAQ shows x4-5 increase for c. 6 minutes
DSSSD bias & leakage currents OK attachments 7 & 8 |
|
Wed Nov 9 22:16:11 2016, CG, DK, TD, ML, NP1412 R24 R25 34x
|
07.15 R24 started. BRIKEN run 33.
76~78Ni beam setting.
F5 C target out. F7 CH2 in. F11 C out.
F11 plastic rate ~500cps.
1mm Al vairable degrader removed after ~3mins. Now have 4.4mm in.
07.26 R24 stopped for unknown reason - fill cycle had previously happened, similar scenario to yesterday.
Soft reset performed successfully.
07.36 R25 started.
No changes to beam settings above. F11 plastic rate ~500cps.
Offline implant rates:
*** DSSSD # 1 count: 894 old count: 682 dt: 1.02 s HEC rate: 207.66 Hz
*** DSSSD # 2 count: 781 old count: 590 dt: 1.02 s HEC rate: 187.09 Hz
*** DSSSD # 3 count: 900 old count: 682 dt: 1.02 s HEC rate: 213.54 Hz
*** DSSSD # 4 count: 790 old count: 594 dt: 1.02 s HEC rate: 191.99 Hz
*** DSSSD # 5 count: 421 old count: 317 dt: 1.02 s HEC rate: 101.87 Hz
*** DSSSD # 6 count: 162 old count: 128 dt: 1.02 s HEC rate: 33.30 Hz
08.13 Beam stopped.
corresponds to file R25_9.
08.15 Leakage currents attachments 1+2.
08.20 Takechi group changing settings: F5 C now in, F7 now empty, F11 C (6mm) now in.
Beam returned to AIDA.
Corresponding to 1.0Gb through file R25_10.
4.4mm of Al variable degrader currently in place. Will gradually remove.
08.23 All variable degrader removed.
Corresponds to start of file R25_11.
Rates from offline implant finder:
*** DSSSD # 1 count: 474 old count: 310 dt: 1.02 s HEC rate: 160.08 Hz
*** DSSSD # 2 count: 407 old count: 269 dt: 1.02 s HEC rate: 134.70 Hz
*** DSSSD # 3 count: 473 old count: 306 dt: 1.02 s HEC rate: 163.01 Hz
*** DSSSD # 4 count: 463 old count: 303 dt: 1.02 s HEC rate: 156.18 Hz
*** DSSSD # 5 count: 331 old count: 220 dt: 1.02 s HEC rate: 108.35 Hz
*** DSSSD # 6 count: 64 old count: 43 dt: 1.02 s HEC rate: 20.50 Hz
09.18 Beam stopped
Corresponds to file R25_23
09.20 Takechi et al.change settings - F5, F7, F11 out
Variable degrader 5.4mm Al in
First AIDA data file R25_24, BRIKEN 161110_0923_767778Ni_036
from file R25_26 (offline):
*** DSSSD # 1 count: 13306 old count: 13159 dt: 1.01 s HEC rate: 145.63 Hz
*** DSSSD # 2 count: 3578 old count: 3536 dt: 1.01 s HEC rate: 41.61 Hz
*** DSSSD # 3 count: 7699 old count: 7609 dt: 1.01 s HEC rate: 89.16 Hz
*** DSSSD # 4 count: 6191 old count: 6121 dt: 1.01 s HEC rate: 69.35 Hz
*** DSSSD # 5 count: 1891 old count: 1872 dt: 1.01 s HEC rate: 18.82 Hz
*** DSSSD # 6 count: 1377 old count: 1364 dt: 1.01 s HEC rate: 12.88 Hz
10.08 All system wide checks OK *except* nnaida8 & 16 fail clock status, nnaida23 fails ADC calibration
10.14 Beam stopped
Corresponds to file R25_36
10.19 Takechi et al.change settings - F5 in, F7 out, F11 in
Variable degrader all out
First AIDA data file R25_37, BRIKEN 161110_1016_767778Ni_37
10.26 Rate, Hitrate, 1.8.L and 1.8.W spectra - see attachments 3-12
All spectra cleared
10.30 Merge statistics - see attachments 13-17
10.32 Noted that nnaida19 histogram link has dropped - non-critical - continue DAQ
11.09 Change of target upstream: F5 empty, F7 CH2, F11 C 6mm
Corresponds to AIDA data file R25_48
11:14 Change completed
Corresponds to AIDA data file R25_49
11:21 All degraders out
Corresponds to AIDA data file R25_51
From AIDA R25_55:
*** DSSSD # 1 count: 241 old count: 0 dt: 1.02 s HEC rate: 235.75 Hz
*** DSSSD # 2 count: 210 old count: 0 dt: 1.02 s HEC rate: 205.42 Hz
*** DSSSD # 3 count: 242 old count: 0 dt: 1.02 s HEC rate: 236.72 Hz
*** DSSSD # 4 count: 209 old count: 0 dt: 1.02 s HEC rate: 204.44 Hz
*** DSSSD # 5 count: 118 old count: 0 dt: 1.02 s HEC rate: 115.43 Hz
*** DSSSD # 6 count: 46 old count: 0 dt: 1.02 s HEC rate: 45.00 Hz
11:40 lost beam
Current AIDA data R25_56
11:45 beam back
Current AIDA data R25_57
12.19 Takechi et al. change settings - F5 in, F7 out, F11 C 6mm
Corresponds to AIDA data file R25_65
All degraders 5.4mm Al in
12.24 All degraders out
Corresponds to AIDA data file R25_67
From offline analysis of R25_67
*** DSSSD # 1 count: 584 old count: 472 dt: 3.91 s HEC rate: 149.31 Hz
*** DSSSD # 2 count: 516 old count: 410 dt: 3.91 s HEC rate: 131.92 Hz
*** DSSSD # 3 count: 607 old count: 488 dt: 3.91 s HEC rate: 155.19 Hz
*** DSSSD # 4 count: 595 old count: 475 dt: 3.91 s HEC rate: 152.12 Hz
*** DSSSD # 5 count: 439 old count: 355 dt: 3.91 s HEC rate: 112.24 Hz
*** DSSSD # 6 count: 87 old count: 69 dt: 3.91 s HEC rate: 22.24 Hz
ADC & disc data synchronised - see attachments 17-18
13.38 R25_84 Bias and leakage currents ok - see attachments 19 and 20
13.57 FEE settings checked by saving current settings to file and comparing against the last saved settings. No change was found in the ASIC settings.
14.33 BRIKEN now on run 40 file name 161110_1419. DSSD Rates
*** DSSSD # 1 count: 138 old count: 0 dt: 1.02 s HEC rate: 135.54 Hz
*** DSSSD # 2 count: 119 old count: 0 dt: 1.02 s HEC rate: 116.88 Hz
*** DSSSD # 3 count: 139 old count: 0 dt: 1.02 s HEC rate: 136.52 Hz
*** DSSSD # 4 count: 134 old count: 0 dt: 1.02 s HEC rate: 131.61 Hz
*** DSSSD # 5 count: 101 old count: 0 dt: 1.02 s HEC rate: 99.20 Hz
*** DSSSD # 6 count: 20 old count: 0 dt: 1.02 s HEC rate: 19.64 Hz
15:14 BigRIPS now on Run 439 (CH2 Target in at F7)
AIDA file R25_104
15.17 BRIKEN now on run 41 file name 161110_1516
*** DSSSD # 1 count: 380 old count: 169 dt: 1.05 s HEC rate: 200.67 Hz
*** DSSSD # 2 count: 326 old count: 144 dt: 1.05 s HEC rate: 173.09 Hz
*** DSSSD # 3 count: 381 old count: 172 dt: 1.05 s HEC rate: 198.77 Hz
*** DSSSD # 4 count: 336 old count: 150 dt: 1.05 s HEC rate: 176.90 Hz
*** DSSSD # 5 count: 191 old count: 86 dt: 1.05 s HEC rate: 99.86 Hz
*** DSSSD # 6 count: 73 old count: 35 dt: 1.05 s HEC rate: 36.14 Hz
15.26 bias and leakage ok see attachment 21 and 22
16.04 BigRIPS Setting change now on 440 F5 In F7 Out F11 In
16.08 BRIKEN Now on run 42 File 161110_1608
16.09 Bias and leakage currents ok attachments 23 and 24
From offline r25_119
*** DSSSD # 1 count: 255 old count: 117 dt: 1.04 s HEC rate: 132.79 Hz
*** DSSSD # 2 count: 234 old count: 111 dt: 1.04 s HEC rate: 118.35 Hz
*** DSSSD # 3 count: 259 old count: 120 dt: 1.04 s HEC rate: 133.75 Hz
*** DSSSD # 4 count: 250 old count: 115 dt: 1.04 s HEC rate: 129.90 Hz
*** DSSSD # 5 count: 181 old count: 84 dt: 1.04 s HEC rate: 93.34 Hz
*** DSSSD # 6 count: 33 old count: 18 dt: 1.04 s HEC rate: 14.43 Hz
16.54 BRIKEN AND BigRIPS change runs. Corresponding to AIDA file R25_129
BigRIPS Now F5 In, F7 Out F11 Out
All variable Al degraders in 5.5mm
16.48 New BRIKEN run
Run number 043
File name: 161110_1658_767778Ni
17.02 Bias and leakage currents ok see attachment 25 and 26
DSSD Rates from offline file R25_131
*** DSSSD # 1 count: 269 old count: 127 dt: 1.04 s HEC rate: 136.32 Hz
*** DSSSD # 2 count: 224 old count: 107 dt: 1.04 s HEC rate: 112.32 Hz
*** DSSSD # 3 count: 257 old count: 118 dt: 1.04 s HEC rate: 133.44 Hz
*** DSSSD # 4 count: 160 old count: 71 dt: 1.04 s HEC rate: 85.44 Hz
*** DSSSD # 5 count: 29 old count: 13 dt: 1.04 s HEC rate: 15.36 Hz
*** DSSSD # 6 count: 3 old count: 2 dt: 1.04 s HEC rate: 0.96 Hz
17.48 BigRIPS change setting putting back the thick Carbon at F11 6mm. Corresponds to AIDA file R25_141
F5 In, F7 Out, F11 In C 6mm
All variable Al degraders removed.
BigRIPS run 442
17.52 BRIKEN starts run 44
File name 161110_1752767778Ni
AIDA file R25_142
bias and leakage currents ok attachments 27 and 28
DSSD rates offline from R25_142
*** DSSSD # 1 count: 275 old count: 136 dt: 1.03 s HEC rate: 134.63 Hz
*** DSSSD # 2 count: 240 old count: 114 dt: 1.03 s HEC rate: 122.04 Hz
*** DSSSD # 3 count: 275 old count: 134 dt: 1.03 s HEC rate: 136.57 Hz
*** DSSSD # 4 count: 266 old count: 130 dt: 1.03 s HEC rate: 131.73 Hz
*** DSSSD # 5 count: 180 old count: 86 dt: 1.03 s HEC rate: 91.05 Hz
*** DSSSD # 6 count: 46 old count: 24 dt: 1.03 s HEC rate: 21.31 Hz
18.16 System-wide checks OK *except* clock status (some/all of nnaida5,7,8,15&16 - see attachment 29) and ADC calibration (nnaida23)
18.24 DAQ stops OK
AIDA data filename R25_149
18.28 System wide checks show SYNC pulse and SYNC errors - see attachments 30-32
18.31 Stop & close merger & TapeServer
DAQ reset
DAQ setup - not complete - use Master Timestamp tab to ReSYNC
but note unusual(?) ReSYNC LSW value before second ReSYNC attempt- see attachments 33 & 34 before and after ReSYNC
|
|
Wed Nov 9 11:07:14 2016, TD, CG, DK, NP1412 R22 R23 6x
|
DAQ start (R22) failed - merger remained in 'want first sync' state, no output to TapeServer -> soft reset OK
start 20.07
stop
AIDA filename R23
BRIKEN filename 161109_12012_767778Ni_23
BigRIPS filename
ASIC settings 2016Nov07_23.03.06
DSSSD bias & leakage currents OK see attachments 1 & 2
Degrader 5.4mm Al from start of run
F11 rate 450Hz
BigRIPS setting 76-78Ni
N.B. there are a number of correlation resets at the start of R23
Offline analysis of R23_2
*** DSSSD # 1 count: 297 old count: 146 dt: 1.03 s HEC rate: 146.07 Hz
*** DSSSD # 2 count: 259 old count: 126 dt: 1.03 s HEC rate: 128.66 Hz
*** DSSSD # 3 count: 281 old count: 141 dt: 1.03 s HEC rate: 135.43 Hz
*** DSSSD # 4 count: 178 old count: 86 dt: 1.03 s HEC rate: 89.00 Hz
*** DSSSD # 5 count: 30 old count: 13 dt: 1.03 s HEC rate: 16.45 Hz
*** DSSSD # 6 count: 3 old count: 2 dt: 1.03 s HEC rate: 0.97 Hz
00.04 R23 continuing.
F5 C wedge in. F7 empty. F11 now empty. All variable degraders in place.
F11 plastic rate ~400-500Hz.
Change made around start of R23_70.
Offline implant rates shown below for R23_72:
*** DSSSD # 1 count: 562 old count: 414 dt: 1.06 s HEC rate: 139.98 Hz
*** DSSSD # 2 count: 507 old count: 372 dt: 1.06 s HEC rate: 127.68 Hz
*** DSSSD # 3 count: 552 old count: 404 dt: 1.06 s HEC rate: 139.98 Hz
*** DSSSD # 4 count: 350 old count: 262 dt: 1.06 s HEC rate: 83.23 Hz
*** DSSSD # 5 count: 46 old count: 37 dt: 1.06 s HEC rate: 8.51 Hz
*** DSSSD # 6 count: 4 old count: 3 dt: 1.06 s HEC rate: 0.95 Hz
00:34 (corresponds to the beginning of R23_77) Remove 1 mm of Al variable degrader at F11 (now total Al is
2.2+2.2 = 4.4 mm)
*** DSSSD # 1 count: 715 old count: 579 dt: 5.00 s HEC rate: 142.96 Hz
*** DSSSD # 2 count: 619 old count: 511 dt: 5.00 s HEC rate: 123.77 Hz
*** DSSSD # 3 count: 717 old count: 579 dt: 5.00 s HEC rate: 143.36 Hz
*** DSSSD # 4 count: 714 old count: 574 dt: 5.00 s HEC rate: 142.76 Hz
*** DSSSD # 5 count: 493 old count: 398 dt: 5.00 s HEC rate: 98.57 Hz
*** DSSSD # 6 count: 93 old count: 81 dt: 5.00 s HEC rate: 18.59 Hz
00:43 R23_80 biases are shown as attachments 3 and 4
01.08 F11 C target installed.
Corresponds to start of R23_90.
01.09 Final 4.4mm of variable Al degrader removed by start of R23_91.
Implant rates sensible.
02.12 F5 C target removed. F7 CH2 target put in. F11 C target remains in place.
Rate reduction during R23_115 as beam components changed.
implant rate >0 by start of R23_116 and BRIKEN run 30.
F11 plastic rate ~500Hz.
3:15 Takechi group changes the condition. This is beginning R23_132
F5 carbon, F7 empty.
F11 pllastic rate is 450 cps
F11 carbon remains in.
06.20 R23 stopped in anticipation of LN2 fill cycle.
Takechi group changed setting > F5 C out, F7 CH2 out, FF C in.
All variable degraders in.
06.30 Leakage currents attachments 5+6. |
|
Wed Nov 9 09:50:50 2016, TD, NP1412 R20, R21
|
DAQ start (R20) failed - nnaida5 dropped data transfer #1 link
start 18.51
stop 19.30
AIDA filename R21
BRIKEN filename 161109_1858_767778Ni_21
BigRIPS filename 410
ASIC settings 2016Nov07_23.03.06
DSSSD bias & leakage currents OK see attachments 1 & 2
Degrader 1mm Al from start of run
F11 rate 450Hz
BigRIPS setting 76-78Ni
19.35 Offline analysis of R21_12
*** DSSSD # 1 count: 289 old count: 141 dt: 1.01 s HEC rate: 146.23 Hz
*** DSSSD # 2 count: 253 old count: 127 dt: 1.01 s HEC rate: 124.49 Hz
*** DSSSD # 3 count: 292 old count: 143 dt: 1.01 s HEC rate: 147.22 Hz
*** DSSSD # 4 count: 284 old count: 138 dt: 1.01 s HEC rate: 144.25 Hz
*** DSSSD # 5 count: 210 old count: 98 dt: 1.01 s HEC rate: 110.66 Hz
*** DSSSD # 6 count: 46 old count: 25 dt: 1.01 s HEC rate: 20.75 Hz
Scalers - see attachment 4
1 F11
2 Upstream plastic top
3 Upstream plastic bottom
4 Si top
5 Si bottom
6 AIDA plastic veto
7 F11 and (upstream plastic top or upstream plastic bottom)
8 F11 and AIDA plastic veto
19.42 Online analysis confirms ADC data synchronised |
|
Wed Nov 9 08:47:03 2016, OH, TD, NP1412 R16, R17 and R18
|
start 17:44
stop 17:49
AIDA filename R16
BRIKEN filename 161105_1507
BigRIPS filename run405
ASIC settings 2016Nov07_23.03.06
DSSSD bias & leakage currents ok attachments 1 and 2
Degrader All variable in at start (5.5mm Al)
F11 rate 430Hz
BigRIPS setting 76-78Ni
start 17:52
stop 17.55
AIDA filename R17
BRIKEN filename
BigRIPS filename
ASIC settings 2016Nov07_23.03.06
Degrader All variable in at start (5.5mm Al)
F11 rate 430Hz
BigRIPS setting 76-78Ni
start 17:56
stop 18:02
AIDA filename R18
BRIKEN filename 161105_1507
BigRIPS filename run405
ASIC settings 2016Nov07_23.03.06
DSSSD bias & leakage currents ok
Degrader All variable in at start (5.5mm Al)
F11 rate 430Hz
BigRIPS setting 76-78Ni
start 18:04
stop 18.28
AIDA filename R19
BRIKEN filename
BigRIPS filename
ASIC settings 2016Nov07_23.03.06
DSSSD bias & leakage currents ok
Degrader All variable in at start (5.5mm Al)
18.07 2x2.2mmAl degrader removed now running with 1.1mm.
F11 rate 430Hz
BigRIPS setting 76-78Ni
*** DSSSD # 1 count: 474 old count: 224 dt: 1.03 s HEC rate: 242.26 Hz
*** DSSSD # 2 count: 414 old count: 194 dt: 1.03 s HEC rate: 213.18 Hz
*** DSSSD # 3 count: 480 old count: 225 dt: 1.03 s HEC rate: 247.10 Hz
*** DSSSD # 4 count: 414 old count: 196 dt: 1.03 s HEC rate: 211.25 Hz
*** DSSSD # 5 count: 232 old count: 111 dt: 1.03 s HEC rate: 117.25 Hz
*** DSSSD # 6 count: 95 old count: 42 dt: 1.03 s HEC rate: 51.36 Hz
18.28 DAQ stopped - presumably ORNL HPGe clover LN2 refill cycle commences |
|
Wed Nov 9 07:16:59 2016, OH, TD, NP1412 R15 6x
|
Run 15
start 16:14
stop
AIDA filename
BRIKEN filename 161109_1614
BigRIPS filename run406
ASIC settings 2016Nov07_23.03.06
DSSSD bias & leakage currents ok attachments 1 and 2
Degrader All variable in at start (5.5mm Al) at
F11 rate 430Hz
BigRIPS setting 76-78Ni
16:16 removed all variable degrader
Attachments 3, 4, 5 and 6 are plots for FEE 24 ASICs 1, 2, 3, 4
17.08 BRIKEN issues correlation scaler reset
17.32 Run stop |
|
Wed Nov 9 02:14:08 2016, OH, TD, NP1412 R14
|
11.13 Still waiting to get beam back got access so took temp measurement.
T=25.6 DP=0.0 H=18.1
Biases and leakages good. Attachments 1 and 2
11.58 *All* system wide checks OK
14.29 *All* system wide checks OK
start 15:09
stop 16.04
AIDA filename R14
BRIKEN filename 161105_1507
BigRIPS filename run405
ASIC settings 2016Nov07_23.03.06
DSSSD bias & leakage currents ok attachments 3 and 4
Degrader All variable in at start (5.5mm Al)
F11 rate 430Hz
BigRIPS setting 76-78Ni
*** DSSSD # 1 count: 316 old count: 146 dt: 1.02 s HEC rate: 166.21 Hz
*** DSSSD # 2 count: 294 old count: 143 dt: 1.02 s HEC rate: 147.64 Hz
*** DSSSD # 3 count: 396 old count: 233 dt: 1.02 s HEC rate: 159.37 Hz
*** DSSSD # 4 count: 257 old count: 147 dt: 1.02 s HEC rate: 107.55 Hz
*** DSSSD # 5 count: 43 old count: 28 dt: 1.02 s HEC rate: 14.67 Hz
*** DSSSD # 6 count: 3 old count: 1 dt: 1.02 s HEC rate: 1.96 Hz
15.24 Briefly reduce Al degrader from 5.4mm Al to 3.2mm Al
Observe increased rate in DSSSDD #6, similar rates in DSSSD #1 and increased
rates in AIDA plastic veto
15.26 Return to 5.4mm Al degrader
16.06 *All* system wide checks OK |
|
Wed Nov 9 00:49:03 2016, TD, OH, NP1412 R13
|
09.50 Run 13 Start
Thick C target (6mm) removed from F11. All variable Al degraders put in place
AIDA settings file: 2016Nov07-23.03.06
Keep alive script updated to current directory.
Output from Tom's Implants.f script
*** DSSSD # 1 count: 6316 old count: 6290 dt: 1.19 s HEC rate: 21.89 Hz
*** DSSSD # 2 count: 5435 old count: 5410 dt: 1.19 s HEC rate: 21.05 Hz
*** DSSSD # 3 count: 6314 old count: 6286 dt: 1.19 s HEC rate: 23.57 Hz
*** DSSSD # 4 count: 5211 old count: 5186 dt: 1.19 s HEC rate: 21.05 Hz
*** DSSSD # 5 count: 1383 old count: 1375 dt: 1.19 s HEC rate: 6.73 Hz
*** DSSSD # 6 count: 67 old count: 66 dt: 1.19 s HEC rate: 0.84 Hz
Measured rates from file:
DSSD1: 309
DSSD2: 270
DSSD3: 308
DSSD4: 249
DSSD5: 67
DSSD6: 3.3
10.03 biases and leakage currents attachments 1 and 2
10.26 Run stopped as Takechi group optimise upstream lowering our rate. |
|
Tue Nov 8 23:36:56 2016, DK, TD, NP1412 R12 10x
|
Takechi team changes the condition: F5 carbon; F7 empty; F11 carbon
F11 Plastic is 1.1kHz
BRIKEN: 161109_0828_747576Ni_013.dlt
AIDA settings file: 2016Nov07-23.03.06
Initially we have all the Al variable degraders in, but then after the run began and we saw nothing, we reduce it to 1 mm of Aluminium.
Biases shown as attachments 1 and 2
Offline data rates (from R12_2)
*** DSSSD # 1 count: 1022 old count: 709 dt: 2.91 s HEC rate: 351.69 Hz
*** DSSSD # 2 count: 863 old count: 597 dt: 2.91 s HEC rate: 296.98 Hz
*** DSSSD # 3 count: 995 old count: 693 dt: 2.91 s HEC rate: 342.40 Hz
*** DSSSD # 4 count: 827 old count: 575 dt: 2.91 s HEC rate: 284.59 Hz
*** DSSSD # 5 count: 246 old count: 164 dt: 2.91 s HEC rate: 84.65 Hz
*** DSSSD # 6 count: 11 old count: 10 dt: 2.91 s HEC rate: 3.79 Hz
FEE64 temperatures OK - see attachment 3
08.55 Online analysis shows ADC data synchronised - see attachment 4
09.05 Rate, HitRate, 1.8.L and 1.8.H energy spectra - see attachmemnts 5-10
Run stop 9:46
|
|
Tue Nov 8 23:16:15 2016, DK, TD, NP1412 R11
|
Recovered AIDA after power cycle (unknown cause of crash from the end of R10)
Corresponding run in BRIKEN: 161109_0814_747576Ni_012
Run condition for Takechi has changed since our crash
F5 empty; F7 CH2; F11 carbon
At the beginning of our run, we had all Aluminium degraders in (1 mm was added back after our crash for safety)
We finally removed all but 1 mm Al on the variable degrader
SSD biases shown as attachments 1 and 2
8:20 They inform us that they want to take the F11 carbon out (in the middle of elog entry) |
|
Tue Nov 8 22:04:21 2016, DK, NP1412 R10
|
Put the variable Al degraders all back in for safety (was 4.4 mm, now 5.4 mm)
Takechi team switches the condition: F5 empty; F7 CH2; F11 empty
7:00 Reset Run Control, run Setup, everything looks good. Start the run
Data rate around 10 MB/s
7:04 Checking the online data rate with MIDAS, the event rate is nearly zero...but it comes back (presume Takechi team was playing with the beam condition)
Events come back...
F11 Plastic rate is 1.2kHz
Here is a sample of the offline analysis of event rates with all Al degraders in:
*** DSSSD # 1 count: 640 old count: 321 dt: 1.03 s HEC rate: 309.51 Hz
*** DSSSD # 2 count: 551 old count: 277 dt: 1.03 s HEC rate: 265.85 Hz
*** DSSSD # 3 count: 773 old count: 452 dt: 1.03 s HEC rate: 311.45 Hz
*** DSSSD # 4 count: 633 old count: 371 dt: 1.03 s HEC rate: 254.20 Hz
*** DSSSD # 5 count: 211 old count: 140 dt: 1.03 s HEC rate: 68.89 Hz
*** DSSSD # 6 count: 6 old count: 4 dt: 1.03 s HEC rate: 1.94 Hz
7:11 Remove 1 mm of Al variable degrader (back to 4.4 mm total before AIDA)
Offline rates from R10_3:
*** DSSSD # 1 count: 2596 old count: 2447 dt: 6.52 s HEC rate: 398.43 Hz
*** DSSSD # 2 count: 2193 old count: 2067 dt: 6.52 s HEC rate: 336.58 Hz
*** DSSSD # 3 count: 2641 old count: 2485 dt: 6.52 s HEC rate: 405.34 Hz
*** DSSSD # 4 count: 2626 old count: 2470 dt: 6.52 s HEC rate: 403.04 Hz
*** DSSSD # 5 count: 1940 old count: 1825 dt: 6.52 s HEC rate: 297.75 Hz
*** DSSSD # 6 count: 852 old count: 801 dt: 6.52 s HEC rate: 130.76 Hz
7:18 Leak currents shown as attachments 1 and 2
7:20 Notice that the data rate has gone to zero...
Follow along with https://elog.ph.ed.ac.uk/AIDA/303 to fix it. This looks good and the merger seems to come back successfully.
Trying to STOP on Run Control gave:
STATE for nnaida16 returned with an error
error: SOAP http transport timed out after 20000 ms
NONE
error: SOAP http transport timed out after 20000 ms
while executing
"$transport $procVarName $url $req"
(procedure "::SOAP::invoke" line 18)
invoked from within
"::SOAP::invoke ::SOAP::_DataAcquisitionControlClient__GetState"
("eval" body line 1)
invoked from within
"eval ::SOAP::invoke ::SOAP::_DataAcquisitionControlClient__GetState $args"
(procedure "DataAcquisitionControlClient__GetState" line 1)
invoked from within
"DataAcquisitionControlClient__GetState"
Try a Reset on Run Control (this is the only option at present)
nnaida16 showed "going" but after Reset shows "reset" like all the rest.
Now we get another error
JavaScript error occurred!
Error description: SyntaxError: missing ) after argument list
Page address: http://localhost:8015/DataAcquisitionControl/DataAcquisitionControl.tml
Line number: 203
nnaida16 shows error
STATE for nnaida16 returned with an error
connect failed
NONE
connect failed
while executing
"::http::geturl http://nnaida16:8015/DataAcquisitionControlServer -headers {} -type text/xml -timeout 20000 -query {<?xml version="1.0" encoding="UTF-8..."
("eval" body line 1)
invoked from within
"eval [list ::http::geturl $url] $args"
(procedure "::http::geturl_followRedirects" line 4)
invoked from within
"::http::geturl_followRedirects http://nnaida16:8015/DataAcquisitionControlServer -headers {} -type text/xml -timeout 20000 -query {<?xml version="1.0"..."
("eval" body line 1)
invoked from within
"eval ::http::geturl_followRedirects [list $url] -headers [list $local_headers] -type text/xml -timeout $timeout -query [list $request] $local_pro..."
(procedure "::SOAP::Transport::http::xfer" line 61)
invoked from within
"$transport $procVarName $url $req"
(procedure "::SOAP::invoke" line 18)
invoked from within
"::SOAP::invoke ::SOAP::_DataAcquisitionControlClient__GetState"
("eval" body line 1)
invoked from within
"eval ::SOAP::invoke ::SOAP::_DataAcquisitionControlClient__GetState $args"
(procedure "DataAcquisitionControlClient__GetState" line 1)
invoked from within
"DataAcquisitionControlClient__GetState"
GET OPTION for nnaida16 returned with an error
connect failed
NONE
connect failed
while executing
"::http::geturl http://nnaida16:8015/DataAcquisitionControlServer -headers {} -type text/xml -timeout 60000 -query {<?xml version="1.0" encoding="UTF-8..."
("eval" body line 1)
invoked from within
"eval [list ::http::geturl $url] $args"
(procedure "::http::geturl_followRedirects" line 4)
invoked from within
"::http::geturl_followRedirects http://nnaida16:8015/DataAcquisitionControlServer -headers {} -type text/xml -timeout 60000 -query {<?xml version="1.0"..."
("eval" body line 1)
invoked from within
"eval ::http::geturl_followRedirects [list $url] -headers [list $local_headers] -type text/xml -timeout $timeout -query [list $request] $local_pro..."
(procedure "::SOAP::Transport::http::xfer" line 61)
invoked from within
"$transport $procVarName $url $req"
(procedure "::SOAP::invoke" line 18)
invoked from within
"::SOAP::invoke ::SOAP::_DataAcquisitionControlClient__GetOption HistEnable"
("eval" body line 1)
invoked from within
"eval ::SOAP::invoke ::SOAP::_DataAcquisitionControlClient__GetOption $args"
(procedure "DataAcquisitionControlClient__GetOption" line 1)
invoked from within
"DataAcquisitionControlClient__GetOption "$AcqGetOption""
GET OPTION for nnaida16 returned with an error
connect failed
NONE
connect failed
while executing
"::http::geturl http://nnaida16:8015/DataAcquisitionControlServer -headers {} -type text/xml -timeout 60000 -query {<?xml version="1.0" encoding="UTF-8..."
("eval" body line 1)
invoked from within
"eval [list ::http::geturl $url] $args"
(procedure "::http::geturl_followRedirects" line 4)
invoked from within
"::http::geturl_followRedirects http://nnaida16:8015/DataAcquisitionControlServer -headers {} -type text/xml -timeout 60000 -query {<?xml version="1.0"..."
("eval" body line 1)
invoked from within
"eval ::http::geturl_followRedirects [list $url] -headers [list $local_headers] -type text/xml -timeout $timeout -query [list $request] $local_pro..."
(procedure "::SOAP::Transport::http::xfer" line 61)
invoked from within
"$transport $procVarName $url $req"
(procedure "::SOAP::invoke" line 18)
invoked from within
"::SOAP::invoke ::SOAP::_DataAcquisitionControlClient__GetOption Xfer2Enable"
("eval" body line 1)
invoked from within
"eval ::SOAP::invoke ::SOAP::_DataAcquisitionControlClient__GetOption $args"
(procedure "DataAcquisitionControlClient__GetOption" line 1)
invoked from within
"DataAcquisitionControlClient__GetOption "$AcqGetOption""
TapeServer was still running, so maybe that was a mistake...?
Power cycle... |
|
Tue Nov 8 21:01:40 2016, CG, DK, NP1412 R9
|
06.02 R9 started with Takechi group C target out and all variable degraders in.
F5 C in. F7 empty. F11 empty.
F11 plastic rate 1.1kHz.
Offline sort rates below:
*** DSSSD # 1 count: 636 old count: 317 dt: 1.01 s HEC rate: 314.93 Hz
*** DSSSD # 2 count: 544 old count: 267 dt: 1.01 s HEC rate: 273.47 Hz
*** DSSSD # 3 count: 628 old count: 308 dt: 1.01 s HEC rate: 315.92 Hz
*** DSSSD # 4 count: 532 old count: 267 dt: 1.01 s HEC rate: 261.62 Hz
*** DSSSD # 5 count: 146 old count: 76 dt: 1.01 s HEC rate: 69.11 Hz
*** DSSSD # 6 count: 6 old count: 3 dt: 1.01 s HEC rate: 2.96 Hz
06.09 Removed 1mm of variable degrader.
Offline sort rates/below:
*** DSSSD # 1 count: 1501 old count: 1316 dt: 4.61 s HEC rate: 325.34 Hz
*** DSSSD # 2 count: 1231 old count: 1079 dt: 4.61 s HEC rate: 266.82 Hz
*** DSSSD # 3 count: 1498 old count: 1314 dt: 4.61 s HEC rate: 324.69 Hz
*** DSSSD # 4 count: 1502 old count: 1323 dt: 4.61 s HEC rate: 325.55 Hz
*** DSSSD # 5 count: 1346 old count: 1182 dt: 4.61 s HEC rate: 291.74 Hz
*** DSSSD # 6 count: 487 old count: 430 dt: 4.61 s HEC rate: 105.56 Hz
06.20 Stopped the run preemptively to Ge LN2 autofill which is known to crash the DAQ |
|
Tue Nov 8 18:52:32 2016, CG, DK, NP1412 R7 R8
|
03.50 74-76Ni beam delivered to F11.
F11 plastic rate ~1kHz.
F5 C target in. F7 empty. F11 C target in.
R7 started 03.51.
Initial rate 0Hz in all DSSD.
Removed all variable degraders and implant rate only up to ~1Hz in DSSD1.
Will replace all variable degraders, enter B2F and remove fixed 5mm plate and work back from there.
R7 stopped 04.00.
04.07 Beam returned to F11.
F11 plastic rate 1.1kHz.
R8 started normally.
Will now gradually remove variable degraders.
04.18 Now removed all variable degraders.
Implant rates from offline/full analysis below:
*** DSSSD # 1 count: 697 old count: 354 dt: 1.03 s HEC rate: 333.95 Hz
*** DSSSD # 2 count: 592 old count: 308 dt: 1.03 s HEC rate: 276.51 Hz
*** DSSSD # 3 count: 696 old count: 349 dt: 1.03 s HEC rate: 337.85 Hz
*** DSSSD # 4 count: 688 old count: 348 dt: 1.03 s HEC rate: 331.03 Hz
*** DSSSD # 5 count: 609 old count: 312 dt: 1.03 s HEC rate: 289.16 Hz
*** DSSSD # 6 count: 229 old count: 116 dt: 1.03 s HEC rate: 110.02 Hz
Leakage currents @ 04.21 attachments 1+2.
05.55 Takechi group want to remove C target.
Moving variable degraders back into place.
R8 stopped 05.59.
Leakage currents @ 05.55 attachments 3+4. |
|
Tue Nov 8 15:10:16 2016, CG, TD, DK, OH, NP1412 R5 R6
|
00.15 Setting changed to 71,72,73Ni. All variable degraders in.
Will remove while watching rates to settle on degrader setting.
F5 CH2 in. F7 CH2 out. F11 C target in.
F11 plastic rate 1.2kHz.
R5 started.
00.30 Cut F2 momentum slit. F11 plastic rate down to ~400cps.
00.34 Increased primary beam intensity by x2.
F11 plastic rate increased to ~800cps.
This setting should run until the beam change ~03.00.
00.47 R6 started.
All degraders gradually removed but implant rate in DSSD1 only ~10s Hz.
01.03 71,72,73Ni beam stopped for tuning to next setting.
R6 stopped.
Leakage currents attachments 1+2 |
|
Tue Nov 8 14:29:34 2016, TD, OH, DK, NP1412 Run 4
|
23:28 Run 4 Start
Thick 6mm C target in beam
Running with 3.2mm (variable) + 8mm (fixed) of Al degrader. Fixed degrader in same position as R3.
Variable degrader reduced to 1mm of Al. |
|
Tue Nov 8 14:22:16 2016, TD, OH, DK, NP1412 R3
|
11:21 Run 3 Started
Degrader moved upstream. AIDA moved to centre of BRIKEN. Fixed degrader moved upstream from centre of BRIKEN.
11:25 Run 3 Stopped |
|
Tue Nov 8 13:37:06 2016, TD, OH, DK, NP1412 R2 6x
|
10:36 Run 2 Start
Degraders (5.4mm Al) in at start and all removed once started.
Other settings same as R1.
22.45 DAQ stop OK
All variable degraders (5.4mm Al) in
From analysis of R2_3
S O R T C O M P L E T E ..... Tue Nov 8 22:59:02 2016
*** ENTRY finish
*** data items: 146156010 ( 541115.06 Hz)
*** ADC events: 7815683 ( 28936.09 Hz)
*** time warps: 0 ( 0.00 Hz)
*** DSSSD # 1 count: 51901 old count: 51732 dt: 84.55 s HEC rate: 613.87 Hz
*** DSSSD # 2 count: 42966 old count: 42831 dt: 84.55 s HEC rate: 508.19 Hz
*** DSSSD # 3 count: 37092 old count: 36983 dt: 84.55 s HEC rate: 438.71 Hz
*** DSSSD # 4 count: 12570 old count: 12532 dt: 84.55 s HEC rate: 148.67 Hz
*** DSSSD # 5 count: 1927 old count: 1921 dt: 84.55 s HEC rate: 22.79 Hz
*** DSSSD # 6 count: 659 old count: 658 dt: 84.55 s HEC rate: 7.79 Hz
*** ENTRY finish ends
S O R T S T O P P E D ..... Tue Nov 8 22:59:16 2016
s2000-s2005 m_p versus m_n DSSSD #1-6
s2010-s2015 x versus y DSSSD #1-6
s2020-s2025 E_p versus E_n DSSSD #1-6
23.05 DSSSD bias & leakage currents - see attachments 5 & 6
FEE64 temperatures - see attachment 7 |
|
Tue Nov 8 13:06:18 2016, DK, TD, CG, OH, NP1412 Run 1
|
AIDA run with Takechi experiment. 71~73 Ni beam setting
F5 carbon target is: IN
F7 CH2 target is: OUT
F11 carbon target is: OUT
All variable Al degraders at F11 are OUT
When the run started, we had 1mm Al degrader in (count rate of AIDA was near the background rate)
Then we took out the final 1mm Al degrader, and we started to get counts on AIDA (600 Hz on detectors 1, 2, 3, very little on 4, 5, 6)
Run file: NP1412/R1
ASIC parameter file: 2016Nov07-23.03.06
5 mm thick Al stopper is at the center of BRIKEN, with AIDA slightly behind it
Run start: 8/11/2016 22:00
Leak currents (4 to 5 uA each) shown as Attachment #1
22:30 All degraders removed at end of run Run Stop time 22:30 |
|
Tue Nov 8 00:52:59 2016, OH, TD, FEE Settings and Options files
|
Used a program to sort through the settings files located in /MIDAS/DB/EXPERIMENTS/AIDA/Settings_FIle_Name/nnaider1,2,3... and /MIDAS/DB/EXPERIMENTS/AIDA/Options.
By comparing the parameter values we got from this to the value we know they should be set to we found some discrepancies in FEEs 1 and 3-8 with values being set
to 0xd rather than the value to which they should have been saved to. This was corrected and new settings and options files were created. Last night we saw that
the DAQ is able to load these files correctly and that the values remain as they should be.
An excel sheet is attached which makes it easy to compare the values parsed by the code to the default values. To do this it is best to sort the data by FEE, then
type, then type number then parameter value number using the sort function on the data tab. After copying this data into the new settings sheet it will flag any
values that do not match the default values in red. |
|
Tue Nov 8 00:12:56 2016, TD, Report - medium - TapeServer changes volume name following request for existing filename
|
When you request a filename that already exists and select OK to the prompt
suggesting a new filename, TapeServer adds an additional character to the
volume name - see attachment 1 |
|
Mon Nov 7 23:15:14 2016, TD, CG, OH, Tuesday 8 November 12x
|
08.15 DAQ found stalled
Soft reset OK
DSSSD bias & leakage currents OK - see attachments 1 & 2
FEE64 temperatures OK - see attachment 3
Ambient temperature +25.0 deg C, d.p. -0.2 deg C, RH 19.2%
System-wide checks OK *except* clock status errors for naida5, 7, 8, 15, 16
ASIC settings 2016Nov07-23.03.06
BNC PB-4
amplitude 90,000
frequency 25Hz range
08.30 AIDA moved into (CH2)n moderator
08.46 Start DAQ (R141)
BNC PB_4 pulser OFF
Background run with AIDA inside (CH2)n moderator
Statistics - good events - attachment 4
per FEE64 1.8.W spectra - see attachments 5-8
09.00 DAQ stops OK
System wide checks OK
BNC PB-4 pulser ON
amplitude 90,000
x5 attenuator IN
t_r 50ns tau_d 50us
polarity -, delay MIN, tail pulse
frequency 25Hz range
14.51 Bias and leakage voltages good (Attachments 9 and 10)
16.30 Ca beam delivered to F11 around 16:30.
PB shield still in place up stream of AIDA.
DAQ running in no storage mode. Leakage currents @ 16:40 in attachments 11+12.
18.28 DAQ stopped during LN2 fill cycle. Soft reset completed.
Will wait 15mins for cycle to complete and the start new run.
18.34 Ca beam stopped.
19.07 Run R146 started on no storage mode.
20.11 DAQ found stopped.
Unable to perform soft reset. Power cycling FEEs. |
|
Mon Nov 7 02:13:05 2016, CG, OH, TD, DK, Monday 7 November 10x
|
11.10 DAQ found stopped. No storage mode so can't tell when, but presumably at 06.30 during LN2 fill cycle.
Unable to regain control of (see errors after merger restart in attachment 1) system so power cycling FEEs.
11.15 Bias voltages @ ambient temp 25.5oC before DSSD noise investigation (attachment 2+3).
11.40 NB+DK attempting shielding of LN2 solenoid.
Manual fill initiated. DAQ still stopped at 11.41.
Unable to regain control of system. Power cycle FEEs while DK+NB install more shielding.
2:55 Made attempts to solve the noise issue that was plaguing DSSD1.
Attempts at checking the cabling, making sure the detectors were light sealed and switching the bias cables
around were unsuccessful.
A blue cable was found to be laying across the snout of AIDA that runs as a temperature probe for one of the
clover detectors.
Moving this cable appears to have solved this issue (Has been locked in position). See pulser spectrum in
attachments 4 and 5
23.15 DSSSD bias & leakage current Ok - see attachments 6-7
FEE64 temperatures OK - see attachment 8
00.05 DAQ start (R137)
Pulser Walkthrough
BNC PB_4 amplitudes 90,000-10,000 @ 10,000 step
x5 attenuator IN
t_r 50ns tau 50us
Frequency 250Hz range
Polarity -, tail pulse, delay MIN
ASIC settings 2016Nov07-23.03.06
00.21 DAQ start (R138)
Amplitude 14,000-2,000 @ 2,000 step
00.42 Background run R139 started. Pulser set to external trigger.
01.01 Run R139 closed successfully.
01.04 Started R140 on no storage mode to run overnight.
Leakage currents @ 01.06 shown in 9+10.
R140 still running ok @ 01.40. |
|
Sun Nov 6 05:16:22 2016, OH, Update
|
Leakage current spreadsheet has now been uploaded to google docs for ease of access.
It can be accessed and edited from the following link: https://docs.google.com/spreadsheets/d/12hgbrywB10hGsKt5uc2HnLfZymh8_uvM6cEASbbqnBE/edit?usp=sharing |
|
Sun Nov 6 01:34:15 2016, TD, OH, CG, Sun 6th November 18x
|
10:34 Detector Bias a leakage currents all ok. (Attachments 1 and 2)
Temperatures all ok (Attachment 3)
All system wide checks ok other than clock status see attachment 4
DAQ continues to run ok (R124) (No stop at 6:30am)
DAQ running at about 14MB/s to disc which is faster than before.
Most likely due to the increased rate in detector 1 which is represented at FEEs 17, 20, 22 and 23 in
attachment 5.
Also attached are the spectra for layouts 1-4 & 7-8 as attachments 6-11
When looking at the pulser spectrum in layouts 3 and 4 (attachments 9 and 10) we see that the pulser peaks
relating to this detector is broader shown by
the decreased peak height.
Comparing the waveforms in attachments 11 and 12 to those taken on Monday 31st Oct we see that the noise
in nnaida 5 and 6 has been greatly reduced.
On the others however there appears to be an increase in the amplitude of the noise.
11:25 The second putty window for leakage currents was found to have been frozen for the past 24 hours.
Was reloaded and updated leakage currents are in attachment 13 and 14
12.15 Analysis of R124_291 shows ADC & disc data synchronised - see attachment 15
Analysis of data file - see attachment 16
18:26 DAQ stopped, presumably during LN2 fill cycle.
Restarted the merger and tried "Stop" on the DAQ control page. ~50% of nnaida now show "error."
R124 closed 18.29
Could not regain control of the system. Jorge switched BRIKEN to its internal clock and FEEs power cycled @
19.20.
23.35 DAQ started (R126 - no storage mode)
DSSSD bias & leakage currents OK - see attachment |
|
Sat Nov 5 09:40:02 2016, OH, Updated Leakage Current Spreadsheet
|
Attached is the updated leakage current spreadsheet (Attachment 1) as pf 5/11/2016 it is up to date with the elog.
Also added is the recording of ambient temperature. This is recorded in degrees C and plotted relative to 21 degrees C to better show on the same plot as leakage currents. (Screenshot in attachement 2)
Also attached is the spreadsheet in csv formatting. |
|
Sat Nov 5 01:55:15 2016, CG, TD, OH, Saturday 5th November 20x
|
10.55 DAQ found to have stopped at 06:47 during LN fill cycle.
10:57 Screen shots of system after stop
11.20 R122 started.
System check screen shots attached at 11:08
18.20 System been running stably all day. Leakage currents attachments 14+15.
LN2 fill cycle shortly, anticipate DAQ stop.
19.16 DAQ stopped.
Closed file R122.
19.37 Temp 25.3 DP 6.1 Hum 31.1
Added 2 extra stacks of lead bricks to protect AIDA. Now ~15cm of lead (Attachment 17)
23.30 DSSSD bias & leakage currents OK - see attachments 18-19
FEE74 temperatures OK - see attachment 20
23.54 DAQ starts (R124)
Merge rate 1.8M items/s, c. 13Mb/s to disk c. x2 earlier rates
Dominated by significantly higher rates from DSSSD#1
FEE64 #17 ASIC 2*L pulser peak widths ~300 ch FWHM
Needs to be investigated at next entry opportunity |
|
Fri Nov 4 08:10:46 2016, CG, Pb bricks upstream
|
Stack of Pb bricks upstream of AIDA+BRIKEN to protect from incoming beam. |
|
Fri Nov 4 04:35:03 2016, TD, CG, DK, Friday 4 November part 2 36x
|
13.35 Swapped HDMI cables from master MACB to MACB #3 & #7
for HDMI cables from MACB #7 ports 1 & 2 to MACB modules #8 & #9
ReSYNC and stsrem wide test failures - see attachments 1-5
15.00 Swap HDMI cable from MACB #2 port 1 to MACB #3 next
ReSYNC and system wide test fails - see attachments 6-10
*Conclusion* all of HDMI cables between HDMI cable from nnaida6 and master MACB
have now been swapped for other HDMI cables between MACB # 7 and MACB # 8, 9, 10
but we still observe ReSYNC and clock issues
16.05 CG points out that I have misinterpreted Elog 258 - switch back MAC
mode settings to the following
MACB # 1 2 3 4 5 6 7 8 9 10 11 spare 1 spare 2
Mode 5 2 2 3 3 3 3 3 3 3 3
Rev B y y 50MHz? y
FEE64 power cycle
ReSYNC and system wide fails - see attachments 11-16
16,50 Re-considering options
Install MACB #11 (rev B) mode 0
Will attempt to use 25MHz correlation scaler clock NIM output from master MACB to BRIKEN+RIBFDAQ
Power cycle FEE64s
ReSYNC OK
System wide checks OK but some issues remain - see attachments 17-25
17.10 DAQ starts
Writing to disk file R115, merge rate 0.9M data items/, TapeServer ~7Mb/s
17.20 Analysis of R115_1 confirms ADC data synchronised - see attachment 26
17.25 MERGE stats look OK - see attachments 27-29
17.35 System wide tests SYNC errors & SYNC pulses OK
17.38 DAQ stalled - manual start of ORNL clover LN2 fill cycle by Nishimura-san
Most recent file R115_5 last accessed 17.38
DAQ stop OK
Disable histogram and data transfer #1
DAQ RESET
DAQ SETUP
Restart merger and TapeServer
Enable histogram and data transfer #1
17.47 DAQ start (R116)
17.58 DAQ stopped again at end of fill cycle.
1. Disable histogram and data transfer #1
2. DAQ RESET
3. DAQ SETUP
4. Restart merger and TapeServer
5. Enable histogram and data transfer #1
Had to repeat 1-5 multiple times to get all links working with the merger. R117 created during this (empty).
18.08 Run R118 started.
18.45 TD changing things for runs R119-R120.
18.50 Run R121 started.
First few minutes are pulser run 30-10,000 @ 250Hz on coarse dial.
18.54 Beam ON.
Continuing R121. Pb shield immediately after final MUSIC detector.
21.35 DAQ continues OK
Most recent file R121_30
All system-wide tests OK *but* note nnaida5 now fails clock status test in addition to combinations of
nnaida7/8/15/16
Merge/Tapeserver desktop, Merge statistics
- see attachments 30-36
21.45 R121_32 ADC data synchronised
Overnight
Phong Vi completed the pulser walkthrough interrupted earlier this evening.
BNC PB-4 amplitude settings 30,000 - 20,000 @ 10,000 step, 8,000-2,000 @ 2,000 step
The data is in files R121_62, _63 and _64 (which have been copied to d05 for further analysis). |
|
Thu Nov 3 17:42:37 2016, TD, CG, DK, Friday 4 November 32x
|
00.40-02.30 Discussion with PJCS
Confirm both NIM bin voltages OK
Move master MACB to lower NIM bin (with BNC PB_4, Ortec 433, 2x CAEN N1419B, 1x CAEN N1419)
successful ReSYNC
system-wide checks clock test fails from zero to all of the following FEE64s - nnaida7, 8, 15 & 16
SYNC count test OK *except* nnaida19 which has greater number of SYNC pulses
online analysis indicates nnaida19 ADC data not synchronised with other FEE64s by ~200ms
Replace master MACB rev B mode 0 with MACB module #13 mode 5 (external clock 50MHz TTL)
Move MACB module 2 from upper NIM bin to lower NIM bin
Swap nnaida19/port1 <-> nnaida20/port2
Power cycle FEE64s and restart
System wide checks fail - see attachments 1-4
Re-seat HDMI cabling master MACB -> MACB modules 3-6
System wide checks fail - see attachments 7-10
Swap ports of 2x HDMI cables from master MACB
Power cycle FEE64s
Re_SYNC & system wide checks fail - see attachments 11-15
10.20 ReSYNC fails for all TS_SYNC_PHASE settings 0-3
DK checks MACB mode settings
master -> 5
module #2 2
module #3 2
modules #4-11 3
Check HDMI cable seating nnaida6 to master MACB
No change - ReSYNC fails, system wide checks fail as before
Per PJCS e-mail check MACB settings per https://elog.ph.ed.ac.uk/AIDA/258
and change MACB module # 7 from mode 3 to mode 2. MACB settings are now
MACB # 1 2 3 4 5 6 7 8 9 10 11 spare 1 spare 2
Mode 5 2 3 3 3 3 2 3 3 3 3
Rev B y y 50MHz? y
*BUT* remember the system has been in the previous state since Elog 258
abd has been working OK
No change - ReSYNC fails, system wide checks fail as before
Check 50MHz TTL external clock signal and observe transients and width changes
in clock signal - see attachment 16
This may not be *the* explanation of current problems but I doubt the the hardware
will be 'happy' with it either
JAR cycles NIM signal through NIM-TTL signal converter several times to produce
better (no transients or width changes) clock signal with c. 3.2V amplitude
Power cycle and restart FEE64s
No change - ReSYNC and system wide checks fail - see attachments 17-21
12.40 Re-checked HDMI cabling
found master MACB port 1 -> MACB #7 next, port 2 -> MACB #3 next
change to master MACB port 1 -> MACB #3 next, port 2 -> MACB #7 next
Power cycle FEE64s
ReSYNC partial failure (left side OK, right side of tree fails), system wide checks fail - see attachments
22-26
13.05 Swap HDMI cables from master MACB to parents, i.e. HDMI cable master port 1 to MACB #3 next
changes to master port 2 to MACB #7 next
ReSYNC and system wide checks fail - see attachments 30-34
|
|
Thu Nov 3 02:29:45 2016, TD, [How To] Startup AIDA (October 2016) 29x
|
Assumes 3-phase ac power (to Julabo FL11006 recirculating chiller) and single-phase ac power
(to AIDA NIM bins, PSUs, network switches, USB-controlled ac mains relay and Raspberry Pi)
is connected and switched on.
All AIDA operations are controlled from the Dell T410 Workstation aidas1 using web browsers.
AIDA has multiple, independent data acquisition servers connected by an Ethernet network.
Response times to commands, information updates etc are ~10-60s - please be patient!
1) Start Julabo FL11006 Recirculating Chiller
See manual (page 19) http://www2.ph.ed.ac.uk/~td/AIDA/Information/Julabo%20FL11006.pdf
Set point +20 deg C
Check flow of coolant by inspecting the two flow indicators which are located on top of
the AIDA stand
Do NOT proceed if the Julabo FL11006 Recirculating Chiller is not operating, or if there
is little, or no, flow in one, or both, flow indicators.
2) Start interface to USB-controlled ac mains relay to AIDA data acquisition servers
On the AIDA Dell T410 Workstation aidas1 switch to Desktop 7 and start a Firefox web browser
Enter URL http://nnrpi1:8015/AIDA/Rly16/
See attachment 1
Select 'Sequence ALL On' to powerup the AIDA data acquisition servers
Check all relays Relay 1 to Relay 8 move from the 'Switch ON' to 'Switch OFF' row
See attachment 2
Wait 10 minutes (yes - really!) before proceeding
3) Start Httpd Data Acquisition server
See attachment 3
Switch to Desktop 1 and select the yellow MIDAS icon 'Httpd for DataAcquisition' which will start a terminal
to display server messages as follows
System identified is CPU x86_64; Platform is unix; OS is Linux and Version is 2.6.32-504.8.1.el6.x86_64
Environment selected is CPU x64_64; Platform unix; OS Linux64 and Operating System Linux64
MIDASBASE = /MIDAS@aidas and MIDAS_LIBRARY = /MIDAS@aidas/TclHttpd/Linux64
PATH =
/MIDAS@aidas/bin_Linux64:/MIDAS@aidas/TclHttpd/Linux64:/homes/npg/root/bin:/homes/npg/root/bin:/homes/npg/root/lib:/MIDAS/Linux/bin64:/usr/lib64/qt-3.3/bin:/usr/local/bin:/usr/bin:/bin
package limit is not available: can't find package limit
Running with default file descriptor limit
package setuid is not available: can't find package setuid
Could not change to user 50 group 50: not owner
/debug user "debug" password "jhi+u8jzdbpl"
httpd started on port 8015
Custom startup from /MIDAS@aidas/config/TclHttpd/aidas1@8015/startup.tcl
DefineMessage defined with server at http://elog.ph.ed.ac.uk:8015/MessageLoggerServer
/DataBaseAccessServer
/NetVarService
/SigTaskService
Loaded MemSasAccess
/SpectrumService
loading tcl/AIDARunControl.tcl for namespace ::
RunControlClient provided
RunControlClient loaded
Completed custom startup from /MIDAS@aidas/TclHttpd/Html/AIDA/RunControl/stats.defn.tcl
See attachment 4
4) Start web browser for interface to AIDA
Switch to Desktop 1 and start Firefox web browser
Enter URL localhost:8015
See attachment 5
5) Commence startup of AIDA interface
Select 'AIDA Experiment Control'
See attachment 6
6) From AIDA Experiment Control tab
Select 'AIDA Hardware Control'
See attachment 7
Select 'Data Acquisition Run Control'
7) Reset and setup all data acquisition servers
From 'Data Acquisition Run Control' tab
See attachment 8
Select 'Act On ALL Data Acquisition Servers'
The web page will update (~20s) to show the status of all of the configured AIDA FEE64
data acquisition servers which are named nnaida1, nnaida2 ... etc
See attachment 9
Select 'Reset'
Wait for update and check that the state of *all* data acquisition servers is 'reset'
Select 'Setup'
Wait for timestamp re-synchronisation pop-up
See attachments 10-11
Usually all data acquisition servers (nnaida1, nnaida2 ... etc) will ReSYNC OK and you may proceed to step 8.
Sometimes one, or more, data acquisition servers report ReSYNC not complete.
Re-select the 'AIDA Experiment Control' tab and select 'AIDA Hardware Control'
See attachments 12-13
From the 'AIDA Hardware Control' tab select 'Master Timestamp Control'
From the 'Master Timestamp Control' tab
Select 'Reload'
Select FEE64 -> nnaida6
Select 'Perform ReSYNC'
Wait for timestamp re-synchronisation pop-up.
All data acquisition servers 9Nnaida1, nnaoida2 .. etc) should ReSYNC OK - if they do not
please seek expert help
8) Start ASIC controls
Re-select the 'AIDA Experiment Control' tab and select 'AIDA Hardware Control'
See attachments 12-13
Select 'ASIC Control'
See attachment 14
From 'ASIC Control' tab
select 'Act on ALL FEE64 modules' and await page update
select 'Act on ALL ASICs' and await page update
See attachment 15
9) Check FEE64 operating temperatures
Re-select the 'AIDA Hardware Control' tab and select 'FEE Temperatures'
See attachment 16
Check temperatures
Virtex < 70 deg C
PSU < 45 deg C
ASIC < 70 deg C
Note that the ASIC temperatures for some data acquisition servers sometimes read back as 0.0
*If the temperature values above are exceeded switch off AIDA FEE64 electrical power* as follows
Desktop 6 - Firefox web browser
From 'Rly16 Control' select 'Switch ALL off' and *now* seek expert help
10) Perform system-wide diagnostic checks
Re-select the 'AIDA Hardware Control' tab and select 'System Wide Checks'
See attachments 17-18
11) Start servers for data merging and output to disk
Switch to Desktop 2 and start the 'Httpd for Merge/TapeServer', 'Merger' and 'TapeServer' servers
by selecting the three adjacent MIDAS in sequence
See attachment 19
Three terminal sessions will pop-up to display server messages. These terminals should be moved to
left of the desktop and arranged as shown
See attachment 20
This will enable you to simultaneously observe the latest messages from each server and the activity
spinners of the Merger and TapeServer servers
12) Start web interface to Merger and TapeServer
Start Firefox web browser
Enter URL localhost:8115
See attachment 21
13) Open data file
Select 'Tape Service'
See attachment 22
In the 'TapeServer Service' tab complete the Volume Name, Run Name and Run Number fields.
Typically the volume name will the experiment ID (e.g. NP1234) and Run Name (R).
See attachment 23
Select 'Go'
See attachment 24
This will create an experiment directory if it does not already exist (e.g. /TapeData/NP1234)
and will open a data file within this directory with a filename concatenating the Run Name
and Run Number fields - if the selected file already exists a new filename (Run Number) will
be suggested
14) Setup merger
Re-select the 'AIDA' tab and select 'MERGE Control'
See attachment 25
Select 'Setup & Configure'
See attachment 26
Select 'Go'
See attachment 27
Select 'Toggle Merge Program Pause State'
See attachment 28
15) Enable histogramming and data transfer #1 links
Switch to Desktop 1 and re-select 'Data Acquisition Run Control' tab
Select Histogramming 'Enable All' and Data Transfer #1 'Enable All'
16) AIDA is now ready to commence collecting data
- you can proceed from step 5 of https://elog.ph.ed.ac.uk/AIDA/412 |
|
Thu Nov 3 01:25:30 2016, TD, CG, Thursday 3 November 11x
|
10.20 DAQ found stalled
DSSSD bias & leakage current OK - see attachments 1 & 2
FEE64 temperatures OK - see attachment 3
AIDA SYNC stats - see attachment 4 - stats 10.1M/381/3600 => DAQ stalled at 23.05 + 7.4h => c.06.29
System wide checks OK *except* SYNC pulses & SYNC errors - see attachments 5-8
Conclude DAQ stalling at c. 06.30/18.30 due to start of ORNL LN2 dewar refill cycle
but unrelated to either the BRIKEN-supplied 50MHz TTL clock signal to external clock
input of Master MACB or the ground connection provided by this coaxial cable.
Which implies the problem is either EMI/RFI or ac mains electrical ground.
AIDA powered by two single phase outlets from one of four sections of a single phase ac mains distribution
box with power supplied by two heavy duty (3cm dia) cables from Denkenseiki Noisecut AVR type PMN (AVR4, B3F
104V/51A). AIDA is connected to both NEMA 5-15R-style outlets of section A, LN2 refill to section D, BRIKEN
to sections B, C and D.
Ambient temperature +24.8 deg C, d.p. +4.1 deg C, RH 26.3%
15.00 DSSSD cabling drain wire attachment to AIDA adaptor PCB (FEE64 # 5 & 6) not tightly secured.
CG re-secured drain wire and this has significantly reduced 100kHz period transient noise
as observed at preamplifier outputs.
14.48 Restart DAQ (R110)
Master MACB mode 5, 50MHz TTL clock to external clock input
14.57 DAQ stalled
All system wide checks OK *except* SYNC errors - see attachment 9
ASIC clock timestamp - nnaida19 fails
N.B. SYNC pulses check OK, counters incrementing between successive tests
The latter is a problem we have seen previously but has not stopped DAQ running OK
aidas1> ./analyser /TapeData/Sept2016/R110_2
*** TDR format 3.3.0 analyser - TD - October 2016
*** ERROR: READ I/O error: 5002
blocks: 11861
ADC data format: 82556471 ( 877427.0 Hz)
Other data format: 14217428 ( 151105.7 Hz)
Sample trace data format: 0 ( 0.0 Hz)
Undefined format: 0 ( 0.0 Hz)
Other data format type: PAUSE: 27 ( 0.3 Hz)
RESUME: 27 ( 0.3 Hz)
SYNC100: 861083 ( 9151.8 Hz)
FEE64 disc: 13353468 ( 141923.4 Hz)
MBS info: 2823 ( 30.0 Hz)
Other info: 0 ( 0.0 Hz)
ADC data range bit set: 1976 ( 21.0 Hz)
Timewarps: ADC: 0 ( 0.0 Hz)
PAUSE: 0 ( 0.0 Hz)
RESUME: 0 ( 0.0 Hz)
SYNC100: 0 ( 0.0 Hz)
FEE64 disc: 0 ( 0.0 Hz)
MBS info: 0 ( 0.0 Hz)
Undefined: 0 ( 0.0 Hz)
Sample trace: 0 ( 0.0 Hz)
*** Timestamp elapsed time: 94.089 s
FEE elapsed dead time(s) elapsed idle time(s)
1 0.084 0.000
2 0.076 0.000
3 0.000 0.000
4 0.000 0.000
5 0.109 0.000
6 0.012 0.000
7 0.000 0.000
8 0.000 0.000
9 0.003 0.000
10 0.000 0.000
11 0.000 0.000
12 0.000 0.000
13 0.000 0.000
14 0.000 0.000
15 0.032 0.000
16 0.013 0.000
17 0.000 0.000
18 0.000 0.000
19 0.125 0.000
20 0.000 0.000
21 0.000 0.000
22 0.000 0.000
23 0.142 0.149
24 0.076 0.000
25 0.000 0.000
26 0.000 0.000
27 0.000 0.000
28 0.000 0.000
29 0.000 0.000
30 0.000 0.000
31 0.000 0.000
32 0.000 0.000
*** Statistics
FEE ADC Data Other Data Sample Undefined Pause Resume SYNC100 Disc MBS Other
HEC Data
0 0 0 0 0 0 0 0 0 0 0
0
1 942953 5806860 0 0 3 3 35855 5770999 0 0
42
2 4036003 4268394 0 0 2 2 35861 4232529 0 0
0
3 3038422 39132 0 0 0 0 35892 3240 0 0
0
4 1192440 42063 0 0 0 0 35889 6174 0 0
68
5 5685966 39310 0 0 5 5 35849 3451 0 0
0
6 3670394 46605 0 0 2 2 35885 7893 2823 0
70
7 2661022 43508 0 0 0 0 35890 7618 0 0
231
8 2165335 41382 0 0 0 0 35890 5492 0 0
359
9 3037520 863964 0 0 1 1 35889 828073 0 0
0
10 2616647 179334 0 0 0 0 35889 143445 0 0
0
11 1083633 39064 0 0 0 0 35889 3175 0 0
0
12 1759629 38368 0 0 0 0 35888 2480 0 0
0
13 2419715 280498 0 0 0 0 35891 244607 0 0
0
14 3189205 1325559 0 0 0 0 35887 1289672 0 0
747
15 4886680 39482 0 0 2 2 35871 3607 0 0
7
16 5087977 38869 0 0 1 1 35886 2981 0 0
0
17 2905638 329411 0 0 0 0 35888 293523 0 0
0
18 3327386 46016 0 0 0 0 35888 10128 0 0
0
19 6770177 40711 0 0 4 4 35842 4861 0 0
7
20 2225755 38524 0 0 0 0 35891 2633 0 0
344
21 2061728 40299 0 0 0 0 35887 4412 0 0
90
22 3052329 512109 0 0 0 0 35890 476219 0 0
7
23 9325689 38673 0 0 3 3 35834 2833 0 0
3
24 5414228 39293 0 0 4 4 35862 3423 0 0
1
25 0 0 0 0 0 0 0 0 0 0
0
26 0 0 0 0 0 0 0 0 0 0
0
27 0 0 0 0 0 0 0 0 0 0
0
28 0 0 0 0 0 0 0 0 0 0
0
29 0 0 0 0 0 0 0 0 0 0
0
30 0 0 0 0 0 0 0 0 0 0
0
31 0 0 0 0 0 0 0 0 0 0
0
32 0 0 0 0 0 0 0 0 0 0
0
*** Timewarps
FEE ADC Pause Resume SYNC100 Disc MBS Undefined Samples
0 0 0 0 0 0 0 0 0
1 0 0 0 0 0 0 0 0
2 0 0 0 0 0 0 0 0
3 0 0 0 0 0 0 0 0
4 0 0 0 0 0 0 0 0
5 0 0 0 0 0 0 0 0
6 0 0 0 0 0 0 0 0
7 0 0 0 0 0 0 0 0
8 0 0 0 0 0 0 0 0
9 0 0 0 0 0 0 0 0
10 0 0 0 0 0 0 0 0
11 0 0 0 0 0 0 0 0
12 0 0 0 0 0 0 0 0
13 0 0 0 0 0 0 0 0
14 0 0 0 0 0 0 0 0
15 0 0 0 0 0 0 0 0
16 0 0 0 0 0 0 0 0
17 0 0 0 0 0 0 0 0
18 0 0 0 0 0 0 0 0
19 0 0 0 0 0 0 0 0
20 0 0 0 0 0 0 0 0
21 0 0 0 0 0 0 0 0
22 0 0 0 0 0 0 0 0
23 0 0 0 0 0 0 0 0
24 0 0 0 0 0 0 0 0
25 0 0 0 0 0 0 0 0
26 0 0 0 0 0 0 0 0
27 0 0 0 0 0 0 0 0
28 0 0 0 0 0 0 0 0
29 0 0 0 0 0 0 0 0
30 0 0 0 0 0 0 0 0
31 0 0 0 0 0 0 0 0
32 0 0 0 0 0 0 0 0
*** Program elapsed time: 1.500s ( 7907.333 blocks/s, 494.208 Mb/s)
15.48 Restart aidas1
Power cycle FEE64s
Restart AIDA DAQ
Same problem - DAQ stall (no output from merger) at, or shortly after, Start ASIC Readout with
multiple FEE64s with zero AIDA SYNC rate
*All* system wide checks OK
Cannot recover DAQ control of FEE64s with merger restart - power cycle FEE64s again
23.58 Attempt to change master MACB from MACB module #11 mode 5 to MACB module #13 mode 0
Successive fuse failures of USB ac mains relay
System wide ASIC clock timestamp check nnaida 5/6/7/8 13/14/15/16 21/22/23/24 i.e. first half of MACB tree
Re-seat HDMI cabling from master MACB root module to first half of MACB tree - ReSYNC fails - see attachments
10 & 11
|
|
Tue Nov 1 23:55:33 2016, TD, CG, Wednesday 2 November 12x
|
08.56 DAQ continues OK
DSSSD bias & leakage current OK - see attachments 1 & 2
FEE64 temperatures OK - see attachment 3
System wide checks OK *except* SYNC pulses - see attachments 4-6
Most recent file R101_249 ADC & disc data synchronised - see attachments 7-8
spectrum s1000 - per ASIC data items as function of timestamp (20us/channel)
spectra 1-32 and 100-132 per FEE64 data items as function of timestamp (20us/channel)
09.03 DAQ stopped
17.10 DAQ started (R103) no storage mode
Master MACB module #1 mode 0, 50MHz TTL clock signal cable disconnected from MACB rear panel.
18.55 Checked DAQ status and it has stopped. No file write times so can't easily check exactly when (see SYNC
stat page to calculate).
All system checks passed except SYNC errors (see attachments 9-12)
Upon attempting to Stop the DAQ, could not contact nnaida11.
AIDA SYNC statistics c. 1.76M SYNCs per FEE64. SYNC rate = 381Hz => elapsed time c. 1.3h => DAQ stalled c.
18.30
23.05 DAQ started (R104) no storage mode
Master MACB module #1 mode 0, 50MHz TTL clock signal cable disconnected from MACB rear panel. |
|
Tue Nov 1 02:24:05 2016, TD, Tuesday 1 November 8x
|
11.24 DAQ found stalled
Most recent file R95_168 last accessed 06.31
R95_168 ADC & disc data synchronised - see attachment 8
spectrum s1000 - per ASIC data items as function of timestamp (20us/channel)
aidas1> ./analyser /TapeData/Sept2016/R95_168
*** TDR format 3.3.0 analyser - TD - October 2016
*** ERROR: READ I/O error: 5002
blocks: 14568
ADC data format: 108169612 ( 1126585.0 Hz)
Other data format: 10690700 ( 111343.5 Hz)
Sample trace data format: 0 ( 0.0 Hz)
Undefined format: 0 ( 0.0 Hz)
Other data format type: PAUSE: 31 ( 0.3 Hz)
RESUME: 30 ( 0.3 Hz)
SYNC100: 877566 ( 9139.8 Hz)
FEE64 disc: 9810241 ( 102173.5 Hz)
MBS info: 2832 ( 29.5 Hz)
Other info: 0 ( 0.0 Hz)
ADC data range bit set: 2160 ( 22.5 Hz)
Timewarps: ADC: 0 ( 0.0 Hz)
PAUSE: 0 ( 0.0 Hz)
RESUME: 0 ( 0.0 Hz)
SYNC100: 0 ( 0.0 Hz)
FEE64 disc: 0 ( 0.0 Hz)
MBS info: 0 ( 0.0 Hz)
Undefined: 0 ( 0.0 Hz)
Sample trace: 0 ( 0.0 Hz)
*** Timestamp elapsed time: 96.015 s
FEE elapsed dead time(s) elapsed idle time(s)
1 0.000 0.000
2 0.000 0.000
3 0.000 0.000
4 0.000 0.000
5 1.994 2.016
6 1.408 1.439
7 0.000 0.000
8 0.000 0.000
9 0.000 0.000
10 0.000 0.000
11 0.000 0.000
12 0.000 0.000
13 0.000 0.000
14 0.000 0.000
15 0.015 0.000
16 0.000 0.000
17 0.000 0.000
18 0.000 0.000
19 0.045 0.000
20 0.000 0.000
21 0.000 0.000
22 0.000 0.000
23 0.099 0.000
24 0.000 0.000
25 0.000 0.000
26 0.000 0.000
27 0.000 0.000
28 0.000 0.000
29 0.000 0.000
30 0.000 0.000
31 0.000 0.000
32 0.000 0.000
*** Statistics
FEE ADC Data Other Data Sample Undefined Pause Resume SYNC100 Disc MBS
Other HEC Data
0 0 0 0 0 0 0 0 0 0
0 0
1 350112 43200 0 0 0 0 36623 6577 0
0 48
2 1247240 43778 0 0 0 0 36622 7156 0
0 0
3 2547061 39987 0 0 0 0 36626 3361 0
0 0
4 881007 40879 0 0 0 0 36623 4256 0
0 5
5 23965264 2536358 0 0 13 12 35831 2500502 0
0 38
6 23702370 1860427 0 0 11 11 36086 1821487 2832
0 844
7 1895595 40743 0 0 0 0 36623 4120 0
0 1
8 1603094 41634 0 0 0 0 36626 5008 0
0 325
9 3180182 1849501 0 0 0 0 36625 1812876 0
0 0
10 2576178 97708 0 0 0 0 36622 61086 0
0 0
11 447806 39812 0 0 0 0 36625 3187 0
0 0
12 905803 39001 0 0 0 0 36618 2383 0
0 0
13 2226595 147679 0 0 0 0 36624 111055 0
0 0
14 3021228 2593022 0 0 0 0 36626 2556396 0
0 513
15 4146089 40401 0 0 2 2 36617 3780 0
0 0
16 4264696 39555 0 0 0 0 36619 2936 0
0 0
17 2934508 416504 0 0 0 0 36623 379881 0
0 0
18 3319005 56583 0 0 0 0 36619 19964 0
0 0
19 6346836 41482 0 0 2 2 36604 4874 0
0 1
20 2392653 39249 0 0 0 0 36623 2626 0
0 283
21 2056421 41512 0 0 0 0 36622 4890 0
0 96
22 2824822 522339 0 0 0 0 36624 485715 0
0 5
23 7402741 39352 0 0 3 3 36590 2756 0
0 1
24 3932306 39994 0 0 0 0 36625 3369 0
0 0
25 0 0 0 0 0 0 0 0 0
0 0
26 0 0 0 0 0 0 0 0 0
0 0
27 0 0 0 0 0 0 0 0 0
0 0
28 0 0 0 0 0 0 0 0 0
0 0
29 0 0 0 0 0 0 0 0 0
0 0
30 0 0 0 0 0 0 0 0 0
0 0
31 0 0 0 0 0 0 0 0 0
0 0
32 0 0 0 0 0 0 0 0 0
0 0
*** Timewarps
FEE ADC Pause Resume SYNC100 Disc MBS Undefined Samples
0 0 0 0 0 0 0 0 0
1 0 0 0 0 0 0 0 0
2 0 0 0 0 0 0 0 0
3 0 0 0 0 0 0 0 0
4 0 0 0 0 0 0 0 0
5 0 0 0 0 0 0 0 0
6 0 0 0 0 0 0 0 0
7 0 0 0 0 0 0 0 0
8 0 0 0 0 0 0 0 0
9 0 0 0 0 0 0 0 0
10 0 0 0 0 0 0 0 0
11 0 0 0 0 0 0 0 0
12 0 0 0 0 0 0 0 0
13 0 0 0 0 0 0 0 0
14 0 0 0 0 0 0 0 0
15 0 0 0 0 0 0 0 0
16 0 0 0 0 0 0 0 0
17 0 0 0 0 0 0 0 0
18 0 0 0 0 0 0 0 0
19 0 0 0 0 0 0 0 0
20 0 0 0 0 0 0 0 0
21 0 0 0 0 0 0 0 0
22 0 0 0 0 0 0 0 0
23 0 0 0 0 0 0 0 0
24 0 0 0 0 0 0 0 0
25 0 0 0 0 0 0 0 0
26 0 0 0 0 0 0 0 0
27 0 0 0 0 0 0 0 0
28 0 0 0 0 0 0 0 0
29 0 0 0 0 0 0 0 0
30 0 0 0 0 0 0 0 0
31 0 0 0 0 0 0 0 0
32 0 0 0 0 0 0 0 0
*** Program elapsed time: 2.449s ( 5948.019 blocks/s, 371.751 Mb/s)
DSSSD bias & leakage current OK - see attachments 1 & 2
FEE64 temperatures OK - see attachment 3
System wide checks OK *except* SYNC pulses & errors - see attachments 4-7
Restart merger
DAQ STOP
System wide checks
DAQ RESET & SETUP
System-wide checks
Disable H & data transfer #1
Restart merger & tapeserver
Enable H & data transfer #1
11.46 Start DAQ (R96)
16.28 Stop DAQ OK
16.30 Start DAQ (R97)
BNC PB-4 pulser OFF (background run)
17.04 Stop DAQ
17.08 Ambient temperature +25.0 deg C, d.p. +8.4 deg C, RH 34.8%
17.11 Start DAQ (R98)
BNC PB-4 pulser ON
60Co cource (10-7023) placed on top of AIDA snout approximately above DSSSD #3
17.30 DAQ stalled due to excessive diak activity from data copying & analysis tasks
Power cycle required
18.09 DAQ start (R99)
18.38 DAQ stalled
Most recent file R99_7 last accessed 18.38
Power cycle rquired
19.42 DAQ start (R101)
BNC PB-4 pulser ON
60Co cource (10-7023) placed on top of AIDA snout approximately above DSSSD #3
(Phong's correction: 60Co source position was in front of AIDA snout toward upstream)
ASIC settings 2016Nov01-18.02.17 |
|
Mon Oct 31 04:50:59 2016, TD, [How to] Monitor AIDA (October 2016)
|
All AIDA operations are controlled from the Dell T410 Workstation aidas1 using web browsers.
AIDA has multiple, independent data acquisition servers connected by an Ethernet network.
Response times to commands, information updates etc are ~10-60s - please be patient!
Every 4h
1) Desktop 7 - 2x PUTTY terminal sessions
Each PUTTY terminal session is connected to a CAEN N1419 4 ch HV Power Supply
Addr 00
Ch 0 = DSSSD # 1
:
:
Ch 3 = DSSSD # 4
Addr 01
Ch 0 = DSSSD # 5
Ch 1 = DSSSD # 6
Sequentially select each terminal and obtain a screenshot (Alt-PrtScn) of DSSSD #1 = #6 detector
bias voltages and leakage currents
Upload screenshots to BRIKEN Elog
If B2F/F11 ambient temperature information is available please add this information to the Elog
Compare DSSSD leakage currents (and temperatures) with previous observations
2) Desktop 1 - Firefox web browser - Temperatures tab
Select 'Reload'
Check temperatures
Virtex < 70 deg C
PSU < 45 deg C
ASIC < 70 deg C
Note that the ASIC temperatures for some data acquisition servers sometimes read back as 0.0
*If the temperature values above are exceeded switch off AIDA FEE64 electrical power* as follows
Desktop 6 - Firefox web browser
From 'Rly16 Control' select 'Switch ALL off'
and *now* seek expert help
*If* DAQ running also
3) Desktop 1 - Firefox web browser - Run Control tab
Select 'Update'
Check state of *all* data acquisition servers is 'going'
Check histogramming and data transfer #1 are enabled as indicated by 'H X' tags
5) Desktop 2 - Firefox web browser - MERGE tab
Select 'Reload'
Check merge rate (~0.5-2M data items/s) consistent with value observed at start of run
Observe active spinners in MERGE and TapeServer server terminal windows adjacent to web browser
6) Desktop 2 - Firefox web browser - TapeServer tab
Select 'Reload'
Check data rate consistent with value observed at start of run |
|
Mon Oct 31 04:02:11 2016, TD, [How To] Stop Runs (October 2016)
|
All AIDA operations are controlled from the Dell T410 Workstation aidas1 using web browsers.
AIDA has multiple, independent data acquisition servers connected by an Ethernet network.
Response times to commands, information updates etc are ~10-60s - please be patient!
How to Stop Run
1) Workspace 2 - Firefox web browser - TapeServer tab
Select 'Reload'
Check number of blocks written to disk is increasing
See attachment 1
If TapeServer data rate is zero see https://elog.ph.ed.ac.uk/AIDA/303
2) Workspace 2 - Firefox web browser - MERGE tab
Select 'Reload'
Check merge rate (~0.5-2M data items/s)
See attachment 2
If MERGER data rate is zero see https://elog.ph.ed.ac.uk/AIDA/303
3) Workspace 1 - Firefox web browser - Run Control tab
Select 'Update'
Check state of *all* data acquisition servers is 'going'
Check histogramming and data transfer #1 are enabled as indicated by 'H X' tags
Stop DAQ - select red 'STOP' button
Wait (~60s) until state of all data acquisition servers (nnaida1, nnaida2 ... etc) updates
Check state of *all* data acquisition servers is 'stopped'
Check histogramming and data transfer #1 are enabled as indicated by 'H X' tags
See attachment 3
N.B. Occasionally the state of all data acquisition servers does not change to 'stopped'
and if this happens simply re-try by re-selecting 'STOP'
4) Workspace 2 - Firefox web browser - MERGE tab
Pause MERGE input - select 'Toggle Merge Program Pause State'
See attachment 4
5) Workspace 2 - Firefox web browser - TapeServer tab
Stop TapeServer and close disk file - select red 'STOP' button
See attachment 5
6) Complete BRIKEN Elog with the following information
AIDA
run filename (e.g. R99)
[# data blocks]
start date & time
[stop date & time]
ASIC settings DB key
additional comments
your name
Complete run sheet for written logbook |
|
Mon Oct 31 02:26:32 2016, TD, [How To] Start Runs (October 2016) 12x
|
All AIDA operations are controlled from the Dell T410 Workstation aidas1 using web browsers.
AIDA has multiple, independent data acquisition servers connected by an Ethernet network.
Response times to commands, information updates etc are ~10-60s - please be patient!
How To Start Run
1) Workspace 1 - Firefox web browser - Run Control tab
Select 'Update'
Check DAQ stopped (green 'GO' button displayed)
Check state of *all* data acquisition servers is 'stopped'
Check histogramming and data transfer #1 is enabled for *all* data acquisition servers as indicated by 'H X' tags
See attachment 1
2) Workspace 2 - Firefox web browser - TapeServer tab
Select 'Reload'
Check TapeServer stopped and disk file closed (green GO button displayed)
See attachment 2
3) Workspace 2 - Firefox web browser - MERGE tab
Select 'Reload'
Check Merge Program paused - see banner
Merge State = GOing : paused : xfer enabled : output paused
If not paused select 'Toggle Merge Program Pause State'
See attachment 3
4) Workspace 1 - Firefox web browser - ASIC Control tab
Select 'Reload'
Check 'Act on ALL FEE64 modules?' selected
Check 'Act on ALL ASICs' selected
Select 'Select required function' -> 'Check ASIC Control'
After ~60s a pop-up will appear showing the response from each ASIC of each data acquisition server.
Check all ASICs are OK and status = 0x001F0000.
Dismiss pop-up by selecting OK
See attachments 4-5
5) Workspace 1 - Firefox web browser - Run Control tab
Start DAQ - select green GO button
Wait (~60s) until state of all data acquisition servers (nnaida1, nnaida2 ... etc) updates
Check state of *all* data acquisition servers is 'going'
Check histogramming and data transfer #1 is enabled for *all* data acquisition servers as indicated by 'H X' tags
See attachment 6
6) Workspace 2 - Firefox web browser - MERGE tab
Select 'Reload' several times and check *all* enabled data links (0-23) are active
bright green = active, olive green = inactive, red = disabled
N.B. If some data links are inactive call for expert help and do NOT proceed!
Observe active spinner in MERGER server terminal window
See attachment 7
7) Workspace 2 - Firefox web browser - TapeServer tab
Check 'Volume Name' and 'File Name'
Start TapeServer and open disk file - select green 'GO' button
See attachment 8
8) Workspace 2 - Firefox web browser - MERGE tab
Select 'Reload' several times and check all enabled data links (0-23) are always active
bright green = active, olive green = inactive, red = disabled
N.B. If some data links are *always* inactive call for expert help and do NOT proceed!
Select 'Toggle Merge Program Pause State' to enable data merging
Select 'Reload' to observe merge rate (~ 9000 data items/s)
Observe active spinners in MERGE and TapeServer server terminal windows adjacent to web browser
See attachment 9
9) Workspace 1 - Firefox web browser - Run Control tab
Select 'Start ASIC Data Readout'
See attachment 10
10) Workspace 2 - Firefox web browser - MERGE tab
Select Reload several times and check all enabled data links (0-23) are active
bright green = active, olive green = inactive, red = disabled
N.B. If some data links are *never* active call for expert help and do NOT proceed!
Select 'Reload' to observe merge rate (~ 0.5-2M data items/s)
See attachment 11
11) Workspace 2 - Firefox web browser - TapeServer tab
Select 'Reload' and observe number of blocks written to disk increasing
See attachment 12
12) Workspace 1 - Firefox web browser - Control tab
Select 'Save/Restore Settings'
From 'Save/Restore Module Settings' tab
select 'Reload'
select 'Module Names' whose settings should be saved (usually all)
select 'Generate new DB key' and make a note of the DB key generated
the DB key will have the format YYYYMMMDD-HH.MM.SS
The DB key will be used to name a directory to store AIDA settings
and is created uid: npg, gid: npgstaff, perms 755. However, its
contents are written uid: nfsnobody, gid nfsnobody. The default
directory (DB Key) permissions do not work - change the permissions
to 777 - before attempting to save data to this directory (DB Key).
launch a terminal and change the permissions of the DB key directory using the command
chmod 777 /MIDAS/DB/EXPERIMENTS/AIDA/[YYYYMMMDD-HH.MM.SS]
select 'Save Settings' to save AIDA ASIC, LED and waveform settings to
the directory (DB key)
11) Update BRIKEN Elog with the following information
AIDA
run filename (e.g. R99)
[# data blocks]
start date & time
[stop date & time]
ASIC settings DB key
additional comments
your name
Complete run sheet for written logbook |
|
Mon Oct 31 02:00:01 2016, TD, Monday 31 October 11x
|
11.00 DAQ continues OK
DAQ STOP OK
Most recent files R91_568 last accessed 10.59
DSSSD bias & leakage current OK - see attachments 1 & 2
FEE64 temperatures OK - see attachment 3
System wide checks OK *except* SYNC pulses & errors - see attachments 4-7
14.20 Per FEE64 screenshots p+n junction and n+n ohmic strip waveforms - see attachments 8-11
Preamplifier output noise looks OK for all FEE64s *except* nnaida5 & nnaida6 (which
have significantly higher ADC and disc rates than other FEE64s)
21.10 DAQ found stalled
Most recent file R94_99 last accessed 18.35
Restart merger
DAQ STOP
System wide checks
DAQ RESET & SETUP
System-wide checks
Disable H & data transfer #1
Restart merger & tapeserver
Enable H & data transfer #1
21.16 DAQ start (R96) |
|
Sun Oct 30 04:37:31 2016, TD, Spectrum layouts created 8x
|
The following spectrum layouts have been created
1 All Rate spectra
2 All HitRate Spectra
3 p+n junction strip 1.8.L spectra
4 n+n ohmic strip 1.8.L spectra
5 p+n junction strip 1.8.H spectra
6 n+n ohmic strip 1.8.H spectra
5 p+n junction strip 1.8.W waveforms
6 n+n ohmic strip 1.8.W waveforms
The layouts can be found in the directory ~/LayOut and should be copied to /tmp
N.B Currently you cannot restore a layout to a spectrum display with > 16 galleries.
If spectrum display uses > 16 galleries, switch spectrum display to 16 galleries
or less before restoring a spectrum layout. |
|
Sun Oct 30 03:26:55 2016, TD, Report - medium - cannot restore layout if currently displaying >16 galleries
|
Cannot restore layout if currently displaying >16 galleries
Obtain the error message 'loading Spectrum.tcl > can't read "dbtagx(31,1)": no such element in array' |
|
Sun Oct 30 01:53:13 2016, TD, Sunday 30 October 9x
|
10.53 DAQ found stalled
Most recent files R89_102 last accessed 07.17
DSSSD bias & leakage current OK - see attachments 1 & 2
FEE64 temperatures OK - see attachment 3
All system wide checks OK *except* Clock status, SYNC errors & SYNC pulses - see attachments 4-8 - unusual
messages/reports
One merger error messages - link 18 - see attachment 9
Restart merger
DAQ STOP OK
DAQ RESET & SETUP OK
ReSYNC OK
All system-wide checks OK
Disable H & data transfer #1
Restart merger & tapeserver
Enable H & data transfer #1
Standard soft reset did not work - one or more FEE64s dropped data transfer #1 link at DAQ GO
Retry - one, more FEE64s indicate error state - run control tab unresponsive
Power cycle FEE64s |
|
Sat Oct 29 07:26:59 2016, TD, AIDA ADC & disc data synchronisation check 14x
|
Following analysis of AIDA ADC & disc readout ( see https://elog.ph.ed.ac.uk/AIDA/404 )
changed timestamp resolution from 1us/channel to 20.48us/channel
Offline sort (from disk file)
Attachments 1-3 s1-s32 # ADC data items per FEE64, s100-132 # disc data items per FEE64 (20.48us/channel)
Attachments 4-5 s1000 4 * ( module # - 1 ) + ASIC # versus timestamp (ch 0-95 ADC data, ch 100-195 disc data,
20.48us/channel)
Attachments 6-7 MIDASsort terminal session logs for *offline* sort
Online sort (from TapeServer)
Attachment 8 s1-s32 # ADC data items per FEE64, s100-132 # disc data items per FEE64 (20.48us/channel)
Attachments 9-10 s1000 4 * ( module # - 1 ) + ASIC # versus timestamp (ch 0-95 ADC data, ch 100-195 disc data,
20.48us/channel)
Attachments 11-12 MIDASsort terminal session logs for *online* sort
Attachment 13 MIDASsort FORTRAN sort routine sync.f
Attachment 14 Spectrum titles for the above sort routine
Note
1) data is discontinuous as a function of timestamp because we are sampling buffers
from the TapeServer rather than sorting all data as above
2) a low rate of timewarps is reported which appears to be an artifact of the buffer
sampling - no timewarps reported by analyses of the corresponding data files
|
|
Sat Oct 29 03:31:03 2016, TD, Saturday 29 October 11x
|
11.30 DAQ continues (R87)
System-wide checks OK *except* SYNC errors & SYNC pulses - see attachments 1-4
11.36 DSSSD bias & leakage currents OK - see attachments 5-8
FEE64 temperatures OK - see attachment 9
16.46 DAQ continues (R87)
System-wide checks OK *except* SYNC errors & SYNC pulses - see attachments 5-8
18.55 DAQ stalled
Most recent file R87_274 last accessed 18.47
Restart merger
DAQ STOP
System wide checks
DAQ RESET & SETUP
System-wide checks
Disable H & data transfer #1
Restart merger & tapeserver
Enable H & data transfer #1
19.10 DAQ starts (R89) |
|
Fri Oct 28 06:12:50 2016, TD, Friday 28 October 12x
|
14.12 DAQ stalled as expected
Most recent file R86_245 last accessed 06.26
DSSSD bias & leakage current OK - see attachments 1 & 2
FEE64 temperatures OK - see attachment 3
Some merger errors messages - all link 4 - see attachment 4
All system wide checks OK *except SYNC errors & SYNC pulses - see attachments 5-8
Restart merger
DAQ STOP OK
DAQ RESET & SETUP OK
ReSYNC OK
All system-wide checks OK
Disable H & data transfer #1
Restart merger & tapeserver
Enable H & data transfer #1
14.34 DAQ started (R87)
19.50 DAQ continues (R87)
System-wide checks OK *except* SYNC errors & SYNC pulses - see attachments 9-12 |
|
Thu Oct 27 10:57:49 2016, TD, AIDA data readout
|
Developing real-time AIDA data synchronisation test using MIDASsort
To illustrate AIDA readout, ADC and discriminator data from a pulser event is plotted as a function
of the 100MHz AIDA internal timestamp (1us/channel)
Attachment 1 - nnaida8 number of ADC and discriminator data items
Attachment 2 - nnaida1-24 number of ADC and discriminator data items
Attachment 3 - 4*(FEE64 module # - 1) + ASIC # (ADC channels 0-95, disc channels 100-195) versus timestamp
(1us/channel)
The spectra clearly illustrate
- 500kHz ADC readout cycle
- discriminator readout precedes ADC readout by ~18us (this figure will be shaping time dependent)
- after-pulse due to pulser injection via simple charge terminator (no pole zero correction)
~84us after start of ADC readout (this figure will be pulser decay time and shaping time dependent)
Note events were identified (delimited) by time periods > 2us between successive ADC data items |
|
Thu Oct 27 10:54:14 2016, TD, Thursday 27 October
|
14.20 DSSSD bias & leakage currents OK - see attachments 1 & 2
FEE64 temperatures OK - see attachment 3
14.35 DAQ restarted for test purposes
18.55 DAQ stalled as expected
Most recent file R83_125 last accessed 18.30
DAQ STOP OK
DAQ RESET & SETUP OK
ReSYNC OK
All system-wide checks OK
Disable H & data transfer #1
Restart merger & tapeserver
Enable H & data transfer #1
20.48 DAQ starts (R86)
LEC/MEC fast comparator 0xff -> 0x20 |
|
Tue Oct 25 02:06:34 2016, TD, Tuesday 25 October 13x
|
10.10 DAQ found stopped
Most recent file R81_169, last accessed 06.26
R81_169 ADC data synchronised
aidas1> ./analyser /TapeData/Sept2016/R81_169
*** TDR format 3.3.0 analyser - TD - October 2016
*** ERROR: READ I/O error: 5002
blocks: 8369
ADC data format: 67712004 ( 1105598.7 Hz)
Other data format: 570667 ( 9317.8 Hz)
Sample trace data format: 0 ( 0.0 Hz)
Undefined format: 0 ( 0.0 Hz)
Other data format type: PAUSE: 17 ( 0.3 Hz)
RESUME: 17 ( 0.3 Hz)
SYNC100: 560442 ( 9150.9 Hz)
FEE64 disc: 8352 ( 136.4 Hz)
MBS info: 1839 ( 30.0 Hz)
Other info: 0 ( 0.0 Hz)
ADC data range bit set: 81 ( 1.3 Hz)
Timewarps: ADC: 0 ( 0.0 Hz)
PAUSE: 0 ( 0.0 Hz)
RESUME: 0 ( 0.0 Hz)
SYNC100: 0 ( 0.0 Hz)
FEE64 disc: 0 ( 0.0 Hz)
MBS info: 0 ( 0.0 Hz)
Undefined: 0 ( 0.0 Hz)
Sample trace: 0 ( 0.0 Hz)
*** Timestamp elapsed time: 61.245 s
FEE elapsed dead time(s) elapsed idle time(s)
1 0.000 0.000
2 0.000 0.000
3 0.000 0.000
4 0.000 0.000
5 0.244 0.254
6 0.181 0.191
7 0.000 0.000
8 0.000 0.000
9 0.000 0.000
10 0.000 0.000
11 0.000 0.000
12 0.000 0.000
13 0.000 0.000
14 0.000 0.000
15 0.002 0.000
16 0.000 0.000
17 0.001 0.000
18 0.002 0.000
19 0.003 0.000
20 0.000 0.000
21 0.000 0.000
22 0.000 0.000
23 0.085 0.000
24 0.000 0.000
25 0.000 0.000
26 0.000 0.000
27 0.000 0.000
28 0.000 0.000
29 0.000 0.000
30 0.000 0.000
31 0.000 0.000
32 0.000 0.000
*** Statistics
FEE ADC Data Other Data Sample Undefined Pause Resume SYNC100 Disc MBS
Other HEC Data
0 0 0 0 0 0 0 0 0 0
0 0
1 229453 23628 0 0 0 0 23359 269 0
0 22
2 2464367 23972 0 0 0 0 23362 610 0
0 0
3 1700233 23656 0 0 0 0 23358 298 0
0 0
4 650519 23359 0 0 0 0 23359 0 0
0 0
5 15435615 25773 0 0 4 4 23267 2498 0
0 0
6 15768889 25301 0 0 3 3 23291 165 1839
0 0
7 963142 23361 0 0 0 0 23361 0 0
0 0
8 773768 23661 0 0 0 0 23361 300 0
0 0
9 2244651 23523 0 0 0 0 23359 164 0
0 0
10 1833324 24095 0 0 0 0 23362 733 0
0 0
11 276357 23657 0 0 0 0 23362 295 0
0 0
12 542691 23359 0 0 0 0 23359 0 0
0 0
13 1695447 23996 0 0 0 0 23363 633 0
0 0
14 2181674 23530 0 0 0 0 23361 169 0
0 0
15 2203091 23362 0 0 1 1 23360 0 0
0 0
16 2179412 23361 0 0 0 0 23361 0 0
0 0
17 2317043 23549 0 0 1 1 23359 188 0
0 0
18 2579367 23969 0 0 1 1 23356 611 0
0 0
19 2589829 23664 0 0 3 3 23358 300 0
0 0
20 1296289 23357 0 0 0 0 23357 0 0
0 0
21 1624570 24024 0 0 0 0 23361 663 0
0 59
22 513131 23525 0 0 0 0 23360 165 0
0 0
23 3691921 23335 0 0 4 4 23327 0 0
0 0
24 1957221 23650 0 0 0 0 23359 291 0
0 0
25 0 0 0 0 0 0 0 0 0
0 0
26 0 0 0 0 0 0 0 0 0
0 0
27 0 0 0 0 0 0 0 0 0
0 0
28 0 0 0 0 0 0 0 0 0
0 0
29 0 0 0 0 0 0 0 0 0
0 0
30 0 0 0 0 0 0 0 0 0
0 0
31 0 0 0 0 0 0 0 0 0
0 0
32 0 0 0 0 0 0 0 0 0
0 0
*** Timewarps
FEE ADC Pause Resume SYNC100 Disc MBS Undefined Samples
0 0 0 0 0 0 0 0 0
1 0 0 0 0 0 0 0 0
2 0 0 0 0 0 0 0 0
3 0 0 0 0 0 0 0 0
4 0 0 0 0 0 0 0 0
5 0 0 0 0 0 0 0 0
6 0 0 0 0 0 0 0 0
7 0 0 0 0 0 0 0 0
8 0 0 0 0 0 0 0 0
9 0 0 0 0 0 0 0 0
10 0 0 0 0 0 0 0 0
11 0 0 0 0 0 0 0 0
12 0 0 0 0 0 0 0 0
13 0 0 0 0 0 0 0 0
14 0 0 0 0 0 0 0 0
15 0 0 0 0 0 0 0 0
16 0 0 0 0 0 0 0 0
17 0 0 0 0 0 0 0 0
18 0 0 0 0 0 0 0 0
19 0 0 0 0 0 0 0 0
20 0 0 0 0 0 0 0 0
21 0 0 0 0 0 0 0 0
22 0 0 0 0 0 0 0 0
23 0 0 0 0 0 0 0 0
24 0 0 0 0 0 0 0 0
25 0 0 0 0 0 0 0 0
26 0 0 0 0 0 0 0 0
27 0 0 0 0 0 0 0 0
28 0 0 0 0 0 0 0 0
29 0 0 0 0 0 0 0 0
30 0 0 0 0 0 0 0 0
31 0 0 0 0 0 0 0 0
32 0 0 0 0 0 0 0 0
*** Program elapsed time: 0.957s ( 8744.751 blocks/s, 546.547 Mb/s)
DSSSD bias & leakage currents OK - see attachments 1 & 2
FEE64 temperatures OK - see attachment 3
System-wide checks OK *except* SYNC errors & SYNC pulses - see attachments 4-7
Merger error messages - see attachment 8
Restart merger OK
DAQ STOP OK
DAQ RESET & SETUP OK
ReSYNC OK
All system-wide checks OK
Disable H & data transfer #1
Restart merger & tapeserver
Enable H & data transfer #1
10.22 DAQ starts (R82)
16.07 DAQ continues OK
All system-wide checks OK
17.16 DAQ continues OK
All system-wide checks OK
18.27 All system wide checks OK *except* SYNC pulses - see attachment 9
18.34 DAQ stalled
Most recent file R82_125 last accessed 18.30
All system wide checks OK *except* SYNC errors and SYNC pulses - see attachments 10-13
18.47 AIDA -> safe state
FEE64 power OFF
DSSSD bias OFF |
|
Mon Oct 24 02:46:57 2016, TD, Monday 24 October 19x
|
10.47 DAQ found stopped, no merger error messages
Most recent file R78_281, last accessed 06.46
R78_281 ADC data synchronised
DSSSD bias & leakage currents OK - see attachments 1 & 2
FEE64 temperatures OK - see attachment 3
System-wide checks - see attachments 4-11
Restart merger OK
DAQ STOP OK
DAQ RESET & SETUP OK
ReSYNC OK
System-wide checks OK
Disable H & data transfer #1
Restart merger & tapeserver
Enable H & data transfer #1
11.07 DAQ starts (R79)
18.39 DAQ OK
System wide checks OK *except* SYNC errors & SYNC pulses - see attachments 12-15
18.47 DAQ stalls
Most recent file R79_182, last accessed 18.46
System wide checks OK *except* SYNC errors & SYNC pulses - see attachments 16-19
18.56 DAQ starts (R80) |
|
Sun Oct 23 10:22:36 2016, TD, Report - high - merger SEGV
|
Merger crashed during operation - see https://elog.ph.ed.ac.uk/AIDA/399 |
|
Sun Oct 23 02:34:12 2016, TD, Sunday 23 October
|
10.34 DAQ found stopped, no merger error messages
Most recent file R74_296, last accessed 06.31
R70_315 ADC data synchronised
DSSSD bias & leakage currents OK - see attachments 1 & 2
FEE64 temperatures OK - see attachment 3
Some merger errors - see attachment 4
Restart merger OK
DAQ STOP OK
DAQ RESET & SETUP OK
ReSYNC OK
System-wide checks OK
Disable H & data transfer #1
Restart merger & tapeserver
Enable H & data transfer #1
10.42 DAQ start (R75)
nnaida11 drops data transfer #1 tag at SAQ GO
DAQ STOP OK
DAQ RESET & SETUP OK
ReSYNC OK
System-wide checks OK
Disable H & data transfer #1
Restart merger & tapeserver
Enable H & data transfer #1
10.46 DAQ start (R76)
18.18 DAQ found stopped
Most recent file R76_29 last accessed 11.52
Merger crashed - see attachment 5
aidas1> ./analyser /TapeData//Sept2016/R76_29
*** GREAT format 3.2.2 analyser - TD - October 2016
*** ERROR: READ I/O error: 5002
blocks: 24384
ADC data format: 197754460 ( 1539809.2 Hz)
Other data format: 1194596 ( 9301.7 Hz)
Sample trace data format: 0 ( 0.0 Hz)
Undefined format: 0 ( 0.0 Hz)
Other data format type: PAUSE: 74 ( 0.6 Hz)
RESUME: 74 ( 0.6 Hz)
SYNC100: 1172671 ( 9131.0 Hz)
FEE64 disc: 18000 ( 140.2 Hz)
MBS info: 3777 ( 29.4 Hz)
Other info: 0 ( 0.0 Hz)
ADC data range bit set: 190 ( 1.5 Hz)
Timewarps: ADC: 0 ( 0.0 Hz)
PAUSE: 0 ( 0.0 Hz)
RESUME: 0 ( 0.0 Hz)
SYNC100: 0 ( 0.0 Hz)
FEE64 disc: 0 ( 0.0 Hz)
MBS info: 0 ( 0.0 Hz)
Undefined: 0 ( 0.0 Hz)
Sample trace: 0 ( 0.0 Hz)
*** Timestamp elapsed time: 128.428 s
FEE elapsed dead time(s)
1 0.000
2 0.007
3 0.000
4 0.000
5 0.674
6 2.583
7 0.000
8 0.000
9 0.000
10 0.000
11 0.000
12 0.000
13 0.000
14 0.000
15 0.276
16 0.124
17 0.435
18 0.050
19 0.622
20 0.009
21 0.000
22 0.000
23 0.352
24 0.000
25 0.000
26 0.000
27 0.000
28 0.000
29 0.000
30 0.000
31 0.000
32 0.000
*** Statistics
FEE ADC Data Other Data Sample Undefined Pause Resume SYNC100 Disc MBS
Other HEC Data
0 0 0 0 0 0 0 0 0 0
0 0
1 566974 49807 0 0 0 0 48983 824 0
0 62
2 5617753 50240 0 0 2 2 48984 1252 0
0 0
3 4298949 49615 0 0 0 0 48983 632 0
0 0
4 1980475 48985 0 0 0 0 48985 0 0
0 0
5 31381665 53750 0 0 12 12 48726 5000 0
0 0
6 35397222 52131 0 0 12 12 48004 326 3777
0 0
7 3679182 48987 0 0 0 0 48987 0 0
0 0
8 3893833 49613 0 0 0 0 48983 630 0
0 0
9 4909194 49313 0 0 0 0 48987 326 0
0 0
10 4099868 50957 0 0 0 0 48984 1973 0
0 0
11 1590517 49623 0 0 0 0 48987 636 0
0 0
12 2103665 48985 0 0 0 0 48985 0 0
0 0
13 3909540 50385 0 0 0 0 48990 1395 0
0 0
14 5011678 49344 0 0 0 0 48988 356 0
0 0
15 8074527 48904 0 0 10 10 48883 1 0
0 2
16 8822855 48949 0 0 5 5 48939 0 0
0 0
17 11581998 49241 0 0 10 10 48820 401 0
0 0
18 17158740 50227 0 0 1 1 48968 1257 0
0 0
19 14684270 49399 0 0 11 11 48747 630 0
0 0
20 6793305 47946 0 0 1 1 47944 0 0
0 0
21 4052765 50377 0 0 0 0 48986 1391 0
0 126
22 1773964 49339 0 0 0 0 48988 351 0
0 0
23 10790840 48872 0 0 10 10 48852 0 0
0 0
24 5580681 49607 0 0 0 0 48988 619 0
0 0
25 0 0 0 0 0 0 0 0 0
0 0
26 0 0 0 0 0 0 0 0 0
0 0
27 0 0 0 0 0 0 0 0 0
0 0
28 0 0 0 0 0 0 0 0 0
0 0
29 0 0 0 0 0 0 0 0 0
0 0
30 0 0 0 0 0 0 0 0 0
0 0
31 0 0 0 0 0 0 0 0 0
0 0
32 0 0 0 0 0 0 0 0 0
0 0
*** Timewarps
FEE ADC Pause Resume SYNC100 Disc MBS Undef-d Samples
0 0 0 0 0 0 0 0 0 0 0 0 0
1 0 0 0 0 0 0 0 0 0 0 0 0
2 0 0 0 0 0 0 0 0 0 0 0 0
3 0 0 0 0 0 0 0 0 0 0 0 0
4 0 0 0 0 0 0 0 0 0 0 0 0
5 0 0 0 0 0 0 0 0 0 0 0 0
6 0 0 0 0 0 0 0 0 0 0 0 0
7 0 0 0 0 0 0 0 0 0 0 0 0
8 0 0 0 0 0 0 0 0 0 0 0 0
9 0 0 0 0 0 0 0 0 0 0 0 0
10 0 0 0 0 0 0 0 0 0 0 0 0
11 0 0 0 0 0 0 0 0 0 0 0 0
12 0 0 0 0 0 0 0 0 0 0 0 0
13 0 0 0 0 0 0 0 0 0 0 0 0
14 0 0 0 0 0 0 0 0 0 0 0 0
15 0 0 0 0 0 0 0 0 0 0 0 0
16 0 0 0 0 0 0 0 0 0 0 0 0
17 0 0 0 0 0 0 0 0 0 0 0 0
18 0 0 0 0 0 0 0 0 0 0 0 0
19 0 0 0 0 0 0 0 0 0 0 0 0
20 0 0 0 0 0 0 0 0 0 0 0 0
21 0 0 0 0 0 0 0 0 0 0 0 0
22 0 0 0 0 0 0 0 0 0 0 0 0
23 0 0 0 0 0 0 0 0 0 0 0 0
24 0 0 0 0 0 0 0 0 0 0 0 0
25 0 0 0 0 0 0 0 0 0 0 0 0
26 0 0 0 0 0 0 0 0 0 0 0 0
27 0 0 0 0 0 0 0 0 0 0 0 0
28 0 0 0 0 0 0 0 0 0 0 0 0
29 0 0 0 0 0 0 0 0 0 0 0 0
30 0 0 0 0 0 0 0 0 0 0 0 0
31 0 0 0 0 0 0 0 0 0 0 0 0
32 0 0 0 0 0 0 0 0 0 0 0 0
*** Program elapsed time: 3.586s ( 6799.896 blocks/s, 424.993 Mb/s)
Restart merger OK
DAQ STOP OK
DAQ RESET & SETUP OK
ReSYNC OK
System-wide checks OK
Disable H & data transfer #1
Restart merger & tapeserver
Enable H & data transfer #1
18.50 DAQ starts (R77)
19.17 DAQ stalled due to disk housekeeping
Restart merger OK
DAQ STOP fails - nnaida1 timeout
Power cycle FEE64s
19.47 DAQ starts (R78) |
|
Sat Oct 22 02:32:37 2016, TD, Saturday 22 October 15x
|
10.32 DAQ found stopped, no merger error messages
Most recent file R70_315, last accessed 06.46
R70_315 ADC data synchronised
DSSSD bias & leakage currents OK - see attachments 1 & 2
FEE64 temperatures OK - see attachment 3
System-wide checks - SYNC errors & SYNC pulses fail - other checks OK - see attachments 4-7
AIDA SYNC stats - see attachment 8
Restart merger OK
DAQ STOP OK
DAQ RESET & SETUP OK
ReSYNC OK
System-wide checks OK
Disable H & data transfer #1
Restart merger & tapeserver
Enable H & data transfer #1
10.42 DAQ starts (R71)
18.25 DAQ stop OK
System wide test all OK *except* SYNC errors - see attachments 8-11
New SYNC error baseline
18.54 Repeat system wide checks whilst DAQ is still halted - SYNC errors *and* SYNC pulse now fail - see
attachments 12-15
This may suggest that the clock signal itself is affected by LN2 fill cycle
DAQ RESET & SETUP OK
ReSYNC OK
System-wide checks OK
Disable H & data transfer #1
Restart merger & tapeserver
Enable H & data transfer #1
18.59 DAQ starts (R72)
nnaida15 drops data transfer #1 tag at DAQ GO
Disable H & data transfer #1
Restart merger & tapeserver
Enable H & data transfer #1
19.07 DAQ starts (R73)
19.17 DAQ stalled
Restart merger OK
DAQ STOP OK
Syten wide checks - SYNC error and SYNC pulse fail - dissimilar FEE64 counts in SYNC pulse
DAQ RESET & SETUP OK
ReSYNC OK
System-wide checks OK
Disable H & data transfer #1
Restart merger & tapeserver
Enable H & data transfer #1
19.37 DAQ starts (R74)
|
|
Fri Oct 21 01:41:54 2016, TD, Friday 21 October 14x
|
09.38 DAQ (R66) continues OK
Detector bias and leakage currents OK - see attachments 1&2
FEE64 temperatures OK - see attachment 3
System wide checks SYNC count & SYNC errors fail - see attachments 4-7 - other checks OK
R66_367 ADC data synchronised
AIDA SYNC stats - attachment 8
Some merger errors - see attachment 9
13.53 DAQ found stalled
Most recent files R66_396 last accessed 10.55
System wide checks SYNC count & SYNC errors fail - see attachments 10-13 - other checks OK
AIDA SYNC stats - attachment 14
No further merger error messages
Restart merger OK
DAQ STOP OK
DAQ RESET & SETUP OK
ReSYNC OK
System-wide checks OK
Disable H & data transfer #1
Restart merger & tapeserver
Enable H & data transfer #1
14.02 DAQ starts (R67)
18.27 DAQ found stalled
Most recent file R67_121 last accessed 18.26
Restart merger
DAQ STOP
System wide checks
DAQ RESET & SETUP
System-wide checks
18.39 DAQ start (R68)
Disable H & data transfer #1
Restart merger & tapeserver
Enable H & data transfer #1
18.44 DAQ stalled
Most recent file R68_1 last accessed 18.44
Restart merger
DAQ STOP
System wide checks
DAQ RESET & SETUP
System-wide checks
18.53 DAQ starts (R70) |
|
Thu Oct 20 20:00:14 2016, CG, Returned module tests @ DL 7x
|
Original system configuration before my arrival: nnaida11 - 2b:22:6e
nnaida12 - 2b:33:15
nnaida13 - 2b:09:ce
All on firmware version 0x1900c1f.
With 8us shaping time and pulser amplitude @ 5V, FWHM [ch] were:
Ch | nnaida11 | nnaida12 | nnaida13 | nnaida14
1.4.L | 38 | 33 | 38 | 34
1.6.L | 24 | 25 | 28 | 23
1.8.L | 20 | 17 | 17 | 16
1.10.L | 21 | 17 | 17 | 16
Slightly higher than expected for a few channels, but FWHM fall within ~16-40ch for all channels in all FEEs.
All system checks passed.
nnaida13/14 kept constant throughout as control.
(1) Swapped nnaida11/12: nnaida11 -> 2b:33:0c nnaida12 -> 2a:d0:1a
Initially failed SYNC error test - consequence of old firmware version.
Updated firmware from 0x10300c12 to 0x1900c1f.
All system tests passed.
FWHM on 8us shaping time and same pulser settings.
Ch | nnaida11 | nnaida12 | nnaida13 | nnaida14
1.4.L | 37 | 40 | 42 | 35
1.6.L | 31 | 28 | 29 | 23
1.8.L | 22 | 18 | 15 | 15
1.10.L | 23 | 20 | 16 | 15
(2) Swapped nnaida11/12: nnaida11 -> 2a:b8:90 nnaida12 -> 2a:b6:45
Updated firmware from 0x10300c12 to 0x1900c1f.
All system checks passed.
No ASIC temp in nnaida11.
FWHM on 8us shaping time and same pulser settings.
Ch | nnaida11 | nnaida12 | nnaida13 | nnaida14
1.4.L | 40 | 32 | 40 | 34
1.6.L | 29 | 25 | 29 | 23
1.8.L | 21 | 18 | 17 | 16
1.10.L | 21 | 18 | 17 | 16
(3) Swapped nnaida11/12: nnaida11 -> 2a:ed:9a nnaida12 -> 2b:11:c5
Updated firmware from 0x10300c12 to 0x1900c1f.
All system checks passed.
No ASIC temp in nnaida12.
FWHM on 8us shaping time and same pulser settings.
Ch | nnaida11 | nnaida12 | nnaida13 | nnaida14
1.4.L | 44 | 36 | 40 | 35
1.6.L | 30 | 27 | 29 | 24
1.8.L | 22 | 18 | 16 | 17
1.10.L | 23 | 18 | 17 | 16
The above were all the repaired modules and seem to be operating normally.
Following are the 2 modules for which no fault report was provided. I only had time to complete testing on one, the other remains unknown.
(4) Swapped nnaida11/12: nnaida11 -> 2a:ed:8f nnaida12 -> 2b:09:da
Updated firmware from 0x10300c12 to 0x1900c1f.
nnaida11 failed clock status tests. Tried 'Perform resync' from Master Timestamp window with no effect.
No SYNC errors reported. All other system tests passed.
nnaida12 missing lots of channels but all system checks passed.
FWHM on 8us shaping time and same pulser settings.
Ch | nnaida11 | nnaida12 | nnaida13 | nnaida14
1.4.L | 46 | 46 | 41 | 36
1.6.L | 31 | 26 | 28 | 24
1.8.L | 22 | 19 | 17 | 16
1.10.L | 22 | 20 | 17 | 16
**
Overall, the first three modules which have been repaired seem to be operating normally. The fourth seems not be and the last module remains unknown.
Ch 1.4.L displays greater than expected FWHM throughout in all nnaida11/12, but FWHM were largely constant (to within a few channels) throughout and all FWHM fell in the range ~15-40ch apart from 1.1.L in *all* nnaida. |
|
Thu Oct 20 01:30:10 2016, TD, Thursday 20 October 12x
|
09.30 DAQ found stopped, no merger error messages
Most recent file R63_291, last accessed 06.46
R63_291 ADC data synchronised
aidas1> ./analyser2 /TapeData/Sept2016/R63_291
*** GREAT format 3.2.0 analyser - TD - May 2014
*** ERROR: READ I/O error: 5002
blocks: 29203
ADC data format: 237170622 ( 2006571.1 Hz)
Other data format: 1096655 ( 9278.2 Hz)
Sample trace data format: 0 ( 0.0 Hz)
Undefined format: 0 ( 0.0 Hz)
Other data format type: PAUSE: 113 ( 1.0 Hz)
RESUME: 113 ( 1.0 Hz)
SYNC100: 1077835 ( 9119.0 Hz)
FEE64 disc: 15061 ( 127.4 Hz)
MBS info: 3533 ( 29.9 Hz)
Other info: 0 ( 0.0 Hz)
ADC data range bit set: 175 ( 1.5 Hz)
Timewarps: ADC: 0 ( 0.0 Hz)
PAUSE: 0 ( 0.0 Hz)
RESUME: 0 ( 0.0 Hz)
SYNC100: 0 ( 0.0 Hz)
FEE64 disc: 0 ( 0.0 Hz)
MBS info: 0 ( 0.0 Hz)
Undefined: 0 ( 0.0 Hz)
Sample trace: 0 ( 0.0 Hz)
Timestamp elapsed time: 118.197 s
FEE module #: 1 elapsed dead time 0.000 s
FEE module #: 2 elapsed dead time 0.000 s
FEE module #: 3 elapsed dead time 0.000 s
FEE module #: 4 elapsed dead time 0.000 s
FEE module #: 5 elapsed dead time 2.763 s
FEE module #: 6 elapsed dead time 0.275 s
FEE module #: 7 elapsed dead time 0.004 s
FEE module #: 8 elapsed dead time 0.003 s
FEE module #: 9 elapsed dead time 0.001 s
FEE module #: 10 elapsed dead time 0.000 s
FEE module #: 11 elapsed dead time 0.000 s
FEE module #: 12 elapsed dead time 0.000 s
FEE module #: 13 elapsed dead time 0.000 s
FEE module #: 14 elapsed dead time 0.013 s
FEE module #: 15 elapsed dead time 0.028 s
FEE module #: 16 elapsed dead time 0.275 s
FEE module #: 17 elapsed dead time 6.010 s
FEE module #: 18 elapsed dead time 0.382 s
FEE module #: 19 elapsed dead time 0.555 s
FEE module #: 20 elapsed dead time 0.378 s
FEE module #: 21 elapsed dead time 0.000 s
FEE module #: 22 elapsed dead time 0.035 s
FEE module #: 23 elapsed dead time 0.168 s
FEE module #: 24 elapsed dead time 0.043 s
FEE module #: 25 elapsed dead time 0.000 s
FEE module #: 26 elapsed dead time 0.000 s
FEE module #: 27 elapsed dead time 0.000 s
FEE module #: 28 elapsed dead time 0.000 s
FEE module #: 29 elapsed dead time 0.000 s
FEE module #: 30 elapsed dead time 0.000 s
FEE module #: 31 elapsed dead time 0.000 s
FEE module #: 32 elapsed dead time 0.000 s
*** Program elapsed time: 28.188s ( 1036.027 blocks/s, 64.752 Mb/s)
DSSSD bias & leakage currents OK - see attachments 1 & 2
FEE64 temperatures OK - see attachment 3
System-wide checks - SYNC errors & SYNC pulses fail - other checks OK - see attachments 4-7
AIDA SYNC stats - see attachment 8
Restart merger OK
DAQ STOP OK
DAQ RESET & SETUP OK
ReSYNC OK
System-wide checks OK
Disable H & data transfer #1
Restart merger & tapeserver
Enable H & data transfer #1
09.43 DAQ starts (R64)
18.25 DAQ stop OK
Stop before 'scheduled' 18.30 DAQ stall
System wide checks - SYNC count & SYNC errors fail - other checks OK - see attachments 8-11
18.49 DAQ start (R65)
N.B. normal DAQ start - no DAQ RESET, SETUP, restart of merger & tapeserver etc
18.53 SYNC error counter baseline
19.21 DAQ found stalled
Most recent files R65_12 last access 19.17
Soft reset failed - nnaida4 connect timeouts - power cycle FEE64s
20.02 DAQQ start (R66) |
|
Wed Oct 19 01:14:10 2016, TD, Wednesday 19 October 8x
|
09.13 DAQ found stopped, no merger error messages
Most recent file R55_10, last accessed 19.17
Restart merger OK
DAQ STOP OK
aidas1> ./analyser2 /TapeData/Sept2016/R55_10
*** GREAT format 3.2.0 analyser - TD - May 2014
*** ERROR: READ I/O error: 5002
blocks: 23037
ADC data format: 187091367 ( 2006959.5 Hz)
Other data format: 867516 ( 9306.0 Hz)
Sample trace data format: 0 ( 0.0 Hz)
Undefined format: 0 ( 0.0 Hz)
Other data format type: PAUSE: 62 ( 0.7 Hz)
RESUME: 62 ( 0.7 Hz)
SYNC100: 851796 ( 9137.4 Hz)
FEE64 disc: 12836 ( 137.7 Hz)
MBS info: 2760 ( 29.6 Hz)
Other info: 0 ( 0.0 Hz)
ADC data range bit set: 124 ( 1.3 Hz)
Timewarps: ADC: 0 ( 0.0 Hz)
PAUSE: 0 ( 0.0 Hz)
RESUME: 0 ( 0.0 Hz)
SYNC100: 0 ( 0.0 Hz)
FEE64 disc: 0 ( 0.0 Hz)
MBS info: 0 ( 0.0 Hz)
Undefined: 0 ( 0.0 Hz)
Sample trace: 0 ( 0.0 Hz)
Timestamp elapsed time: 93.221 s
FEE module #: 1 elapsed dead time 0.000 s
FEE module #: 2 elapsed dead time 0.000 s
FEE module #: 3 elapsed dead time 0.000 s
FEE module #: 4 elapsed dead time 0.000 s
FEE module #: 5 elapsed dead time 0.922 s
FEE module #: 6 elapsed dead time 1.113 s
FEE module #: 7 elapsed dead time 0.017 s
FEE module #: 8 elapsed dead time 0.000 s
FEE module #: 9 elapsed dead time 0.001 s
FEE module #: 10 elapsed dead time 0.000 s
FEE module #: 11 elapsed dead time 0.000 s
FEE module #: 12 elapsed dead time 0.000 s
FEE module #: 13 elapsed dead time 0.000 s
FEE module #: 14 elapsed dead time 0.005 s
FEE module #: 15 elapsed dead time 0.016 s
FEE module #: 16 elapsed dead time 0.000 s
FEE module #: 17 elapsed dead time 0.446 s
FEE module #: 18 elapsed dead time 0.435 s
FEE module #: 19 elapsed dead time 0.925 s
FEE module #: 20 elapsed dead time 0.015 s
FEE module #: 21 elapsed dead time 0.000 s
FEE module #: 22 elapsed dead time 0.000 s
FEE module #: 23 elapsed dead time 0.221 s
FEE module #: 24 elapsed dead time 0.000 s
FEE module #: 25 elapsed dead time 0.000 s
FEE module #: 26 elapsed dead time 0.000 s
FEE module #: 27 elapsed dead time 0.000 s
FEE module #: 28 elapsed dead time 0.000 s
FEE module #: 29 elapsed dead time 0.000 s
FEE module #: 30 elapsed dead time 0.000 s
FEE module #: 31 elapsed dead time 0.000 s
FEE module #: 32 elapsed dead time 0.000 s
*** Program elapsed time: 22.266s ( 1034.644 blocks/s, 64.665 Mb/s)
R55_10 ADC data synchronised
DSSSD bias & leakage currents OK - see attachments 1 & 2
FEE64 temperatures OK - see attachment 3
SYNC statistics, System Wide Checks SYNC error & SYNC pulses fail - see attachments 4-8
DAQ RESET & SETUP
System-wide checks
Disable H & data transfer #1
Restart merger & tapeserver
Enable H & data transfer #1
#1 DAQ start (R58)
nnaida7 data transfer #1 tag (X) drops at DAQ GO
Disable H & data transfer #1
Restart merger & tapeserver
Enable H & data transfer #1
#2 DAQ start (R59)
nnaida15 data transfer #1 tag (X) drops at DAQ GO
Disable H & data transfer #1
Restart merger & tapeserver
Enable H & data transfer #1
09.35 DAQ start (R60)
16.28 DAQ stop OK
Final file R60_169
16.30 DAQ start (R61)
BNC PB-4 pulser OFF
Background run - files R61_0 - R61_31
+ 60Co (ID# 0115) - files R61_33 - R61_49
60Co source placed on top of AIDA snout ~ above DSSSD #3
DAQ stalled at 18.28 (during R61_49) - as expected! See https://elog.ph.ed.ac.uk/AIDA/393
DAQ RESET & SETUP
System-wide checks
Disable H & data transfer #1
Restart merger & tapeserver
Enable H & data transfer #1
20.05 DAQ start (R63)
BNC PB-4 pulser ON, 60Co source removed |
|
Tue Oct 18 06:56:52 2016, TD, DAQ status
|
From the installation of the RG58 cable for the 50MHz TTL clock from BRIKEN DAQ
to AIDA Master MACB external clock input we observe DAQ stalls at c. 06.30 and
18.30 daily. This coincides with the nominal start times of the ORNL Clover detector
LN2 fill cycles.
run start stop files recovery
AIDA Master MACB internal clock
R1 28.9.16 15.02 11.20 R1_304 OK
RG174 cable from BRIKEN DAQ 50MHz clock (TTL) to AIDA Master MACB external clock input
9.10.16 16.55 17.30 no data transfer, TS_SYNC phase = 0, OK
9.10.16 17.40 19.15 est no data transfer, TS_SYNC phase = 0, ReSYNC
9.10.16 22.20 01.40 no data transfer, TS_SYNC phase = 1, ?
10.10.16 14.20 16.50 no data transfer, TS_SYNC phase = 2, ?
10.10.16 18.35 18.40/19.40 no data transfer, TS_SYNC phase = 3, some FEE64s stopped later than others, ReSYNC
10.10.16 20.36 06.35 no data transfer, TS_SYNC phase = 0, power cycle
RG174 cable from BRIKEN DAQ 50MHz clock (TTL) to AIDA Master MACB external clock input
replaced by RG58 cable
run start stop files recovery
R17 11.10.16 15.46 08.22 R17_440 soft reset
R21 12.10.16 14.05 15.30 power dip - power cycle
R22 12.10.16 16.20 19.05 OK
R24 13.10.16 OK
R25 13.10.16 OK
R26 13.10.16 OK
R27 13.10.16 OK
R28 13.10.16 OK
R29 13.10.16 OK
R32 13.10.16 21.20 22.34 R32_26 soft reset
R33 14.10.16 00.01 00.25 ? power cycle
R40 14.10.16 01.49 06.26 R40_91 soft reset
R41 14.10.16 OK
R42 15.10.16 22.45 07.18 R42_164 System-wide tests - SYNC errors fail *but* SYNC pulses OK - ReSYNC only
R43 15.10.16 11.39 12.43 disk housekeeping caused merger/tapeserver problem
R46 15.10.16 12.43 18.26 R46_109 soft reset
R47 16.10.16 11.12 18.26 R47_120 power cycle
R49 16.10.16 21.05 06.26 R49_226 soft reset
R51 17.10.16 12.21 18.30 R51_145 soft reset
R52 17.10.16 20.41 06.30 R52_211 soft reset
R53 18.10.16 10.02 18.30 R53_193 soft reset
R55 18.10.16 18.52 19.17 R55_10 soft reset
R60 19.10.16 09.35 16.28 R60_169 OK
R61 19.10.16 16.30 18.26 R61_69 power cycle
R63 19.10.16 20.05 06.46 R63_291 soft reset
R64 20.10.16 09.45 18.25 R64_240 OK - System-wide tests - SYNC errors fail & SYNC pulses fail - other checks OK
R65 20.10.16 18.49 19.17 R65_12 power cycle
R66 20.10.16 20.02 10.55 R66_396 soft reset auto LN2 fill may have failed, manually selected c. 11.00
R67 21.10.16 14.02 18.26 R67_121 soft reset
R68 21.10.16 18.40 18.44 R68_1 soft reset
R70 21.10.16 18.53 06.46 R70_315 soft reset
R71 22.10.16 10.42 18.25 OK
R73 22.10.16 19.07 19.17 R73_4 soft reset
R74 22.10.16 19.38 06.31 R74_296 soft reset
R76 23.10.16 10.46 11.52 R76_29 merger crashed, soft reset
R77 23.10.16 18.50 19.17 disk housekeeping caused merger/tapeserver problem
R78 23.10.16 19.47 06.46 R78_291 soft reset
R79 24.10.16 11.07 18.46 R79_182 soft reset
R80 24.10.16 18.56 19.17 R80_5 DAQ stall, soft reset
R81 24.10.16 19.29 06.26 R81_169 soft reset
R82 25.10.16 10.22 18.30 R82_125 -> safe state
R83 27.10.16 14.35 18.30 R83_125 soft reset
R86 27.10.16 20.48 06.26 R86_245 soft reset
R87 28.10.16 14.34 18.47 R87_274 soft reset
R89 29.10.16 19.10 07.17 R89_102 power cycle
soft reset => no FEE64 power cycle
Restart merger
DAQ STOP
System wide checks
DAQ RESET & SETUP
System-wide checks
Disable H & data transfer #1
Restart merger & tapeserver
Enable H & data transfer #1 |
|
Tue Oct 18 01:43:04 2016, TD, Tuesday 18 October 33x
|
09/42 DAQ found stopped, no merger error messages
Most recent file R52_211, last accessed 06.30
Restart merger OK
DAQ STOP OK
aidas1> ./analyser2 /TapeData/Sept2016/R52_211
*** GREAT format 3.2.0 analyser - TD - May 2014
*** ERROR: READ I/O error: 5002
blocks: 7619
ADC data format: 61809254 ( 1624588.3 Hz)
Other data format: 354167 ( 9308.9 Hz)
Sample trace data format: 0 ( 0.0 Hz)
Undefined format: 0 ( 0.0 Hz)
Other data format type: PAUSE: 28 ( 0.7 Hz)
RESUME: 28 ( 0.7 Hz)
SYNC100: 347607 ( 9136.5 Hz)
FEE64 disc: 5364 ( 141.0 Hz)
MBS info: 1140 ( 30.0 Hz)
Other info: 0 ( 0.0 Hz)
ADC data range bit set: 88 ( 2.3 Hz)
Timewarps: ADC: 0 ( 0.0 Hz)
PAUSE: 0 ( 0.0 Hz)
RESUME: 0 ( 0.0 Hz)
SYNC100: 0 ( 0.0 Hz)
FEE64 disc: 0 ( 0.0 Hz)
MBS info: 0 ( 0.0 Hz)
Undefined: 0 ( 0.0 Hz)
Sample trace: 0 ( 0.0 Hz)
Timestamp elapsed time: 38.046 s
FEE module #: 1 elapsed dead time 0.000 s
FEE module #: 2 elapsed dead time 0.011 s
FEE module #: 3 elapsed dead time 0.000 s
FEE module #: 4 elapsed dead time 0.000 s
FEE module #: 5 elapsed dead time 0.058 s
FEE module #: 6 elapsed dead time 0.165 s
FEE module #: 7 elapsed dead time 0.000 s
FEE module #: 8 elapsed dead time 0.000 s
FEE module #: 9 elapsed dead time 0.000 s
FEE module #: 10 elapsed dead time 0.000 s
FEE module #: 11 elapsed dead time 0.000 s
FEE module #: 12 elapsed dead time 0.000 s
FEE module #: 13 elapsed dead time 0.000 s
FEE module #: 14 elapsed dead time 0.002 s
FEE module #: 15 elapsed dead time 0.055 s
FEE module #: 16 elapsed dead time 0.000 s
FEE module #: 17 elapsed dead time 0.057 s
FEE module #: 18 elapsed dead time 0.089 s
FEE module #: 19 elapsed dead time 1.021 s
FEE module #: 20 elapsed dead time 0.000 s
FEE module #: 21 elapsed dead time 0.000 s
FEE module #: 22 elapsed dead time 0.000 s
FEE module #: 23 elapsed dead time 0.085 s
FEE module #: 24 elapsed dead time 0.004 s
FEE module #: 25 elapsed dead time 0.000 s
FEE module #: 26 elapsed dead time 0.000 s
FEE module #: 27 elapsed dead time 0.000 s
FEE module #: 28 elapsed dead time 0.000 s
FEE module #: 29 elapsed dead time 0.000 s
FEE module #: 30 elapsed dead time 0.000 s
FEE module #: 31 elapsed dead time 0.000 s
FEE module #: 32 elapsed dead time 0.000 s
*** Program elapsed time: 1.793s ( 4249.377 blocks/s, 265.586 Mb/s)
R51_211 ADC data synchronised
DSSSD bias & leakage currents OK - see attachments 1 & 2
FEE64 temperatures OK - see attachment 3
System-wide checks - see attachments 4 & 5
SYNC errors and SYNC pulses fail, all other tests OK
Statistics - see attachments 6-16
DAQ RESET & SETUP OK
ReSYNC OK
System-wide checks OK
Disable H & data transfer #1
Restart merger & tapeserver
Enable H & data transfer #1
10.02 DAQ start (R53)
18.20 DAQ OK
System-wide checks *all* OK
Statistics - see attachments 17-27
18.30 DAQ stalled on schedule
Most recent file R53_193 last accessed 18.30
AIDA SYNC rates zero in large fraction of FEE64s - see attachment 28
SYNC errors and SYNC pulses fail - see attachments 29-32
DAQ STOP
DAQ RESET
Restart merger
DAQ RESET OK
DAQ SETUP OK
Disable H & data transfer #1
Restart merger & tapeserver
Enable H & data transfer #1
System-wide checks *all* OK
18.45 DAQ starts (R54)
merging stops shortly after start of run - see attachment 33
DAQ HALT, RESET, SETUP OK
Disable H & data transfer #1
Restart merger & tapeserver
Enable H & data transfer #1
18.52 DAQ starts (R55) |
|
Mon Oct 17 04:10:30 2016, TD, Monday 17 October 7x
|
12.05 DAQ found stopped
Most recent file R49_226, last accessed 06.26
Restart merger OK
DAQ STOP OK
System-wide checks - see attachments 1-2
SYNC errors and SYNC pulses fail
ReSYNC OK
System-wide checks OK
Restart merger & tapeserver
DSSSD bias & leakage currents OK - see attachments 3 & 4
FEE64 temperatures OK - see attachment 5
DAQ start
#1 nnaida15 data transfer #1 tag drops at DAQ GO
disable H & data transfer #1
restart merger & tapeserver
enable H & data transfer #1
12.22 #2 DAQ start (R51) OK
20.33 DAQ found stopped
Most recent file R51_145, last accessed 18.30
Restart merger OK
DAQ STOP OK
System-wide checks - see attachments 6 & 7
SYNC errors and SYNC pulses fail
DAQ RESET & SETUP OK
Disable H & data transfer #1
Restart merger & tapeserver
Enable H & data transfer #1
20.41 DAQ GO (R52) |
|
Sun Oct 16 03:14:41 2016, TD, Sunday 16 October 16x
|
11.12 DAQ start (R47)
Detector bias and leakage currents OK - see attachments 1 & 2
FEE64 temperatures OK - see attachment 3
Statistics - see attachments 4-14
11.56 Temperature +25.0 deg C, d.p. +8.4 deg C, RH 34.5%
20.33 DAQ found stopped
Most recent file R47_120 (last access 18.26)
R47_120 ADC data synchronised
Restart merger and request DAQ STOP - DAQ stops OK
System-wide tests SYNC errors and SYNC pulses - see attachments 15 & 16 - all other tests OK
DAQ RESET & SETUP OK
Normal restart which failed shortly after enabling ASIC readout - restarting merger did not
recover DAQ control - power cycle required
21.05 DAQ starts (R49)
|
|
Sat Oct 15 03:27:31 2016, TD, Saturday 15 October 10x
|
11.27 DAQ found stopped
Most recent file R42_164, last accessed 07.18
Restart merger OK
DAQ STOP OK
System-wide checks - see attachments 1-5
ASIC clock timestamp, SYNC errors fail *but* SYNC pulses OK
ReSYNC OK
System-wide checks OK
DSSSD bias & leakage currents OK - see attachments 6 & 7
FEE64 temperatures OK - see attachment 8
R42_164 ADC data synchronised
aidas1> ./analyser2 /TapeData/Sept2016/R42_164
*** GREAT format 3.2.0 analyser - TD - May 2014
*** ERROR: READ I/O error: 5002
blocks: 2444
ADC data format: 19809141 ( 1404089.4 Hz)
Other data format: 131455 ( 9317.6 Hz)
Sample trace data format: 0 ( 0.0 Hz)
Undefined format: 0 ( 0.0 Hz)
Other data format type: PAUSE: 7 ( 0.5 Hz)
RESUME: 7 ( 0.5 Hz)
SYNC100: 129011 ( 9144.4 Hz)
FEE64 disc: 2010 ( 142.5 Hz)
MBS info: 420 ( 29.8 Hz)
Other info: 0 ( 0.0 Hz)
ADC data range bit set: 21 ( 1.5 Hz)
Timewarps: ADC: 0 ( 0.0 Hz)
PAUSE: 0 ( 0.0 Hz)
RESUME: 0 ( 0.0 Hz)
SYNC100: 0 ( 0.0 Hz)
FEE64 disc: 0 ( 0.0 Hz)
MBS info: 0 ( 0.0 Hz)
Undefined: 0 ( 0.0 Hz)
Sample trace: 0 ( 0.0 Hz)
Timestamp elapsed time: 14.108 s
FEE module #: 1 elapsed dead time 0.000 s
FEE module #: 2 elapsed dead time 0.000 s
FEE module #: 3 elapsed dead time 0.000 s
FEE module #: 4 elapsed dead time 0.000 s
FEE module #: 5 elapsed dead time 0.334 s
FEE module #: 6 elapsed dead time 0.042 s
FEE module #: 7 elapsed dead time 0.000 s
FEE module #: 8 elapsed dead time 0.000 s
FEE module #: 9 elapsed dead time 0.000 s
FEE module #: 10 elapsed dead time 0.000 s
FEE module #: 11 elapsed dead time 0.000 s
FEE module #: 12 elapsed dead time 0.000 s
FEE module #: 13 elapsed dead time 0.000 s
FEE module #: 14 elapsed dead time 0.000 s
FEE module #: 15 elapsed dead time 0.000 s
FEE module #: 16 elapsed dead time 0.000 s
FEE module #: 17 elapsed dead time 0.000 s
FEE module #: 18 elapsed dead time 0.005 s
FEE module #: 19 elapsed dead time 0.000 s
FEE module #: 20 elapsed dead time 0.000 s
FEE module #: 21 elapsed dead time 0.000 s
FEE module #: 22 elapsed dead time 0.000 s
FEE module #: 23 elapsed dead time 0.000 s
FEE module #: 24 elapsed dead time 0.000 s
FEE module #: 25 elapsed dead time 0.000 s
FEE module #: 26 elapsed dead time 0.000 s
FEE module #: 27 elapsed dead time 0.000 s
FEE module #: 28 elapsed dead time 0.000 s
FEE module #: 29 elapsed dead time 0.000 s
FEE module #: 30 elapsed dead time 0.000 s
FEE module #: 31 elapsed dead time 0.000 s
FEE module #: 32 elapsed dead time 0.000 s
*** Program elapsed time: 0.586s ( 4171.093 blocks/s, 260.693 Mb/s)
11.39 DAQ starts (R43)
12.07 Disk housekeeping caused TapeServer problem
DAQ stopped OK after some minutes and restarting merger
12.43 DAQ starts (R46)
18.26 DAQ stalled
Latest file R46_109 (most recent access 18.26)
Merger error messages - see attachment 9
Restart merger - error messages - see attachment 10
Analysis of R46_109
ADC data synchronised
aidas1> ./analyser2 /TapeData/Sept2016/R46_109
*** GREAT format 3.2.0 analyser - TD - May 2014
*** ERROR: READ I/O error: 5002
blocks: 4688
ADC data format: 37985730 ( 1342216.8 Hz)
Other data format: 263662 ( 9316.4 Hz)
Sample trace data format: 0 ( 0.0 Hz)
Undefined format: 0 ( 0.0 Hz)
Other data format type: PAUSE: 25 ( 0.9 Hz)
RESUME: 25 ( 0.9 Hz)
SYNC100: 258788 ( 9144.2 Hz)
FEE64 disc: 3981 ( 140.7 Hz)
MBS info: 843 ( 29.8 Hz)
Other info: 0 ( 0.0 Hz)
ADC data range bit set: 41 ( 1.4 Hz)
Timewarps: ADC: 0 ( 0.0 Hz)
PAUSE: 0 ( 0.0 Hz)
RESUME: 0 ( 0.0 Hz)
SYNC100: 0 ( 0.0 Hz)
FEE64 disc: 0 ( 0.0 Hz)
MBS info: 0 ( 0.0 Hz)
Undefined: 0 ( 0.0 Hz)
Sample trace: 0 ( 0.0 Hz)
Timestamp elapsed time: 28.301 s
FEE module #: 1 elapsed dead time 0.000 s
FEE module #: 2 elapsed dead time 0.013 s
FEE module #: 3 elapsed dead time 0.000 s
FEE module #: 4 elapsed dead time 0.000 s
FEE module #: 5 elapsed dead time 0.298 s
FEE module #: 6 elapsed dead time 0.200 s
FEE module #: 7 elapsed dead time 0.000 s
FEE module #: 8 elapsed dead time 0.000 s
FEE module #: 9 elapsed dead time 0.001 s
FEE module #: 10 elapsed dead time 0.000 s
FEE module #: 11 elapsed dead time 0.000 s
FEE module #: 12 elapsed dead time 0.000 s
FEE module #: 13 elapsed dead time 0.000 s
FEE module #: 14 elapsed dead time 0.003 s
FEE module #: 15 elapsed dead time 0.000 s
FEE module #: 16 elapsed dead time 0.000 s
FEE module #: 17 elapsed dead time 0.086 s
FEE module #: 18 elapsed dead time 0.054 s
FEE module #: 19 elapsed dead time 0.097 s
FEE module #: 20 elapsed dead time 0.000 s
FEE module #: 21 elapsed dead time 0.000 s
FEE module #: 22 elapsed dead time 0.001 s
FEE module #: 23 elapsed dead time 0.000 s
FEE module #: 24 elapsed dead time 0.000 s
FEE module #: 25 elapsed dead time 0.000 s
FEE module #: 26 elapsed dead time 0.000 s
FEE module #: 27 elapsed dead time 0.000 s
FEE module #: 28 elapsed dead time 0.000 s
FEE module #: 29 elapsed dead time 0.000 s
FEE module #: 30 elapsed dead time 0.000 s
FEE module #: 31 elapsed dead time 0.000 s
FEE module #: 32 elapsed dead time 0.000 s
*** Program elapsed time: 2.102s ( 2230.721 blocks/s, 139.420 Mb/s)
11.00 Sunday 16 October
DAQ STOP requested - nnaida1-24 all stop *except* nnaida6 which remains going - Run Control displays RESET
only
DAQ RESET
System-wide checks all OK
Normal setup and DAQ restart (see https://elog.ph.ed.ac.uk/AIDA/388 )
DAQ SETUP
|
|
Thu Oct 13 16:12:06 2016, TD & CG, Friday 14 October 14x
|
DAQ continues (R33)
aidas1> ./analyser2 /TapeData/Sept2016/R33_0
*** GREAT format 3.2.0 analyser - TD - May 2014
*** ERROR: READ I/O error: 5002
blocks: 32000
ADC data format: 258854184 ( 1075951.6 Hz)
Other data format: 2233816 ( 9285.1 Hz)
Sample trace data format: 0 ( 0.0 Hz)
Undefined format: 0 ( 0.0 Hz)
Other data format type: PAUSE: 95 ( 0.4 Hz)
RESUME: 95 ( 0.4 Hz)
SYNC100: 2200965 ( 9148.5 Hz)
FEE64 disc: 26965 ( 112.1 Hz)
MBS info: 5696 ( 23.7 Hz)
Other info: 0 ( 0.0 Hz)
ADC data range bit set: 273 ( 1.1 Hz)
Timewarps: ADC: 0 ( 0.0 Hz)
PAUSE: 0 ( 0.0 Hz)
RESUME: 0 ( 0.0 Hz)
SYNC100: 0 ( 0.0 Hz)
FEE64 disc: 0 ( 0.0 Hz)
MBS info: 0 ( 0.0 Hz)
Undefined: 0 ( 0.0 Hz)
Sample trace: 0 ( 0.0 Hz)
Timestamp elapsed time: 240.582 s
FEE module #: 1 elapsed dead time 0.000 s
FEE module #: 2 elapsed dead time 0.026 s
FEE module #: 3 elapsed dead time 0.000 s
FEE module #: 4 elapsed dead time 0.000 s
FEE module #: 5 elapsed dead time 0.278 s
FEE module #: 6 elapsed dead time 1.219 s
FEE module #: 7 elapsed dead time 0.000 s
FEE module #: 8 elapsed dead time 0.000 s
FEE module #: 9 elapsed dead time 0.000 s
FEE module #: 10 elapsed dead time 0.000 s
FEE module #: 11 elapsed dead time 0.000 s
FEE module #: 12 elapsed dead time 0.000 s
FEE module #: 13 elapsed dead time 0.000 s
FEE module #: 14 elapsed dead time 0.001 s
FEE module #: 15 elapsed dead time 0.014 s
FEE module #: 16 elapsed dead time 0.015 s
FEE module #: 17 elapsed dead time 0.703 s
FEE module #: 18 elapsed dead time 0.196 s
FEE module #: 19 elapsed dead time 1.037 s
FEE module #: 20 elapsed dead time 0.063 s
FEE module #: 21 elapsed dead time 0.000 s
FEE module #: 22 elapsed dead time 0.006 s
FEE module #: 23 elapsed dead time 0.073 s
FEE module #: 24 elapsed dead time 0.000 s
FEE module #: 25 elapsed dead time 0.000 s
FEE module #: 26 elapsed dead time 0.000 s
FEE module #: 27 elapsed dead time 0.000 s
FEE module #: 28 elapsed dead time 0.000 s
FEE module #: 29 elapsed dead time 0.000 s
FEE module #: 30 elapsed dead time 0.000 s
FEE module #: 31 elapsed dead time 0.000 s
FEE module #: 32 elapsed dead time 0.000 s
*** Program elapsed time: 22.278s ( 1436.394 blocks/s, 89.775 Mb/s)
00.16 DSSSD bias and leakage currents OK - see attachments 1 & 2
FEE64 temperatures OK - see attachment 3
Temperature +25.0 deg C, d.p. +8.2 deg C, RH 33.8%
00.25 DAQ stopped
Unable to restart merger - see attachment 4 - DAQ STOP OK
System wide tests fail - see attachments 5 & 6
DAQ RESET & SETUP, ReSYNC OK
System wide checks fail - as above
Several FEE64 power cycles and eventually an aidas1 reboot due to
1) timeouts from random FEE64s following power cycle + 10 mins
2) data transfer links (X) dropping at DAQ GO
01.49 DAQ starts (R40)
08.31 DAQ found stopped
Most recently accessed file R40_91 @ 06.26
Restart merger & request DAQ STOP
Transient timeout from nnaida8 but STOP completed OK
11.10 DSSSD bias and leakage currents OK - see attachments 7 & 8
FEE64 temperatures OK - see attachment 9
System-wide checks - system clock, SYNC errors and SUNC count fail - see attachments 10-13
ReSYNC fails - see attachment 14
11.30 Analysis of R40 data
R40_91 ADC data synchronised
aidas1> ./analyser2 /TapeData/Sept2016/R40_91
*** GREAT format 3.2.0 analyser - TD - May 2014
*** ERROR: READ I/O error: 5002
blocks: 30880
ADC data format: 249997809 ( 1194334.5 Hz)
Other data format: 1952111 ( 9326.0 Hz)
Sample trace data format: 0 ( 0.0 Hz)
Undefined format: 0 ( 0.0 Hz)
Other data format type: PAUSE: 55 ( 0.3 Hz)
RESUME: 55 ( 0.3 Hz)
SYNC100: 1915685 ( 9152.0 Hz)
FEE64 disc: 30044 ( 143.5 Hz)
MBS info: 6272 ( 30.0 Hz)
Other info: 0 ( 0.0 Hz)
ADC data range bit set: 303 ( 1.4 Hz)
Timewarps: ADC: 0 ( 0.0 Hz)
PAUSE: 0 ( 0.0 Hz)
RESUME: 0 ( 0.0 Hz)
SYNC100: 0 ( 0.0 Hz)
FEE64 disc: 0 ( 0.0 Hz)
MBS info: 0 ( 0.0 Hz)
Undefined: 0 ( 0.0 Hz)
Sample trace: 0 ( 0.0 Hz)
Timestamp elapsed time: 209.320 s
FEE module #: 1 elapsed dead time 0.000 s
FEE module #: 2 elapsed dead time 0.000 s
FEE module #: 3 elapsed dead time 0.000 s
FEE module #: 4 elapsed dead time 0.000 s
FEE module #: 5 elapsed dead time 0.167 s
FEE module #: 6 elapsed dead time 0.529 s
FEE module #: 7 elapsed dead time 0.000 s
FEE module #: 8 elapsed dead time 0.000 s
FEE module #: 9 elapsed dead time 0.000 s
FEE module #: 10 elapsed dead time 0.000 s
FEE module #: 11 elapsed dead time 0.000 s
FEE module #: 12 elapsed dead time 0.000 s
FEE module #: 13 elapsed dead time 0.000 s
FEE module #: 14 elapsed dead time 0.002 s
FEE module #: 15 elapsed dead time 0.018 s
FEE module #: 16 elapsed dead time 0.043 s
FEE module #: 17 elapsed dead time 0.098 s
FEE module #: 18 elapsed dead time 0.035 s
FEE module #: 19 elapsed dead time 0.378 s
FEE module #: 20 elapsed dead time 0.010 s
FEE module #: 21 elapsed dead time 0.000 s
FEE module #: 22 elapsed dead time 0.000 s
FEE module #: 23 elapsed dead time 0.046 s
FEE module #: 24 elapsed dead time 0.000 s
FEE module #: 25 elapsed dead time 0.000 s
FEE module #: 26 elapsed dead time 0.000 s
FEE module #: 27 elapsed dead time 0.000 s
FEE module #: 28 elapsed dead time 0.000 s
FEE module #: 29 elapsed dead time 0.000 s
FEE module #: 30 elapsed dead time 0.000 s
FEE module #: 31 elapsed dead time 0.000 s
FEE module #: 32 elapsed dead time 0.000 s
*** Program elapsed time: 6.613s ( 4669.392 blocks/s, 291.837 Mb/s)
21.52 DAQ starts (Sept2016/R41) BRIKEN filename 252CfwithAida75mm
Correlation scaler reset requested by BRIKEN DAQ following start of run to disk
End of AIDA snout positioned at edge of (CH2)n moderator aperture for
ORNL HPGe clover detectors
RIKEN 252Cf source ~25k neutrons/s
FEE64 temperatures OK
*All* system-wide checks OK
B2F/F11 temperature + deg C, d.p. + deg C,RH %
ASIC settings 2016Sep02-18.17.01
slow comparator 0x10 -> 0x0a
LEC/MEC fast comparators # 1, 55 & 58 disabled for all FEE64s
Master MACB serial #13 (see https://elog.ph.ed.ac.uk/AIDA/367)
Master MACB mode 5
TS_SYNC_PHASE 0
22.17 DAQ stops OK
BRIKEN DAQ stopped at about same time
22.45 DAQ starts (R42)
AIDA withdrawn from (CH2)n moderator, 252Cf source removed |
|
Thu Oct 13 06:07:43 2016, TD & CG, Thursday 13 October
|
11.40 Power cycle AIDA FEE64s
Set TS_SYNC_PHASE 0
DSSSD bias/leakage current OK - see attachment 1-2
FEE64 temperatures OK - see attachment 3
*All* system-wide checks OK
B2F/F11 temperature + deg C, d.p. + deg C,RH %
ASIC settings 2016Sep02-18.17.01
slow comparator 0x10 -> 0x0a
LEC/MEC fast comparators # 1, 55 & 58 disabled for all FEE64s
Master MACB serial #13 (see https://elog.ph.ed.ac.uk/AIDA/367)
Master MACB mode 5
12.15 DAQ starts (file Sept2016/R24)
15.16 DAQ stops OK
15.18 DAQ starts (R25)
Pulser walkthrough
BNC PB-4 amplitudes 10,000 - 90,000 @ 10,000 step
See attachment 4
Spectra saved 13.10.16 15.32 (08.32 FEE64s)
15.30 DAQ stops OK
15.38 DAQ starts (R26)
Pulser walkthrough
BNC PB-4 amplitudes 8,000 - 2,000 @ 2,000 step
See attachment 5
Spectra saved 13.10.16 15.47 (08.47 FEE64s)
15.45 DAQ stops
15.50 DAQ starts (R27)
LEC/MEC FSR 20MeV -> 1GeV
BNC PB-4 amplitude 90,000
Spectra saved 13.10.16 16.07 (09.05 FEE64s)
16.05 DAQ stops
16.12 DAQ starts (R28)
LEC/MEC FSR 1GeV -> 20MeV
BNC PB-4 off (noise + background activity only)
Spectra saved 13.10.16 16:49 (saved 09.49 FEE64s)
16.48 DAQ stops
16.57 DAQ starts (R29)
BNC PB-4 90,000 amplitude ~23Hz freq.
17.26 Lost SYNC pulses. Merger+TapeServer stopped writing to file (noticed 18.20)
18.25 R29 closed.
19:20 NIM bin supplying TTL clock to master MACB failed at or around the same time as the DAQ stop occurred.
Need to replace NIM bin before clock can be supplied.
21.20 DAQ starts (R32)
23.51 DAQ found stopped, most recent file R32_26 (last access 22.34 13.10.16)
23.56 Restarted merger & immediately requested DAQ STOP - OK
DAQ reset & setup
System-wide tests all OK
00.01 DAQ starts (R33) |
|
Wed Oct 12 02:58:19 2016, TD & CG, Wednesday 12 October
|
10.50 Merger & TapeServer found stopped
connect errors - see attachment 1
DSSSD bias and leakage currents OK - see attachments 2 & 3
Most recent data file R17_440 last accessed 08.22 12.10.16
R17_440 ADC data synchronised
aidas1> ./analyser2 /TapeData/Sept2016/R17_440
*** GREAT format 3.2.0 analyser - TD - May 2014
*** ERROR: READ I/O error: 5002
blocks: 30546
ADC data format: 147630891 ( 1189229.1 Hz)
Other data format: 101593923 ( 818381.9 Hz)
Sample trace data format: 0 ( 0.0 Hz)
Undefined format: 0 ( 0.0 Hz)
Other data format type: PAUSE: 101 ( 0.8 Hz)
RESUME: 101 ( 0.8 Hz)
SYNC100: 1133804 ( 9133.3 Hz)
FEE64 disc: 100456290 ( 809217.8 Hz)
MBS info: 3627 ( 29.2 Hz)
Other info: 0 ( 0.0 Hz)
ADC data range bit set: 151 ( 1.2 Hz)
Timewarps: ADC: 0 ( 0.0 Hz)
PAUSE: 0 ( 0.0 Hz)
RESUME: 0 ( 0.0 Hz)
SYNC100: 0 ( 0.0 Hz)
FEE64 disc: 0 ( 0.0 Hz)
MBS info: 0 ( 0.0 Hz)
Undefined: 0 ( 0.0 Hz)
Sample trace: 0 ( 0.0 Hz)
Timestamp elapsed time: 124.140 s
FEE module #: 1 elapsed dead time 0.728 s
FEE module #: 2 elapsed dead time 0.184 s
FEE module #: 3 elapsed dead time 0.000 s
FEE module #: 4 elapsed dead time 0.000 s
FEE module #: 5 elapsed dead time 1.034 s
FEE module #: 6 elapsed dead time 3.462 s
FEE module #: 7 elapsed dead time 0.000 s
FEE module #: 8 elapsed dead time 0.000 s
FEE module #: 9 elapsed dead time 0.064 s
FEE module #: 10 elapsed dead time 0.003 s
FEE module #: 11 elapsed dead time 0.000 s
FEE module #: 12 elapsed dead time 0.000 s
FEE module #: 13 elapsed dead time 0.000 s
FEE module #: 14 elapsed dead time 0.062 s
FEE module #: 15 elapsed dead time 0.018 s
FEE module #: 16 elapsed dead time 0.005 s
FEE module #: 17 elapsed dead time 0.817 s
FEE module #: 18 elapsed dead time 0.035 s
FEE module #: 19 elapsed dead time 0.048 s
FEE module #: 20 elapsed dead time 0.000 s
FEE module #: 21 elapsed dead time 0.000 s
FEE module #: 22 elapsed dead time 0.103 s
FEE module #: 23 elapsed dead time 0.216 s
FEE module #: 24 elapsed dead time 0.000 s
FEE module #: 25 elapsed dead time 0.000 s
FEE module #: 26 elapsed dead time 0.000 s
FEE module #: 27 elapsed dead time 0.000 s
FEE module #: 28 elapsed dead time 0.000 s
FEE module #: 29 elapsed dead time 0.000 s
FEE module #: 30 elapsed dead time 0.000 s
FEE module #: 31 elapsed dead time 0.000 s
FEE module #: 32 elapsed dead time 0.000 s
*** Program elapsed time: 14.129s ( 2161.951 blocks/s, 135.122 Mb/s)
Conclude DAQ ran without problem for c. 16.5h which is a significant improvement
assuming that it can be consistently reproduced.
11.20 Merger restart did not clear connect/timeout issues
Re-route BNC - BNC RG58 cable with 50MHz clock from BRIKEN to
AIDA Master MACB external clock input (rear panel) so that it will
not be stepped upon.
Power cycle AIDA FEE64s
N.B. I selected 'Switch ALL On' rather than 'Sequence ALL On' by mistake and one
of the USB ac mains controller output 250VAC/16A fuses blew - use 'Sequence ALL On'
TS_SYNC_PHASE 0
FEE64 temperatures OK
*All* system-wide checks OK
B2F/F11 temperature +24.6 deg C, d.p. +8.9 deg C,RH 36.6%
ASIC settings 2016Sep02-18.17.01
slow comparator 0x10 -> 0x0a
LEC/MEC fast comparators # 1, 55 & 58 disabled for all FEE64s
Master MACB serial #13 (see https://elog.ph.ed.ac.uk/AIDA/367)
Master MACB mode 5
14.05 DAQ starts (file Sept2016/R21)
15.30 Sequence of three electrical power dips over 30 minute period. RIKEN public address
system reports that TEPCO (Tokyo Electric Power Company) - the site supplier - is
having region-wide problems.
The third power dip stopped DAQ.
Unable to recover by restarting merger
Power cycle FEE64s
16.20 DAQ restarts (file Sept2016/R22)
19.05 DAQ stops
Because of risk of power outages due to TEPCO distribution problems we have powered
down AIDA and Julabo FL1006 chiller and disconnected from ac mains. |
|
Tue Oct 11 03:34:02 2016, CG & TD, Tuesday 11 October 16x
|
10.40 DAQ found stopped
All FEE64 AIDA SYNC rates zero, AIDA SYNC count ~ 13.8M => DAQ stopped @ 06.35
System wide checks - see attachments 1-4 - all other system-wide checks OK
11.15 Replace cable for Master MACB external clock signal
- change from c. 4m RG174 (Lemo-00 to Lemo-00) to c. 4m RG58 (BNC to BNC)
Power cycle AIDA FEE64s
Set TS_SYNC_PHASE 0
DSSSD bias/leakage current OK - see attacment 5-6
FEE64 temperatures OK - see attachment 7
*All* system-wide checks OK (N.B. several ReSYNCs required)
B2F/F11 temperature + deg C, d.p. + deg C,RH %
ASIC settings 2016Sep02-18.17.01
slow comparator 0x10 -> 0x0a
Master MACB serial #13 (see https://elog.ph.ed.ac.uk/AIDA/367)
Master MACB mode 5
11.58 DAQ starts
15.41 DAQ OK
15.44 DAQ stop requested
15.46 DAQ start
Data transfer to disk enabled to test DAQ correlation real-time monitor
22.50 AIDA SYNCs OK
# Master SYNCs *not equal* to # FEE64 SYNCs - all FEE64 SYNCs # equal
- all other system-wide checks OK - see attachments 8-15
Merger and TapeServer OK
R17_197 ADC data synchonised
aidas1> ./analyser2 /TapeData/Sept2016/R17_197
*** GREAT format 3.2.0 analyser - TD - May 2014
*** ERROR: READ I/O error: 5002
blocks: 32000
ADC data format: 165074646 ( 1182230.4 Hz)
Other data format: 96013354 ( 687627.8 Hz)
Sample trace data format: 0 ( 0.0 Hz)
Undefined format: 0 ( 0.0 Hz)
Other data format type: PAUSE: 113 ( 0.8 Hz)
RESUME: 113 ( 0.8 Hz)
SYNC100: 1275326 ( 9133.6 Hz)
FEE64 disc: 94733738 ( 678463.4 Hz)
MBS info: 4064 ( 29.1 Hz)
Other info: 0 ( 0.0 Hz)
ADC data range bit set: 191 ( 1.4 Hz)
Timewarps: ADC: 0 ( 0.0 Hz)
PAUSE: 0 ( 0.0 Hz)
RESUME: 0 ( 0.0 Hz)
SYNC100: 0 ( 0.0 Hz)
FEE64 disc: 0 ( 0.0 Hz)
MBS info: 0 ( 0.0 Hz)
Undefined: 0 ( 0.0 Hz)
Sample trace: 0 ( 0.0 Hz)
Timestamp elapsed time: 139.630 s
FEE module #: 1 elapsed dead time 0.000 s
FEE module #: 2 elapsed dead time 0.206 s
FEE module #: 3 elapsed dead time 0.000 s
FEE module #: 4 elapsed dead time 0.000 s
FEE module #: 5 elapsed dead time 1.084 s
FEE module #: 6 elapsed dead time 4.015 s
FEE module #: 7 elapsed dead time 0.000 s
FEE module #: 8 elapsed dead time 0.000 s
FEE module #: 9 elapsed dead time 0.201 s
FEE module #: 10 elapsed dead time 0.000 s
FEE module #: 11 elapsed dead time 0.000 s
FEE module #: 12 elapsed dead time 0.000 s
FEE module #: 13 elapsed dead time 0.003 s
FEE module #: 14 elapsed dead time 0.193 s
FEE module #: 15 elapsed dead time 0.024 s
FEE module #: 16 elapsed dead time 0.000 s
FEE module #: 17 elapsed dead time 1.198 s
FEE module #: 18 elapsed dead time 0.040 s
FEE module #: 19 elapsed dead time 0.124 s
FEE module #: 20 elapsed dead time 0.000 s
FEE module #: 21 elapsed dead time 0.000 s
FEE module #: 22 elapsed dead time 0.187 s
FEE module #: 23 elapsed dead time 0.258 s
FEE module #: 24 elapsed dead time 0.000 s
FEE module #: 25 elapsed dead time 0.000 s
FEE module #: 26 elapsed dead time 0.000 s
FEE module #: 27 elapsed dead time 0.000 s
FEE module #: 28 elapsed dead time 0.000 s
FEE module #: 29 elapsed dead time 0.000 s
FEE module #: 30 elapsed dead time 0.000 s
FEE module #: 31 elapsed dead time 0.000 s
FEE module #: 32 elapsed dead time 0.000 s
*** Program elapsed time: 19.555s ( 1636.436 blocks/s, 102.277 Mb/s) |
|
Mon Oct 10 03:15:59 2016, CG & TD, Monday 10 October 25x
|
10.30 DAQ found stopped
All FEE64 AIDA SYNC rates zero, AIDA SYNC count ~ 4.4M => DAQ stopped @ 01.40
3He detector DAQ off - no 50MHz clock to Master MACB
System wide checks - see attachments 26-18
N.B. It would appear that the DAQ stalled (TS_SYNC_PHASE 1) c. 01.40 and at some
later time (c. 06.00) the 3He detector DAQ was powered off which means that AIDA
lost the external 50MHz clock to the Master MACB - system-wide screenshots should
be interpreted with caution.
14.15 3He detector DAQ 50MHz clock restarted
VME and NIM crates ON
Excecute command ConfClock_50MHz on 3He detector DAQ computer
Power cycle AIDA FEE64s
Set TS_SYNC_PHASE 2
DSSSD bias/leakage current OK
FEE64 temperatures OK
*All* system-wide checks OK
B2F/F11 temperature + deg C, d.p. + deg C,RH %
ASIC settings 2016Sep02-18.17.01
slow comparator 0x10 -> 0x0a
Master MACB serial #13 (see https://elog.ph.ed.ac.uk/AIDA/367)
Master MACB mode 5
14.20 DAQ starts (no data transfer)
18.10 DAQ found stopped
All FEE64 AIDA SYNC rates zero, AIDA SYNC count ~ 3.4M => DAQ stopped @ 16.50
System-wide checks - see attachments 16-9
Power cycle AIDA FEE64s
Set TS_SYNC_PHASE 3
ASIC settings 2016Sep02-18.17.01
slow comparator 0x10 -> 0x0a
20.10 DAQ found stalled
System-wide checks - see attachments 8-1
Power cycle AIDA FEE64s
Set TS_SYNC_PHASE 0
ASIC settings 2016Sep02-18.17.01
slow comparator 0x10 -> 0x0a
20.35 DAQ starts (no data transfer)
slow comparator 0x10 -> 0x0a
18.35 DAQ starts (no data transfer)
20.16 DAQ found stopped
All FEE64 AIDA SYNC rates zero, AIDA SYNC count ~ 120k (17/24 FEE64s) or 1.49M (7/24) => FEE64s stopped @ 18.40 & 19.40
20.36 DAQ starts (no data transfer)
23.47 DAQ OK |
|
Sun Oct 9 11:47:34 2016, CG, TD, Sunday 9th October 9x
|
12.30 Following scheduled power outages of October 8
power up AIDA and Julabo FL11006 recirculating chiller
Julabo FL11006 set point +20 deg C
Temperature +25.3 deg C, d.p. +10.6 deg C, RH 39.3%
boot aidas1
aidas1 filesystem checks (fsck) run from c. 12.30 to 15.58
System wide checks OK *except* nnaida21 failed ADC calibration
16.55 DAQ starts (no data transfer)
ASIC settings 2016Sep02-18.17.01
slow comparator threshold 0x10 -> 0x0a
TS_SYNC_PHASE 0
DSSSD bias & leakage current OK - see attachments 8 & 9
FEE64 temperatures OK - see attachment 7
17.30 DAQ stops
DSSSD bias off
AIDA withdrawn from (CH2)n moderator
DSSSD bias on
17.40 DAQ starts
19.15 Noticed DAQ stopped producing SYNC pulses at some point.
A reload of the run control tab sees them all as going still, but only 20% are reporting any SYNC output in the stats page.
All FEEs have failed the SYNC errors since baseline check and the values reported by the SYNC pulses received tests vary
by +- 3 of a central value.
See attachments 1-6.
The merger and tape server were not set up before this run and are not currently running.
TS_SYNC phase changed from 0 -> 1 and ReSYNC
22.20 DAQ OK
AIDA SYNCs OK
All system-wide checks OK *except* nnaida21 fails ADC calibration (no change) |
|
Fri Oct 7 02:43:47 2016, TD & CG, Analysis of Sept2016/R13_47
|
Analysis of R13_47 - the data file that was being written when DAQ stalled
yesterday evening - see https://elog.ph.ed.ac.uk/AIDA/371
aidas1> ./analyser2 /TapeData/Sept2016/R13_46
*** GREAT format 3.2.0 analyser - TD - May 2014
*** ERROR: READ I/O error: 5002
blocks: 32000
ADC data format: 145759250 ( 544585.9 Hz)
Other data format: 115328750 ( 430891.4 Hz)
Sample trace data format: 0 ( 0.0 Hz)
Undefined format: 0 ( 0.0 Hz)
Other data format type: PAUSE: 74 ( 0.3 Hz)
RESUME: 74 ( 0.3 Hz)
SYNC100: 2449126 ( 9150.4 Hz)
FEE64 disc: 112871466 ( 421710.5 Hz)
MBS info: 8010 ( 29.9 Hz)
Other info: 0 ( 0.0 Hz)
ADC data range bit set: 382 ( 1.4 Hz)
Timewarps: ADC: 0 ( 0.0 Hz)
PAUSE: 0 ( 0.0 Hz)
RESUME: 0 ( 0.0 Hz)
SYNC100: 0 ( 0.0 Hz)
FEE64 disc: 0 ( 0.0 Hz)
MBS info: 0 ( 0.0 Hz)
Undefined: 0 ( 0.0 Hz)
Sample trace: 0 ( 0.0 Hz)
Timestamp elapsed time: 267.652 s
FEE module #: 1 elapsed dead time 0.000 s
FEE module #: 2 elapsed dead time 0.824 s
FEE module #: 3 elapsed dead time 0.000 s
FEE module #: 4 elapsed dead time 0.000 s
FEE module #: 5 elapsed dead time 0.275 s
FEE module #: 6 elapsed dead time 0.488 s
FEE module #: 7 elapsed dead time 0.000 s
FEE module #: 8 elapsed dead time 0.000 s
FEE module #: 9 elapsed dead time 0.017 s
FEE module #: 10 elapsed dead time 0.000 s
FEE module #: 11 elapsed dead time 0.000 s
FEE module #: 12 elapsed dead time 0.000 s
FEE module #: 13 elapsed dead time 0.000 s
FEE module #: 14 elapsed dead time 0.023 s
FEE module #: 15 elapsed dead time 0.000 s
FEE module #: 16 elapsed dead time 0.000 s
FEE module #: 17 elapsed dead time 0.012 s
FEE module #: 18 elapsed dead time 0.000 s
FEE module #: 19 elapsed dead time 0.912 s
FEE module #: 20 elapsed dead time 0.000 s
FEE module #: 21 elapsed dead time 0.000 s
FEE module #: 22 elapsed dead time 0.000 s
FEE module #: 23 elapsed dead time 0.000 s
FEE module #: 24 elapsed dead time 0.000 s
FEE module #: 25 elapsed dead time 0.000 s
FEE module #: 26 elapsed dead time 0.000 s
FEE module #: 27 elapsed dead time 0.000 s
FEE module #: 28 elapsed dead time 0.000 s
FEE module #: 29 elapsed dead time 0.000 s
FEE module #: 30 elapsed dead time 0.000 s
FEE module #: 31 elapsed dead time 0.000 s
FEE module #: 32 elapsed dead time 0.000 s
*** Program elapsed time: 17.016s ( 1880.624 blocks/s, 117.539 Mb/s)
aidas1> ./analyser2 /TapeData/Sept2016/R13_47
*** GREAT format 3.2.0 analyser - TD - May 2014
*** ERROR: READ I/O error: 5002
blocks: 11864
ADC data format: 54019518 ( 544839.2 Hz)
Other data format: 42776197 ( 431439.3 Hz)
Sample trace data format: 0 ( 0.0 Hz)
Undefined format: 0 ( 0.0 Hz)
Other data format type: PAUSE: 29 ( 0.3 Hz)
RESUME: 29 ( 0.3 Hz)
SYNC100: 907301 ( 9151.0 Hz)
FEE64 disc: 41865866 ( 422257.8 Hz)
MBS info: 2972 ( 30.0 Hz)
Other info: 0 ( 0.0 Hz)
ADC data range bit set: 135 ( 1.4 Hz)
Timewarps: ADC: 0 ( 0.0 Hz)
PAUSE: 0 ( 0.0 Hz)
RESUME: 0 ( 0.0 Hz)
SYNC100: 0 ( 0.0 Hz)
FEE64 disc: 0 ( 0.0 Hz)
MBS info: 0 ( 0.0 Hz)
Undefined: 0 ( 0.0 Hz)
Sample trace: 0 ( 0.0 Hz)
Timestamp elapsed time: 99.148 s
FEE module #: 1 elapsed dead time 0.000 s
FEE module #: 2 elapsed dead time 0.179 s
FEE module #: 3 elapsed dead time 0.000 s
FEE module #: 4 elapsed dead time 0.000 s
FEE module #: 5 elapsed dead time 0.199 s
FEE module #: 6 elapsed dead time 0.100 s
FEE module #: 7 elapsed dead time 0.000 s
FEE module #: 8 elapsed dead time 0.000 s
FEE module #: 9 elapsed dead time 0.005 s
FEE module #: 10 elapsed dead time 0.000 s
FEE module #: 11 elapsed dead time 0.000 s
FEE module #: 12 elapsed dead time 0.000 s
FEE module #: 13 elapsed dead time 0.000 s
FEE module #: 14 elapsed dead time 0.003 s
FEE module #: 15 elapsed dead time 0.000 s
FEE module #: 16 elapsed dead time 0.000 s
FEE module #: 17 elapsed dead time 0.021 s
FEE module #: 18 elapsed dead time 0.000 s
FEE module #: 19 elapsed dead time 0.311 s
FEE module #: 20 elapsed dead time 0.000 s
FEE module #: 21 elapsed dead time 0.000 s
FEE module #: 22 elapsed dead time 0.000 s
FEE module #: 23 elapsed dead time 0.000 s
FEE module #: 24 elapsed dead time 0.000 s
FEE module #: 25 elapsed dead time 0.000 s
FEE module #: 26 elapsed dead time 0.000 s
FEE module #: 27 elapsed dead time 0.000 s
FEE module #: 28 elapsed dead time 0.000 s
FEE module #: 29 elapsed dead time 0.000 s
FEE module #: 30 elapsed dead time 0.000 s
FEE module #: 31 elapsed dead time 0.000 s
FEE module #: 32 elapsed dead time 0.000 s
*** Program elapsed time: 6.238s ( 1901.806 blocks/s, 118.863 Mb/s)
Final SYNCs of R13_47
aidas1. ./analyser2 v /TapeData/Sept2016/R13_47 | grep SYNC
:
:
*** SYNC100 timestamp: block: 11864 ptr: 2151 data: 0x81401340 module: 1 information type: 4 information
field: 0x00001340 ts: 0x000001340B4800A0
*** SYNC100 timestamp: block: 11864 ptr: 2153 data: 0x82401340 module: 2 information type: 4 information
field: 0x00001340 ts: 0x000001340B4800A0
*** SYNC100 timestamp: block: 11864 ptr: 2155 data: 0x83401340 module: 3 information type: 4 information
field: 0x00001340 ts: 0x000001340B4800A0
*** SYNC100 timestamp: block: 11864 ptr: 2157 data: 0x84401340 module: 4 information type: 4 information
field: 0x00001340 ts: 0x000001340B4800A0
*** SYNC100 timestamp: block: 11864 ptr: 2159 data: 0x85401340 module: 5 information type: 4 information
field: 0x00001340 ts: 0x000001340B4800A0
*** SYNC100 timestamp: block: 11864 ptr: 2161 data: 0x86401340 module: 6 information type: 4 information
field: 0x00001340 ts: 0x000001340B4800A0
*** SYNC100 timestamp: block: 11864 ptr: 2163 data: 0x87401340 module: 7 information type: 4 information
field: 0x00001340 ts: 0x000001340B4800A0
*** SYNC100 timestamp: block: 11864 ptr: 2165 data: 0x88401340 module: 8 information type: 4 information
field: 0x00001340 ts: 0x000001340B4800A0
*** SYNC100 timestamp: block: 11864 ptr: 2167 data: 0x89401340 module: 9 information type: 4 information
field: 0x00001340 ts: 0x000001340B4800A0
*** SYNC100 timestamp: block: 11864 ptr: 2169 data: 0x8A401340 module: 10 information type: 4 information
field: 0x00001340 ts: 0x000001340B4800A0
*** SYNC100 timestamp: block: 11864 ptr: 2171 data: 0x8B401340 module: 11 information type: 4 information
field: 0x00001340 ts: 0x000001340B4800A0
*** SYNC100 timestamp: block: 11864 ptr: 2173 data: 0x8C401340 module: 12 information type: 4 information
field: 0x00001340 ts: 0x000001340B4800A0
*** SYNC100 timestamp: block: 11864 ptr: 2175 data: 0x8D401340 module: 13 information type: 4 information
field: 0x00001340 ts: 0x000001340B4800A0
*** SYNC100 timestamp: block: 11864 ptr: 2177 data: 0x8E401340 module: 14 information type: 4 information
field: 0x00001340 ts: 0x000001340B4800A0
*** SYNC100 timestamp: block: 11864 ptr: 2179 data: 0x8F401340 module: 15 information type: 4 information
field: 0x00001340 ts: 0x000001340B4800A0
*** SYNC100 timestamp: block: 11864 ptr: 2181 data: 0x90401340 module: 16 information type: 4 information
field: 0x00001340 ts: 0x000001340B4800A0
*** SYNC100 timestamp: block: 11864 ptr: 2183 data: 0x91401340 module: 17 information type: 4 information
field: 0x00001340 ts: 0x000001340B4800A0
*** SYNC100 timestamp: block: 11864 ptr: 2185 data: 0x92401340 module: 18 information type: 4 information
field: 0x00001340 ts: 0x000001340B4800A0
*** SYNC100 timestamp: block: 11864 ptr: 2187 data: 0x93401340 module: 19 information type: 4 information
field: 0x00001340 ts: 0x000001340B4800A0
*** SYNC100 timestamp: block: 11864 ptr: 2189 data: 0x94401340 module: 20 information type: 4 information
field: 0x00001340 ts: 0x000001340B4800A0
*** SYNC100 timestamp: block: 11864 ptr: 2191 data: 0x95401340 module: 21 information type: 4 information
field: 0x00001340 ts: 0x000001340B4800A0
*** SYNC100 timestamp: block: 11864 ptr: 2193 data: 0x96401340 module: 22 information type: 4 information
field: 0x00001340 ts: 0x000001340B4800A0
*** SYNC100 timestamp: block: 11864 ptr: 2195 data: 0x97401340 module: 23 information type: 4 information
field: 0x00001340 ts: 0x000001340B4800A0
*** SYNC100 timestamp: block: 11864 ptr: 2197 data: 0x98401340 module: 24 information type: 4 information
field: 0x00001340 ts: 0x000001340B4800A0
*** SYNC100 timestamp: block: 11864 ptr: 6807 data: 0x81401340 module: 1 information type: 4 information
field: 0x00001340 ts: 0x000001340B4C00A0
*** SYNC100 timestamp: block: 11864 ptr: 6809 data: 0x82401340 module: 2 information type: 4 information
field: 0x00001340 ts: 0x000001340B4C00A0
*** SYNC100 timestamp: block: 11864 ptr: 6811 data: 0x83401340 module: 3 information type: 4 information
field: 0x00001340 ts: 0x000001340B4C00A0
*** SYNC100 timestamp: block: 11864 ptr: 6813 data: 0x84401340 module: 4 information type: 4 information
field: 0x00001340 ts: 0x000001340B4C00A0
*** SYNC100 timestamp: block: 11864 ptr: 6815 data: 0x85401340 module: 5 information type: 4 information
field: 0x00001340 ts: 0x000001340B4C00A0
*** SYNC100 timestamp: block: 11864 ptr: 6817 data: 0x86401340 module: 6 information type: 4 information
field: 0x00001340 ts: 0x000001340B4C00A0
*** SYNC100 timestamp: block: 11864 ptr: 6819 data: 0x87401340 module: 7 information type: 4 information
field: 0x00001340 ts: 0x000001340B4C00A0
*** SYNC100 timestamp: block: 11864 ptr: 6821 data: 0x88401340 module: 8 information type: 4 information
field: 0x00001340 ts: 0x000001340B4C00A0
*** SYNC100 timestamp: block: 11864 ptr: 6823 data: 0x89401340 module: 9 information type: 4 information
field: 0x00001340 ts: 0x000001340B4C00A0
*** SYNC100 timestamp: block: 11864 ptr: 6825 data: 0x8A401340 module: 10 information type: 4 information
field: 0x00001340 ts: 0x000001340B4C00A0
*** SYNC100 timestamp: block: 11864 ptr: 6827 data: 0x8B401340 module: 11 information type: 4 information
field: 0x00001340 ts: 0x000001340B4C00A0
*** SYNC100 timestamp: block: 11864 ptr: 6829 data: 0x8C401340 module: 12 information type: 4 information
field: 0x00001340 ts: 0x000001340B4C00A0
*** SYNC100 timestamp: block: 11864 ptr: 6831 data: 0x8D401340 module: 13 information type: 4 information
field: 0x00001340 ts: 0x000001340B4C00A0
*** SYNC100 timestamp: block: 11864 ptr: 6833 data: 0x8E401340 module: 14 information type: 4 information
field: 0x00001340 ts: 0x000001340B4C00A0
*** SYNC100 timestamp: block: 11864 ptr: 6835 data: 0x8F401340 module: 15 information type: 4 information
field: 0x00001340 ts: 0x000001340B4C00A0
*** SYNC100 timestamp: block: 11864 ptr: 6837 data: 0x90401340 module: 16 information type: 4 information
field: 0x00001340 ts: 0x000001340B4C00A0
*** SYNC100 timestamp: block: 11864 ptr: 6839 data: 0x91401340 module: 17 information type: 4 information
field: 0x00001340 ts: 0x000001340B4C00A0
*** SYNC100 timestamp: block: 11864 ptr: 6841 data: 0x92401340 module: 18 information type: 4 information
field: 0x00001340 ts: 0x000001340B4C00A0
*** SYNC100 timestamp: block: 11864 ptr: 6843 data: 0x93401340 module: 19 information type: 4 information
field: 0x00001340 ts: 0x000001340B4C00A0
*** SYNC100 timestamp: block: 11864 ptr: 6845 data: 0x94401340 module: 20 information type: 4 information
field: 0x00001340 ts: 0x000001340B4C00A0
*** SYNC100 timestamp: block: 11864 ptr: 6847 data: 0x95401340 module: 21 information type: 4 information
field: 0x00001340 ts: 0x000001340B4C00A0
*** SYNC100 timestamp: block: 11864 ptr: 6849 data: 0x96401340 module: 22 information type: 4 information
field: 0x00001340 ts: 0x000001340B4C00A0
*** SYNC100 timestamp: block: 11864 ptr: 6851 data: 0x97401340 module: 23 information type: 4 information
field: 0x00001340 ts: 0x000001340B4C00A0
*** SYNC100 timestamp: block: 11864 ptr: 6853 data: 0x98401340 module: 24 information type: 4 information
field: 0x00001340 ts: 0x000001340B4C00A0
Analysis of the end of file R13_47 - see attachment 1
Offline analysis of R13_3 and R13_47 shows AIDA ADC data synchronised |
|
Fri Oct 7 02:29:19 2016, TD & CG, Friday 7 October 22x
|
10.29 DAQ left running overnight
Histograms only - no data transfer to Merger & TapeServer
DSSSD biases & leakage currents OK - see attachments 1 & 2
FEE64 temperatures OK - see attachment 3
DAQ run control OK - see attachment 4
Statistics - see attachments 5-16
N.B. some FEE64s are producing SYNCs, some not, in particular nnaida6 is not
System-wide tests - see attachments 17-22
11.31 DAQ recovered with STOP-GO (no data transfer)
AIDA SYNCs OK for all FEE64s
22.46 DAQ still running OK
Power down in preparation for tomorrow's planned site-wide power outage |
|
Thu Oct 6 13:22:24 2016, TD, Images of setup at F11 - 4
|
|
|
Thu Oct 6 13:20:34 2016, TD, Images of setup at F11 - 3
|
|
|
Thu Oct 6 13:09:50 2016, TD, Images of setup at F11 - 2
|
|
|
Thu Oct 6 12:39:14 2016, TD, Images of setup at F11
|
|
|
Thu Oct 6 11:16:40 2016, CG & TD, Thursday 6 October 9x
|
DSSSD bias voltages and leakage currents OK - see attachments 1 & 2
FEE64 temperatures OK - see attachment 3
Install MACB serial #13 (firmware 16.4.15) as Master MACB, mode 5
System-wide checks all OK
N.B. nnaida19 ASIC clock OK (cf previous Elog entries) - see attachment 4
Setup AIDA-BELEN DAQ correlation - RIBF still to do - see attachments 5 & 6
reset request and trigger signals to Master MACB - NIM, width ~200ns
BELEN clock (10Hz) triggers BELEN BNC PB-5 and AIDA Master MACB
*** MBS information: block: 9349 ptr: 3725 data: 0x86807FF5 module: 6 information type: 8 information index: 0 MBS data:7FF5 ts: 0x00000026D0FE47A2
*** MBS information: block: 9349 ptr: 3727 data: 0x8681AF75 module: 6 information type: 8 information index: 1 MBS data:AF75 ts: 0x00000026D0FE47A2
*** MBS information: block: 9349 ptr: 3729 data: 0x86820000 module: 6 information type: 8 information index: 2 MBS data:0000 ts: 0x00000026D0FE47A2
*** MBS information: block: 9362 ptr: 7641 data: 0x8680A5AD module: 6 information type: 8 information index: 0 MBS data:A5AD ts: 0x00000026D196DE82
*** MBS information: block: 9362 ptr: 7643 data: 0x8681AF9B module: 6 information type: 8 information index: 1 MBS data:AF9B ts: 0x00000026D196DE82
*** MBS information: block: 9362 ptr: 7645 data: 0x86820000 module: 6 information type: 8 information index: 2 MBS data:0000 ts: 0x00000026D196DE82
0x0000AF9BA5AD - 0x0000AF757FF5 = 0x2625B8 = 2500024 * 40ns = 100000960ns = 0.1s
0x26D196DE82 - 0x26D0FE47A2 = 0x9896E0 = 10000096 * 10ns = 100000960ns = 0.1s
BELEN DAQ manual reset -> Master MACB reset request
*** MBS information: block: 9375 ptr: 3043 data: 0x86808A8A module: 6 information type: 8 information index: 0 MBS data:8A8A ts: 0x00000026D22F755E
*** MBS information: block: 9375 ptr: 3045 data: 0x8681001F module: 6 information type: 8 information index: 1 MBS data:001F ts: 0x00000026D22F755E
*** MBS information: block: 9375 ptr: 3047 data: 0x86820000 module: 6 information type: 8 information index: 2 MBS data:0000 ts: 0x00000026D22F755E
0x0000001F8A8A = 2067082 * 40ns = 82683280ns = 82.7us (which is < 0.1s as expected)
*** MBS information: block: 9388 ptr: 3291 data: 0x8680B041 module: 6 information type: 8 information index: 0 MBS data:B041 ts: 0x00000026D2C80C3A
*** MBS information: block: 9388 ptr: 3293 data: 0x86810045 module: 6 information type: 8 information index: 1 MBS data:0045 ts: 0x00000026D2C80C3A
*** MBS information: block: 9388 ptr: 3295 data: 0x86820000 module: 6 information type: 8 information index: 2 MBS data:0000 ts: 0x00000026D2C80C3A
*** MBS information: block: 9401 ptr: 5841 data: 0x8680D5F9 module: 6 information type: 8 information index: 0 MBS data:D5F9 ts: 0x00000026D360A31A
*** MBS information: block: 9401 ptr: 5843 data: 0x8681006B module: 6 information type: 8 information index: 1 MBS data:006B ts: 0x00000026D360A31A
*** MBS information: block: 9401 ptr: 5845 data: 0x86820000 module: 6 information type: 8 information index: 2 MBS data:0000 ts: 0x00000026D360A31A
19.05 R13_0 starts
23.19 Returned from dinner to find DAQ had stopped writing to disk at 22.19. Merger paused and Tape run ended successfully.
No SYNC pulses being issued.
Carried out system-wide checks. Clock status, ADC calib and ASIC clock passed for all 24 FEEs.
Attachments 7 & 8 show errors messages issued upon fail of SYNC errors and SYNC pulses system checks.
From attachment 8
( 6016000 SYNC / 9150 SYNC/s ) * 24 ~ 15800s => DAQ stopped 23.07 which is not consistent with observation
as final write to disk files was c. 22.19 - note 23.21 for R13_47 indicates file closed at 23.21 cf. access
times for R13_46, _45 etc
-rw-rw-rw-. 1 npg npgstaff 2097152000 Oct 6 19:09 R13_0
-rw-rw-rw-. 1 npg npgstaff 2097152000 Oct 6 19:13 R13_1
-rw-rw-rw-. 1 npg npgstaff 2097152000 Oct 6 19:50 R13_10
-rw-rw-rw-. 1 npg npgstaff 2097152000 Oct 6 19:54 R13_11
-rw-rw-rw-. 1 npg npgstaff 2097152000 Oct 6 19:58 R13_12
-rw-rw-rw-. 1 npg npgstaff 2097152000 Oct 6 20:02 R13_13
-rw-rw-rw-. 1 npg npgstaff 2097152000 Oct 6 20:06 R13_14
-rw-rw-rw-. 1 npg npgstaff 2097152000 Oct 6 20:10 R13_15
-rw-rw-rw-. 1 npg npgstaff 2097152000 Oct 6 20:14 R13_16
-rw-rw-rw-. 1 npg npgstaff 2097152000 Oct 6 20:19 R13_17
-rw-rw-rw-. 1 npg npgstaff 2097152000 Oct 6 20:23 R13_18
-rw-rw-rw-. 1 npg npgstaff 2097152000 Oct 6 20:27 R13_19
-rw-rw-rw-. 1 npg npgstaff 2097152000 Oct 6 19:17 R13_2
-rw-rw-rw-. 1 npg npgstaff 2097152000 Oct 6 20:31 R13_20
-rw-rw-rw-. 1 npg npgstaff 2097152000 Oct 6 20:35 R13_21
-rw-rw-rw-. 1 npg npgstaff 2097152000 Oct 6 20:39 R13_22
-rw-rw-rw-. 1 npg npgstaff 2097152000 Oct 6 20:43 R13_23
-rw-rw-rw-. 1 npg npgstaff 2097152000 Oct 6 20:47 R13_24
-rw-rw-rw-. 1 npg npgstaff 2097152000 Oct 6 20:51 R13_25
-rw-rw-rw-. 1 npg npgstaff 2097152000 Oct 6 20:55 R13_26
-rw-rw-rw-. 1 npg npgstaff 2097152000 Oct 6 20:59 R13_27
-rw-rw-rw-. 1 npg npgstaff 2097152000 Oct 6 21:03 R13_28
-rw-rw-rw-. 1 npg npgstaff 2097152000 Oct 6 21:08 R13_29
-rw-rw-rw-. 1 npg npgstaff 2097152000 Oct 6 19:21 R13_3
-rw-rw-rw-. 1 npg npgstaff 2097152000 Oct 6 21:12 R13_30
-rw-rw-rw-. 1 npg npgstaff 2097152000 Oct 6 21:16 R13_31
-rw-rw-rw-. 1 npg npgstaff 2097152000 Oct 6 21:20 R13_32
-rw-rw-rw-. 1 npg npgstaff 2097152000 Oct 6 21:24 R13_33
-rw-rw-rw-. 1 npg npgstaff 2097152000 Oct 6 21:28 R13_34
-rw-rw-rw-. 1 npg npgstaff 2097152000 Oct 6 21:32 R13_35
-rw-rw-rw-. 1 npg npgstaff 2097152000 Oct 6 21:36 R13_36
-rw-rw-rw-. 1 npg npgstaff 2097152000 Oct 6 21:40 R13_37
-rw-rw-rw-. 1 npg npgstaff 2097152000 Oct 6 21:44 R13_38
-rw-rw-rw-. 1 npg npgstaff 2097152000 Oct 6 21:48 R13_39
-rw-rw-rw-. 1 npg npgstaff 2097152000 Oct 6 19:25 R13_4
-rw-rw-rw-. 1 npg npgstaff 2097152000 Oct 6 21:52 R13_40
-rw-rw-rw-. 1 npg npgstaff 2097152000 Oct 6 21:56 R13_41
-rw-rw-rw-. 1 npg npgstaff 2097152000 Oct 6 22:00 R13_42
-rw-rw-rw-. 1 npg npgstaff 2097152000 Oct 6 22:04 R13_43
-rw-rw-rw-. 1 npg npgstaff 2097152000 Oct 6 22:08 R13_44
-rw-rw-rw-. 1 npg npgstaff 2097152000 Oct 6 22:13 R13_45
-rw-rw-rw-. 1 npg npgstaff 2097152000 Oct 6 22:17 R13_46
-rw-rw-rw-. 1 npg npgstaff 777519104 Oct 6 23:21 R13_47
23.21 R13_47 file closed
23.50 On trying to stop DAQ received nnaida1 timeout error (attachment 9).
DAQ power-cycled, re-started with no data transfer |
|
Wed Oct 5 07:29:29 2016, CG & TD, Wednesday 5 October (inc AIDA+BRIKEN photos) 11x
|
14.30 Adjusted and checked insertion of AIDA snout into BRIKEN (CH2)n moderator.
up-down AIDA snout appears centred (@ (CH2)n centre) and tracks into (CH2)n moderator with no
significant vertical movement
left right AIDA snout appears centred (@ (CH2)n centre) and tracks into (CH2)n moderator with ~3mm
horizontal movement left to right (looking upstream)
15.28 DSSSD bias/leakage current OK - see attachments 1-2
FEE64 temperatures OK - see attachment 3
B2F/F11 temperature +24.8 deg C, d.p. +11.8 deg C, RH 44.4%
16.00 Power off to place ac mains distribution unit between AIDA and BRIKEN
18.34 Power up PCS request for remote data/diagnostics collection |
|
Sun Oct 2 15:03:11 2016, CG, TD, Problems compiling AIDAsort program on aidas1
|
I have been trying to compile the sort program I have been working on in Edinburgh so I can work on it locally
while at RIKEN.
When compiling i receive the error shown in make.log (attached) saying that there are undefined reference in
DataSource.cpp.
Also attached is the make output when compiled in Edinburgh - basically just 'unused variable' warnings.
This is exactly the same DataSource.cpp I am using in Edinburgh. I have carried out 'diff' on the DataSpyLib and
DataXferLib directories which are included
in the Makefile and no differences are present. I have also done this for DataSource directory and again, there
are no differences between what I am running here and in Edinburgh.
The only difference I have been able to observe so far is that in Edinburgh I am using g++ version:
Using built-in specs.
COLLECT_GCC=g++
COLLECT_LTO_WRAPPER=/usr/libexec/gcc/x86_64-redhat-linux/4.8.5/lto-wrapper
Target: x86_64-redhat-linux
Configured with: ../configure --prefix=/usr --mandir=/usr/share/man --infodir=/usr/share/info
--with-bugurl=http://bugzilla.redhat.com/bugzilla --enable-bootstrap --enable-shared --enable-threads=posix
--enable-checking=release --with-system-zlib --enable-__cxa_atexit --disable-libunwind-exceptions
--enable-gnu-unique-object --enable-linker-build-id --with-linker-hash-style=gnu
--enable-languages=c,c++,objc,obj-c++,java,fortran,ada,go,lto --enable-plugin --enable-initfini-array
--disable-libgcj --with-isl=/builddir/build/BUILD /gcc-4.8.5-20150702/obj-x86_64-redhat-linux/isl-install
--with-cloog=/builddir/build/BUILD/gcc-4.8.5-20150702/obj-x86_64-redhat-linux/cloog-install
--enable-gnu-indirect-function --with-tune=generic --with-arch_32=x86-64 --build=x86_64-redhat-linux
Thread model: posix
gcc version 4.8.5 20150623 (Red Hat 4.8.5-4) (GCC)
whereas on aidas1:
Using built-in specs.
Target: x86_64-redhat-linux
Configured with: ../configure --prefix=/usr --mandir=/usr/share/man --infodir=/usr/share/info
--with-bugurl=http://bugzilla.redhat.com/bugzilla --enable-bootstrap --enable-shared --enable-threads=posix
--enable-checking=release --with-system-zlib --enable-__cxa_atexit --disable-libunwind-exceptions
--enable-gnu-unique-object --enable-languages=c,c++,objc,obj-c++,java,fortran,ada --enable-java-awt=gtk
--disable-dssi --with-java-home=/usr/lib/jvm/java-1.5.0-gcj-1.5.0.0/jre --enable-libgcj-multifile
--enable-java-maintainer-mode --with-ecj-jar=/usr/share/java/eclipse-ecj.jar --disable-libjava-multilib
--with-ppl --with-cloog --with-tune=generic --with-arch_32=i686 --build=x86_64-redhat-linux
Thread model: posix
gcc version 4.4.7 20120313 (Red Hat 4.4.7-17) (GCC)
The libraries used are all found in LD_LIBRARY_PATH.
On aidas1 this is: /MIDAS/Linux/lib64:/homes/npg/root/lib:/homes/npg/root/lib:/MIDAS/Linux/lib64:/homes/npg/root/lib
and in Edinburgh:
/Disk/ds-sopa-group/np/RIKEN/AIDAsort/MIDAS/Linux/lib64:/Disk/ds-sopa-group/np/thehubdata/thehub6/jlab_software/Linux_Scientific6-x86_64-gcc4.4.6/root/5.34.23/lib:
*********UPDATE 03/10/16 *************
The methods are defined in /MIDAS/DataPackage/DataXferLib/V4_TCP/transfer.c
This is in the expected INCLUDES path of: INCLUDES= -I/MIDAS/DataPackage/DataXferLib/V4_TCP -I/MIDAS/DataPackage/DataSpyLib |
|
Sun Oct 2 06:12:54 2016, TD, Sunday 2 October 16x
|
14.15 DSSSD bias/leakage current OK - see attachments 1-2
FEE64 temperatures OK - see attachment 3
B2F/F11 temperature +27.5 deg C, d.p. +10.6 deg C, 34.3 RH %
14.24 R8 starts
ASIC settings 2016Sep02-18.17.01
Master MACB serial #13 (see https://elog.ph.ed.ac.uk/AIDA/367)
Master MACB mode 5
NIM 50MHz -> Phillips 726 NIM-TTL-NIM -> Master MACB - external clock (rear panel)
Note Fuji Diamond Tool Ltd 1020 NIM-TTL level adaptor (NIM, pink front panel) with signal
rise and falltimes quoted as <10ns produced poor quality 25/50MHz clock - the Phillips 726
has significantly faster rise and falltimes and drices a higher amplitude signal to 50R load.
BNC PB-4 trigger output -> Ortec SCA -> LeCroy 429A (500ns width) -> Master MACB - Correlation DAQ
Accepted Trigger
BNC PB-4 frequency c. 26Hz
Statistics - see attachments 4-14
Master Timestamp - see attachment 15
Correlation Status & Control - see attachment 16
Successive correlation scaler events from R8_0
*** MBS information: block: 120 ptr: 7827 data: 0x868068B4 module: 6 information type: 8 information
index: 0 MBS data:68B4 ts: 0x00000019979ADAF8
*** MBS information: block: 120 ptr: 7829 data: 0x86812F00 module: 6 information type: 8 information
index: 1 MBS data:2F00 ts: 0x00000019979ADAF8
*** MBS information: block: 120 ptr: 7831 data: 0x86820000 module: 6 information type: 8 information
index: 2 MBS data:0000 ts: 0x00000019979ADAF8
*** MBS information: block: 126 ptr: 7005 data: 0x8680FDF4 module: 6 information type: 8 information
index: 0 MBS data:FDF4 ts: 0x0000001997D52FF8
*** MBS information: block: 126 ptr: 7007 data: 0x86812F0E module: 6 information type: 8 information
index: 1 MBS data:2F0E ts: 0x0000001997D52FF8
*** MBS information: block: 126 ptr: 7009 data: 0x86820000 module: 6 information type: 8 information
index: 2 MBS data:0000 ts: 0x0000001997D52FF8
0x2F0EFDF4 - 0x2F0068B4 = 0xE9540 = 955712 * 40ns (assume 25MHz) = 38228480ns = 38.2ms
0x1997D52FF8 - 0x19979ADAF8 = 0x3A5500 = 3822848 * 10ns = 38228480ns = 38.2ms
=> correlation clock frequency = 25MHz
Master MACB (serial #13) mode = 5, 50MHz clock to external clock input (rear panel)
clock output 25MHz
reset output reset not observed at DAQ GO
reset observed using Correlation status & control tab -> Force
Correlation Reset
reset request output not tested
correlation DAQ accepted trigger output c.26Hz
Could not persuade MACB serial #13 to operate in mode 0, external clock input (rear panel) disconnected)
Persistent failures to ReSYNC by nnaida11, 12, 17, 18, 19, & 20 (see https://elog.ph.ed.ac.uk/AIDA/357)
following RESET/SETUP, FEE64 power cycle, MACB NIM bin power cycle and re-seating master MACB HDMI cables
Switch back to previous Master MACB serial #11
Master MACB (serial #11) mode = 0
clock output 25MHz
reset output reset not observed at DAQ GO
reset not observed using Correlation status & control tab -> Force
Correlation Reset
reset request output not tested
correlation DAQ accepted trigger output not observed |
|
Sat Oct 1 09:34:23 2016, TD, Installing latest (16 April 2015) MACB firmware
|
Installed Xilinx 14.7 LabTools + (free) WebPack license
Start iMPACT
Connect Xilinx programmer via 14-way ribbon cable to MACB PCB jtag connector
and connect USB cable to laptop
Powerup NIM bin with MACB (serial #13)
Auto-install Xilinx programmer driver
Use iMPACT Wizard to automagically find Xilinx device of MACB
Load new *.jed file
Operations -> Program
Operations -> Verify
TTY console log
Welcome to iMPACT
iMPACT Version: 14.7
Project: C:\Xilinx\14.7\LabTools\LabTools\auto_project.ipf created.
// *** BATCH CMD : setMode -bs
// *** BATCH CMD : setMode -bs
// *** BATCH CMD : setMode -bs
// *** BATCH CMD : setMode -bs
GUI --- Auto connect to cable...
// *** BATCH CMD : setCable -port auto
INFO:iMPACT - Digilent Plugin: Plugin Version: 2.4.4
INFO:iMPACT - Digilent Plugin: no JTAG device was found.
AutoDetecting cable. Please wait.
*** WARNING ***: When port is set to auto detect mode, cable speed is set to default 6 MHz regardless of explicit arguments supplied for
setting the baud rates
PROGRESS_START - Starting Operation.
Connecting to cable (Usb Port - USB21).
Checking cable driver.
Driver file xusb_xp2.sys found.
Driver version: src=2301, dest=2301.
Driver windrvr6.sys version = 10.2.1.0. WinDriver v10.21 Jungo (c) 1997 - 2010 Build Date: Aug 31 2010 x86_64 64bit SYS 14:14:44,
version = 1021.
Cable PID = 0008.
Max current requested during enumeration is 300 mA.
Type = 0x0005.
write (count, cmdBuffer, dataBuffer) failed C0000004.
Cable Type = 3, Revision = 0.
Setting cable speed to 6 MHz.
Cable connection established.
Firmware version = 2301.
File version of C:/Xilinx/14.7/LabTools/LabTools/data/xusb_xp2.hex = 2401.
Firmware hex file version = 2401.
Downloading C:/Xilinx/14.7/LabTools/LabTools/data/xusb_xp2.hex.
Downloaded firmware version = 2401.
PLD file version = 200Dh.
PLD version = 200Dh.
PROGRESS_END - End Operation.
Elapsed time = 1 sec.
Type = 0x0005.
ESN option: 000013E7C24E01.
Attempting to identify devices in the boundary-scan chain configuration...
INFO:iMPACT - Current time: 01/10/2016 09:30:42
// *** BATCH CMD : Identify -inferir
PROGRESS_START - Starting Operation.
Identifying chain contents...'0': : Manufacturer's ID = Xilinx xc2c128, Version : 1
INFO:iMPACT:1777 -
Reading C:/Xilinx/14.7/LabTools/LabTools/xbr/data/xc2c128.bsd...
INFO:iMPACT:501 - '1': Added Device xc2c128 successfully.
----------------------------------------------------------------------
----------------------------------------------------------------------
done.
PROGRESS_END - End Operation.
Elapsed time = 6 sec.
// *** BATCH CMD : identifyMPM
// *** BATCH CMD : assignFile -p 1 -file "C:/Users/td/Local Documents/misc/macb_top_revB.jed"
'1': Loading file 'C:/Users/td/Local Documents/misc/macb_top_revB.jed' ...
done.
INFO:iMPACT:501 - '1': Added Device xc2c128 successfully.
----------------------------------------------------------------------
----------------------------------------------------------------------
INFO:iMPACT - Current time: 01/10/2016 09:32:54
// *** BATCH CMD : Program -p 1 -e -v
PROGRESS_START - Starting Operation.
Maximum TCK operating frequency for this device chain: 33000000.
Validating chain...
Boundary-scan chain validated successfully.
'1': Erasing device...
'1': Erasure completed successfully.
'1': Programming device...
done.
'1': Verifying device...
done.
'1': Setting ISC done bits...done
'1': Programming completed successfully.
PROGRESS_END - End Operation.
Elapsed time = 2 sec.
INFO:iMPACT - Current time: 01/10/2016 09:33:01
// *** BATCH CMD : Verify -p 1
PROGRESS_START - Starting Operation.
Maximum TCK operating frequency for this device chain: 33000000.
Validating chain...
Boundary-scan chain validated successfully.
'1': Verifying device...
done.
'1': Verification completed successfully.
PROGRESS_END - End Operation.
Elapsed time = 0 sec. |
|
Sat Oct 1 07:48:48 2016, CG & TD, Saturday 1 October 14x
|
11.00 Moved detector stack forward several cm. 1st DSSD now ~6cm from end of snout. Middle of stack now ~47cm from
base -> approx centre of BRIKEN.
4 new 79cm ribbon cables (+kaptons) added to p-side of first two DSSDs.
Bias and pulser re-connected to all relevant FEEs.
Detector order unchanged, i.e. DSSD1 has same serial number as in June 2016 expt. Same for DSSDs 2-6.
DSSD-to-FEE map also unchanged.
15.45 R7 starts
ASIC settings 2016Sep02-18.17.01
BNC PB-4
Amplitude 90,000, x2 attenuator IN
Frequency c. 26Hz
Master MACB
mode 5
50MHz external clock (rear panel)
BNC PB-4 trigger output -> Ortec SCA -> LeCroy 429A -> Master MACB Correlation DAQ Accepted Trigger - not
working - firmware issue?
DSSSD bias/leakage current OK - see attachments 1-2
FEE64 temperatures OK - see attachment 3
System-wide checks OK *except* nnaida19 fails ASIC timestamp check (no change) *and* nnaida7, nnaida21
fail ADC calibration
AIDA SYNC, PAUSE, RESUME, Correlation L, SYNC time warp, Good Events, AIDA disc, nnaida6, nnaida5,
nnaida19 & nnaida20 statistics - see attachments 4-14
Analysis of R7_0 - ADC data synchronised |
|
Sat Oct 1 01:57:56 2016, TD & PJCS, Latest MACB firmware - 16 April 2015
|
|
|
Fri Sep 30 07:52:56 2016, TD, Report - low - AIDA correlation L/M/H statistics count 3x
|
The AIDA correlation L, M & H statistics count 3x for each correlation trigger,
i.e. counts and rates displayed by statistics are 3x actual counts and rates |
|
Fri Sep 30 03:35:12 2016, TD, Friday 30 September
|
11.37 Attempt to use external 50MHz clock for Master MACB (w/ 50MHz front panel label)
NIM 50MHz -> NIM-TTL translator -> Master MACB (rear panel)
Master MACB mode 0 -> 5
Fails to ReSync, clock errors etc - see attachments 1-5
Change NIM 50MHz -> 25MHz (to improve signal quality) and attempt ReSync (no power FEE64 power cycle) - no
change
14.30 Master MACB mode -> 0
NIM 25MHz -> Master MACB correlation clock input (front panel)
BNC PB_4 frequency c. 26Hz
Trigger output -> SCA -> LeCroy 429A -> Master MACB accepted trigger input
./analyser2 v /TapeData/Sept2016/R5_0 | grep MBS
:
:
*** MBS information: block: 471 ptr: 7203 data: 0x86807CAB module: 6 information type: 8 information
index: 0 MBS data:7CAB ts: 0x00000017AC2C4582
*** MBS information: block: 471 ptr: 7205 data: 0x8681575E module: 6 information type: 8 information
index: 1 MBS data:575E ts: 0x00000017AC2C4582
*** MBS information: block: 471 ptr: 7207 data: 0x86820000 module: 6 information type: 8 information
index: 2 MBS data:0000 ts: 0x00000017AC2C4582
*** MBS information: block: 471 ptr: 15767 data: 0x86800FA8 module: 6 information type: 8 information
index: 0 MBS data:0FA8 ts: 0x00000017AC669176
*** MBS information: block: 471 ptr: 15769 data: 0x8681576D module: 6 information type: 8 information
index: 1 MBS data:576D ts: 0x00000017AC669176
*** MBS information: block: 471 ptr: 15771 data: 0x86820000 module: 6 information type: 8 information
index: 2 MBS data:0000 ts: 0x00000017AC669176
0x576D0FA8 - 0x575E7CAB = 0xE92FD = 955133 * 40ns = 38205320ns = 38.2ms => 26Hz
0x00000017AC669176 - 0x00000017AC2C4582 = 0x3a4bf4 = 3820532 * 10ns = 38205320ns QED
15.45 Master MACB mode 0 -> 5
NIM 50MHz -> Phillips 726 NIM-TTL-NIM -> Master MACB external clock (rear panel)
Phillips 726 provides better quality TTL signal with c. 3ns rise/falltimes and 3.5V amplitude into 50 Ohm
cf. NIM-TTL-NIM module used previously
See http://www.phillipsscientific.com/pdf/726ds.pdf
RESET/SETUP DAQ OK
System-wide checks OK *except* nnaida19 fails ASIC timestamp check (no change)
Start test run R6_0 to disk but no AIDA issue correlation triggers are recorded
Can manually issue correlation triggers and resets via Correlation Status & Control tab
Observe statistics count 3x for each trigger and reset - see https://elog.ph.ed.ac.uk/AIDA/362
aidas1> ./analyser2 v /TapeData/Sept2016/R6_0 | grep MBS
:
:
Test #1 - manual correlation trigger
*** MBS information: block: 9626 ptr: 9991 data: 0x86807774 module: 6 information type: 8 information
index: 0 MBS data:7774 ts: 0x00000077517D2816
*** MBS information: block: 9626 ptr: 9993 data: 0x86817213 module: 6 information type: 8 information
index: 1 MBS data:7213 ts: 0x00000077517D2816
*** MBS information: block: 9626 ptr: 9995 data: 0x86820003 module: 6 information type: 8 information
index: 2 MBS data:0003 ts: 0x00000077517D2816
:
:
Test #2 - manual correlation trigger x2 separated by ~10s
*** MBS information: block: 16751 ptr: 10787 data: 0x86807285 module: 6 information type: 8 information
index: 0 MBS data:7285 ts: 0x000000833335145A
*** MBS information: block: 16751 ptr: 10789 data: 0x86816A81 module: 6 information type: 8 information
index: 1 MBS data:6A81 ts: 0x000000833335145A
*** MBS information: block: 16751 ptr: 10791 data: 0x86820006 module: 6 information type: 8 information
index: 2 MBS data:0006 ts: 0x000000833335145A
*** MBS information: block: 16929 ptr: 8209 data: 0x86807BC5 module: 6 information type: 8 information
index: 0 MBS data:7BC5 ts: 0x000000837F39395A
*** MBS information: block: 16929 ptr: 8211 data: 0x86817D82 module: 6 information type: 8 information
index: 1 MBS data:7D82 ts: 0x000000837F39395A
*** MBS information: block: 16929 ptr: 8213 data: 0x86820006 module: 6 information type: 8 information
index: 2 MBS data:0006 ts: 0x000000837F39395A
0x67D827BC5 − 0x66A817285 = 0x13010940 = 318835008 × 20ns = 6376700160ns = 6.4s
0x837F39395A - 0x833335145A = 0x4C042500 = 1275340032 * 10ns = 12753400320ns = 12.8s => correlation clock
frequency = 25MHz *not* 50MHz
:
:
Test #3 - manual correlation reset, followed by correlation trigger ~2s later
*** MBS information: block: 17065 ptr: 15987 data: 0x86804D22 module: 6 information type: 8 information
index: 0 MBS data:4D22 ts: 0x00000083B96F05A6
*** MBS information: block: 17065 ptr: 15989 data: 0x86810344 module: 6 information type: 8 information
index: 1 MBS data:0344 ts: 0x00000083B96F05A6
*** MBS information: block: 17065 ptr: 15991 data: 0x86820000 module: 6 information type: 8 information
index: 2 MBS data:0000 ts: 0x00000083B96F05A6
0x3444d22 = 54807842 * 40ns = 2192313680ns = 2.2s
*re-check*
Correlation trigger input OK, pulse width 500ns
External clock is 50MHz
MACB master mode 6
So ... correlation clock frequency is 25MHz and Correlation DAQ Accepted Trigger not working
18.30 Per PCS request
Master MACB clock output 25Mhz
reset output not observed at DAQ GO as expected |
|
Thu Sep 29 03:20:38 2016, TD & CG, Thursday 29 September 15x
|
11.20 R1 stops
DSSSD bias/leakage current OK - see attachments 1-2
FEE64 temperatures OK - see attachment 3
System-wide checks OK *except* nnaida19 fails ASIC timestamp check (no change)
No merger error messages - see attachment 4
AIDA SYNC, PAUSE, RESUME, Correlation L, SYNC time warp, Good Events, AIDA disc, nnaida6, nnaida5,
nnaida19 & nnaida20 statistics - see attachments 5-15
Analysis of R1_304 - ADC data synchronised
aidas1> ./analyser2 /TapeData/Sept2016/R1_304
*** GREAT format 3.2.0 analyser - TD - May 2014
*** ERROR: READ I/O error: 5002
blocks: 28207
ADC data format: 105059677 ( 495121.2 Hz)
Other data format: 125077092 ( 589458.4 Hz)
Sample trace data format: 0 ( 0.0 Hz)
Undefined format: 0 ( 0.0 Hz)
Other data format type: PAUSE: 143 ( 0.7 Hz)
RESUME: 143 ( 0.7 Hz)
SYNC100: 1940061 ( 9143.0 Hz)
FEE64 disc: 123135099 ( 580306.3 Hz)
MBS info: 1646 ( 7.8 Hz)
Other info: 0 ( 0.0 Hz)
ADC data range bit set: 543 ( 2.6 Hz)
Timewarps: ADC: 0 ( 0.0 Hz)
PAUSE: 0 ( 0.0 Hz)
RESUME: 0 ( 0.0 Hz)
SYNC100: 0 ( 0.0 Hz)
FEE64 disc: 0 ( 0.0 Hz)
MBS info: 0 ( 0.0 Hz)
Undefined: 0 ( 0.0 Hz)
Sample trace: 0 ( 0.0 Hz)
Timestamp elapsed time: 212.190 s
FEE module #: 1 elapsed dead time 0.000 s
FEE module #: 2 elapsed dead time 0.906 s
FEE module #: 3 elapsed dead time 0.000 s
FEE module #: 4 elapsed dead time 0.000 s
FEE module #: 5 elapsed dead time 3.664 s
FEE module #: 6 elapsed dead time 0.681 s
FEE module #: 7 elapsed dead time 0.000 s
FEE module #: 8 elapsed dead time 0.000 s
FEE module #: 9 elapsed dead time 0.019 s
FEE module #: 10 elapsed dead time 0.000 s
FEE module #: 11 elapsed dead time 0.000 s
FEE module #: 12 elapsed dead time 0.000 s
FEE module #: 13 elapsed dead time 0.000 s
FEE module #: 14 elapsed dead time 0.003 s
FEE module #: 15 elapsed dead time 0.000 s
FEE module #: 16 elapsed dead time 0.000 s
FEE module #: 17 elapsed dead time 0.144 s
FEE module #: 18 elapsed dead time 0.000 s
FEE module #: 19 elapsed dead time 0.753 s
FEE module #: 20 elapsed dead time 0.000 s
FEE module #: 21 elapsed dead time 0.000 s
FEE module #: 22 elapsed dead time 0.108 s
FEE module #: 23 elapsed dead time 0.000 s
FEE module #: 24 elapsed dead time 0.000 s
FEE module #: 25 elapsed dead time 0.000 s
FEE module #: 26 elapsed dead time 0.000 s
FEE module #: 27 elapsed dead time 0.000 s
FEE module #: 28 elapsed dead time 0.000 s
FEE module #: 29 elapsed dead time 0.000 s
FEE module #: 30 elapsed dead time 0.000 s
FEE module #: 31 elapsed dead time 0.000 s
FEE module #: 32 elapsed dead time 0.000 s
*** Program elapsed time: 8.492s ( 3321.523 blocks/s, 207.595 Mb/s)
11.32 DSSSD Bias off
FEE64 power off
17.00 nnaida1/nnaida2 & nnaida9/nnaida10
AIDA adaptor PCB rev C -> AIDA adaptor PCB rev D
Adaptor PCB damaged during re-install of AIDA DSSSD mounting bracket
to adjust to vertical.
nnaida13/nnaida14
AIDA adaptor PCB rev D -> AIDA adaptor PCB rev D |
|
Wed Sep 28 07:51:45 2016, TD & CG, New spectrum display software installed
|
Spectrum display software updated
maximum number of galleries increased to 30
layouts may be saved to, and restored from, files /tmp/LayOut<n>.mlf where <n> = 1..8
mv /MIDAS/TclHttpd/Html/Spectrum /MIDAS/TclHttpd/Html/Spectrum.BAK-29.0916
mv /MIDAS/TclHttpd/Html/Spectrum_new_22Aug /MIDAS/TclHttpd/Html/Spectrum
aidas1> ls -l /MIDAS/TclHttpd/Html/Spectrum
total 136
-rw-r--r--. 1 npg npgstaff 32620 Aug 22 20:08 analysis.tcl
-rw-r--r--. 1 npg npgstaff 2179 Aug 22 20:08 example.html
drwxr-sr-x. 2 npg npgstaff 4096 Aug 22 20:11 images
-rwxr-xr-x. 1 npg npgstaff 5851 Aug 22 20:08 show.tcl
-rw-r--r--. 1 npg npgstaff 1246 Aug 22 20:08 SP2.txt
-rw-r--r--. 1 npg npgstaff 0 Aug 22 20:08 SP3.txt
-rw-r--r--. 1 npg npgstaff 0 Aug 22 20:08 SP4.txt
-rw-r--r--. 1 npg npgstaff 0 Aug 22 20:08 SP5.txt
-rw-r--r--. 1 npg npgstaff 6631 Aug 22 20:08 Spectrum.js
-rw-r--r--. 1 npg npgstaff 44386 Aug 22 20:08 Spectrum.tcl
-rw-r--r--. 1 npg npgstaff 30765 Aug 22 20:08 Spectrum.tml
aidas1> ls -l /MIDAS/TclHttpd/Html/Spectrum.BAK-280916
total 152
-rw-r--r--. 1 npg npgstaff 29462 Feb 2 2016 analysis.tcl
drwxr-sr-x. 2 npg npgstaff 4096 Oct 9 2013 flot
-rw-r--r--. 1 npg npgstaff 214 Mar 15 2016 fort.12
-rw-r--r--. 1 npg npgstaff 678 Mar 15 2016 fort.8
-rw-r--r--. 1 npg npgstaff 1253 Feb 2 2016 Global.tcl
drwxr-sr-x. 2 npg npgstaff 4096 Oct 9 2013 images
-rw-r--r--. 1 npg npgstaff 2173 Feb 2 2016 options.html
-rwxr-xr-x. 1 npg npgstaff 5851 Feb 2 2016 show.tcl
-rw-r--r--. 1 npg npgstaff 1246 Feb 2 2016 SP2.txt
-rw-r--r--. 1 npg npgstaff 0 Feb 2 2016 SP3.txt
-rw-r--r--. 1 npg npgstaff 0 Feb 2 2016 SP4.txt
-rw-r--r--. 1 npg npgstaff 0 Feb 2 2016 SP5.txt
-rw-r--r--. 1 npg npgstaff 6438 Feb 2 2016 Spectrum.js
-rw-r--r--. 1 npg npgstaff 43204 Feb 2 2016 Spectrum.tcl
-rw-r--r--. 1 npg npgstaff 29496 Feb 2 2016 Spectrum.tml |
|
Wed Sep 28 06:40:40 2016, TD & CG, Wednesday 28 September
|
14.40 AIDA power up
Julabo FL11006 set point +20 deg C
DSSSD biases & leakage currents OK - see attachments 1 & 2
System-wide checks OK *except* nnaida19 fails ASIC timestamp check (no change)
15.02 R1 (directory /TapeData/Sept2016) starts
ASIC settings 2016Sep02-18.17.01
15.46 FEE temperatures OK - see attachment 3
No merger error messages
R1_6 ADC data synchronised
23.07 R6_119 ADC data synchronised
FEE temperatures OK - see attachment 4 |
|
Wed Sep 7 16:11:25 2016, Patrick Coleman-Smith, Updated layout.txt file in aidas1
|
Used the layout reported in ELOG357 and updated the layout.txt file used in the "Layout and Status" browser window.
The file is in /MIDAS/config/TclHttpd/aidas1
The browser window "Layout and Status" is accessed from the Control browser window.
It is intended to be used to determine if the Embedded Linux is operating in the FEE64. Each FEE64 in the layout.txt file is pinged with a timeout of 1 second. The layout then shows red for no response and green for a response. |
|
Mon Sep 5 06:54:02 2016, TD, Monday 5 September 16x
|
14.20 R17 continues
DSSSD bias/leakage current OK - see attachments 1-2
FEE64 temperatures OK - see attachment 3
System-wide checks OK *except* nnaida19 fails ASIC timestamp check (no change)
No merger error messages
AIDA SYNC, PAUSE, RESUME, Correlation L, SYNC time warp, Good Events, AIDA disc, nnaida6, nnaida5 &
nnaida20 statistics - see attachments 4-14
Analysis of R17_584 - FEE64 data synaidas1> ./analyser2 /TapeData/Aug2016/R17_584
*** GREAT format 3.2.0 analyser - TD - May 2014
*** ERROR: READ I/O error: 5002
blocks: 32000
ADC data format: 258868072 ( 1733415.6 Hz)
Other data format: 2219928 ( 14864.9 Hz)
Sample trace data format: 0 ( 0.0 Hz)
Undefined format: 0 ( 0.0 Hz)
Other data format type: PAUSE: 94 ( 0.6 Hz)
RESUME: 94 ( 0.6 Hz)
SYNC100: 1365786 ( 9145.5 Hz)
FEE64 disc: 842248 ( 5639.8 Hz)
MBS info: 11706 ( 78.4 Hz)
Other info: 0 ( 0.0 Hz)
ADC data range bit set: 400 ( 2.7 Hz)
Timewarps: ADC: 0 ( 0.0 Hz)
PAUSE: 0 ( 0.0 Hz)
RESUME: 0 ( 0.0 Hz)
SYNC100: 0 ( 0.0 Hz)
FEE64 disc: 0 ( 0.0 Hz)
MBS info: 0 ( 0.0 Hz)
Undefined: 0 ( 0.0 Hz)
Sample trace: 0 ( 0.0 Hz)
Timestamp elapsed time: 149.340 s
FEE module #: 1 elapsed dead time 0.000 s
FEE module #: 2 elapsed dead time 0.026 s
FEE module #: 3 elapsed dead time 0.007 s
FEE module #: 4 elapsed dead time 0.000 s
FEE module #: 5 elapsed dead time 0.439 s
FEE module #: 6 elapsed dead time 0.329 s
FEE module #: 7 elapsed dead time 0.000 s
FEE module #: 8 elapsed dead time 0.000 s
FEE module #: 9 elapsed dead time 0.104 s
FEE module #: 10 elapsed dead time 0.000 s
FEE module #: 11 elapsed dead time 0.000 s
FEE module #: 12 elapsed dead time 0.001 s
FEE module #: 13 elapsed dead time 0.515 s
FEE module #: 14 elapsed dead time 0.290 s
FEE module #: 15 elapsed dead time 0.078 s
FEE module #: 16 elapsed dead time 0.036 s
FEE module #: 17 elapsed dead time 0.379 s
FEE module #: 18 elapsed dead time 0.044 s
FEE module #: 19 elapsed dead time 0.122 s
FEE module #: 20 elapsed dead time 0.063 s
FEE module #: 21 elapsed dead time 0.218 s
FEE module #: 22 elapsed dead time 0.467 s
FEE module #: 23 elapsed dead time 0.232 s
FEE module #: 24 elapsed dead time 0.059 s
FEE module #: 25 elapsed dead time 0.000 s
FEE module #: 26 elapsed dead time 0.000 s
FEE module #: 27 elapsed dead time 0.000 s
FEE module #: 28 elapsed dead time 0.000 s
FEE module #: 29 elapsed dead time 0.000 s
FEE module #: 30 elapsed dead time 0.000 s
FEE module #: 31 elapsed dead time 0.000 s
FEE module #: 32 elapsed dead time 0.000 s
*** Program elapsed time: 26.172s ( 1222.687 blocks/s, 76.418 Mb/s)
chronised - see attachment 16
aidas1> ./analyser2 /TapeData/Aug2016/R17_584
*** GREAT format 3.2.0 analyser - TD - May 2014
*** ERROR: READ I/O error: 5002
blocks: 32000
ADC data format: 258868072 ( 1733415.6 Hz)
Other data format: 2219928 ( 14864.9 Hz)
Sample trace data format: 0 ( 0.0 Hz)
Undefined format: 0 ( 0.0 Hz)
Other data format type: PAUSE: 94 ( 0.6 Hz)
RESUME: 94 ( 0.6 Hz)
SYNC100: 1365786 ( 9145.5 Hz)
FEE64 disc: 842248 ( 5639.8 Hz)
MBS info: 11706 ( 78.4 Hz)
Other info: 0 ( 0.0 Hz)
ADC data range bit set: 400 ( 2.7 Hz)
Timewarps: ADC: 0 ( 0.0 Hz)
PAUSE: 0 ( 0.0 Hz)
RESUME: 0 ( 0.0 Hz)
SYNC100: 0 ( 0.0 Hz)
FEE64 disc: 0 ( 0.0 Hz)
MBS info: 0 ( 0.0 Hz)
Undefined: 0 ( 0.0 Hz)
Sample trace: 0 ( 0.0 Hz)
Timestamp elapsed time: 149.340 s
FEE module #: 1 elapsed dead time 0.000 s
FEE module #: 2 elapsed dead time 0.026 s
FEE module #: 3 elapsed dead time 0.007 s
FEE module #: 4 elapsed dead time 0.000 s
FEE module #: 5 elapsed dead time 0.439 s
FEE module #: 6 elapsed dead time 0.329 s
FEE module #: 7 elapsed dead time 0.000 s
FEE module #: 8 elapsed dead time 0.000 s
FEE module #: 9 elapsed dead time 0.104 s
FEE module #: 10 elapsed dead time 0.000 s
FEE module #: 11 elapsed dead time 0.000 s
FEE module #: 12 elapsed dead time 0.001 s
FEE module #: 13 elapsed dead time 0.515 s
FEE module #: 14 elapsed dead time 0.290 s
FEE module #: 15 elapsed dead time 0.078 s
FEE module #: 16 elapsed dead time 0.036 s
FEE module #: 17 elapsed dead time 0.379 s
FEE module #: 18 elapsed dead time 0.044 s
FEE module #: 19 elapsed dead time 0.122 s
FEE module #: 20 elapsed dead time 0.063 s
FEE module #: 21 elapsed dead time 0.218 s
FEE module #: 22 elapsed dead time 0.467 s
FEE module #: 23 elapsed dead time 0.232 s
FEE module #: 24 elapsed dead time 0.059 s
FEE module #: 25 elapsed dead time 0.000 s
FEE module #: 26 elapsed dead time 0.000 s
FEE module #: 27 elapsed dead time 0.000 s
FEE module #: 28 elapsed dead time 0.000 s
FEE module #: 29 elapsed dead time 0.000 s
FEE module #: 30 elapsed dead time 0.000 s
FEE module #: 31 elapsed dead time 0.000 s
FEE module #: 32 elapsed dead time 0.000 s
*** Program elapsed time: 26.172s ( 1222.687 blocks/s, 76.418 Mb/s)
15.08 R17 stops
Detector bias OFF
FEE64 power OFF
USB-controlled ac mains relay OFF
Julabo FL11006 recirculating chiller OFF
ac mains cables to ac mains distributor disconnected
network cables aida1 and aida2 disconnected, rolled up and secured to stairwell rails
207Bi source removed and returned to B2F/F11 storage location |
|
Sun Sep 4 04:35:42 2016, TD, FEE64 & MACB configuration
|
UP
nnaida1 nnaida9 nnaida17
LEFT nnaida2 nnaida10 nnaida18 RIGHT
nnaida23 nnaida15 nnaida7 nnaida3 nnaida11 nnaida19
nnaida24 nnaida16 nnaida8 nnaida4 nnaida12 nnaida20
nnaida5 nnaida13 nnaida21
nnaida6 nnaida14 nnaida22
DOWN
<LOOKING UPSTREAM>
LEFT-RIGHT n+n ohmic strips
UP-DOWN p+n junction strips
1 2 3 4 5 6 7 8 9 10 11 MACB NIM Module # spare 1 spare 2
<- #1 <- #2 <- #2 <- #2 <- #2 <- #1 <- #7 <- #7 <- #7 <- #7 Next
-> #2 -> #3 6* 21 7 23 -> #8 1 17 3 19 Port 1
-> #7 -> #4 5 22 8 24 -> #9 2 18 4 20 Port 2
-> #5 13 29 15 31 -> #10 9 25 11 27 Port 3
-> #6 14 30 16 32 -> #11 10 26 12 28 Port 4
** 2 2 3 3 3 3 3 3 3 3 Mode
y y Rev B y
* = Master Timestamp FEE64
** MACB (rev A serial #13 mode 5) external 50MHz clock
or
MACB (rev B serial #11 mode 0) internal 50MHz cloxk
MACB HDMI cabling mechanically secured by 1U cable organiser above MACB NIM bin and by AIDA frame
- see attachments 1-3 |
|
Sun Sep 4 04:26:23 2016, TD, Sunday 4 September 20x
|
14.20 R13 continues
DSSSD bias/leakage current OK - see attachments 1-2
FEE64 temperatures OK - see attachment 3
System-wide checks OK *except* nnaida19 fails ASIC timestamp check (no change)
Merger errors messages for Q 19 - see attachment 4
AIDA SYNC, PAUSE, RESUME, Correlation L, SYNC time warp, Good Events, AIDA disc, nnaida6, nnaida5 &
nnaida20 statistics - see attachments 6-16
Analysis of R16_331 - FEE64 data synchronised - see attachment 17
aidas1> ./analyser2 /TapeData/Aug2016/R16_331
*** GREAT format 3.2.0 analyser - TD - May 2014
*** ERROR: READ I/O error: 5002
blocks: 32000
ADC data format: 182657196 ( 1048839.0 Hz)
Other data format: 78430804 ( 450358.8 Hz)
Sample trace data format: 0 ( 0.0 Hz)
Undefined format: 0 ( 0.0 Hz)
Other data format type: PAUSE: 94 ( 0.5 Hz)
RESUME: 95 ( 0.5 Hz)
SYNC100: 1591884 ( 9140.8 Hz)
FEE64 disc: 76825108 ( 441138.8 Hz)
MBS info: 13623 ( 78.2 Hz)
Other info: 0 ( 0.0 Hz)
ADC data range bit set: 4398 ( 25.3 Hz)
Timewarps: ADC: 0 ( 0.0 Hz)
PAUSE: 0 ( 0.0 Hz)
RESUME: 0 ( 0.0 Hz)
SYNC100: 0 ( 0.0 Hz)
FEE64 disc: 0 ( 0.0 Hz)
MBS info: 0 ( 0.0 Hz)
Undefined: 0 ( 0.0 Hz)
Sample trace: 0 ( 0.0 Hz)
Timestamp elapsed time: 174.152 s
FEE module #: 1 elapsed dead time 0.189 s
FEE module #: 2 elapsed dead time 0.705 s
FEE module #: 3 elapsed dead time 0.000 s
FEE module #: 4 elapsed dead time 0.000 s
FEE module #: 5 elapsed dead time 3.321 s
FEE module #: 6 elapsed dead time 0.467 s
FEE module #: 7 elapsed dead time 0.000 s
FEE module #: 8 elapsed dead time 0.000 s
FEE module #: 9 elapsed dead time 0.124 s
FEE module #: 10 elapsed dead time 0.000 s
FEE module #: 11 elapsed dead time 0.000 s
FEE module #: 12 elapsed dead time 0.000 s
FEE module #: 13 elapsed dead time 0.284 s
FEE module #: 14 elapsed dead time 0.035 s
FEE module #: 15 elapsed dead time 0.000 s
FEE module #: 16 elapsed dead time 0.000 s
FEE module #: 17 elapsed dead time 0.684 s
FEE module #: 18 elapsed dead time 0.012 s
FEE module #: 19 elapsed dead time 0.000 s
FEE module #: 20 elapsed dead time 0.000 s
FEE module #: 21 elapsed dead time 0.000 s
FEE module #: 22 elapsed dead time 0.158 s
FEE module #: 23 elapsed dead time 0.000 s
FEE module #: 24 elapsed dead time 0.000 s
FEE module #: 25 elapsed dead time 0.000 s
FEE module #: 26 elapsed dead time 0.000 s
FEE module #: 27 elapsed dead time 0.000 s
FEE module #: 28 elapsed dead time 0.000 s
FEE module #: 29 elapsed dead time 0.000 s
FEE module #: 30 elapsed dead time 0.000 s
FEE module #: 31 elapsed dead time 0.000 s
FEE module #: 32 elapsed dead time 0.000 s
*** Program elapsed time: 27.594s ( 1159.683 blocks/s, 72.480 Mb/s)
14.29 R16 stops
15.30 Noise measurements
Found incorrect test pulse polarity connected to p+n and n+n FEE64s - corrected - see attachment 18
DSSSD #1 FEE64s, shaping time(us) versus pulser peak widths ch FWHM
17 22 20 23 spectrum 1.8.L
0.5 180 202 130 104
1 147 177 121 128
2 110 164 116 128
2.5 97 154 103 131
3.5 82 123 93 110
4.5 75 105 88 104
5.5 71 93 86 99
6 71 90 84 97
6.5 69 91 87 94
7 70 87 80 94
7.5 70 84 86 93
8 71 87 87 92
System-wide checks OK *except* nnaida19 fails ASIC timestamp check (no change)
16.26 R17 starts
Pulser + 207Bi source
ASIC settings 2016Sep02-18.17.01
Discriminator masks -> 0-31 0x0 32-63 0x800000
Correlation scaler trigger delay 0x180 -> 0x5
Slow comparator 0x8
Analysis of R17_0 - FEE64 data synchronised - see attachment 19
top - attachment 20
merger 1.9M items/s tapeserver 15Mb/s |
|
Sat Sep 3 05:54:14 2016, TD, Saturday 3 September 16x
|
14.20 R13 continues
DSSSD bias/leakage current OK - see attachments 1-2
FEE64 temperatures OK - see attachment 3
System-wide checks OK *except* nnaida19 fails ASIC timestamp check (no change)
Merger errors messages for Q 19 - see attachment 4
AIDA SYNC, PAUSE, RESUME, Correlation L, SYNC time warp, Good Events, AIDA disc, nnaida6, nnaida5 &
nnaida20 statistics - see attachments 5-15
Analysis of R13_317 - FEE64 data synchronised - see attachment 16
aidas1> ./analyser2 /TapeData/Aug2016/R13_317
*** GREAT format 3.2.0 analyser - TD - May 2014
*** ERROR: READ I/O error: 5002
blocks: 32000
ADC data format: 107206849 ( 490913.0 Hz)
Other data format: 153881151 ( 704640.2 Hz)
Sample trace data format: 0 ( 0.0 Hz)
Undefined format: 0 ( 0.0 Hz)
Other data format type: PAUSE: 134 ( 0.6 Hz)
RESUME: 134 ( 0.6 Hz)
SYNC100: 1997059 ( 9144.8 Hz)
FEE64 disc: 151882150 ( 695486.5 Hz)
MBS info: 1674 ( 7.7 Hz)
Other info: 0 ( 0.0 Hz)
ADC data range bit set: 1095 ( 5.0 Hz)
Timewarps: ADC: 0 ( 0.0 Hz)
PAUSE: 0 ( 0.0 Hz)
RESUME: 0 ( 0.0 Hz)
SYNC100: 0 ( 0.0 Hz)
FEE64 disc: 0 ( 0.0 Hz)
MBS info: 0 ( 0.0 Hz)
Undefined: 0 ( 0.0 Hz)
Sample trace: 0 ( 0.0 Hz)
Timestamp elapsed time: 218.383 s
FEE module #: 1 elapsed dead time 0.437 s
FEE module #: 2 elapsed dead time 0.298 s
FEE module #: 3 elapsed dead time 0.000 s
FEE module #: 4 elapsed dead time 0.000 s
FEE module #: 5 elapsed dead time 2.671 s
FEE module #: 6 elapsed dead time 1.429 s
FEE module #: 7 elapsed dead time 0.000 s
FEE module #: 8 elapsed dead time 0.000 s
FEE module #: 9 elapsed dead time 0.000 s
FEE module #: 10 elapsed dead time 0.000 s
FEE module #: 11 elapsed dead time 0.000 s
FEE module #: 12 elapsed dead time 0.000 s
FEE module #: 13 elapsed dead time 0.000 s
FEE module #: 14 elapsed dead time 0.129 s
FEE module #: 15 elapsed dead time 0.000 s
FEE module #: 16 elapsed dead time 0.000 s
FEE module #: 17 elapsed dead time 0.010 s
FEE module #: 18 elapsed dead time 0.000 s
FEE module #: 19 elapsed dead time 0.392 s
FEE module #: 20 elapsed dead time 0.000 s
FEE module #: 21 elapsed dead time 0.000 s
FEE module #: 22 elapsed dead time 0.021 s
FEE module #: 23 elapsed dead time 0.000 s
FEE module #: 24 elapsed dead time 0.000 s
FEE module #: 25 elapsed dead time 0.000 s
FEE module #: 26 elapsed dead time 0.000 s
FEE module #: 27 elapsed dead time 0.000 s
FEE module #: 28 elapsed dead time 0.000 s
FEE module #: 29 elapsed dead time 0.000 s
FEE module #: 30 elapsed dead time 0.000 s
FEE module #: 31 elapsed dead time 0.000 s
FEE module #: 32 elapsed dead time 0.000 s
*** Program elapsed time: 19.699s ( 1624.430 blocks/s, 101.527 Mb/s)
18.30 HDMI cabling to NIM MACB modules mechanically secured by 1U 'cable organiser' installed above MACB NIM bin
and by AIDA stand frame
ALL system-wide checks OK *except* nnaida19 fails ASIC timestamp check (no change)
18.55 R16 starts
ASIC settings 2016Sep02-18.17.01
Discriminator masks -> 0x0
Correlation scaler trigger delay 0x180 -> 0x5
Analysis of R16_0 - FEE64 data synchronised |
|
Fri Sep 2 06:22:26 2016, TD, Friday 2 September 17x
|
14.20 R11 continues
DSSSD bias/leakage current OK - see attachments 1-2
FEE64 temperatures OK - see attachment 3
System-wide checks OK *except* nnaida19 fails ASIC timestamp check (no change)
Free memory - see attachment 4
Merger errors messages for links 4 & 5 - see attachment 5
AIDA SYNC, PAUSE, RESUME, Correlation L, SYNC time warp, Good Events, AIDA disc, nnaida6, nnaida5 &
nnaida20 statistics - see
attachments 6-16
Analysis of R11_645 - FEE64 data synchronised - see attachment 17
aidas1> ./analyser2 /TapeData/Aug2016/R11_645
*** GREAT format 3.2.0 analyser - TD - May 2014
*** ERROR: READ I/O error: 5002
blocks: 32000
ADC data format: 156678476 ( 1098367.0 Hz)
Other data format: 104409524 ( 731944.6 Hz)
Sample trace data format: 0 ( 0.0 Hz)
Undefined format: 0 ( 0.0 Hz)
Other data format type: PAUSE: 92 ( 0.6 Hz)
RESUME: 92 ( 0.6 Hz)
SYNC100: 1303563 ( 9138.4 Hz)
FEE64 disc: 103104691 ( 722797.4 Hz)
MBS info: 1086 ( 7.6 Hz)
Other info: 0 ( 0.0 Hz)
ADC data range bit set: 650 ( 4.6 Hz)
Timewarps: ADC: 0 ( 0.0 Hz)
PAUSE: 0 ( 0.0 Hz)
RESUME: 0 ( 0.0 Hz)
SYNC100: 0 ( 0.0 Hz)
FEE64 disc: 0 ( 0.0 Hz)
MBS info: 0 ( 0.0 Hz)
Undefined: 0 ( 0.0 Hz)
Sample trace: 0 ( 0.0 Hz)
Timestamp elapsed time: 142.647 s
FEE module #: 1 elapsed dead time 0.186 s
FEE module #: 2 elapsed dead time 0.427 s
FEE module #: 3 elapsed dead time 0.000 s
FEE module #: 4 elapsed dead time 0.000 s
FEE module #: 5 elapsed dead time 1.001 s
FEE module #: 6 elapsed dead time 3.508 s
FEE module #: 7 elapsed dead time 0.000 s
FEE module #: 8 elapsed dead time 0.000 s
FEE module #: 9 elapsed dead time 0.053 s
FEE module #: 10 elapsed dead time 0.000 s
FEE module #: 11 elapsed dead time 0.000 s
FEE module #: 12 elapsed dead time 0.000 s
FEE module #: 13 elapsed dead time 0.100 s
FEE module #: 14 elapsed dead time 0.164 s
FEE module #: 15 elapsed dead time 0.000 s
FEE module #: 16 elapsed dead time 0.000 s
FEE module #: 17 elapsed dead time 0.264 s
FEE module #: 18 elapsed dead time 0.000 s
FEE module #: 19 elapsed dead time 0.000 s
FEE module #: 20 elapsed dead time 0.000 s
FEE module #: 21 elapsed dead time 0.028 s
FEE module #: 22 elapsed dead time 0.171 s
FEE module #: 23 elapsed dead time 0.000 s
FEE module #: 24 elapsed dead time 0.000 s
FEE module #: 25 elapsed dead time 0.000 s
FEE module #: 26 elapsed dead time 0.000 s
FEE module #: 27 elapsed dead time 0.000 s
FEE module #: 28 elapsed dead time 0.000 s
FEE module #: 29 elapsed dead time 0.000 s
FEE module #: 30 elapsed dead time 0.000 s
FEE module #: 31 elapsed dead time 0.000 s
FEE module #: 32 elapsed dead time 0.000 s
*** Program elapsed time: 15.730s ( 2034.269 blocks/s, 127.142 Mb/s)
14.54 R11 stopped (two DAQ STOP commands required)
15.00 New firmware version 8.24 installed (/MIDAS/Aida/FEE_GF_Feb16_24.bin)
- guarantee SYNC is the last data item with timestamp ending 0x000000A0 to be output (merger assumes this)
- ASIC clock runs when output disabled (ASIC requires periodic reset)
18.40 R13 starts
ASIC settings 2016Sep02-18.17.01
Discriminator masks -> 0x0
Correlation scaler trigger delay 0x180 -> 0x5 |
|
Thu Sep 1 03:45:34 2016, TD, Thursday 1 September 28x
|
13.33 R11 starts
ASIC settings 2016Aug20-15.34.53
Discriminator masks -> 0x0
Slow comparator 0x10
LEC/MEC fast comparator 0xff
From Correlation Status & Control tab change Trigger delay 0x180
BNC PB-4 Pulser
Amplitude 90,000
x5 attenuator IN
t_r 50ns tau_d 50us
- polarity
INT ref, delay MIN, tail pulse
Frequency c. 5Hz
B2F/F11 temp +24.8 deg C, d.p. +11.9 deg C, RH 44.8%
DSSSD bias/leakage current OK - see attachments 1-2
FEE64 temperatures OK - see attachment 3
System-wide checks OK - see attachments 4-9
AIDA SYNC, PAUSE, RESUME, Correlation L, SYNC time warp, Good Events, AIDA disc, nnaida6, nnaida5 & nnaida20 statistics - see
attachments 10-20
Good event rate varies from 5-320k / FEE64
Merger/tapeserver - see attachments 21-22
Merged data rate ~2-3M data items/s, c. 16M to disk
Analysis of R11_93 - FEE64 data synchronised - see attachment 23
aidas1> ./analyser2 /TapeData/Aug2016/R11_93
*** GREAT format 3.2.0 analyser - TD - May 2014
*** ADC data: block: 3402 ptr: 15985 data: 0xC4C37FDB module: 19 fail: 0 range: 0 id: 1219 channel: 3 adc: 32731 ts:
0x00000120C00000A0 OLD: ts: 0x00000120D000008D tag: 3 type: 0
*** ERROR: READ I/O error: 5002
blocks: 32000
ADC data format: 170966247 ( 1387907.5 Hz)
Other data format: 90121753 ( 731610.3 Hz)
Sample trace data format: 0 ( 0.0 Hz)
Undefined format: 0 ( 0.0 Hz)
Other data format type: PAUSE: 106 ( 0.9 Hz)
RESUME: 106 ( 0.9 Hz)
SYNC100: 1124303 ( 9127.1 Hz)
FEE64 disc: 88996299 ( 722473.8 Hz)
MBS info: 939 ( 7.6 Hz)
Other info: 0 ( 0.0 Hz)
ADC data range bit set: 571 ( 4.6 Hz)
Timewarps: ADC: 1 ( 0.0 Hz)
PAUSE: 0 ( 0.0 Hz)
RESUME: 0 ( 0.0 Hz)
SYNC100: 0 ( 0.0 Hz)
FEE64 disc: 0 ( 0.0 Hz)
MBS info: 0 ( 0.0 Hz)
Undefined: 0 ( 0.0 Hz)
Sample trace: 0 ( 0.0 Hz)
Timestamp elapsed time: 123.183 s
FEE module #: 1 elapsed dead time 0.370 s
FEE module #: 2 elapsed dead time 0.317 s
FEE module #: 3 elapsed dead time 0.000 s
FEE module #: 4 elapsed dead time 0.000 s
FEE module #: 5 elapsed dead time 1.058 s
FEE module #: 6 elapsed dead time 2.581 s
FEE module #: 7 elapsed dead time 0.000 s
FEE module #: 8 elapsed dead time 0.000 s
FEE module #: 9 elapsed dead time 0.130 s
FEE module #: 10 elapsed dead time 0.000 s
FEE module #: 11 elapsed dead time 0.000 s
FEE module #: 12 elapsed dead time 0.000 s
FEE module #: 13 elapsed dead time 1.078 s
FEE module #: 14 elapsed dead time 0.172 s
FEE module #: 15 elapsed dead time 0.000 s
FEE module #: 16 elapsed dead time 0.000 s
FEE module #: 17 elapsed dead time 0.223 s
FEE module #: 18 elapsed dead time 0.017 s
FEE module #: 19 elapsed dead time 0.089 s
FEE module #: 20 elapsed dead time 0.000 s
FEE module #: 21 elapsed dead time 2.291 s
FEE module #: 22 elapsed dead time 0.450 s
FEE module #: 23 elapsed dead time 0.000 s
FEE module #: 24 elapsed dead time 0.000 s
FEE module #: 25 elapsed dead time 0.000 s
FEE module #: 26 elapsed dead time 0.000 s
FEE module #: 27 elapsed dead time 0.000 s
FEE module #: 28 elapsed dead time 0.000 s
FEE module #: 29 elapsed dead time 0.000 s
FEE module #: 30 elapsed dead time 0.000 s
FEE module #: 31 elapsed dead time 0.000 s
FEE module #: 32 elapsed dead time 0.000 s
*** Program elapsed time: 21.035s ( 1521.263 blocks/s, 95.079 Mb/s)
Verbose data dump around time warp (file R11_93, block 3402, ptr 15985)
*** ADC data: block: 3402 ptr: 15901 data: 0xC5777559 module: 21 fail: 0 range: 0 id: 1399 channel: 55 adc: 30041 ts:
0x00000120CFFFF895
*** FEE64 discriminator: block: 3402 ptr: 15903 data: 0x85640080 module: 5 information type: 6 information field: 0x00040080 ts:
0x00000120CFFFF895
*** ADC data: block: 3402 ptr: 15905 data: 0xC17A793F module: 5 fail: 0 range: 0 id: 378 channel: 58 adc: 31039 ts:
0x00000120CFFFF895
*** FEE64 discriminator: block: 3402 ptr: 15907 data: 0x86640080 module: 6 information type: 6 information field: 0x00040080 ts:
0x00000120CFFFF898
*** FEE64 discriminator: block: 3402 ptr: 15909 data: 0x82640080 module: 2 information type: 6 information field: 0x00040080 ts:
0x00000120CFFFF89A
*** FEE64 discriminator: block: 3402 ptr: 15911 data: 0x81640080 module: 1 information type: 6 information field: 0x00040080 ts:
0x00000120CFFFF89B
*** ADC data: block: 3402 ptr: 15913 data: 0xC5018140 module: 20 fail: 0 range: 0 id: 1281 channel: 1 adc: 33088 ts:
0x00000120CFFFF8D5
*** ADC data: block: 3402 ptr: 15915 data: 0xC3617FA1 module: 13 fail: 0 range: 0 id: 865 channel: 33 adc: 32673 ts:
0x00000120CFFFF92D
*** ADC data: block: 3402 ptr: 15917 data: 0xC5417DDE module: 21 fail: 0 range: 0 id: 1345 channel: 1 adc: 32222 ts:
0x00000120CFFFF95D
*** ADC data: block: 3402 ptr: 15919 data: 0xC57A7D7B module: 21 fail: 0 range: 0 id: 1402 channel: 58 adc: 32123 ts:
0x00000120CFFFF95D
*** ADC data: block: 3402 ptr: 15921 data: 0xC3687F55 module: 13 fail: 0 range: 0 id: 872 channel: 40 adc: 32597 ts:
0x00000120CFFFF9F5
*** FEE64 discriminator: block: 3402 ptr: 15923 data: 0x85640080 module: 5 information type: 6 information field: 0x00040080 ts:
0x00000120CFFFFB5B
*** FEE64 discriminator: block: 3402 ptr: 15925 data: 0x86640080 module: 6 information type: 6 information field: 0x00040080 ts:
0x00000120CFFFFB5C
*** FEE64 discriminator: block: 3402 ptr: 15927 data: 0x82640080 module: 2 information type: 6 information field: 0x00040080 ts:
0x00000120CFFFFB5F
*** ADC data: block: 3402 ptr: 15929 data: 0xC35F7DAD module: 13 fail: 0 range: 0 id: 863 channel: 31 adc: 32173 ts:
0x00000120CFFFFB85
*** ADC data: block: 3402 ptr: 15931 data: 0xC3307F91 module: 12 fail: 0 range: 0 id: 816 channel: 48 adc: 32657 ts:
0x00000120CFFFFBB5
*** ADC data: block: 3402 ptr: 15933 data: 0xC5A67F6D module: 22 fail: 0 range: 0 id: 1446 channel: 38 adc: 32621 ts:
0x00000120CFFFFBDD
*** ADC data: block: 3402 ptr: 15935 data: 0xC0C0845E module: 3 fail: 0 range: 0 id: 192 channel: 0 adc: 33886 ts:
0x00000120CFFFFC35
*** ADC data: block: 3402 ptr: 15937 data: 0xC3657ED9 module: 13 fail: 0 range: 0 id: 869 channel: 37 adc: 32473 ts:
0x00000120CFFFFC4D
*** FEE64 discriminator: block: 3402 ptr: 15939 data: 0x85640080 module: 5 information type: 6 information field: 0x00040080 ts:
0x00000120CFFFFC77
*** FEE64 discriminator: block: 3402 ptr: 15941 data: 0x86640080 module: 6 information type: 6 information field: 0x00040080 ts:
0x00000120CFFFFC7A
*** FEE64 discriminator: block: 3402 ptr: 15943 data: 0x81640080 module: 1 information type: 6 information field: 0x00040080 ts:
0x00000120CFFFFC7C
*** FEE64 discriminator: block: 3402 ptr: 15945 data: 0x82640080 module: 2 information type: 6 information field: 0x00040080 ts:
0x00000120CFFFFC7C
*** ADC data: block: 3402 ptr: 15947 data: 0xC4DC8041 module: 19 fail: 0 range: 0 id: 1244 channel: 28 adc: 32833 ts:
0x00000120CFFFFCB8
*** FEE64 discriminator: block: 3402 ptr: 15949 data: 0x85640080 module: 5 information type: 6 information field: 0x00040080 ts:
0x00000120CFFFFCC6
*** ADC data: block: 3402 ptr: 15951 data: 0xC38C7EF8 module: 14 fail: 0 range: 0 id: 908 channel: 12 adc: 32504 ts:
0x00000120CFFFFD3D
*** ADC data: block: 3402 ptr: 15953 data: 0xC4817ED8 module: 18 fail: 0 range: 0 id: 1153 channel: 1 adc: 32472 ts:
0x00000120CFFFFD85
*** ADC data: block: 3402 ptr: 15955 data: 0xC3577EE4 module: 13 fail: 0 range: 0 id: 855 channel: 23 adc: 32484 ts:
0x00000120CFFFFDDD
*** ADC data: block: 3402 ptr: 15957 data: 0xC1B67F41 module: 6 fail: 0 range: 0 id: 438 channel: 54 adc: 32577 ts:
0x00000120CFFFFE35
*** FEE64 discriminator: block: 3402 ptr: 15959 data: 0x85640080 module: 5 information type: 6 information field: 0x00040080 ts:
0x00000120CFFFFF44
*** ADC data: block: 3402 ptr: 15961 data: 0xC5517FCD module: 21 fail: 0 range: 0 id: 1361 channel: 17 adc: 32717 ts:
0x00000120CFFFFF9D
*** ADC data: block: 3402 ptr: 15963 data: 0xC5957FEA module: 22 fail: 0 range: 0 id: 1429 channel: 21 adc: 32746 ts:
0x00000120CFFFFFC5
*** ADC data: block: 3402 ptr: 15965 data: 0xC5B37E90 module: 22 fail: 0 range: 0 id: 1459 channel: 51 adc: 32400 ts:
0x00000120CFFFFFC5
*** FEE64 discriminator: block: 3402 ptr: 15967 data: 0x85640080 module: 5 information type: 6 information field: 0x00040080 ts:
0x00000120CFFFFFD9
*** ADC data: block: 3402 ptr: 15969 data: 0xC4B77FCE module: 18 fail: 0 range: 0 id: 1207 channel: 55 adc: 32718 ts:
0x00000120CFFFFFDD
*** ADC data: block: 3402 ptr: 15971 data: 0xC5047FBE module: 20 fail: 0 range: 0 id: 1284 channel: 4 adc: 32702 ts:
0x00000120CFFFFFDD
*** ADC data: block: 3402 ptr: 15973 data: 0xC3627FFD module: 13 fail: 0 range: 0 id: 866 channel: 34 adc: 32765 ts:
0x00000120D0000035
*** FEE64 discriminator: block: 3402 ptr: 15975 data: 0x85640080 module: 5 information type: 6 information field: 0x00040080 ts:
0x00000120D0000059
*** FEE64 discriminator: block: 3402 ptr: 15977 data: 0x86640080 module: 6 information type: 6 information field: 0x00040080 ts:
0x00000120D000005D
*** FEE64 discriminator: block: 3402 ptr: 15979 data: 0x82640080 module: 2 information type: 6 information field: 0x00040080 ts:
0x00000120D000005F
*** ADC data: block: 3402 ptr: 15981 data: 0xC5437FC7 module: 21 fail: 0 range: 0 id: 1347 channel: 3 adc: 32711 ts:
0x00000120D0000065
*** ADC data: block: 3402 ptr: 15983 data: 0xC583802E module: 22 fail: 0 range: 0 id: 1411 channel: 3 adc: 32814 ts:
0x00000120D000008D
*** ADC data: block: 3402 ptr: 15985 data: 0xC4C37FDB module: 19 fail: 0 range: 0 id: 1219 channel: 3 adc: 32731 ts:
0x00000120C00000A0 OLD: ts: 0x00000120D000008D tag: 3 type: 0
*** ADC data: block: 3402 ptr: 15985 data: 0xC4C37FDB module: 19 fail: 0 range: 0 id: 1219 channel: 3 adc: 32731 ts:
0x00000120C00000A0
*** SYNC100 timestamp: block: 3402 ptr: 15987 data: 0x8140120D module: 1 information type: 4 information field: 0x0000120D ts:
0x00000120D00000A0
*** SYNC100 timestamp: block: 3402 ptr: 15989 data: 0x8240120D module: 2 information type: 4 information field: 0x0000120D ts:
0x00000120D00000A0
*** SYNC100 timestamp: block: 3402 ptr: 15991 data: 0x8340120D module: 3 information type: 4 information field: 0x0000120D ts:
0x00000120D00000A0
*** SYNC100 timestamp: block: 3402 ptr: 15993 data: 0x8440120D module: 4 information type: 4 information field: 0x0000120D ts:
0x00000120D00000A0
*** SYNC100 timestamp: block: 3402 ptr: 15995 data: 0x8540120D module: 5 information type: 4 information field: 0x0000120D ts:
0x00000120D00000A0
*** SYNC100 timestamp: block: 3402 ptr: 15997 data: 0x8640120D module: 6 information type: 4 information field: 0x0000120D ts:
0x00000120D00000A0
*** SYNC100 timestamp: block: 3402 ptr: 15999 data: 0x8740120D module: 7 information type: 4 information field: 0x0000120D ts:
0x00000120D00000A0
*** SYNC100 timestamp: block: 3402 ptr: 16001 data: 0x8840120D module: 8 information type: 4 information field: 0x0000120D ts:
0x00000120D00000A0
*** SYNC100 timestamp: block: 3402 ptr: 16003 data: 0x8940120D module: 9 information type: 4 information field: 0x0000120D ts:
0x00000120D00000A0
*** SYNC100 timestamp: block: 3402 ptr: 16005 data: 0x8A40120D module: 10 information type: 4 information field: 0x0000120D ts:
0x00000120D00000A0
*** SYNC100 timestamp: block: 3402 ptr: 16007 data: 0x8B40120D module: 11 information type: 4 information field: 0x0000120D ts:
0x00000120D00000A0
*** SYNC100 timestamp: block: 3402 ptr: 16009 data: 0x8C40120D module: 12 information type: 4 information field: 0x0000120D ts:
0x00000120D00000A0
*** SYNC100 timestamp: block: 3402 ptr: 16011 data: 0x8D40120D module: 13 information type: 4 information field: 0x0000120D ts:
0x00000120D00000A0
*** SYNC100 timestamp: block: 3402 ptr: 16013 data: 0x8E40120D module: 14 information type: 4 information field: 0x0000120D ts:
0x00000120D00000A0
*** SYNC100 timestamp: block: 3402 ptr: 16015 data: 0x8F40120D module: 15 information type: 4 information field: 0x0000120D ts:
0x00000120D00000A0
*** SYNC100 timestamp: block: 3402 ptr: 16017 data: 0x9040120D module: 16 information type: 4 information field: 0x0000120D ts:
0x00000120D00000A0
*** SYNC100 timestamp: block: 3402 ptr: 16019 data: 0x9140120D module: 17 information type: 4 information field: 0x0000120D ts:
0x00000120D00000A0
*** SYNC100 timestamp: block: 3402 ptr: 16021 data: 0x9240120D module: 18 information type: 4 information field: 0x0000120D ts:
0x00000120D00000A0
*** SYNC100 timestamp: block: 3402 ptr: 16023 data: 0x9340120D module: 19 information type: 4 information field: 0x0000120D ts:
0x00000120D00000A0
*** SYNC100 timestamp: block: 3402 ptr: 16025 data: 0x9440120D module: 20 information type: 4 information field: 0x0000120D ts:
0x00000120D00000A0
*** SYNC100 timestamp: block: 3402 ptr: 16027 data: 0x9540120D module: 21 information type: 4 information field: 0x0000120D ts:
0x00000120D00000A0
*** SYNC100 timestamp: block: 3402 ptr: 16029 data: 0x9640120D module: 22 information type: 4 information field: 0x0000120D ts:
0x00000120D00000A0
*** SYNC100 timestamp: block: 3402 ptr: 16031 data: 0x9740120D module: 23 information type: 4 information field: 0x0000120D ts:
0x00000120D00000A0
*** SYNC100 timestamp: block: 3402 ptr: 16033 data: 0x9840120D module: 24 information type: 4 information field: 0x0000120D ts:
0x00000120D00000A0
*** ADC data: block: 3402 ptr: 16035 data: 0xC4BA7DF1 module: 18 fail: 0 range: 0 id: 1210 channel: 58 adc: 32241 ts:
0x00000120D00000A5
*** FEE64 discriminator: block: 3402 ptr: 16037 data: 0x85640080 module: 5 information type: 6 information field: 0x00040080 ts:
0x00000120D00000A9
*** FEE64 discriminator: block: 3402 ptr: 16039 data: 0x86640080 module: 6 information type: 6 information field: 0x00040080 ts:
0x00000120D00000AC
*** ADC data: block: 3402 ptr: 16041 data: 0xC5F7812E module: 23 fail: 0 range: 0 id: 1527 channel: 55 adc: 33070 ts:
0x00000120D000010D
*** ADC data: block: 3402 ptr: 16043 data: 0xC5467E32 module: 21 fail: 0 range: 0 id: 1350 channel: 6 adc: 32306 ts:
0x00000120D000012D
*** ADC data: block: 3402 ptr: 16045 data: 0xC4C4801A module: 19 fail: 0 range: 0 id: 1220 channel: 4 adc: 32794 ts:
0x00000120D0000168
*** ADC data: block: 3402 ptr: 16047 data: 0xC54F7E07 module: 21 fail: 0 range: 0 id: 1359 channel: 15 adc: 32263 ts:
0x00000120D00001F5
*** ADC data: block: 3402 ptr: 16049 data: 0xC1907F13 module: 6 fail: 0 range: 0 id: 400 channel: 16 adc: 32531 ts:
0x00000120D000021D
*** ADC data: block: 3402 ptr: 16051 data: 0xC1B76F59 module: 6 fail: 0 range: 0 id: 439 channel: 55 adc: 28505 ts:
0x00000120D000021D
*** FEE64 discriminator: block: 3402 ptr: 16053 data: 0x85640080 module: 5 information type: 6 information field: 0x00040080 ts:
0x00000120D0000268
*** ADC data: block: 3402 ptr: 16055 data: 0xC519804A module: 20 fail: 0 range: 0 id: 1305 channel: 25 adc: 32842 ts:
0x00000120D00002FD
*** FEE64 discriminator: block: 3402 ptr: 16057 data: 0x85640080 module: 5 information type: 6 information field: 0x00040080 ts:
0x00000120D0000326
*** ADC data: block: 3402 ptr: 16059 data: 0xC3A57F86 module: 14 fail: 0 range: 0 id: 933 channel: 37 adc: 32646 ts:
0x00000120D000037D
*** ADC data: block: 3402 ptr: 16061 data: 0xC5707DD1 module: 21 fail: 0 range: 0 id: 1392 channel: 48 adc: 32209 ts:
0x00000120D0000385
*** ADC data: block: 3402 ptr: 16063 data: 0xC5B57F01 module: 22 fail: 0 range: 0 id: 1461 channel: 53 adc: 32513 ts:
0x00000120D00003AD
*** ADC data: block: 3402 ptr: 16065 data: 0xC2457E6F module: 9 fail: 0 range: 0 id: 581 channel: 5 adc: 32367 ts:
0x00000120D00003BD
*** FEE64 discriminator: block: 3402 ptr: 16067 data: 0x85640080 module: 5 information type: 6 information field: 0x00040080 ts:
0x00000120D00003BD
*** ADC data: block: 3402 ptr: 16069 data: 0xC4C181BD module: 19 fail: 0 range: 0 id: 1217 channel: 1 adc: 33213 ts:
0x00000120D00003C0
*** ADC data: block: 3402 ptr: 16071 data: 0xC4ED80E8 module: 19 fail: 0 range: 0 id: 1261 channel: 45 adc: 33000 ts:
0x00000120D00003C0
*** ADC data: block: 3402 ptr: 16073 data: 0xC4F6812B module: 19 fail: 0 range: 0 id: 1270 channel: 54 adc: 33067 ts:
0x00000120D00003C0
*** ADC data: block: 3402 ptr: 16075 data: 0xC3457F08 module: 13 fail: 0 range: 0 id: 837 channel: 5 adc: 32520 ts:
0x00000120D000041D
*** ADC data: block: 3402 ptr: 16077 data: 0xC37C7FB1 module: 13 fail: 0 range: 0 id: 892 channel: 60 adc: 32689 ts:
0x00000120D000041D
*** FEE64 discriminator: block: 3402 ptr: 16079 data: 0x85640080 module: 5 information type: 6 information field: 0x00040080 ts:
0x00000120D000043B
*** FEE64 discriminator: block: 3402 ptr: 16081 data: 0x86640080 module: 6 information type: 6 information field: 0x00040080 ts:
0x00000120D000043B
*** FEE64 discriminator: block: 3402 ptr: 16083 data: 0x81640080 module: 1 information type: 6 information field: 0x00040080 ts:
0x00000120D000043F
*** FEE64 discriminator: block: 3402 ptr: 16085 data: 0x82640080 module: 2 information type: 6 information field: 0x00040080 ts:
0x00000120D0000440
*** ADC data: block: 3402 ptr: 16087 data: 0xC38A7F89 module: 14 fail: 0 range: 0 id: 906 channel: 10 adc: 32649 ts:
0x00000120D0000445
*** ADC data: block: 3402 ptr: 16089 data: 0xC3A68005 module: 14 fail: 0 range: 0 id: 934 channel: 38 adc: 32773 ts:
0x00000120D0000445
*** ADC data: block: 3402 ptr: 16091 data: 0xC3B07E25 module: 14 fail: 0 range: 0 id: 944 channel: 48 adc: 32293 ts:
0x00000120D0000445
*** ADC data: block: 3402 ptr: 16093 data: 0xC5737ED1 module: 21 fail: 0 range: 0 id: 1395 channel: 51 adc: 32465 ts:
0x00000120D000044D
*** ADC data: block: 3402 ptr: 16095 data: 0xC5A17F32 module: 22 fail: 0 range: 0 id: 1441 channel: 33 adc: 32562 ts:
0x00000120D0000475
*** ADC data: block: 3402 ptr: 16097 data: 0xC4FB80F3 module: 19 fail: 0 range: 0 id: 1275 channel: 59 adc: 33011 ts:
0x00000120D0000488
*** ADC data: block: 3402 ptr: 16099 data: 0xC37F7E9C module: 13 fail: 0 range: 0 id: 895 channel: 63 adc: 32412 ts:
0x00000120D00004E5
*** ADC data: block: 3402 ptr: 16101 data: 0xC1837FED module: 6 fail: 0 range: 0 id: 387 channel: 3 adc: 32749 ts:
0x00000120D000053D
Note - system-wide checks still OK despite time warp observed above
no errors reported by merger since start of R11
Free memory before and after saving all L and H spectra to disk - see attachments 24-25
Some merger errors observed during save of all L and H spectra to disk - see attachment 26
FEE64 temperatures - Julabo FL11006 set point + 20 deg C - see attachment 27
set point + 16 deg C - see attachment 28
Temperatures decrease typically ~ 2-4 deg C which implies that the coolant loop is working as expected.
However, +16 deg C is marginal due to relative humidity variations ~40-55% corresponding to Dew Point
temperatures of ~12-14 deg C. Returning Julabo FL11006 set point to +20 deg C. |
|
Tue Aug 30 08:26:33 2016, TD, Tuesday 30 August 28x
|
16.18 R10 stops
ASIC settings 2016Aug20-15.34.53
Discriminator masks -> 0x0
From Correlation Status & Control tab change Trigger delay 0x5
BNC PB-4 Pulser
Amplitude 90,000
x5 attenuator IN
t_r 50ns tau_d 50us
- polarity
INT ref, delay MIN, tail pulse
External (random) trigger from EG&G Ortec 462 Start output (Range 81.92us) - frequency c. 120Hz
B2F/F11 temp +25.1 deg C, d.p. +14.1 deg C, RH 51.6%
DSSSD bias/leakage current OK - see attachments 1-2
FEE64 temperatures OK - see attachment 3
Some error messages observed for merger - see attachment 4-10
All related to Q5 (nnaida6)
System-wide checks OK - see attachments 11-16
AIDA SYNC, PAUSE, RESUME, Correlation L, SYNC time warp, Good Events, nnaida6, nnaida5 & nnaida20
statistics - see attachments
17-25
Analysis of R10_272 shows data synchronised - see attachment 26
FEE # versus timestamp (0.1ms / channel)
nnaida1 - nnaid24 (stat) hit patterns - see attachments 27-28
aidas1> ./analyser2 /TapeData/Aug2016/R10_272
*** GREAT format 3.2.0 analyser - TD - May 2014
*** FEE64 discriminator: block: 15670 ptr: 2407 data: 0x81640080 module: 1 information type: 6 information
field: 0x00040080 ts: 0x000007BD800000A0 OLD: ts: 0x000007BD9000009E tag: 2 type: 6
*** ERROR: READ I/O error: 5002
blocks: 24294
ADC data format: 57829496 ( 296793.6 Hz)
Other data format: 140380504 ( 720463.4 Hz)
Sample trace data format: 0 ( 0.0 Hz)
Undefined format: 0 ( 0.0 Hz)
Other data format type: PAUSE: 59 ( 0.3 Hz)
RESUME: 59 ( 0.3 Hz)
SYNC100: 1783050 ( 9151.0 Hz)
FEE64 disc: 138570073 ( 711171.8 Hz)
MBS info: 27263 ( 139.9 Hz)
Other info: 0 ( 0.0 Hz)
ADC data range bit set: 9410 ( 48.3 Hz)
Timewarps: ADC: 0 ( 0.0 Hz)
PAUSE: 0 ( 0.0 Hz)
RESUME: 0 ( 0.0 Hz)
SYNC100: 0 ( 0.0 Hz)
FEE64 disc: 1 ( 0.0 Hz)
MBS info: 0 ( 0.0 Hz)
Undefined: 0 ( 0.0 Hz)
Sample trace: 0 ( 0.0 Hz)
Timestamp elapsed time: 194.848 s
FEE module #: 1 elapsed dead time 0.210 s
FEE module #: 2 elapsed dead time 0.261 s
FEE module #: 3 elapsed dead time 0.000 s
FEE module #: 4 elapsed dead time 0.000 s
FEE module #: 5 elapsed dead time 0.206 s
FEE module #: 6 elapsed dead time 0.857 s
FEE module #: 7 elapsed dead time 0.000 s
FEE module #: 8 elapsed dead time 0.000 s
FEE module #: 9 elapsed dead time 0.000 s
FEE module #: 10 elapsed dead time 0.000 s
FEE module #: 11 elapsed dead time 0.000 s
FEE module #: 12 elapsed dead time 0.000 s
FEE module #: 13 elapsed dead time 0.000 s
FEE module #: 14 elapsed dead time 0.055 s
FEE module #: 15 elapsed dead time 0.000 s
FEE module #: 16 elapsed dead time 0.000 s
FEE module #: 17 elapsed dead time 0.027 s
FEE module #: 18 elapsed dead time 0.000 s
FEE module #: 19 elapsed dead time 0.000 s
FEE module #: 20 elapsed dead time 0.000 s
FEE module #: 21 elapsed dead time 0.000 s
FEE module #: 22 elapsed dead time 0.013 s
FEE module #: 23 elapsed dead time 0.000 s
FEE module #: 24 elapsed dead time 0.000 s
FEE module #: 25 elapsed dead time 0.000 s
FEE module #: 26 elapsed dead time 0.000 s
FEE module #: 27 elapsed dead time 0.000 s
FEE module #: 28 elapsed dead time 0.000 s
FEE module #: 29 elapsed dead time 0.000 s
FEE module #: 30 elapsed dead time 0.000 s
FEE module #: 31 elapsed dead time 0.000 s
FEE module #: 32 elapsed dead time 0.000 s
*** Program elapsed time: 11.883s ( 2044.465 blocks/s, 127.779 Mb/s) |
|
Mon Aug 29 08:53:55 2016, TD, nnaida19 restored
|
nnaida19 restored to configuration - /MIDAS/Aida/tclhttpd/aidas1/startup.tcl - see attachment 1
Latest version of firmware loaded - /MIDAS/Aida/FEE_GF_Feb16_21.bin
System power-cycled
ASIC settings 2016Aug20-15.34.53
slow comparator 0x20
LEC/MEC fast comparator 0xff
discriminator mask -> 0x0
All system-wide checks OK *except* nnaida19 fails ASIC clock timestamp synchronisation |
|
Mon Aug 29 06:57:32 2016, TD, Monday 29 August 7x
|
Per the instructions provided by https://elog.ph.ed.ac.uk/AIDA/331 added Servisol Heat Sink Compound
to each of the 24x FEE64s currently installed (plus spare FEE module stored in the B3F AIDA storage
area).
Before adding the Servisol Heat Sink Compound - https://elog.ph.ed.ac.uk/AIDA/349 (attachment 3)
After adding the Servisol Heat Sink Compound - see attachment 1
With exception of nnaida8 & nnaida10 Virtex temperatures now ~ +44-55 deg C cf. ~ +55-70 deg C
nnaida6 shows an increase in temperature for the PSU from ~ +35 deg C to ~ +40 deg C
All system-wide checks OK
Rate hit patterns for nnaida1-nnaida24 - see attachments 2-3
Should show uniform rate ~130Hz for all channels
Observe some channels are missing
N.B. 1x AIDA adaptor PCB rev D replaced by spare due to (single) bent ERNI pin
All ERNI connectors of all AIDA adaptor PCBs checked before re-installation of FEE modules
- it is possible that there are other AIDA adaptor PCBs with bent pins
- the system is currently fairly noisy and this could be an alternative explanation of missing channels
16.55 R10
FEE64 configuration includes nnaida19
ASIC settings 2016Aug20-15.34.53
Discriminator masks -> 0x0
From Correlation Status & Control tab change Trigger delay from 0x180 to 0x5
BNC PB-4 Pulser
Amplitude 90,000
x5 attenuator IN
t_r 50ns tau_d 50us
- polarity
INT ref, delay MIN, tail pulse
External (random) trigger from EG&G Ortec 462 Start output (Range 81.92us) - frequency c. 120Hz
B2F/F11 temp +25.0 deg C, d.p. +14.3 deg C, RH 51.6% (Julabo FL11006 set point +20 deg C)
FEE64 temperatures - attachment 6 |
|
Fri Aug 26 02:10:31 2016, TD, Friday 26 August 28x
|
10.11 R9 continues
ASIC settings 2016Aug20-15.34.53
Discriminator masks -> 0x0
From Correlation Status & Control tab change Trigger delay from 0x180 to 0x5
BNC PB-4 Pulser
Amplitude 90,000
x5 attenuator IN
t_r 50ns tau_d 50us
- polarity
INT ref, delay MIN, tail pulse
External (random) trigger from EG&G Ortec 462 Start output (Range 81.92us) - frequency c. 120Hz
B2F/F11 temp +24.8 deg C, d.p. +12.9 deg C, RH 46.8%
DSSSD bias/leakage current OK - see attachments 1-2
FEE64 temperatures OK - see attachment 3
Some error messages observed for merger - see attachment 4-12
All related to Q5 (nnaida6)
System-wide checks OK - see attachments 13-18
AIDA SYNC, PAUSE, RESUME, Correlation L, SYNC time warp, Good Events, nnaida6, nnaida5 & nnaida20
statistics - see attachments
19-28
Analysis of R9_561 shows data synchronised - see attachmen
FEE # versus timestamp (0.1ms / channel)
Note nnaida19 not currently configured
10.49 R9 stops |
|
Thu Aug 25 02:10:10 2016, TD, Thursday 25 August 21x
|
11.40 R9 continues
ASIC settings 2016Aug20-15.34.53
Discriminator masks -> 0x0
From Correlation Status & Control tab change Trigger delay from 0x180 to 0x5
BNC PB-4 Pulser
Amplitude 90,000
x5 attenuator IN
t_r 50ns tau_d 50us
- polarity
INT ref, delay MIN, tail pulse
External (random) trigger from EG&G Ortec 462 Start output (Range 81.92us) - frequency c. 120Hz
B2F/F11 temp +25.2 deg C, d.p. +14.5 deg C, RH 50.4%
DSSSD bias/leakage current OK - see attachments 1-2
FEE64 temperatures OK - see attachment 3
Some error messages observed for merger - see attachment 4-6
All related to Q5 (nnaida6)
System-wide checks OK - see attachments 7-12
AIDA SYNC, PAUSE, RESUME, Correlation L, SYNC time warp, Good Events, nnaida6, nnaida5 & nnaida20
statistics - see attachments
13-20
Analysis of R9_213 shows data synchronised - see attachment 21
FEE # versus timestamp (0.1ms / channel)
Note nnaida19 not currently configured |
|
Wed Aug 24 03:43:44 2016, TD, Wednesday 24 August 32x
|
11.40 R8 continues
B2F/FF temp +25 deg C, d.p. +14 deg C, RH 51%
DSSSD bias/leakage current OK - see attachments 1-2
FEE64 temperatures OK - see attachment 3
System-wide checks OK - see attachments 4-9
AIDA SYNC, PAUSE, RESUME, Correlation L, SYNC time warp, Good Events, nnaida6 statistics - see attachments
10-16
Some error messages observed for merger - see attachment 17-18
All related to Q5 (nnaida6)
Analysis of R8_231 shows data synchronised
18.07 R8 stops
At end of run (file R8_310) BNC PB-4 pulser ref switch INT -> EXT to check for possible skew in data
synchronisation
Analysis of R8_310 shows no evidence of skew, i.e. all FEE64s are observed to stop producing pulser events
at same time
19.21 R9 starts
ASIC settings 2016Aug20-15.34.53
Discriminator masks -> 0x0
BNC PB-4 Pulser
Amplitude 90,000
x5 attenuator IN
t_r 50ns tau_d 50us
- polarity
INT ref, delay MIN, tail pulse
BNC PB-4 pulser triggered by EG&G Ortec 462 Start output - frequency ~120Hz - Range 81.92us
From Correlation Status & Control tab change Trigger delay from 0x180 to 0x5
ASIC Control -> Check ASIC Control required after DAQ GO
BNC PB-4 pulser triggered by EG&G Ortec 462 Start output - frequency ~120Hz - Range 81.92us
From Correlation Status & Control tab change Trigger delay from 0x180 to 0x5
System-wide checks OK - see attachments 19-24
AIDA SYNC, PAUSE, RESUME, Correlation L, SYNC time warp, Good Events, nnaida6 statistics x2 - see attachments
25-32
|
|
Tue Aug 23 01:49:01 2016, TD, Tuesday 23 August 18x
|
09.50 DAQ found stopped
No error messages merge/tapeserver - see attachments 1-2
Most recent data file R7_107 last written to 08.13 23.8.16
10.00 Electrical power to AIDA is off for reasons unknown (power saving/maintenance/trip)
3-ph circuit to Julabo FL1106 recirculating chiller is unaffected
10.20 Analysis of R7_107 (most recent data file) shows data synchronised OK
11.30 Yoshida-san informs us that the experimental power to F11 is off for annual inspection/maintenance.
Power should be restored this evening, or possibly, sometime tomorrow.
19.00 Power restored
FEE64 power *off* - as expected following power outage
Detector bias *off* - as expected following power outage
Startup AIDA
System wide checks, FEE64 temperatures and DSSSD bias/leakage currents - see attachments 3-11
19.24 R8 starts
slow comparator 0x10
LEC/MEC fast comparator 0xff
ASIC settings 2016Aug20-15.34.53
Discriminator masks -> 0x0
BNC PB-4 Pulser
Amplitude 90,000
x5 attenuator IN
t_r 50ns tau_d 50us
- polarity
INT ref, delay MIN, tail pulse
19.31 AIDA SYNC, PAUSE, RESUME, SYNCtime warp, Good data etc statistics - see attachments 12-18 |
|
Mon Aug 22 10:35:31 2016, TD, Monday 20 August 17x
|
11.00 Restore power to AIDA following Saturday's shutdoen in preparation for the planned maintenance
outage on Sunday.
Restart Julabo FL11006 chiller - set point +20 deg C
Restart AIDA
Temperature +24.3 deg C, DP +15.2 deg C, RH 57.5%
DSSSD #1-6 bias - see attachments 1-2
FEE64 temperatures - attachment 3
System-wide checks - see attachments 4-8
Note SYNC pulses received by *all* slave FEE64s = SYNC pulses sent by master FEE64 (nnaida6)
11.35 R6 starts
slow comparator 0x10
LEC/MEC fast comparator 0x10
All FEE64 discriminator masks -> 0x0
observe very high rates (~400-500kHz/FEE64) from majority ofp+n junction FEE64s
LEC/MEC fast comparator -> 0xff
18.45 DAQ running OK
No merger error messages since change of LEC/MEC fast comparator threshold -> 0xff
Offline analysis of R6_79 confirms that all FEE64s are synchronised
Added correlation trigger input
BNC PB-4 Pulser trigger output -> Ortec SCA + NIM output width 0.5us -> LeCroy 429A -> root MACB trigger
#4 input
21.05 R7 starts
Attachments 9-16 show FEE64 temperatures and results of each system-wide check.
Note the result of the Master Timestamp Control -> Check Clock Lock States
indicating clock state *not* locked
slow comparator 0x10
LEC/MEC fast comparator 0xff
All FEE64 discriminator masks -> 0x0 |
|
Mon Aug 22 13:37:30 2016, TD, Monday 20 August
|
> 11.00 Restore power to AIDA following Saturday's shutdoen in preparation for the planned maintenance
> outage on Sunday.
>
> Restart Julabo FL11006 chiller - set point +20 deg C
> Restart AIDA
>
> Temperature +24.3 deg C, DP +15.2 deg C, RH 57.5%
>
> DSSSD #1-6 bias - see attachments 1-2
>
> FEE64 temperatures - attachment 3
>
> System-wide checks - see attachments 4-8
> Note SYNC pulses received by *all* slave FEE64s = SYNC pulses sent by master FEE64 (nnaida6)
>
> 11.35 R6 starts
> slow comparator 0x10
> LEC/MEC fast comparator 0x10
>
> All FEE64 discriminator masks -> 0x0
>
> observe very high rates (~400-500kHz/FEE64) from majority ofp+n junction FEE64s
>
> LEC/MEC fast comparator -> 0xff
>
> 18.45 DAQ running OK
> No merger error messages since change of LEC/MEC fast comparator threshold -> 0xff
> Offline analysis of R6_79 confirms that all FEE64s are synchronised
>
> Added correlation trigger input
> BNC PB-4 Pulser trigger output -> Ortec SCA + NIM output width 0.5us -> LeCroy 429A -> root MACB trigger
> #4 input
>
> 21.05 R7 starts
>
> Attachments 9-16 show FEE64 temperatures and results of each system-wide check.
>
> Note the result of the Master Timestamp Control -> Check Clock Lock States
> indicating clock state *not* locked
>
> slow comparator 0x10
> LEC/MEC fast comparator 0xff
> All FEE64 discriminator masks -> 0x0
The status is OK. I changed the system wide check to reflect the new value but forgot about the individual check.
I will update the software.
Note attachment 5 shows all is well.
Updated version of /MIDAS/TclHttpd/Html/AIDA/MasterTS/MasterTS.tcl installed with correction. |
|
Mon Aug 22 11:45:07 2016, Patrick Coleman-Smith, Software updated in Aida
|
Logged into aidas1, installed AidaExecV8 with a test of the time difference between SYNC data items. Failure to be 0x40000 clocks will cause a statistic to be incremented. "SYNC Time Warp"
Installed updated versions of /MIDAS/TclHttpd/Html/AIDA/RunControl/sys.tcl and /MIDAS/TclHttpd/Html/AIDA/RunControl/implementation.tcl to allow latest System Wide Check to operate.
Installed updated versions of Check.tcl/.js/tml into /MIDAS/TclHttpd/Html/AIDA/Check/
Checked all the /MIDAS/linux-ppc_4xx/startup files including aidacommon for entries relating to the flush and push rates. Only aidacommon has an entry as required. Currently both are set to 30.
Changed the /etc/sysctl.conf file in each of the 32 root file systems (rfs) in /MIDAS/XilinxLinux/ppc_4xx/rfs/nnaida##/ to add the line "vm.min_free_kbytes=4096".
The changes will take effect from the next power-cycle of the FEEs and "reset" of the browser windows on the server. |
|
Mon Aug 22 10:35:06 2016, TD, Saturday 20 August
|
|
|
Fri Aug 19 07:42:22 2016, TD, PV, Friday 19 August 6x
|
14.00 Both AIDA NIM bins U/S
Upper NIM bin - BNC PB-4, Ortec 433, 2x CAEN N1419, 1x CAEN N1419B - ac mains fuse 100V/8A/slow? blowing
Lower NIM bin - 11x MACB - not powering up
Replaced both NIM bins.
Upper NIM bin - 11x MACB
Lower NIM bin - BNC PB-4, Ortec 433, 2x CAEN N1419, 1x CAEN N1419B
15.50 Julabo FL11006 chiller ON - set point +20 deg C
B2F/F11 ambient temp +24.0 deg C, RH 54%, DP +13.8 deg C
Bias 6x MSL type BB18 DSSSDs - see attachments 1-2
16.10 Startup DAQ nnaida1-24 *except* nnaida19
System-wide checks
Check clock status OK
Check ADC calibration - nnaida7 failed
Check ASIC clock timestamp - multiple failures - see attachment 3
Check SYNC errors not counted Since Baseline - see attachment 4
Check SYNC pulses received - see attachment 5
BNC PB-4
Amplitude 90,000, x5 attenuator IN
t_r 50ns, tau_d 50us
Polarity -
INT ref, delay MIN, tail pulse
FEE64 temperatures - see attachment 6
16.34 R1 starts (directory Aug2016)
slow comparator 0x10, LEC/MEC fast comparator 0x10
merge 555k data items/s, tapeserver 4430 kb/s
18.28 R4 starts
Settings per R1
18.31 DAQ/merge stalls with (many) messages as follows
MERGE Program (24316): check_for_data: index 14, unexpected header sequence number in pending data, found 1146,
last 575
MERGE Program (24316): check_for_data: index 14, unexpected header sequence number in pending data, found 1146,
last 575
MERGE Program (24316): check_for_data: index 14, unexpected header sequence number in pending data, found 1146,
last 575
MERGE Program (24316): check_for_data: index 14, unexpected header sequence number in pending data, found 1146,
last 575
MERGE Program (24316): check_for_data: index 14, unexpected header sequence number in pending data, found 1146,
last 575
MERGE Program (24316): check_for_data: index 14, unexpected header sequence number in pending data, found 1146,
last 575
MERGE Program (24316): check_for_data: index 14, unexpected header sequence number in pending data, found 1146,
last 575
MERGE Program (24316): check_for_data: index 14, unexpected header sequence number in pending data, found 1146,
last 575
MERGE Program (24316): check_for_data: index 14, unexpected header sequence number in pending data, found 1146,
last 575
MERGE Program (24316): check_for_data: index 14, unexpected header sequence number in pending data, found 1146,
last 575
MERGE Program (24316): check_for_data: index 14, unexpected header sequence number in pending data, found 1146,
last 575
MERGE Program (24316): check_for_data: index 14, unexpected header sequence number in pending data, found 1146,
last 575
MERGE Program (24316): check_for_data: index 14, unexpected header sequence number in pending data, found 1146,
last 575
MERGE Program (24316): check_for_data: index 14, unexpected header sequence number in pending data, found 1146,
last 575
MERGE Program (24316): check_for_data: index 14, unexpected header sequence number in pending data, found 1146,
last 575
MERGE Program (24316): check_for_data: index 14, unexpected header sequence number in pending data, found 1146,
last 575
MERGE Program (24316): check_for_data: index 14, unexpected header sequence number in pending data, found 1146,
last 575
MERGE Program (24316): check_for_data: index 14, unexpected header sequence number in pending data, found 1146,
last 575
MERGE Program (24316): check_for_data: index 14, unexpected header sequence number in pending data, found 1146,
last 575
MERGE Program (24316): check_for_data: index 14, unexpected header sequence number in pending data, found 1146,
last 575
MERGE Program (24316): check_for_data: index 14, unexpected header sequence number in pending data, found 1146,
last 575
MERGE Program (24316): check_for_data: index 14, unexpected header sequence number in pending data, found 1146,
last 575
MERGE Program (24316): check_for_data: index 14, unexpected header sequence number in pending data, found 1146,
last 575
MERGE Program (24316): check_for_data: index 14, unexpected header sequence number in pending data, found 1146,
last 575
MERGE Program (24316): check_for_data: index 14, unexpected header sequence number in pending data, found 1146,
last 575
MERGE Program (24316): check_for_data: index 14, unexpected header sequence number in pending data, found 1146,
last 575
MERGE Program (24316): check_for_data: index 14, unexpected header sequence number in pending data, found 1146,
last 575
MERGE Program (24316): check_for_data: index 14, unexpected header sequence number in pending data, found 1146,
last 575
MERGE Program (24316): check_for_data: index 14, unexpected header sequence number in pending data, found 1146,
last 575
MERGE Program (24316): check_for_data: index 14, unexpected header sequence number in pending data, found 1146,
last 575
MERGE Program (24316): check_for_data: index 14, unexpected header sequence number in pending data, found 1146,
last 575
MERGE Program (24316): check_for_data: index 14, unexpected header sequence number in pending data, found 1146,
last 575
MERGE Program (24316): check_for_data: index 14, unexpected header sequence number in pending data, found 1146,
last 575
MERGE Program (24316): check_for_data: index 14, unexpected header sequence number in pending data, found 1146,
last 575
MERGE Program (24316): check_for_data: index 14, unexpected header sequence number in pending data, found 1146,
last 575
MERGE Program (24316): check_for_data: index 14, unexpected header sequence number in pending data, found 1146,
last 575
MERGE Program (24316): check_for_data: index 14, unexpected header sequence number in pending data, found 1146,
last 575
MERGE Program (24316): check_for_data: index 14, unexpected header sequence number in pending data, found 1146,
last 575
MERGE Program (24316): check_for_data: index 14, unexpected header sequence number in pending data, found 1146,
last 575
Merge state now Paused
MERGE Program (24316): check_for_data: index 14, unexpected header sequence number in pending data, found 1146,
last 575
MERGE Program (24316): check_for_data: index 14, unexpected header sequence number in pending data, found 1146,
last 575
copyItems: queue 14, maybe copied in wrong buffer: sequence 1146, last 575
Merge_addItems: queue 14, maybe added wrong buffer: sequence 1146, last 575
MERGE Program (24316): check_for_data: index 14, unexpected header sequence number in new data, found 689, last 1258
copyItems: queue 14, maybe copied in wrong buffer: sequence 689, last 1258
Merge_addItems: queue 14, maybe added wrong buffer: sequence 689, last 1258
MERGE Data Link (24254): client closed connection
MERGE Data Link (24254): listening on port 11001
MERGE Data Link (24255): client closed connection
MERGE Data Link (24255): listening on port 11002
MERGE Data Link (24257): client closed connection
MERGE Data Link (24257): listening on port 11004
MERGE Data Link (24258): client closed connection
MERGE Data Link (24258): listening on port 11005
MERGE Data Link (24261): client closed connection
MERGE Data Link (24261): listening on port 11008
MERGE Data Link (24260): client closed connection
MERGE Data Link (24260): listening on port 11007
MERGE Data Link (24259): client closed connection
MERGE Data Link (24259): listening on port 11006
MERGE Data Link (24256): client closed connection
MERGE Data Link (24256): listening on port 11003
MERGE Data Link (24262): client closed connection
MERGE Data Link (24262): listening on port 11009
MERGE Data Link (24263): client closed connection
MERGE Data Link (24263): listening on port 11010
MERGE Data Link (24265): client closed connection
MERGE Data Link (24265): listening on port 11012
MERGE Data Link (24266): client closed connection
MERGE Data Link (24266): listening on port 11013
MERGE Data Link (24267): client closed connection
MERGE Data Link (24267): listening on port 11014
MERGE Data Link (24269): client closed connection
MERGE Data Link (24269): listening on port 11016
MERGE Data Link (24268): client closed connection
MERGE Data Link (24268): listening on port 11015
MERGE Data Link (24270): client closed connection
MERGE Data Link (24270): listening on port 11017
MERGE Data Link (24264): client closed connection
MERGE Data Link (24264): listening on port 11011
MERGE Data Link (24273): client closed connection
MERGE Data Link (24273): listening on port 11020
MERGE Data Link (24271): client closed connection
MERGE Data Link (24271): listening on port 11018
MERGE Data Link (24277): client closed connection
MERGE Data Link (24277): listening on port 11024
MERGE Data Link (24275): client closed connection
MERGE Data Link (24275): listening on port 11022
MERGE Data Link (24274): client closed connection
MERGE Data Link (24274): listening on port 11021
MERGE Data Link (24276): client closed connection
MERGE Data Link (24276): listening on port 11023 |
|
Fri Aug 19 09:43:27 2016, TD, VP, reply PJCS, Friday 19 August
|
>
> 14.00 Both AIDA NIM bins U/S
> Upper NIM bin - BNC PB-4, Ortec 433, 2x CAEN N1419, 1x CAEN N1419B - ac mains fuse 100V/8A/slow? blowing
> Lower NIM bin - 11x MACB - not powering up
>
> Replaced both NIM bins.
> Upper NIM bin - 11x MACB
> Lower NIM bin - BNC PB-4, Ortec 433, 2x CAEN N1419, 1x CAEN N1419B
>
> 15.50 Julabo FL11006 chiller ON - set point +20 deg C
> B2F/F11 ambient temp +24.0 deg C, RH 54%, DP +13.8 deg C
>
> Bias 6x MSL type BB18 DSSSDs - see attachments 1-2
>
> 16.10 Startup DAQ nnaida1-24 *except* nnaida19
>
> System-wide checks
>
> Check clock status OK
> Check ADC calibration - nnaida7 failed
> Check ASIC clock timestamp - multiple failures - see attachment 3
> Check SYNC errors not counted Since Baseline - see attachment 4
> Check SYNC pulses received - see attachment 5
>
> BNC PB-4
>
> Amplitude 90,000, x5 attenuator IN
> t_r 50ns, tau_d 50us
> Polarity -
> INT ref, delay MIN, tail pulse
>
> FEE64 temperatures - see attachment 6
>
> 16.34 R1 starts (directory Aug2016)
>
> slow comparator 0x10, LEC/MEC fast comparator 0x10
>
> merge 555k data items/s, tapeserver 4430 kb/s
Looks like a problem with the inter-MACB wiring.
The screen shots show groups of 4 with the problems.
I suggest re-seating the short HDMI cables and reset the system. |
|
Fri Aug 19 11:07:44 2016, TD, VP, reply PJCS, Friday 19 August
|
> >
> > 14.00 Both AIDA NIM bins U/S
> > Upper NIM bin - BNC PB-4, Ortec 433, 2x CAEN N1419, 1x CAEN N1419B - ac mains fuse 100V/8A/slow? blowing
> > Lower NIM bin - 11x MACB - not powering up
> >
> > Replaced both NIM bins.
> > Upper NIM bin - 11x MACB
> > Lower NIM bin - BNC PB-4, Ortec 433, 2x CAEN N1419, 1x CAEN N1419B
> >
> > 15.50 Julabo FL11006 chiller ON - set point +20 deg C
> > B2F/F11 ambient temp +24.0 deg C, RH 54%, DP +13.8 deg C
> >
> > Bias 6x MSL type BB18 DSSSDs - see attachments 1-2
> >
> > 16.10 Startup DAQ nnaida1-24 *except* nnaida19
> >
> > System-wide checks
> >
> > Check clock status OK
> > Check ADC calibration - nnaida7 failed
> > Check ASIC clock timestamp - multiple failures - see attachment 3
> > Check SYNC errors not counted Since Baseline - see attachment 4
> > Check SYNC pulses received - see attachment 5
> >
> > BNC PB-4
> >
> > Amplitude 90,000, x5 attenuator IN
> > t_r 50ns, tau_d 50us
> > Polarity -
> > INT ref, delay MIN, tail pulse
> >
> > FEE64 temperatures - see attachment 6
> >
> > 16.34 R1 starts (directory Aug2016)
> >
> > slow comparator 0x10, LEC/MEC fast comparator 0x10
> >
> > merge 555k data items/s, tapeserver 4430 kb/s
> Looks like a problem with the inter-MACB wiring.
> The screen shots show groups of 4 with the problems.
> I suggest re-seating the short HDMI cables and reset the system.
Short HDMI cables re-seated. See attachment 1 |
|
Fri Aug 19 12:41:43 2016, TD, VP, reply PJCS, Friday 19 August
|
> > >
> > > 14.00 Both AIDA NIM bins U/S
> > > Upper NIM bin - BNC PB-4, Ortec 433, 2x CAEN N1419, 1x CAEN N1419B - ac mains fuse 100V/8A/slow? blowing
> > > Lower NIM bin - 11x MACB - not powering up
> > >
> > > Replaced both NIM bins.
> > > Upper NIM bin - 11x MACB
> > > Lower NIM bin - BNC PB-4, Ortec 433, 2x CAEN N1419, 1x CAEN N1419B
> > >
> > > 15.50 Julabo FL11006 chiller ON - set point +20 deg C
> > > B2F/F11 ambient temp +24.0 deg C, RH 54%, DP +13.8 deg C
> > >
> > > Bias 6x MSL type BB18 DSSSDs - see attachments 1-2
> > >
> > > 16.10 Startup DAQ nnaida1-24 *except* nnaida19
> > >
> > > System-wide checks
> > >
> > > Check clock status OK
> > > Check ADC calibration - nnaida7 failed
> > > Check ASIC clock timestamp - multiple failures - see attachment 3
> > > Check SYNC errors not counted Since Baseline - see attachment 4
> > > Check SYNC pulses received - see attachment 5
> > >
> > > BNC PB-4
> > >
> > > Amplitude 90,000, x5 attenuator IN
> > > t_r 50ns, tau_d 50us
> > > Polarity -
> > > INT ref, delay MIN, tail pulse
> > >
> > > FEE64 temperatures - see attachment 6
> > >
> > > 16.34 R1 starts (directory Aug2016)
> > >
> > > slow comparator 0x10, LEC/MEC fast comparator 0x10
> > >
> > > merge 555k data items/s, tapeserver 4430 kb/s
> > Looks like a problem with the inter-MACB wiring.
> > The screen shots show groups of 4 with the problems.
> > I suggest re-seating the short HDMI cables and reset the system.
>
> Short HDMI cables re-seated. See attachment 1
ok, the discrepancy is odd. Not sure if it is due to an uneven reset or more noise in the wiring.
In system wide checks redo the baseline for the SYNC error counters and keep an eye on it.
Maybe a power cycle will bring all the SYNC received counters into line.
Certainly they should be exactly the same.
Is there any correlation between the ones that are wrong and the MACB layout/cabling ? |
|
Wed Aug 17 14:44:52 2016, Patrick Coleman-Smith, [HowTo] start acquisition using the new "Start ASIC Readout" button
|
Due to sometimes operating with very noisy systems, both at Daresbury and RIKEN, I have installed a change to the startup of the system.
The Runcontrol GO button now only starts the output of SYNC pulses. A further button labelled "Start ASIC Readout" ( see attached photo ) needs to be pressed to start the ASIC ADC, Discriminator and Correlation readout.
After carrying out the normal operations to start the system and pressing the GO button the Merger can be checked to be certain it is merging the events. Since there are only SYNC pulses it should soon be apparent if this is not happening and appropriate actions can be taken. ( Kill/Reload the Link and Merger processes using the "Merger for AIDA" icon at the top of the screen is one way. )
Once it is certain the merging is in progress then the new button labelled "Start ASIC Readout" ( see attached photo ) needs to be pressed to start the ASIC ADC, Discriminator and Correlation readout.
This must be done after every GO. |
|
Wed Aug 17 14:10:05 2016, Patrick Coleman-Smith, Linux Memory problem solutions for FEE64
|
The problem indicated by "page allocation failure" and the kernal subsequently "killing" the AidaExecV8 process is due ( it appears ) to memory availability.
Solution 1:- Reduce the amount of memory used for histogramming. That would be by disabling the .V histograms or changing the size of the .H and/or .L histograms from 65536 to 32768 and using the shift attribute in the Options. This will reduce the memory required.
Solution 2:- Change a kernal setting in the /etc/sysctl.conf to request there is always a minimum amount of free memory. Insert the line "vm.min_free_kbytes=4096" in the file.
Solution 2 has been tried on the system in T9 while the flag enabling raw data to be written to disc is set. Previous to the solution, with the same operating conditions, the fault would occur after about 15 minutes. Subsequent to the solution the system has run for 46 hours.
I propose that the .V histograms are disabled and the kernal setting is used. ( both solutions :-) The .V histograms are a late addition and not required at present.
|
|
Mon Aug 15 09:55:08 2016, Patrick Coleman-Smith, Found a candidate for DAQ failure.
|
The problem :-
The DAQ stops working and can only be fixed by a reboot of the FEE64s.
The Candidate:-
The DAQ program running in the FEE64s which handles the transfer of the data items from the FPGA to the Merger, AidaExecV8, uses a device driver, aidamem, to copy the data from DMA memory into Linux memory.
Sometimes AidaExecV8 can be killed by the Kernal due to a "page allocation failure" which occurs when the Kernal memory space has become fragmented. So when a block of contiguous memory is requested to receive the copy of the data from the FPGA DMA memory the Kernal can't allocate memory and kills the process.
The effect of this would be seen at the Merger where it would be waiting for data from the FEE.
Since the AidaExecV8 has been killed then there will be no response to status requests.
A recent change to the operation of the Aida system , flushing buffers regularly, is the most likely cuplrit. The flush of the buffers on a slow FEE will use small memory blocks while faster FEE data will always require full size buffers and mean that the Kernal memory will have large contiguous areas of memory in constant use. This will explain why this failure type is relatively recent .
A solution :- Change the request for memory copy to always use the maximum size. This way there shouldn't be the fragmentation of the memory. Also the fragmentation of memory will be investigated to see if there is a away to monitor it.
Some corroboration:-
The error messages from the Kernal that indicate this has fault has occured can be read from the FEE64 root file system. At the text file /var/log/messages. A grep of these in RIKEN using the phrase "page allocation failure" shows they have occured. It remains to see if the date and times of the failures align with the date and times of the system failure.
All comments and ideas gratefuly received.
###### # ## # # # # # Tested this solution on T9 system and it doesn't work ! The failure still occurs when the DAQ is set to write all input to disc. |
|
Mon Aug 1 11:30:07 2016, Patrick Coleman-Smith, First time remotely power up HV in RIKEN from Daresbury
|
Logged into aidas1 and opened the nnrpi1 relay control window ... powered up the FEE64s.
seperatly connected to ribfdaq and opened a firefox to aidas1:8015.
By the time the firefox had appeared on my desktop the FEE64s had started up.
Ran through the standard startup. Set thresholds to 255 for all 3 sets of comparators. Disabled all discriminators.
Enable histograms.
Started DAQ.
Using ELOG 74 as a guide logged into nnrpi1 and ran two putty sessions ( USB2 and USB3 ).
Based on the instructions in the HV unit manual attached to ELOG75 powered ion all 6 detectors ( current when settled at 100v = 3 to 5uA )
Using spectrum broswer at nnaida6 and ASIC4 to control the slow comparator threshold ..... needed to reach 32 before the pulser became visible.
Using nnaida6:1.3.L found the pulser peak at channel 32136 with a peak width of 67.73 channels.
Then poweroff the HV on all 6 detectors.
Power off the FEE64s.
Logout of all RIKEN machines and consider the best way to take advantage of the situation which allows the system to be operated completely remotely.
|
|
Sun Jul 31 09:38:07 2016, TD, Analysis of AIDA75_1
|
Attachment 2 - analysis from *end* of file AIDA75_1
2D spectrum - FEE # versus timestamp (100us/channel)
1D spectrum - projection of timestamp data for FEE # = 6
Conclude data synchronised at beginning and end of AIDA75_1.
Period of pulser data ~36ch = 3.6ms => pulser frequency ~ 280Hz
Attachment 3 - analysis around ts=0x18bacd75c4 +/- 20000000 (dec)
Conclude FEE # 6 stops producing ADC data c. ch 353
Attachment 4 - analysis around ts=0x18cac6144b +/- 20000000 (dec)
Conclude FEE # 6 starts producing ADC data c. ch 28
Spectrum s4100 y-channel calculated as follows
C IF ( ts.GE.z'18bacd75c4' - 20000000
C----67---
C + .AND.
C + ts.LE.z'18bacd75c4' + 20000000 ) THEN
IF ( ts.GE.z'18cac6144b' - 20000000
C----67---
+ .AND.
+ ts.LE.z'18cac6144b' + 20000000 ) THEN
C
C
C Increment ts spectra per FEE64 module
j = MOD( INT( ts*10.0D-09*1.0D+04 ), 4096 )
IF ( j.EQ.0 ) THEN
DO k = 0, 4095
DO l = 1, 31
CALL set2d( 4100, l, k, 0 )
ENDDO
ENDDO
ENDIF
CALL inc2d( 4100, module, j )
ENDIF |
|
Thu Jul 28 11:35:58 2016, Patrick Coleman-Smith, [HowTo] Apply Thermal paste to FPGA
|
| |
|
Mon Jul 25 08:38:56 2016, TD, Analysis of R4
|
| |
|
Wed Jul 20 18:41:55 2016, DK, AIDA topped up on water
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I actually topped off the chiller with water tonight as I am returning to Scotland (and then off to CERN) within hours.
I added 4 liters on around July 5th, to move the marker from a little under the halfway mark to over the halfway mark. After 2.x weeks, it was still sitting a bit shy of under the halfway mark. This means that in a humid and hot Japanese month like July, AIDA doesn't evaporate more than something like 2 liters in one week.
As it's now topped off, I think it's good to go for something like several months.
I also note that I use a faucet in the old Nishina Center, rather than passing radiation control, to find a water tap. It's maybe more of a hike but it avoids going through radiation control.
Anyway, the point of my elog post is that the AIDA chiller will not be running out of water any time soon, probably not before October, though local members at RIKEN might check it each month etc, or on request. I left the bucket and the large-volume container right sitting by it. I still don't know where the funnel is, so I robbed (borrowed) a kind of 1 liter handled jug with a beaker from a place, and returned it. |
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Mon Jul 18 12:00:16 2016, Patrick Coleman-Smith, Report of remote operation of Aida at RIKEN 11/7 to 14/7
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11th July ---------------------------------------------------------------------------------------------------------
09:32 UK time, logged in and power-up all FEEs OK. Setup fine, Temperature Max 12@64
System Checks all fine SYNC count 2243584.
Start Merger and Toggle Pause for no merging.
DAQ start with output enabled.
Toggle Pause in Merger -> “Want First SYNC” with no change.
Tried this several times with the same result.
Checked DAQ statistics => Buffers/sec = 50 to 65, SYNC/sec = 40 to 80 ( should be 384 )
Disabled all ASIC readout and disable all discriminators. DAQ still in GO state.
Fetched new version of ASIC4 with Enable/Disable ASIC readout commands in the “Expert” menu.
SYNC statics now all FEEs are 384/sec.
Merger … Toggle Pause and its fine. 334 items/sec.
DAQ : ASIC4 : Set all slow comparator Thresholds to 250 : Enable ASICs for readout.
Merger now 532811 items/sec.
DAQ SYNC statistics range 307 to 390/sec
LT 22:36 System Checks => Sync counts 6518784 all ok, Sync errors all passed.
LT 23:30 Merger 539826 items/sec. Temperatures => 12@68.12 ; SYNC statistics 361 to 385 ; SYNC counts 8099840 all ok ; Sync errors all ok ; ASIC clock timestamp all ok.
STOP then Power-down all fine.
13th July ----------------------------------------------------------------------------------------------------------------------
Log in and power-up fine.
Backup Merger file ( merge.AD ) and copy latest version from DL. Won’t copy as file already open.
So instead …. Disable ASIC readout, disable Discriminators and run the system.
When Merger is operating , Enable ASIC readout => Merger rate is 8,058,412 items/sec.
LT 19:44 => Temperatures max 12@68.81 , SYNC received 845824 all ok; Sync errors all ok.
LT 20:11 => Merge rate 7,991,198 items/sec, SYNC received 1551359 all ok; Sync errors all ok.
LT 21:07 => Temperatures Max 12@69.00 ; SYNC received 2742272 all.
LT 23:20 => Stopped the whole system.
Kill the Merge process and the Startup process. Copy new Merge.AD successful. Edit Merger startup script to include netint OutputAll 1.
Start up Merger using /MIDAS/Merger/AIDA/Startup in terminal connected to aidas1.
Merger : Setup and configure ; Go ; Toggle Pause All Ok.
Go DAQ - disable all ASIC readout.
Merger : Toggle Pause ; Merging 8832 items/sec ( = 384 x 23 …. OK )
Connect to TapeServer setup for R3 into /TapeData/July2016 , Go Tape ok.
Merger : Toggle Transfer.
LT 00:08 => enable ASICS for readout. Run for a short while. Merge spinner hesitates for 2 seconds at a time. Merge rate 5,951,471 items/sec. Tape server rate 3,5148 Kbytes/sec.
Stop system, SYNC received 8085504 all ok ; sync error all ok. Power down. Sftp tape data files to nndhcp052 in Daresbury.
14th July -------------------------------------------------------------------------------------------------------------------------
Startup and run the system to tape again R4, ASICs with no discriminators. All fine.
LT 20:19 Enable Discriminators. Merger rate 3.9Mi/sec ( Mega items/second)
LT 20:57 Temperature Max 12@69 , Merge rate 4.2Mi/sec
UK 14:49 Network failure between Daresbury and Edinburgh. Lost contact repeatedly 4 times in a row. Contacted DL network support. No local networking faults.
LT 23:05 Re-connected to Aida in RIKEN. Merger 3.3Mi/sec.
Decided to stop due to concerns about flaky network and leaving the system powered up over the weekend.
SYNC received 7222272 all ok; sync error ok.
Power down. R4_244 is the last file. Written.
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Thu Jul 14 16:55:32 2016, Patrick Coleman-Smith, Changes to AIDA software
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An updated copy of the merger has been downloaded ( merger64.AD ) with a copy of /MIDAS/Merger/AIDA/Startup.
These two enable the output of all of the SYNC data items to the TapeServer.
The System Wide Checks browser window has been updated and includes a report of the number SYNC pulses sent by the Master timestamp module and the number of SYNC pulses received by the Slave modules. These should all be the same value.
The ASIC4 browser window has been updated to add two actions to the Experts only menu. "Disable all ASICs For Readout" and "Enable all ASICs for Readout". These two are useful when starting a noisy system. The sequence would be to start the Merger, toggle Pause. Then start the DAQ ( FEE64s ). "Disable all ASICs For Readout" then in the Merger toggle Pause. I found this made starting the merging much more successful. Then "Enable all ASICs for Readout" to run. I shall add similar actions to the Discriminators but will ensure the Mask Patterns set by the Restore are maintained and restored by the "Enable" action.
Before adding this capability it was quite hard to tune the system to guarantee the Merger a full set of SYNC data items at any one time. I have been running the FEE64s with low thresholds, detectors and no HV.
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Fri Jul 8 18:54:47 2016, TD, Analysis July2016/R1 data
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See https://elog.ph.ed.ac.uk/AIDA/324
Analysis of first and last data file - see attachments 1-2
Rates per FEE64 ~20k data items/s
analyser2.f program - see attachment 3
To compile the analyser2.f program (SL6)
gfortran analyser2.f -o analyser2
analyser2 <filename> to produce summary statistics
analyser2 v <filename> to produce verbose analysis
ADC multiplicity as a function of time (1 channel = 0.1ms) for file R1_114 - see attachment 4
Pulser running at ~270Hz clearly identifiable
Conclusion
DAQ ran overnight without stalling
DAQ did not lose synchronisation
Decrease comparator thresholds to increase rates to experiment-realistic levels ~50k data items/s/FEE64 |
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Thu Jul 7 17:16:11 2016, Patrick Coleman-Smith, Install & Run new firmware with diagnostics for the SYNC
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Connected to aidas from daresbury.
Started Firefox with windows for Rpi, Merge, Runcontrol.
Power on FEEs from Pi.
All power-up/RESET/SETUP ok.
Change Firmware from 0x17500C15 to 0x16600C1B which adds SYNC counters to the Master and Slave Timestamp logic.
Power cycle using Pi.
nnaida20 failed to start properly. Logged in as Root ok. TclHttpd Server not in place. dmesg showed no start of
XAIDA or XAIDAMEM. Instigated "reboot" by command line not power cycle. All fine after this completed.
Copied /MIDAS/TclHttpd/Html/AIDA to a backup copy.
Changed LOCAL.*, Aida.*, Check.*
System wide checks now has check SYNC counters.
Checked temperatures. Max is nnaida12 with 68.62
SYNC check :- All read 693248.
The Master counts how many SYNC pulses are issued. All Slaves count SYNC pulses received.
The Check uses a Re-Sync pulse generated without telling the Slaves a Re-Sync is due. The Master and Slaves copy
their SYNC counter to a register when the Re-SYNC occurs. These are read back and displayed.
Started the DAQ as setup with no transfer.
Good event rates range from 502Kitems/sec to 594K.
SYNC counter check : All 839680
Stop DAQ/ Enable Transfer/Merge in Pause/Go DAQ.
All the following times are DAQ local.
19:15 Good Events 414k to 484k across all 23 FEEs.
Stop DAQ/change all thresholds to 200/Go DAQ
Good Events 4.2K to 348K
19:38 Sync counter check :- 1653760 all
Temperatures Max nnaida12 69.12
20:01 Temperatures Max nnaida12 69.19
Sync counter check :- 2181120 all
20:19 Temperatures Max nnaida12 69.25
Sync counter check :- 2590720 all
21:09 Temperatures Max nnaida12 69.19
Sync counter check :- 3729408 all
21:23 Toggled Merge Pause. Doesn't SYNC.
Check statistics. SYNC rate ok, SYNC counts uneven. PAUSE range from 0 to 1158.
DAQ stop/zero statistics/restart Merge/setup and configure/Go Merge/Pause Merge/Go DAQ/Toggle Pause
21:43 Merging now at 4943691 items/sec.
Temperatures Max nnaida12 69.25
DL to RIKEN communication link failed.
23:02 Reconnect by firefox in ribfdaq.
Temperatures Max nnaida12 69.31
Merging still active.
23:20 Sync counter check :- 6722560 all
no sysc errors in system check.
23:45 Merger running 5.4M items/sec
Temperatures max nnaida12 69.44
Stop DAQ/Toggle Pause on Merger All ok.
23:51 Sync counter check 7439360 all except nnaida22 which returns -1
Retry Sync counter check 7478272 all except nnaida22 which returns -1
Log in to nnaida22, Servers look ok. AIDAExec running ok. dmesg has nothing extra.
Runcontrol shows nnaida22 as stopped.
Access nnaida22 alone and shows undefined.
Using diagnostics checked able to read registers correctly and read the sync counter register as 7478272.
Retry Sync counter check all 8006655 except nnaida22 which shows 8006388.
Check SYNC error counters and all ok except nnaida22 which has 6363 errors.
Finishing work ..... power off FEE64s using Pi, check a couple with ping from aidas1 .... fine.
Write up ELOG.
Repeat tests on Monday. |
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Tue Jul 5 13:43:02 2016, DK, PV, Pulser Test Run after AIDA is moved 10x
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Needed to run startx and start the TcLHttpd server on rpi
Following along here: https://elog.ph.ed.ac.uk/AIDA/242
Can now access http://nnrpi1:8015/AIDA/Rly16/
Window at first connection reads:
Using /dev/ttyUSB0 firmware version 0
Using /dev/ttyUSB1 firmware version 0901
Looks good. Sequence ALL On was selected
(By mistake, I then clicked Relay # to turn off...misread instructions...Switch all OFF, then sequence ALL on again)
7:51 they are turned on. Waiting several minutes now.
Add 4 L of water to the chiller
8:12
Save/Control Settings from Hardware Control tab:
Selected: 2016Jun13-00.53.55 and Restore. (missing from elog 242)
From Run Control, Enable Histogramming, Data Transfer: Enable #1 All (missing from elog 242)
TapeServer / Merger / Httpd started on Workspace 2
TapeServer reports
Cannot issue more Access Tokens: Claim TapeServer returned:- 3 Capability table is full
Make a new directory for storing test data: /data10/TapeData/July2016
Merger: Setup and configure
Data Statistics shows about ~5 x 10^5 events in many nnaida. Should we use a different setting file?
Now we try 2016Jun12-10.10.08
Perform ReSync
Probably event rate can be high because the SSD bias is off? We set up Putty and turn on all biases to -100 V.
Attachments 1 and 2 show the bias settings after they are turned on.
Good Events rate improves, factor 2 to 4 (now about 100k roughly)
Pulser settings: around ~900 on dial, attenuator x10, x10, x2 switches down, 5x up. Frequency ~250 Hz
21:19
Now we change the Control ASICs (select act on all ASICs, act on all FEEs)
Slow Comparator from 0x8 to 0x20
LEC/MEC Fast Comparator 0x4 to 0x80
Now the Good Events go down to about 10k to 25k roughly
TapeServer starts a run.
Merger started / paused / unpaused
Merger rate is 500k / sec. TapeServer is 4 k / sec.
AIDA Syncs shown in Attachment 3
Temps in Attachment 4
Good Events Attachment 5
Run Number 1
Setting file: 2016Jul05-21.37.20 (Note: I wrote the wrong setting file name last night...this is the right one!)
Show sample pulser peak in Attachment 6, 7, 8
July 6 - 12:29: Stop the run. 114 run files, 2.0 GB each.
Attachments 9, 10 show biases at the end of the run |
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Tue Jul 5 10:26:11 2016, DK, AIDA relocation pictures 6x
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Here are some pictures after AIDA's relocation.
In principle, it can stay here, but probably after the tests we will push it further against the wall. However, power and ethernet cabling cannot reach that far.
Attachment 1: Shows EURICA (original position) B-RIKEN moderator (near old AIDA spot) and AIDA (pushed downstream, rotated 90 degrees counterclockwise)
Attachment 2: Zoom in on AIDA from above. Nominally the beam left downstream perspective. Power supply is also seen on BRIKEN moderator table.
Attachment 3: Zoom in further of above, namely near FEE power supply rack
Attachment 4: More upstream view, still on beam left, showing tube with SSDs as well as water cooler in background
Attachment 5: Beam right view
Attachment 6: Beam right view from more upstream perspective, also showing the full tower of electronics. |
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Tue Jul 5 09:39:27 2016, DK, Rly16 is not online
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AIDA was relocated, and now I want to power it on to do some tests. However, I cannot get the Rly16 service running.
Specifically, after powering up the entire AIDA system, on aidas1 PC, I cannot connect to the raspberry pi (nnrpi1) via a web browser
http://nnrpi1:8015/AIDA/Rly16/
The following elog may be relevant: https://elog.ph.ed.ac.uk/AIDA/58
Now I am ssh'd to nnrpi1 via aidas1
% dmesg | grep -A 3 USB0
[ 8.970098] usb 1-1.3: pl2303 converter now attached to ttyUSB0
[ 9.012479] usb 1-1.2.2: Detected FT232RL
[ 9.178208] usb 1-1.2.2: FTDI USB Serial Device converter now attached to ttyUSB1
[ 9.348288] ftdi_sio 1-1.2.3:1.0: FTDI USB Serial Device converter detected
So, I will try Patrick's workaround in elog #58
I tried it, though it's hard to know if it is done correctly. Which item is which? Or more importantly, which one runs Rly16?
[ 8.107290] usb 1-1.2.3: USB disconnect, device number 8
[ 8.261338] usbserial: USB Serial support registered for FTDI USB Serial Device
[ 8.541012] ftdi_sio 1-1.2.2:1.0: FTDI USB Serial Device converter detected
[ 8.712409] usb 1-1.2.2: Detected FT232RL
[ 8.847955] usb 1-1.2.2: FTDI USB Serial Device converter now attached to ttyUSB0
[ 12.252576] EXT4-fs (mmcblk0p2): re-mounted. Opts: (null)
[ 12.728966] EXT4-fs (mmcblk0p2): re-mounted. Opts: (null)
[ 23.695562] smsc95xx 1-1.1:1.0 eth0: hardware isn't capable of remote wakeup
[ 25.212043] smsc95xx 1-1.1:1.0 eth0: link up, 100Mbps, full-duplex, lpa 0xC1E1
[ 32.372015] Adding 102396k swap on /var/swap. Priority:-1 extents:2 across:2134012k SSFS
[ 109.219022] usb 1-1.2.3: new full-speed USB device number 9 using dwc_otg
[ 109.335538] usb 1-1.2.3: New USB device found, idVendor=0403, idProduct=6001
[ 109.335579] usb 1-1.2.3: New USB device strings: Mfr=1, Product=2, SerialNumber=0
[ 109.335601] usb 1-1.2.3: Product: USB <-> Serial
[ 109.335619] usb 1-1.2.3: Manufacturer: FTDI
[ 109.354420] ftdi_sio 1-1.2.3:1.0: FTDI USB Serial Device converter detected
[ 109.354761] usb 1-1.2.3: Detected FT232BM
[ 109.356174] usb 1-1.2.3: FTDI USB Serial Device converter now attached to ttyUSB1
[ 163.939476] usb 1-1.3: new full-speed USB device number 10 using dwc_otg
[ 164.042348] usb 1-1.3: New USB device found, idVendor=067b, idProduct=2303
[ 164.042424] usb 1-1.3: New USB device strings: Mfr=1, Product=2, SerialNumber=0
[ 164.042446] usb 1-1.3: Product: USB-Serial Controller D
[ 164.042468] usb 1-1.3: Manufacturer: Prolific Technology Inc.
[ 164.096379] usbcore: registered new interface driver pl2303
[ 164.098786] usbserial: USB Serial support registered for pl2303
[ 164.099085] pl2303 1-1.3:1.0: pl2303 converter detected
[ 164.106666] usb 1-1.3: pl2303 converter now attached to ttyUSB2
On ttyUSB# have:
FT232RL
FT232BM
pl2303
% lsusb
Bus 001 Device 002: ID 0424:9514 Standard Microsystems Corp.
Bus 001 Device 001: ID 1d6b:0002 Linux Foundation 2.0 root hub
Bus 001 Device 003: ID 0424:ec00 Standard Microsystems Corp.
Bus 001 Device 004: ID 05e3:0608 Genesys Logic, Inc. USB-2.0 4-Port HUB
Bus 001 Device 010: ID 067b:2303 Prolific Technology, Inc. PL2303 Serial Port
Bus 001 Device 005: ID 046d:c016 Logitech, Inc. Optical Wheel Mouse
Bus 001 Device 007: ID 04f2:0402 Chicony Electronics Co., Ltd Genius LuxeMate i200 Keyboard
Bus 001 Device 006: ID 0403:6001 Future Technology Devices International, Ltd FT232 USB-Serial (UART) IC
Bus 001 Device 009: ID 0403:6001 Future Technology Devices International, Ltd FT232 USB-Serial (UART) IC
N.B. USB-serial link to FEE64 is not connected to anything on the serial side. What is the FEE64 Console? See Attachment 1. It goes to nothing! Should it go somewhere? |
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Sat Jun 18 14:35:31 2016, TD, AIDA photographs - June 2016 - 4
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Thu Jun 16 08:18:50 2016, TD, AIDA photographs - May 2016
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Thu Jun 16 08:12:51 2016, TD, AIDA photographs - June 2016 - 3
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Thu Jun 16 08:07:37 2016, TD, AIDA photographs - June 2016 - 2
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Thu Jun 16 08:00:10 2016, TD, AIDA photographs - June 2016 - 1
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Thu Jun 16 03:40:43 2016, TD, Thursday 16 June 2016
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10.40 DAQ stalled AIDA75_30 c. 01.36
SYNC errors since baseline (start of AIDA75) - attachment 1
SYstem-wide checks ASIC clock timestamp and clock status OK for all FEE64s
Power-cycle & reboot
11.14 AIDA76
ASIC settings 2016Jun12-10.10.08
BNC PB-4 amplitude 50,000
11.19 AIDA77
BNC PB-4 amplitude 30,000
11.23 AIDA78
BNC PB-4 amplitude 10,000
11.28 AIDA79
BNC PB-4 amplitude 5,000
All *.L histograms saved c. 11.30 Thursday 16 June 2016
Example spectra - attachment 5
11.34 Water on floor by AIDA NIM bins/forward AIDA stand/EURICA - it would appear
that one or more cluster LN2 cryostat inlets have thawed are or thawing - failed fill
and/or blocked manifold?
Julabo FL11006 water level and flow looks OK
FEE temperatures OK - see attachment 4
Detector bias off
FEE64 power off
All AIDA power off
Source of water was determined to be wheeled air dehumdifier/cooler used to cool crates
in 19" rack to right of AIDA (looking upstream). This had a small tray tank to collect
water which was full to overflowing.
2x 60Co sources (#2530 and CD395) returned to cupboard B3F (between E12 & E17 stairwells)
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Wed Jun 15 01:43:47 2016, TD, Wednesday 15 June 2016 6x
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09.19 DAQ stalled AIDA72_87 c. 01.25
SYNC errors since baseline (start of AIDA72) - attachment 1
Power-cycle & reboot
09.23 Detector biases & leakage currents -OK - attachments 2-3
09.38 System-wide checks
All FEE74s pass all tests *except* nnaida3 & nnaida16 fail FADC calibration
All FEE64s but oneshow 1 SYNC error *before* DAQ GO - attachment 4
09.39 AIDA73
ASICs checked OK
FADC disabled
ASIC settings 2016Jun12-09.09.37
SyncCheck OK (EURICA-AIDA)
13.28 DAQ stalled AIDA73_73
All FEE64s pass system-wide clock and ASIC clock tests
SYNC errors since baseline (start of AIDA73) - attachment 5
19.06 DAQ stalled AIDA74_64
All FEE74s pass all tests *except* FADC calibration
SYNC errors since baseline (start of AIDA74) - attachment 6
21.47 AIDA75
ASICs checked OK
FADC disabled
All FEE74s pass all tests *except* FADC calibration
ASIC settings 2016Jun12-09.09.37
LEC/MEC slow comparator 0x40
LEC/MEC fast comparator 0x20
BNC PB-4 Pulser
Frequency 250Hz range
Merge ~600k data items/s (~4600kb/s)
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Tue Jun 14 01:42:56 2016, TD, Tuesday 14 June 2016 7x
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09.35 AIDA67 stalled AIDA67_43 (c. 01.27)
DAQ stopped and file closed 09.32
SYNC error counters - see attachments 1-2
All FEE64s pass all tests *except* SYNC counter error
09.37 AIDA68
ASICs checked
09.42 Detector bias & leakage currents, trigger rates - see attachments 3-5
10.03 AIDA68 stopped (loss of FEE64 synchronisation)
Power-cycle & reboot FEE64s
10.22 AIDA69 starts
All FEE64s pass all system-wide tests *except* nnaida1 fails clock status (0x6)
10.35 SyncCheck looks OK
10.42 AIDA69_4 FEE64 synchronisation OK
13.26 AIDA69 stalled AIDA69_63(c. 13.26)
15.22 AIDA70
ASICs checked
15.31 AIDA70 stopped (loss of FEE64 synchronisation)
See attachment 6
Power-cycle & reboot FEE64s
System-wide checks OK *except* FADC calibration nnaida6, 20, 22 & 23
nnaida1 clock check OK
SYNC errors baseline set
15.54 AIDA71 starts
16.04 AIDA71_1 FEE64 synchronisation OK
17.20 AIDA71_28 FEE64 synchronisation OK
SyncCheck OK
19.55 AIDA71 DAQ stalled AIDA71_64 c. 19.02
See attachment 7
Power-cycle & reboot FEE64s
20.14 AIDA72 starts
ASICs checked
SyncCheck OK
22.13 DAQ running AIDA72_33 |
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Mon Jun 13 03:45:15 2016, TD, Monday 13 June 2016 20x
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10.20 AIDA62 found stalled - no SYNCs, no data transfer
All FEE64s pass all system-wide tests *except* nnaida3 & nnaida8 which fail ADC calibration
Data files indicate DAQ stopped c. 06.56
DAQ stop and file closed
10.30 Detector bias & leakage currents, trigger rates and FEE64 temperatures - see attcahments 1-4
Julabo FL11006 set point +17 deg C (B2F/F11 ambient temperature +25.3 deg C, d.p. +11.6 deg C, RH 42.7%)
10.48 AIDA63
Pulser walkthrough
BNC PB4 settings
Amplitudes 10,000-90,000 @ 10,000 step
x5 attenuator IN
Frequency 250Hz range
t_r 50ns tau_d 50us
- polarity (+ polarity via EG&G Ortec 433A Sum & Invert Amp)
INT ref, tail pulse, MIN delay
ASIC settings 2016Jun12-09.09.37
See attachment 5 showing 9x pulser peaks, noise/beta/background and low amplitude pulser-related peak
Spectra saved to /MIDAS/SpecData c. 11.00 13 June 2016
Note directory names are derived from internal FEE64 date/time settings which be wrong or unset
All spectra cleared
11.06 AIDA64
Per AIDA63 *except*
BNC PB-4 amplitudes
10,000-2,000 @ 2,000 step
Spectra saved to /MIDAS/SpecData c. 11.13 13 June 2016
Note that not all pulse peak amplitudes will be above the slow comparator threshold
Attachments 6-10 hit/stat spectra and example energy spectra
EURICA standalone gamma energy and efficiency measurements using 152Eu and 133Ba.
The gamma-ray sources were placed immediately upstream of DSSSD#1 inside the AIDA
snout.
16.00 Obtained 'unable to connect' to nnaida1 through multiple power cycles/reboots and restarts
of MERGE unable to clear problem. Finally reosrted to a reboot of aidas1 which did 'fix' the
problem.
AIDA65
Brief test run to check DAQ/merger/TapeServer - OK
16.06 AIDA66 (AIDA) 1 (EURICA)
~11kBq (current activity) 60Co source immediately upstream of DSSSD#1 inside the AIDA snout.
ASIC settings 2016Jun12-09.09.37
FADC disabled
BNC PB-4 pulser
Amplitude 90,000
Frequency 25Hz range (probably ~1-few Hz)
Attachments 11-12 Detector biases & leakage currents -OK
16.37 Attachment 13 - SyncCheck plots
16.50 FR adds ~40kBq 60Co source on top of the AIDA snout immediately above the DSSSDs
DAQ continues
aidas1> ~/td/GREAT/analyser2 AIDA66_17
*** GREAT format 3.2.0 analyser - TD - May 2014
*** SYNC100: block: 1 ptr: 5567 data: 0x82400595 module: 2 information type: 4 information field:
0x00000595 ts: 0x000000595DD400A0 OLD: ts: 0x07158F300DD4009D tag: 3 type: 0
*** FEE64 discriminator: block: 15627 ptr: 14341 data: 0x97620008 module: 23 information type: 6 information
field: 0x00020008 ts: 0x005B300000A0 OLD: ts: 0x005B40000050 tag: 2 type: 6
*** ERROR: READ I/O error: 5002
blocks: 32000
ADC data format: 161285942 ( 973887.8 Hz)
Other data format: 99834058 ( 602824.8 Hz)
Sample trace data format: 0 ( 0.0 Hz)
Undefined format: 0 ( 0.0 Hz)
Other data format type: PAUSE: 118 ( 0.7 Hz)
RESUME: 118 ( 0.7 Hz)
SYNC100: 63176 ( 381.5 Hz)
FEE64 disc: 98983953 ( 597691.6 Hz)
MBS info: 786693 ( 4750.3 Hz)
Other info: 0 ( 0.0 Hz)
ADC data range bit set: 26988 ( 163.0 Hz)
Timewarps: ADC: 0 ( 0.0 Hz)
PAUSE: 0 ( 0.0 Hz)
RESUME: 0 ( 0.0 Hz)
SYNC100: 1 ( 0.0 Hz)
FEE64 disc: 1 ( 0.0 Hz)
MBS info: 0 ( 0.0 Hz)
Undefined: 0 ( 0.0 Hz)
Sample trace: 0 ( 0.0 Hz)
Timestamp elapsed time: 165.610 s
FEE module #: 1 elapsed dead time 0.378 s
FEE module #: 2 elapsed dead time 0.464 s
FEE module #: 3 elapsed dead time 0.002 s
FEE module #: 4 elapsed dead time 0.000 s
FEE module #: 5 elapsed dead time 4.701 s
FEE module #: 6 elapsed dead time 0.228 s
FEE module #: 7 elapsed dead time 0.000 s
FEE module #: 8 elapsed dead time 0.000 s
FEE module #: 9 elapsed dead time 0.304 s
FEE module #: 10 elapsed dead time 0.154 s
FEE module #: 11 elapsed dead time 0.901 s
FEE module #: 12 elapsed dead time 0.000 s
FEE module #: 13 elapsed dead time 0.203 s
FEE module #: 14 elapsed dead time 0.164 s
FEE module #: 15 elapsed dead time 0.000 s
FEE module #: 16 elapsed dead time 0.000 s
FEE module #: 17 elapsed dead time 0.000 s
FEE module #: 18 elapsed dead time 0.000 s
FEE module #: 19 elapsed dead time 0.000 s
FEE module #: 20 elapsed dead time 0.000 s
FEE module #: 21 elapsed dead time 0.000 s
FEE module #: 22 elapsed dead time 0.346 s
FEE module #: 23 elapsed dead time 0.000 s
FEE module #: 24 elapsed dead time 0.000 s
FEE module #: 25 elapsed dead time 0.000 s
FEE module #: 26 elapsed dead time 0.000 s
FEE module #: 27 elapsed dead time 0.000 s
FEE module #: 28 elapsed dead time 0.000 s
FEE module #: 29 elapsed dead time 0.000 s
FEE module #: 30 elapsed dead time 0.000 s
FEE module #: 31 elapsed dead time 0.000 s
FEE module #: 32 elapsed dead time 0.000 s
*** Program elapsed time: 123.023s ( 260.113 blocks/s, 16.257 Mb/s)
23.00 Found DAQ stalled - zero AIDA SYNCs from all FEE64s, and data trsabfer halted
Disk files indicate stall at c. 18.58 (AIDA66_58)
See attachments 14-19
All FEE64s pass all system-wide tests
Installed new versions of check.tcl/check.tml - see attachment 20
Collect All SYNC Error Counters for Baseline selected
23.15 Standard DAQ stop/go sequence restarts DAQ
AIDA67
No changes from AIDA66
[td@localhost 1E47-5D81]$ ~/GREAT/analyser2 AIDA67_7
*** GREAT format 3.2.0 analyser - TD - May 2014
*** SYNC100 timestamp: block: 1 ptr: 6123 data: 0x8B4028BF module: 11 information type: 4 information
field: 0x000028BF ts: 0x0000028BF38C00A0 OLD: ts: 0x0DAF8F30038C0093 tag: 2 type: 6
*** ERROR: READ I/O error: 5002
blocks: 32000
ADC data format: 162789406 ( 931310.8 Hz)
Other data format: 98330594 ( 562544.8 Hz)
Sample trace data format: 0 ( 0.0 Hz)
Undefined format: 0 ( 0.0 Hz)
Other data format type: PAUSE: 81 ( 0.5 Hz)
RESUME: 81 ( 0.5 Hz)
SYNC100: 66680 ( 381.5 Hz)
FEE64 disc: 97373010 ( 557066.5 Hz)
MBS info: 890742 ( 5095.9 Hz)
Other info: 0 ( 0.0 Hz)
ADC data range bit set: 40512 ( 231.8 Hz)
Timewarps: ADC: 0 ( 0.0 Hz)
PAUSE: 0 ( 0.0 Hz)
RESUME: 0 ( 0.0 Hz)
SYNC100: 1 ( 0.0 Hz)
FEE64 disc: 0 ( 0.0 Hz)
MBS info: 0 ( 0.0 Hz)
Undefined: 0 ( 0.0 Hz)
Sample trace: 0 ( 0.0 Hz)
Timestamp elapsed time: 174.796 s
FEE module #: 1 elapsed dead time 0.162 s
FEE module #: 2 elapsed dead time 0.232 s
FEE module #: 3 elapsed dead time 0.000 s
FEE module #: 4 elapsed dead time 0.000 s
FEE module #: 5 elapsed dead time 0.213 s
FEE module #: 6 elapsed dead time 0.273 s
FEE module #: 7 elapsed dead time 0.000 s
FEE module #: 8 elapsed dead time 0.000 s
FEE module #: 9 elapsed dead time 0.433 s
FEE module #: 10 elapsed dead time 0.123 s
FEE module #: 11 elapsed dead time 0.417 s
FEE module #: 12 elapsed dead time 0.000 s
FEE module #: 13 elapsed dead time 0.127 s
FEE module #: 14 elapsed dead time 0.000 s
FEE module #: 15 elapsed dead time 0.000 s
FEE module #: 16 elapsed dead time 0.000 s
FEE module #: 17 elapsed dead time 0.000 s
FEE module #: 18 elapsed dead time 0.000 s
FEE module #: 19 elapsed dead time 0.000 s
FEE module #: 20 elapsed dead time 0.095 s
FEE module #: 21 elapsed dead time 0.000 s
FEE module #: 22 elapsed dead time 0.030 s
FEE module #: 23 elapsed dead time 0.000 s
FEE module #: 24 elapsed dead time 0.000 s
FEE module #: 25 elapsed dead time 0.000 s
FEE module #: 26 elapsed dead time 0.000 s
FEE module #: 27 elapsed dead time 0.000 s
FEE module #: 28 elapsed dead time 0.000 s
FEE module #: 29 elapsed dead time 0.000 s
FEE module #: 30 elapsed dead time 0.000 s
FEE module #: 31 elapsed dead time 0.000 s
FEE module #: 32 elapsed dead time 0.000 s
*** Program elapsed time: 338.012s ( 94.671 blocks/s, 5.917 Mb/s)
*** ADC data: block: 1 ptr: 6003 data: 0xC63781A0 module: 24 fail: 0 range: 0 id: 1591
channel: 55 adc: 33184 ts: 0x************
*** ADC data: block: 1 ptr: 6005 data: 0xC2837F23 module: 10 fail: 0 range: 0 id: 643
channel: 3 adc: 32547 ts: 0x************
*** ADC data: block: 1 ptr: 6007 data: 0xC27E7DF9 module: 9 fail: 0 range: 0 id: 638
channel: 62 adc: 32249 ts: 0x************
*** ADC data: block: 1 ptr: 6009 data: 0xC1BA7D10 module: 6 fail: 0 range: 0 id: 442
channel: 58 adc: 32016 ts: 0x************
*** ADC data: block: 1 ptr: 6011 data: 0xC37A7DE7 module: 13 fail: 0 range: 0 id: 890
channel: 58 adc: 32231 ts: 0x************
*** ADC data: block: 1 ptr: 6013 data: 0xC62C8141 module: 24 fail: 0 range: 0 id: 1580
channel: 44 adc: 33089 ts: 0x************
*** FEE64 discriminator: block: 1 ptr: 6015 data: 0x81641120 module: 1 information type: 6 information
field: 0x00041120 ts: 0x************
*** FEE64 discriminator: block: 1 ptr: 6017 data: 0x81640806 module: 1 information type: 6 information
field: 0x00040806 ts: 0x************
*** FEE64 discriminator: block: 1 ptr: 6019 data: 0x8B622000 module: 11 information type: 6 information
field: 0x00022000 ts: 0x************
*** FEE64 discriminator: block: 1 ptr: 6021 data: 0x81621000 module: 1 information type: 6 information
field: 0x00021000 ts: 0x************
*** FEE64 discriminator: block: 1 ptr: 6023 data: 0x86640912 module: 6 information type: 6 information
field: 0x00040912 ts: 0x************
*** FEE64 discriminator: block: 1 ptr: 6025 data: 0x81640008 module: 1 information type: 6 information
field: 0x00040008 ts: 0x************
*** FEE64 discriminator: block: 1 ptr: 6027 data: 0x86644009 module: 6 information type: 6 information
field: 0x00044009 ts: 0x************
*** FEE64 discriminator: block: 1 ptr: 6029 data: 0x81622880 module: 1 information type: 6 information
field: 0x00022880 ts: 0x************
*** FEE64 discriminator: block: 1 ptr: 6031 data: 0x8B622000 module: 11 information type: 6 information
field: 0x00022000 ts: 0x************
*** FEE64 discriminator: block: 1 ptr: 6033 data: 0x81620510 module: 1 information type: 6 information
field: 0x00020510 ts: 0x************
*** ADC data: block: 1 ptr: 6035 data: 0xC17774D5 module: 5 fail: 0 range: 0 id: 375
channel: 55 adc: 29909 ts: 0x************
*** ADC data: block: 1 ptr: 6037 data: 0xC31480E9 module: 12 fail: 0 range: 0 id: 788
channel: 20 adc: 33001 ts: 0x************
*** ADC data: block: 1 ptr: 6039 data: 0xC1BD7ED2 module: 6 fail: 0 range: 0 id: 445
channel: 61 adc: 32466 ts: 0x************
*** ADC data: block: 1 ptr: 6041 data: 0xC3957E68 module: 14 fail: 0 range: 0 id: 917
channel: 21 adc: 32360 ts: 0x************
*** ADC data: block: 1 ptr: 6043 data: 0xC25E7E3C module: 9 fail: 0 range: 0 id: 606
channel: 30 adc: 32316 ts: 0x************
*** ADC data: block: 1 ptr: 6045 data: 0xC2777F9B module: 9 fail: 0 range: 0 id: 631
channel: 55 adc: 32667 ts: 0x************
*** ADC data: block: 1 ptr: 6047 data: 0xC3627F99 module: 13 fail: 0 range: 0 id: 866
channel: 34 adc: 32665 ts: 0x************
*** ADC data: block: 1 ptr: 6049 data: 0xC0C08485 module: 3 fail: 0 range: 0 id: 192
channel: 0 adc: 33925 ts: 0x************
*** ADC data: block: 1 ptr: 6051 data: 0xC3B77E63 module: 14 fail: 0 range: 0 id: 951
channel: 55 adc: 32355 ts: 0x************
*** ADC data: block: 1 ptr: 6053 data: 0xC28A7F9E module: 10 fail: 0 range: 0 id: 650
channel: 10 adc: 32670 ts: 0x************
*** ADC data: block: 1 ptr: 6055 data: 0xC2B77ED9 module: 10 fail: 0 range: 0 id: 695
channel: 55 adc: 32473 ts: 0x************
*** ADC data: block: 1 ptr: 6057 data: 0xC2657E47 module: 9 fail: 0 range: 0 id: 613
channel: 37 adc: 32327 ts: 0x************
*** ADC data: block: 1 ptr: 6059 data: 0xC5417EB7 module: 21 fail: 0 range: 0 id: 1345
channel: 1 adc: 32439 ts: 0x************
*** ADC data: block: 1 ptr: 6061 data: 0xC5777ECD module: 21 fail: 0 range: 0 id: 1399
channel: 55 adc: 32461 ts: 0x************
*** ADC data: block: 1 ptr: 6063 data: 0xC3777D25 module: 13 fail: 0 range: 0 id: 887
channel: 55 adc: 32037 ts: 0x************
*** ADC data: block: 1 ptr: 6065 data: 0xC2417E9B module: 9 fail: 0 range: 0 id: 577
channel: 1 adc: 32411 ts: 0x************
*** ADC data: block: 1 ptr: 6067 data: 0xC63782CB module: 24 fail: 0 range: 0 id: 1591
channel: 55 adc: 33483 ts: 0x************
*** ADC data: block: 1 ptr: 6069 data: 0xC24A7F3D module: 9 fail: 0 range: 0 id: 586
channel: 10 adc: 32573 ts: 0x************
*** ADC data: block: 1 ptr: 6071 data: 0xC2DC8028 module: 11 fail: 0 range: 0 id: 732
channel: 28 adc: 32808 ts: 0x************
*** ADC data: block: 1 ptr: 6073 data: 0xC281801A module: 10 fail: 0 range: 0 id: 641
channel: 1 adc: 32794 ts: 0x************
*** ADC data: block: 1 ptr: 6075 data: 0xC1BA7E55 module: 6 fail: 0 range: 0 id: 442
channel: 58 adc: 32341 ts: 0x************
*** ADC data: block: 1 ptr: 6077 data: 0xC1817EBA module: 6 fail: 0 range: 0 id: 385
channel: 1 adc: 32442 ts: 0x************
*** ADC data: block: 1 ptr: 6079 data: 0xC4B67EFE module: 18 fail: 0 range: 0 id: 1206
channel: 54 adc: 32510 ts: 0x************
*** ADC data: block: 1 ptr: 6081 data: 0xC3BA7DF5 module: 14 fail: 0 range: 0 id: 954
channel: 58 adc: 32245 ts: 0x************
*** ADC data: block: 1 ptr: 6083 data: 0xC0BD7E2A module: 2 fail: 0 range: 0 id: 189
channel: 61 adc: 32298 ts: 0x************
*** ADC data: block: 1 ptr: 6085 data: 0xC37A7D4F module: 13 fail: 0 range: 0 id: 890
channel: 58 adc: 32079 ts: 0x************
*** ADC data: block: 1 ptr: 6087 data: 0xC2837F32 module: 10 fail: 0 range: 0 id: 643
channel: 3 adc: 32562 ts: 0x************
*** ADC data: block: 1 ptr: 6089 data: 0xC17779E8 module: 5 fail: 0 range: 0 id: 375
channel: 55 adc: 31208 ts: 0x************
*** ADC data: block: 1 ptr: 6091 data: 0xC0407D64 module: 1 fail: 0 range: 0 id: 64
channel: 0 adc: 32100 ts: 0x************
*** ADC data: block: 1 ptr: 6093 data: 0xC27E7EBB module: 9 fail: 0 range: 0 id: 638
channel: 62 adc: 32443 ts: 0x************
*** ADC data: block: 1 ptr: 6095 data: 0xC1BD7EA1 module: 6 fail: 0 range: 0 id: 445
channel: 61 adc: 32417 ts: 0x************
*** FEE64 discriminator: block: 1 ptr: 6097 data: 0x8B648040 module: 11 information type: 6 information
field: 0x00048040 ts: 0x************
*** FEE64 discriminator: block: 1 ptr: 6099 data: 0x8B632000 module: 11 information type: 6 information
field: 0x00032000 ts: 0x************
*** FEE64 discriminator: block: 1 ptr: 6101 data: 0x8B640014 module: 11 information type: 6 information
field: 0x00040014 ts: 0x************
*** FEE64 discriminator: block: 1 ptr: 6103 data: 0x8B622000 module: 11 information type: 6 information
field: 0x00022000 ts: 0x************
*** FEE64 discriminator: block: 1 ptr: 6105 data: 0x85640100 module: 5 information type: 6 information
field: 0x00040100 ts: 0x************
*** ADC data: block: 1 ptr: 6107 data: 0xC2048185 module: 8 fail: 0 range: 0 id: 516
channel: 4 adc: 33157 ts: 0x************
*** ADC data: block: 1 ptr: 6109 data: 0xC3817CB5 module: 14 fail: 0 range: 0 id: 897
channel: 1 adc: 31925 ts: 0x************
*** ADC data: block: 1 ptr: 6111 data: 0xC0B76DE1 module: 2 fail: 0 range: 0 id: 183
channel: 55 adc: 28129 ts: 0x************
*** ADC data: block: 1 ptr: 6113 data: 0xC5347FB5 module: 20 fail: 0 range: 0 id: 1332
channel: 52 adc: 32693 ts: 0x************
*** ADC data: block: 1 ptr: 6115 data: 0xC2B87EFA module: 10 fail: 0 range: 0 id: 696
channel: 56 adc: 32506 ts: 0x************
*** FEE64 discriminator: block: 1 ptr: 6117 data: 0x82640010 module: 2 information type: 6 information
field: 0x00040010 ts: 0x************
*** FEE64 discriminator: block: 1 ptr: 6119 data: 0x82640008 module: 2 information type: 6 information
field: 0x00040008 ts: 0x************
*** FEE64 discriminator: block: 1 ptr: 6121 data: 0x82640003 module: 2 information type: 6 information
field: 0x00040003 ts: 0x************
*** SYNC100 timestamp: block: 1 ptr: 6123 data: 0x8B4028BF module: 11 information type: 4 information
field: 0x000028BF ts: 0x0000028BF38C00A0 OLD:
ts: 0x0DAF8F30038C0093 tag: 2 type: 6
*** SYNC100 timestamp: block: 1 ptr: 6123 data: 0x8B4028BF module: 11 information type: 4 information
field: 0x000028BF ts: 0x028BF38C00A0
*** ADC data: block: 1 ptr: 6125 data: 0xC30B80FA module: 12 fail: 0 range: 0 id: 779
channel: 11 adc: 33018 ts: 0x028BF38C00BD
*** ADC data: block: 1 ptr: 6127 data: 0xC0817E77 module: 2 fail: 0 range: 0 id: 129
channel: 1 adc: 32375 ts: 0x028BF38C00C2
*** ADC data: block: 1 ptr: 6129 data: 0xC277758A module: 9 fail: 0 range: 0 id: 631
channel: 55 adc: 30090 ts: 0x028BF38C00CA
*** FEE64 discriminator: block: 1 ptr: 6131 data: 0x8B648000 module: 11 information type: 6 information
field: 0x00048000 ts: 0x028BF38C01D1
*** FEE64 discriminator: block: 1 ptr: 6133 data: 0x8B640040 module: 11 information type: 6 information
field: 0x00040040 ts: 0x028BF38C01D2
*** FEE64 discriminator: block: 1 ptr: 6135 data: 0x8B640004 module: 11 information type: 6 information
field: 0x00040004 ts: 0x028BF38C01D5
*** FEE64 discriminator: block: 1 ptr: 6137 data: 0x8B640010 module: 11 information type: 6 information
field: 0x00040010 ts: 0x028BF38C01D9
*** ADC data: block: 1 ptr: 6139 data: 0xC3B77874 module: 14 fail: 0 range: 0 id: 951
channel: 55 adc: 30836 ts: 0x028BF38C020A
*** ADC data: block: 1 ptr: 6141 data: 0xC0C0848E module: 3 fail: 0 range: 0 id: 192
channel: 0 adc: 33934 ts: 0x028BF38C0281
*** ADC data: block: 1 ptr: 6143 data: 0xC63C8026 module: 24 fail: 0 range: 0 id: 1596
channel: 60 adc: 32806 ts: 0x028BF38C02DC
*** FEE64 discriminator: block: 1 ptr: 6145 data: 0x81641102 module: 1 information type: 6 information
field: 0x00041102 ts: 0x028BF38C0395
*** FEE64 discriminator: block: 1 ptr: 6147 data: 0x81640020 module: 1 information type: 6 information
field: 0x00040020 ts: 0x028BF38C0396
*** FEE64 discriminator: block: 1 ptr: 6149 data: 0x8B620001 module: 11 information type: 6 information
field: 0x00020001 ts: 0x028BF38C0397
*** ADC data: block: 1 ptr: 6151 data: 0xC2B77CE0 module: 10 fail: 0 range: 0 id: 695
channel: 55 adc: 31968 ts: 0x028BF38C03E1
*** FEE64 discriminator: block: 1 ptr: 6153 data: 0x8E640200 module: 14 information type: 6 information
field: 0x00040200 ts: 0x028BF38C03E5
*** FEE64 discriminator: block: 1 ptr: 6155 data: 0x82640010 module: 2 information type: 6 information
field: 0x00040010 ts: 0x028BF38C046F
*** FEE64 discriminator: block: 1 ptr: 6157 data: 0x82640009 module: 2 information type: 6 information
field: 0x00040009 ts: 0x028BF38C0470
*** FEE64 discriminator: block: 1 ptr: 6159 data: 0x82640002 module: 2 information type: 6 information
field: 0x00040002 ts: 0x028BF38C0473
*** ADC data: block: 1 ptr: 6161 data: 0xC3777F1E module: 13 fail: 0 range: 0 id: 887
channel: 55 adc: 32542 ts: 0x028BF38C05F3
*** ADC data: block: 1 ptr: 6163 data: 0xC0BA7F03 module: 2 fail: 0 range: 0 id: 186
channel: 58 adc: 32515 ts: 0x028BF38C063A
*** ADC data: block: 1 ptr: 6165 data: 0xC63781EA module: 24 fail: 0 range: 0 id: 1591
channel: 55 adc: 33258 ts: 0x028BF38C06C4
*** ADC data: block: 1 ptr: 6167 data: 0xC25E7EC0 module: 9 fail: 0 range: 0 id: 606
channel: 30 adc: 32448 ts: 0x028BF38C070A
*** ADC data: block: 1 ptr: 6169 data: 0xC310814C module: 12 fail: 0 range: 0 id: 784
channel: 16 adc: 33100 ts: 0x028BF38C07C5
*** ADC data: block: 1 ptr: 6171 data: 0xC2817FBE module: 10 fail: 0 range: 0 id: 641
channel: 1 adc: 32702 ts: 0x028BF38C07C9
*** FEE64 discriminator: block: 1 ptr: 6173 data: 0x82640010 module: 2 information type: 6 information
field: 0x00040010 ts: 0x028BF38C0851
*** FEE64 discriminator: block: 1 ptr: 6175 data: 0x82640008 module: 2 information type: 6 information
field: 0x00040008 ts: 0x028BF38C0854
*** ADC data: block: 1 ptr: 6177 data: 0xC1817E3E module: 6 fail: 0 range: 0 id: 385
channel: 1 adc: 32318 ts: 0x028BF38C095D
*** FEE64 discriminator: block: 1 ptr: 6179 data: 0x86631000 module: 6 information type: 6 information
field: 0x00031000 ts: 0x028BF38C0998
*** ADC data: block: 1 ptr: 6181 data: 0xC5807DFE module: 22 fail: 0 range: 0 id: 1408
channel: 0 adc: 32254 ts: 0x028BF38C09BC
*** MBS information: block: 1 ptr: 6183 data: 0x8680FCC8 module: 6 information type: 8 information
index: 0 MBS data:FCC8 ts: 0x028BF38C09F7
*** MBS information: block: 1 ptr: 6185 data: 0x8681680D module: 6 information type: 8 information
index: 1 MBS data:680D ts: 0x028BF38C09F7
*** MBS information: block: 1 ptr: 6187 data: 0x86820007 module: 6 information type: 8 information
index: 2 MBS data:0007 ts: 0x028BF38C09F7
*** ADC data: block: 1 ptr: 6189 data: 0xC0BD7F10 module: 2 fail: 0 range: 0 id: 189
channel: 61 adc: 32528 ts: 0x028BF38C0A22
*** ADC data: block: 1 ptr: 6191 data: 0xC1777A9E module: 5 fail: 0 range: 0 id: 375
channel: 55 adc: 31390 ts: 0x028BF38C0B47
*** ADC data: block: 1 ptr: 6193 data: 0xC3928023 module: 14 fail: 0 range: 0 id: 914
channel: 18 adc: 32803 ts: 0x028BF38C0CFA
*** ADC data: block: 1 ptr: 6195 data: 0xC3427F14 module: 13 fail: 0 range: 0 id: 834
channel: 2 adc: 32532 ts: 0x028BF38C0CFB
*** FEE64 discriminator: block: 1 ptr: 6197 data: 0x85640100 module: 5 information type: 6 information
field: 0x00040100 ts: 0x028BF38C0D7B
*** FEE64 discriminator: block: 1 ptr: 6199 data: 0x85640028 module: 5 information type: 6 information
field: 0x00040028 ts: 0x028BF38C0D7C
*** FEE64 discriminator: block: 1 ptr: 6201 data: 0x85640020 module: 5 information type: 6 information
field: 0x00040020 ts: 0x028BF38C0D7F
*** ADC data: block: 1 ptr: 6203 data: 0xC5817E5C module: 22 fail: 0 range: 0 id: 1409
channel: 1 adc: 32348 ts: 0x028BF38C0DA4
*** ADC data: block: 1 ptr: 6205 data: 0xC3817F2D module: 14 fail: 0 range: 0 id: 897
channel: 1 adc: 32557 ts: 0x028BF38C0DC2
*** ADC data: block: 1 ptr: 6207 data: 0xC0B76C9E module: 2 fail: 0 range: 0 id: 183
channel: 55 adc: 27806 ts: 0x028BF38C0E0A
*** FEE64 discriminator: block: 1 ptr: 6209 data: 0x82648000 module: 2 information type: 6 information
field: 0x00048000 ts: 0x028BF38C0F44
*** FEE64 discriminator: block: 1 ptr: 6211 data: 0x82640010 module: 2 information type: 6 information
field: 0x00040010 ts: 0x028BF38C0F45
*** FEE64 discriminator: block: 1 ptr: 6213 data: 0x82630008 module: 2 information type: 6 information
field: 0x00030008 ts: 0x028BF38C0F46
*** FEE64 discriminator: block: 1 ptr: 6215 data: 0x82640008 module: 2 information type: 6 information
field: 0x00040008 ts: 0x028BF38C0F46
*** ADC data: block: 1 ptr: 6217 data: 0xC0817E94 module: 2 fail: 0 range: 0 id: 129
channel: 1 adc: 32404 ts: 0x028BF38C0F9A
*** FEE64 discriminator: block: 1 ptr: 6219 data: 0x82640010 module: 2 information type: 6 information
field: 0x00040010 ts: 0x028BF38C1018
*** ADC data: block: 1 ptr: 6221 data: 0xC61980E8 module: 24 fail: 0 range: 0 id: 1561
channel: 25 adc: 33000 ts: 0x028BF38C1024
*** ADC data: block: 1 ptr: 6223 data: 0xC6248081 module: 24 fail: 0 range: 0 id: 1572
channel: 36 adc: 32897 ts: 0x028BF38C1024
*** ADC data: block: 1 ptr: 6225 data: 0xC5398017 module: 20 fail: 0 range: 0 id: 1337
channel: 57 adc: 32791 ts: 0x028BF38C103B
*** ADC data: block: 1 ptr: 6227 data: 0xC4727E47 module: 17 fail: 0 range: 0 id: 1138
channel: 50 adc: 32327 ts: 0x028BF38C1089
*** ADC data: block: 1 ptr: 6229 data: 0xC20080B8 module: 8 fail: 0 range: 0 id: 512
channel: 0 adc: 32952 ts: 0x028BF38C10C1
*** ADC data: block: 1 ptr: 6231 data: 0xC0C08465 module: 3 fail: 0 range: 0 id: 192
channel: 0 adc: 33893 ts: 0x028BF38C1159
*** ADC data: block: 1 ptr: 6233 data: 0xC2657E31 module: 9 fail: 0 range: 0 id: 613
channel: 37 adc: 32305 ts: 0x028BF38C12C2
*** FEE64 discriminator: block: 1 ptr: 6235 data: 0x82648010 module: 2 information type: 6 information
field: 0x00048010 ts: 0x028BF38C12DF
*** FEE64 discriminator: block: 1 ptr: 6237 data: 0x82640008 module: 2 information type: 6 information
field: 0x00040008 ts: 0x028BF38C12E3
*** ADC data: block: 1 ptr: 6239 data: 0xC36C801D module: 13 fail: 0 range: 0 id: 876
channel: 44 adc: 32797 ts: 0x028BF38C14CB
*** FEE64 discriminator: block: 1 ptr: 6241 data: 0x81641000 module: 1 information type: 6 information
field: 0x00041000 ts: 0x028BF38C153A
*** FEE64 discriminator: block: 1 ptr: 6243 data: 0x8B632000 module: 11 information type: 6 information
field: 0x00032000 ts: 0x028BF38C153A
*** FEE64 discriminator: block: 1 ptr: 6245 data: 0x8B640040 module: 11 information type: 6 information
field: 0x00040040 ts: 0x028BF38C153A
*** ADC data: block: 1 ptr: 6247 data: 0xC5F7816D module: 23 fail: 0 range: 0 id: 1527
channel: 55 adc: 33133 ts: 0x028BF38C154C
*** ADC data: block: 1 ptr: 6249 data: 0xC3BB7E35 module: 14 fail: 0 range: 0 id: 955
channel: 59 adc: 32309 ts: 0x028BF38C1592
*** FEE64 discriminator: block: 1 ptr: 6251 data: 0x97630080 module: 23 information type: 6 information
field: 0x00030080 ts: 0x028BF38C164D |
|
Sun Jun 12 19:19:22 2016, DK, Machine Time End
|
3:13 operators call to tell us the machine time is over. No more EURICA!
AIDA62_23 ought to be the last file with legitimate physics data
We will leave the DAQ running overnight as a b/g run. |
|
Sun Jun 12 03:05:37 2016, TD, AE, CG, MA, Sunday 12 June 2016 part 2 11x
|
BigRIPS switched from 60Ti to 64V
AIDA48 (AIDA)2034 (EURICA) 2153 (BigRIPS)
start 08.44
stop 09.08 (FEE64 synchronisation lost -> power cycle & reboot FEE64s)
AIDA49 (AIDA) 2036 (EURICA) 2154 (BigRIPS)
Power cycle and reboot FEE64s
FADC power down (per PJCS recommendation)
All FEE64s pass all system wide checks *except* nnaida16 which failed the ADC calibration (not significant
as waveforms are disabled and FADC powered down anyway)
start 09.30
stop 09.58
ASIC settings 2016Jun12-09.09.37
AIDA50 (AIDA) 2037(EURICA) 2155 (BigRIPS)
start 10.02
stop 10.09 (beam lost)
ASIC settings 2016Jun12-10.10.08
changes to nnaida15 discriminator settings to reduce deadtime (pause-resume rate)
AIDA51 (AIDA) 2038 (EURICA) 2156 (BigRIPS)
start 10.45
stop 11.55
ASIC settings 2016Jun12-10.10.08
aidas1> ~/td/GREAT/analyser2 /TapeData/NP1512/AIDA51_0
*** GREAT format 3.2.0 analyser - TD - May 2014
*** ERROR: READ I/O error: 5002
blocks: 32000
ADC data format: 163625493 ( 974305.9 Hz)
Other data format: 97494507 ( 580529.8 Hz)
Sample trace data format: 0 ( 0.0 Hz)
Undefined format: 0 ( 0.0 Hz)
Other data format type: PAUSE: 1227 ( 7.3 Hz)
RESUME: 1227 ( 7.3 Hz)
SYNC100: 64065 ( 381.5 Hz)
FEE64 disc: 96631002 ( 575388.1 Hz)
MBS info: 796986 ( 4745.6 Hz)
Other info: 0 ( 0.0 Hz)
ADC data range bit set: 213982 ( 1274.2 Hz)
Timewarps: ADC: 0 ( 0.0 Hz)
PAUSE: 0 ( 0.0 Hz)
RESUME: 0 ( 0.0 Hz)
SYNC100: 0 ( 0.0 Hz)
FEE64 disc: 0 ( 0.0 Hz)
MBS info: 0 ( 0.0 Hz)
Undefined: 0 ( 0.0 Hz)
Sample trace: 0 ( 0.0 Hz)
Timestamp elapsed time: 167.941 s
FEE module #: 1 elapsed dead time 0.142 s
FEE module #: 2 elapsed dead time 1.125 s
FEE module #: 3 elapsed dead time 0.000 s
FEE module #: 4 elapsed dead time 0.000 s
FEE module #: 5 elapsed dead time 0.307 s
FEE module #: 6 elapsed dead time 0.579 s
FEE module #: 7 elapsed dead time 0.000 s
FEE module #: 8 elapsed dead time 0.000 s
FEE module #: 9 elapsed dead time 0.082 s
FEE module #: 10 elapsed dead time 0.112 s
FEE module #: 11 elapsed dead time 3.204 s
FEE module #: 12 elapsed dead time 0.005 s
FEE module #: 13 elapsed dead time 0.212 s
FEE module #: 14 elapsed dead time 0.426 s
FEE module #: 15 elapsed dead time 0.000 s
FEE module #: 16 elapsed dead time 0.000 s
FEE module #: 17 elapsed dead time 0.000 s
FEE module #: 18 elapsed dead time 0.046 s
FEE module #: 19 elapsed dead time 0.000 s
FEE module #: 20 elapsed dead time 0.064 s
FEE module #: 21 elapsed dead time 0.319 s
FEE module #: 22 elapsed dead time 0.248 s
FEE module #: 23 elapsed dead time 0.010 s
FEE module #: 24 elapsed dead time 0.190 s
FEE module #: 25 elapsed dead time 0.000 s
FEE module #: 26 elapsed dead time 0.000 s
FEE module #: 27 elapsed dead time 0.000 s
FEE module #: 28 elapsed dead time 0.000 s
FEE module #: 29 elapsed dead time 0.000 s
FEE module #: 30 elapsed dead time 0.000 s
FEE module #: 31 elapsed dead time 0.000 s
FEE module #: 32 elapsed dead time 0.000 s
*** Program elapsed time: 60.988s ( 524.691 blocks/s, 32.793 Mb/s)
See attachments 1-7 for AIDA51 rates etc
See attachment 8 for FEE64 synchronisation check (file AIDA51_0) - OK
AIDA52 (AIDA) 2039 (EURICA) 2158 (BigRIPS)
Start 11.56
Stop 12.54 (AIDA FEE lose sync)
Settings file 2016Jun12-10.10.08
Checked correlation of FEEs in file AIDA52_0 at 12.06 and everything seems ok.
aidas1> ~/td/GREAT/analyser2 /TapeData/NP1512/AIDA52_9
*** GREAT format 3.2.0 analyser - TD - May 2014
*** ERROR: READ I/O error: 5002
blocks: 32000
ADC data format: 163879044 ( 985540.7 Hz)
Other data format: 97240956 ( 584790.6 Hz)
Sample trace data format: 0 ( 0.0 Hz)
Undefined format: 0 ( 0.0 Hz)
Other data format type: PAUSE: 1315 ( 7.9 Hz)
RESUME: 1315 ( 7.9 Hz)
SYNC100: 63433 ( 381.5 Hz)
FEE64 disc: 96378426 ( 579603.4 Hz)
MBS info: 796467 ( 4789.8 Hz)
Other info: 0 ( 0.0 Hz)
ADC data range bit set: 215707 ( 1297.2 Hz)
Timewarps: ADC: 0 ( 0.0 Hz)
PAUSE: 0 ( 0.0 Hz)
RESUME: 0 ( 0.0 Hz)
SYNC100: 1 ( 0.0 Hz)
FEE64 disc: 0 ( 0.0 Hz)
MBS info: 0 ( 0.0 Hz)
Undefined: 0 ( 0.0 Hz)
Sample trace: 0 ( 0.0 Hz)
Timestamp elapsed time: 166.283 s
FEE module #: 1 elapsed dead time 0.088 s
FEE module #: 2 elapsed dead time 0.724 s
FEE module #: 3 elapsed dead time 0.000 s
FEE module #: 4 elapsed dead time 0.000 s
FEE module #: 5 elapsed dead time 0.510 s
FEE module #: 6 elapsed dead time 1.337 s
FEE module #: 7 elapsed dead time 0.000 s
FEE module #: 8 elapsed dead time 0.000 s
FEE module #: 9 elapsed dead time 0.087 s
FEE module #: 10 elapsed dead time 0.121 s
FEE module #: 11 elapsed dead time 2.706 s
FEE module #: 12 elapsed dead time 0.000 s
FEE module #: 13 elapsed dead time 0.127 s
FEE module #: 14 elapsed dead time 0.191 s
FEE module #: 15 elapsed dead time 0.000 s
FEE module #: 16 elapsed dead time 0.000 s
FEE module #: 17 elapsed dead time 0.000 s
FEE module #: 18 elapsed dead time 0.058 s
FEE module #: 19 elapsed dead time 0.000 s
FEE module #: 20 elapsed dead time 0.071 s
FEE module #: 21 elapsed dead time 0.399 s
FEE module #: 22 elapsed dead time 0.222 s
FEE module #: 23 elapsed dead time 0.015 s
FEE module #: 24 elapsed dead time 0.061 s
FEE module #: 25 elapsed dead time 0.000 s
FEE module #: 26 elapsed dead time 0.000 s
FEE module #: 27 elapsed dead time 0.000 s
FEE module #: 28 elapsed dead time 0.000 s
FEE module #: 29 elapsed dead time 0.000 s
FEE module #: 30 elapsed dead time 0.000 s
FEE module #: 31 elapsed dead time 0.000 s
FEE module #: 32 elapsed dead time 0.000 s
*** Program elapsed time: 47.215s ( 677.753 blocks/s, 42.360 Mb/s)
12.20 FEE64 temperatures - see attachment 9
Note with all FADC powered off all temperatures now green cf. attachment 8 https://elog.ph.ed.ac.uk/AIDA/305
Julabo FL11006 set point +17 deg C (B3F ambient temperature +25.1 deg C, d.p. +11.2 deg C, RH 40.3%)
13.11 AIDA52_13 per FEE64 ADC timestamp activity OK
12.54 AIDA FEE64 lose synchronisation
No change in system-wide checks
AIDA53 (AIDA) 2040 (EURICA) 2159 (BigRIPS)
Power cycled and rebooted FEE64s
System-wide checks all OK except 6 failures for ADC calibration - not retried
Start 13.09
Stop 13.44 (stop to reset EURICA VME crate)
ASIC Settings file 2016Jun12-10.10.08
13.17 AIDA53_0 FEE64 sync check - OK
aidas1> ~/td/GREAT/analyser2 /TapeData/NP1512/AIDA53_0
*** GREAT format 3.2.0 analyser - TD - May 2014
*** ERROR: READ I/O error: 5002
blocks: 32000
ADC data format: 167386044 ( 1100597.1 Hz)
Other data format: 93733956 ( 616319.7 Hz)
Sample trace data format: 0 ( 0.0 Hz)
Undefined format: 0 ( 0.0 Hz)
Other data format type: PAUSE: 714 ( 4.7 Hz)
RESUME: 714 ( 4.7 Hz)
SYNC100: 58017 ( 381.5 Hz)
FEE64 disc: 92936706 ( 611077.6 Hz)
MBS info: 737805 ( 4851.2 Hz)
Other info: 0 ( 0.0 Hz)
ADC data range bit set: 166106 ( 1092.2 Hz)
Timewarps: ADC: 0 ( 0.0 Hz)
PAUSE: 0 ( 0.0 Hz)
RESUME: 0 ( 0.0 Hz)
SYNC100: 1 ( 0.0 Hz)
FEE64 disc: 0 ( 0.0 Hz)
MBS info: 0 ( 0.0 Hz)
Undefined: 0 ( 0.0 Hz)
Sample trace: 0 ( 0.0 Hz)
Timestamp elapsed time: 152.087 s
FEE module #: 1 elapsed dead time 0.020 s
FEE module #: 2 elapsed dead time 0.209 s
FEE module #: 3 elapsed dead time 0.000 s
FEE module #: 4 elapsed dead time 0.000 s
FEE module #: 5 elapsed dead time 0.107 s
FEE module #: 6 elapsed dead time 0.824 s
FEE module #: 7 elapsed dead time 0.000 s
FEE module #: 8 elapsed dead time 0.008 s
FEE module #: 9 elapsed dead time 0.003 s
FEE module #: 10 elapsed dead time 0.000 s
FEE module #: 11 elapsed dead time 0.378 s
FEE module #: 12 elapsed dead time 0.017 s
FEE module #: 13 elapsed dead time 0.000 s
FEE module #: 14 elapsed dead time 0.059 s
FEE module #: 15 elapsed dead time 0.172 s
FEE module #: 16 elapsed dead time 1.101 s
FEE module #: 17 elapsed dead time 0.000 s
FEE module #: 18 elapsed dead time 0.018 s
FEE module #: 19 elapsed dead time 0.000 s
FEE module #: 20 elapsed dead time 0.093 s
FEE module #: 21 elapsed dead time 0.216 s
FEE module #: 22 elapsed dead time 0.161 s
FEE module #: 23 elapsed dead time 0.665 s
FEE module #: 24 elapsed dead time 0.201 s
FEE module #: 25 elapsed dead time 0.000 s
FEE module #: 26 elapsed dead time 0.000 s
FEE module #: 27 elapsed dead time 0.000 s
FEE module #: 28 elapsed dead time 0.000 s
FEE module #: 29 elapsed dead time 0.000 s
FEE module #: 30 elapsed dead time 0.000 s
FEE module #: 31 elapsed dead time 0.000 s
FEE module #: 32 elapsed dead time 0.000 s
*** Program elapsed time: 25.180s ( 1270.866 blocks/s, 79.429 Mb/s)
AIDA54 (AIDA) 2041 (EURICA) 2160 (BigRIPS)
Start 13.46
Stop 13.53 (loss of sync AIDA54_0)
ASIC Settings file 2016Jun12-10.10.08
System-wide checks OK following loss of sync
19:25
Stable operation most of the afternoon through multiple DAQ start/stops.
FEEs remained synchronised throughout.
SYNCs lost in run AIDA57_37 leading to run stop/start.
-> in AIDA57_37 noticed relatively large chunks of data lost in nnaida6. (see attachments 10+11
19.40 Cumulative pause-resume time for AIDA57_37 (see above) and most recent
complete data file. The pause-resume times are relatively large compared to
other FEE64s but low relative to the measurement time. But we should remember
that we have observed periods of inactivity not bounded by pause-resume tags.
aidas1> ./analyser2 /TapeData/NP1512/AIDA57_37
*** GREAT format 3.2.0 analyser - TD - May 2014
*** ERROR: READ I/O error: 5002
blocks: 32000
ADC data format: 164401851 ( 929891.0 Hz)
Other data format: 96718149 ( 547057.9 Hz)
Sample trace data format: 0 ( 0.0 Hz)
Undefined format: 0 ( 0.0 Hz)
Other data format type: PAUSE: 1081 ( 6.1 Hz)
RESUME: 1081 ( 6.1 Hz)
SYNC100: 67440 ( 381.5 Hz)
FEE64 disc: 95842999 ( 542107.9 Hz)
MBS info: 805548 ( 4556.3 Hz)
Other info: 0 ( 0.0 Hz)
ADC data range bit set: 194112 ( 1097.9 Hz)
Timewarps: ADC: 0 ( 0.0 Hz)
PAUSE: 0 ( 0.0 Hz)
RESUME: 0 ( 0.0 Hz)
SYNC100: 0 ( 0.0 Hz)
FEE64 disc: 0 ( 0.0 Hz)
MBS info: 0 ( 0.0 Hz)
Undefined: 0 ( 0.0 Hz)
Sample trace: 0 ( 0.0 Hz)
Timestamp elapsed time: 176.797 s
FEE module #: 1 elapsed dead time 0.149 s
FEE module #: 2 elapsed dead time 0.741 s
FEE module #: 3 elapsed dead time 0.004 s
FEE module #: 4 elapsed dead time 0.000 s
FEE module #: 5 elapsed dead time 0.425 s
FEE module #: 6 elapsed dead time 1.697 s
FEE module #: 7 elapsed dead time 0.000 s
FEE module #: 8 elapsed dead time 0.000 s
FEE module #: 9 elapsed dead time 0.118 s
FEE module #: 10 elapsed dead time 0.084 s
FEE module #: 11 elapsed dead time 1.064 s
FEE module #: 12 elapsed dead time 0.014 s
FEE module #: 13 elapsed dead time 0.063 s
FEE module #: 14 elapsed dead time 0.267 s
FEE module #: 15 elapsed dead time 0.000 s
FEE module #: 16 elapsed dead time 0.000 s
FEE module #: 17 elapsed dead time 0.000 s
FEE module #: 18 elapsed dead time 0.010 s
FEE module #: 19 elapsed dead time 0.000 s
FEE module #: 20 elapsed dead time 0.059 s
FEE module #: 21 elapsed dead time 0.125 s
FEE module #: 22 elapsed dead time 0.225 s
FEE module #: 23 elapsed dead time 0.000 s
FEE module #: 24 elapsed dead time 0.205 s
FEE module #: 25 elapsed dead time 0.000 s
FEE module #: 26 elapsed dead time 0.000 s
FEE module #: 27 elapsed dead time 0.000 s
FEE module #: 28 elapsed dead time 0.000 s
FEE module #: 29 elapsed dead time 0.000 s
FEE module #: 30 elapsed dead time 0.000 s
FEE module #: 31 elapsed dead time 0.000 s
FEE module #: 32 elapsed dead time 0.000 s
*** Program elapsed time: 23.047s ( 1388.475 blocks/s, 86.780 Mb/s)
aidas1> ./analyser2 /TapeData/NP1512/AIDA58_6
*** GREAT format 3.2.0 analyser - TD - May 2014
*** ADC data: block: 14849 ptr: 14685 data: 0xC40181C9 module: 16 fail: 0 range: 0 id: 1025 channel:
1 adc: 33225 ts: 0x01AB000000A0 OLD: ts: 0x01AB1000003E tag: 3 type: 0
*** ERROR: READ I/O error: 5002
blocks: 32000
ADC data format: 160685457 ( 937303.1 Hz)
Other data format: 100434543 ( 585850.2 Hz)
Sample trace data format: 0 ( 0.0 Hz)
Undefined format: 0 ( 0.0 Hz)
Other data format type: PAUSE: 1282 ( 7.5 Hz)
RESUME: 1282 ( 7.5 Hz)
SYNC100: 65397 ( 381.5 Hz)
FEE64 disc: 99536560 ( 580612.1 Hz)
MBS info: 830022 ( 4841.6 Hz)
Other info: 0 ( 0.0 Hz)
ADC data range bit set: 213213 ( 1243.7 Hz)
Timewarps: ADC: 1 ( 0.0 Hz)
PAUSE: 0 ( 0.0 Hz)
RESUME: 0 ( 0.0 Hz)
SYNC100: 0 ( 0.0 Hz)
FEE64 disc: 0 ( 0.0 Hz)
MBS info: 0 ( 0.0 Hz)
Undefined: 0 ( 0.0 Hz)
Sample trace: 0 ( 0.0 Hz)
Timestamp elapsed time: 171.434 s
FEE module #: 1 elapsed dead time 0.091 s
FEE module #: 2 elapsed dead time 0.870 s
FEE module #: 3 elapsed dead time 0.000 s
FEE module #: 4 elapsed dead time 0.000 s
FEE module #: 5 elapsed dead time 0.107 s
FEE module #: 6 elapsed dead time 0.518 s
FEE module #: 7 elapsed dead time 0.000 s
FEE module #: 8 elapsed dead time 0.000 s
FEE module #: 9 elapsed dead time 0.058 s
FEE module #: 10 elapsed dead time 0.095 s
FEE module #: 11 elapsed dead time 2.397 s
FEE module #: 12 elapsed dead time 0.055 s
FEE module #: 13 elapsed dead time 0.157 s
FEE module #: 14 elapsed dead time 0.238 s
FEE module #: 15 elapsed dead time 0.000 s
FEE module #: 16 elapsed dead time 0.000 s
FEE module #: 17 elapsed dead time 0.000 s
FEE module #: 18 elapsed dead time 0.013 s
FEE module #: 19 elapsed dead time 0.000 s
FEE module #: 20 elapsed dead time 0.174 s
FEE module #: 21 elapsed dead time 0.298 s
FEE module #: 22 elapsed dead time 0.280 s
FEE module #: 23 elapsed dead time 0.004 s
FEE module #: 24 elapsed dead time 0.071 s
FEE module #: 25 elapsed dead time 0.000 s
FEE module #: 26 elapsed dead time 0.000 s
FEE module #: 27 elapsed dead time 0.000 s
FEE module #: 28 elapsed dead time 0.000 s
FEE module #: 29 elapsed dead time 0.000 s
FEE module #: 30 elapsed dead time 0.000 s
FEE module #: 31 elapsed dead time 0.000 s
FEE module #: 32 elapsed dead time 0.000 s
*** Program elapsed time: 18.234s ( 1754.927 blocks/s, 109.683 Mb/s) |
|
Sat Jun 11 17:24:11 2016, DK, TD, Sunday 12 June 2016 14x
|
Runs 41 and 42 are quite short. Run 41 was interrupted by the beam dropping (operators called), and run 42 we are just trying to get EURICA to synchronize with AIDA DAQ.
1:08 Started AIDA Run 43 for 60Ti beam (EURICA run 2027; BigRIPS run 2132; CAEN Run 3018)
Leak currents less than 5 uA. See attachments 1 & 2
Scalers are shown as attachment 3
FEEE synchronization with pulser signal is shown as attachment 4
1:21 operator calls to note that the beam is stopped.
1:25 started AIDA run 44 for 60Ti beam (EURICA run 2028; BigRIPS #2133; CAEN #3019)
1:31 stopped because CAEN DAQ goes down.
1:34 started AIDA run 45 for 60Ti beam (EURICA run 2029; BigRIPS #2134; CAEN #3020)
1:37 data stops writing to disk for AIDA for unknown reason.
1:50 nnaida11 showed no SYNCs. Stop / GO on Run Control resolves it.
but 18 is off for the merger link. was this the status quo? try to reboot the merger but everything gets upset.
my first power cycle alone! (daid)
load the settings file 2016Jun10-20.30.18 which seems to be the most recent one
it takes some time, but finally I can get things up and running it seems.
2:40 still 18 link is down. strange. hopefully it's an acceptable loss, because I think it has been a long day for everyone.
OH DUH! nnaida19 hasn't been working for the entire experiment!! Just I forgot on the merge links it is offset 0 and not offset 1 for counting.
I could get some practice restoring AIDA at least?
Anyway, there had been some problems from run 45, and now all is well.
2:40 AIDA run 46. It's just a test that the system is working. But I forgot to put the TapeServer Volume Name so who knows where it ended up (discarded to /dev/null ?)
2:42 AIDA run 47, started with EURICA up and ready. (BigRIPS #2137; EUIRCA #2032; CAEN #3023)
Basically everything looks reasonable I think
SSD XY pattern looks basically okay. See attachment
Pulser shows the FEEs are synchronized nicely. See attachment 6
Biases and leak currents are shown in attachments 7 and 8
Scalers are shown as attachment 9
Check the pause/resumes. From the html Statistics page, nnaida20 shows some pauses, while nnaida24 seems to pause regularly.
I use Tom's program as outlined in a previous elog. He said we shall want the elapsed dead time to be much less than the timestamp elapsed
~/td/GREAT/analyser2 /TapeData/NP1512/AIDA47_26
*** GREAT format 3.2.0 analyser - TD - May 2014
*** FEE64 discriminator: block: 23312 ptr: 2071 data: 0x98638000 module: 24 information type: 6 information field: 0x00038000 ts: 0x0083500000A0 OLD: ts: 0x00836000009F tag: 2 type: 6
*** ERROR: READ I/O error: 5002
blocks: 32000
ADC data format: 140888182 ( 963280.2 Hz)
Other data format: 120231818 ( 822048.6 Hz)
Sample trace data format: 0 ( 0.0 Hz)
Undefined format: 0 ( 0.0 Hz)
Other data format type: PAUSE: 4747 ( 32.5 Hz)
RESUME: 4747 ( 32.5 Hz)
SYNC100: 55794 ( 381.5 Hz)
FEE64 disc: 119436810 ( 816612.9 Hz)
MBS info: 729720 ( 4989.2 Hz)
Other info: 0 ( 0.0 Hz)
ADC data range bit set: 286072 ( 1955.9 Hz)
Timewarps: ADC: 0 ( 0.0 Hz)
PAUSE: 0 ( 0.0 Hz)
RESUME: 0 ( 0.0 Hz)
SYNC100: 1 ( 0.0 Hz)
FEE64 disc: 1 ( 0.0 Hz)
MBS info: 0 ( 0.0 Hz)
Undefined: 0 ( 0.0 Hz)
Sample trace: 0 ( 0.0 Hz)
Timestamp elapsed time: 146.259 s
FEE module #: 1 elapsed dead time 0.019 s
FEE module #: 2 elapsed dead time 0.232 s
FEE module #: 3 elapsed dead time 0.002 s
FEE module #: 4 elapsed dead time 0.000 s
FEE module #: 5 elapsed dead time 0.255 s
FEE module #: 6 elapsed dead time 0.215 s
FEE module #: 7 elapsed dead time 0.001 s
FEE module #: 8 elapsed dead time 0.000 s
FEE module #: 9 elapsed dead time 0.028 s
FEE module #: 10 elapsed dead time 0.000 s
FEE module #: 11 elapsed dead time 0.036 s
FEE module #: 12 elapsed dead time 0.089 s
FEE module #: 13 elapsed dead time 0.001 s
FEE module #: 14 elapsed dead time 0.034 s
FEE module #: 15 elapsed dead time 0.000 s
FEE module #: 16 elapsed dead time 0.478 s
FEE module #: 17 elapsed dead time 0.000 s
FEE module #: 18 elapsed dead time 0.077 s
FEE module #: 19 elapsed dead time 0.000 s
FEE module #: 20 elapsed dead time 0.166 s
FEE module #: 21 elapsed dead time 0.760 s
FEE module #: 22 elapsed dead time 0.029 s
FEE module #: 23 elapsed dead time 0.755 s
FEE module #: 24 elapsed dead time 0.448 s
FEE module #: 25 elapsed dead time 0.000 s
FEE module #: 26 elapsed dead time 0.000 s
FEE module #: 27 elapsed dead time 0.000 s
FEE module #: 28 elapsed dead time 0.000 s
FEE module #: 29 elapsed dead time 0.000 s
FEE module #: 30 elapsed dead time 0.000 s
FEE module #: 31 elapsed dead time 0.000 s
FEE module #: 32 elapsed dead time 0.000 s
It could be around 5% total, but I do not think it is so terrible.
4:56 AIDA Run 47_53 begins 4:56. We do not restart the runs. EURICA also automatically had the new run 2033 at 4:56. BigRIPS manually stop / start is now at 2138 (4:57). CAEN run is still 3023.
5:02: At start of run, the beam dropped
5:05 PPAC F3 1A trips.
Leak current shown as attachment 10 and 11
Scalers shown as attachment 12
FEE sync looks good, as well as SSD XY. About 370 MB of ROOT tree (compared to typical check of 50 MB) Attachments 13 and 14, respectively.
Here are Tom's pause information
aidas1> ~/td/GREAT/analyser2 /TapeData/NP1512/AIDA47_53
*** GREAT format 3.2.0 analyser - TD - May 2014
*** ERROR: READ I/O error: 5002
blocks: 32000
ADC data format: 146454667 ( 944617.0 Hz)
Other data format: 114665333 ( 739579.2 Hz)
Sample trace data format: 0 ( 0.0 Hz)
Undefined format: 0 ( 0.0 Hz)
Other data format type: PAUSE: 4216 ( 27.2 Hz)
RESUME: 4216 ( 27.2 Hz)
SYNC100: 59144 ( 381.5 Hz)
FEE64 disc: 113857390 ( 734368.1 Hz)
MBS info: 740367 ( 4775.3 Hz)
Other info: 0 ( 0.0 Hz)
ADC data range bit set: 272434 ( 1757.2 Hz)
Timewarps: ADC: 0 ( 0.0 Hz)
PAUSE: 1 ( 0.0 Hz)
RESUME: 0 ( 0.0 Hz)
SYNC100: 0 ( 0.0 Hz)
FEE64 disc: 0 ( 0.0 Hz)
MBS info: 0 ( 0.0 Hz)
Undefined: 0 ( 0.0 Hz)
Sample trace: 0 ( 0.0 Hz)
Timestamp elapsed time: 155.041 s
FEE module #: 1 elapsed dead time 0.014 s
FEE module #: 2 elapsed dead time 0.231 s
FEE module #: 3 elapsed dead time 0.005 s
FEE module #: 4 elapsed dead time 0.000 s
FEE module #: 5 elapsed dead time 0.220 s
FEE module #: 6 elapsed dead time 0.040 s
FEE module #: 7 elapsed dead time 0.000 s
FEE module #: 8 elapsed dead time 0.009 s
FEE module #: 9 elapsed dead time 0.043 s
FEE module #: 10 elapsed dead time 0.005 s
FEE module #: 11 elapsed dead time 0.064 s
FEE module #: 12 elapsed dead time 0.006 s
FEE module #: 13 elapsed dead time 0.008 s
FEE module #: 14 elapsed dead time 0.039 s
FEE module #: 15 elapsed dead time 0.065 s
FEE module #: 16 elapsed dead time 0.457 s
FEE module #: 17 elapsed dead time 0.000 s
FEE module #: 18 elapsed dead time 0.015 s
FEE module #: 19 elapsed dead time 0.000 s
FEE module #: 20 elapsed dead time 0.059 s
FEE module #: 21 elapsed dead time 0.330 s
FEE module #: 22 elapsed dead time 0.043 s
FEE module #: 23 elapsed dead time 0.989 s
FEE module #: 24 elapsed dead time 0.462 s
FEE module #: 25 elapsed dead time 0.000 s
FEE module #: 26 elapsed dead time 0.000 s
FEE module #: 27 elapsed dead time 0.000 s
FEE module #: 28 elapsed dead time 0.000 s
FEE module #: 29 elapsed dead time 0.000 s
FEE module #: 30 elapsed dead time 0.000 s
FEE module #: 31 elapsed dead time 0.000 s
FEE module #: 32 elapsed dead time 0.000 s
*** Program elapsed time: 21.295s ( 1502.706 blocks/s, 93.919 Mb/s)
|
|
Sat Jun 11 16:06:16 2016, TD, [How To] Monitor per FEE64 Activity
|
Launch terminal and enter commands
setenv MIDASBASE /MIDAS@aidas.240215
setenv PATH $MIDASBASE/bin_Linux64:$PATH
MIDAS64-session
From the pop-up select 'MIDAS Data Analysis'
From 'MIDAS Base Frame' select 'Sort Tool'
From 'MIDAS Sort (64 bit) Control Frame' select 'Browse' and select 'sort2b.f' from the pop-up
From 'MIDAS Sort (64 bit) Control Frame' select 'Compile Sortfile'
From 'MIDAS Sort (64 bit) Control Frame' select 'Disk Info'
From 'MIDASsort Disk Info' select 'Browse' and select the latest complete file from the current
run from the data dietcory (currently /TapeData/NP1512)
From 'MIDASsort Disk Info' select 'Add'
From 'MIDASsort Disk Info' select 'Quit'
From 'MIDAS Sort (64 bit) Control Frame' select 'Start'
The terminal from which MIDAS was launched will report messages from MIDASsort
and end of sort
From 'MIDAS Sort (64 bit) Control Frame' select 'View Spectra'
From 'Sort Spectrum Directory Browser' select spectra s3501-s3524 which display
spectra showing (ADC) timestamps per FEE (s3501 = nnaida1, s3502 = nnaida2 etc)
The 65k spectra are rolling and the scale is 1ch = 0.1s.
Examine the activity of each FEE for extended (>1s) periods of inactivity.
When the sort is complete from 'MIDAS Sort (64 bit) Control Frame' select 'Pause' then 'Kill'
|
|
Sat Jun 11 15:48:49 2016, TD, [How To] Monitor Pause-Resume Times
|
The basic GREAT data format analyser will report per FEE cumulative
pause-resume times which should be << timestamp elapsed time (which
is time taken to write the data file analysed).
aidas1> ~/td/GREAT/analyser2 /TapeData/NP1512/AIDA40_52
*** GREAT format 3.2.0 analyser - TD - May 2014
*** ERROR: READ I/O error: 5002
blocks: 32000
ADC data format: 147698907 ( 924090.7 Hz)
Other data format: 113421093 ( 709628.6 Hz)
Sample trace data format: 0 ( 0.0 Hz)
Undefined format: 0 ( 0.0 Hz)
Other data format type: PAUSE: 6592 ( 41.2 Hz)
RESUME: 6592 ( 41.2 Hz)
SYNC100: 60971 ( 381.5 Hz)
FEE64 disc: 112649552 ( 704801.4 Hz)
MBS info: 697386 ( 4363.3 Hz)
Other info: 0 ( 0.0 Hz)
ADC data range bit set: 312853 ( 1957.4 Hz)
Timewarps: ADC: 0 ( 0.0 Hz)
PAUSE: 0 ( 0.0 Hz)
RESUME: 0 ( 0.0 Hz)
SYNC100: 1 ( 0.0 Hz)
FEE64 disc: 0 ( 0.0 Hz)
MBS info: 0 ( 0.0 Hz)
Undefined: 0 ( 0.0 Hz)
Sample trace: 0 ( 0.0 Hz)
Timestamp elapsed time: 159.832 s
FEE module #: 1 elapsed dead time 0.030 s
FEE module #: 2 elapsed dead time 0.291 s
FEE module #: 3 elapsed dead time 0.029 s
FEE module #: 4 elapsed dead time 0.000 s
FEE module #: 5 elapsed dead time 0.132 s
FEE module #: 6 elapsed dead time 0.078 s
FEE module #: 7 elapsed dead time 0.000 s
FEE module #: 8 elapsed dead time 0.000 s
FEE module #: 9 elapsed dead time 0.041 s
FEE module #: 10 elapsed dead time 0.000 s
FEE module #: 11 elapsed dead time 0.099 s
FEE module #: 12 elapsed dead time 0.038 s
FEE module #: 13 elapsed dead time 0.000 s
FEE module #: 14 elapsed dead time 0.008 s
FEE module #: 15 elapsed dead time 0.074 s
FEE module #: 16 elapsed dead time 1.036 s
FEE module #: 17 elapsed dead time 0.000 s
FEE module #: 18 elapsed dead time 0.026 s
FEE module #: 19 elapsed dead time 0.000 s
FEE module #: 20 elapsed dead time 0.247 s
FEE module #: 21 elapsed dead time 0.421 s
FEE module #: 22 elapsed dead time 0.024 s
FEE module #: 23 elapsed dead time 1.628 s
FEE module #: 24 elapsed dead time 0.493 s
FEE module #: 25 elapsed dead time 0.000 s
FEE module #: 26 elapsed dead time 0.000 s
FEE module #: 27 elapsed dead time 0.000 s
FEE module #: 28 elapsed dead time 0.000 s
FEE module #: 29 elapsed dead time 0.000 s
FEE module #: 30 elapsed dead time 0.000 s
FEE module #: 31 elapsed dead time 0.000 s
FEE module #: 32 elapsed dead time 0.000 s
*** Program elapsed time: 26.523s ( 1206.480 blocks/s, 75.405 Mb/s) |
|
Sat Jun 11 13:57:09 2016, laura, How to monitor and check synchronisation of FEES
|
Alfredo has written a program to check the synchronisation of the FEES, which need to be checked regularly
To do this:
change to directory: npg/AIDAanalysis/AIDAmonitor
Command: nice ./AIDA-sort.exe -F filename e.g. nice ./AIDA-sort.exe -F AIDA37_10
Be patient, it takes a while to sort the file. It is possible to monitor the output in the directory npg/AIDAanalysis/ORDERsort/aev by the command ls -trlh /data10/NP1512.rootfiles
However, there is no need to wait for the raw date in the full 2GB to be converted to .root. It is possible to pause it by pressing the space bar, then choosing the options (0 to stop)
Once stopped, command: nice root -l /data10/NP1512.rootfiles/aida_sort_AIDAfilename.root e.g. nice root -l /data10/NP1512.rootfiles/aida_sort_AIDA37_10.root
Root will then open.
Command: .x checkSYNC.c
--------------------------------
Four canvases will open: (1) cxy for each DSSD, (2) cExy for each DSSD, (c) cpulser: timestamp vs NNAIDA module and (d) CADC Energy: ADC energy vs NNAIDA module
* Check in cxy that all 4 quadrants have data (excluding those corresponding to nnaida19, which is currently inactive). If there is asymmetry (eg missing quadrants) there is probably a synchronisation problem!!
*Check in cEXY that there is a y=x correlation. If it isn't, there is probably a synchronisation problem!!
If there is a synchronisation problem, it may be necessary to power cycle. Switch all off, then sequence all on, follow AIDA elog entry 242 https://elog.ph.ed.ac.uk/AIDA/242
|
|
Sat Jun 11 10:29:16 2016, AE, TD, LHB, synchronization between different FEEs
|
file AIDA10_20: stopped on June 10, 14:59
file AIDA10_40: stopped on June 10, 16:16
Time different between pulser peaks, in microseconds (ts/100), for the four groups shown in the attached plots:
AIDA10_20: 2593, 2628, 2593
AIDA10_40: 2618, 2600, 2618
Measurement consistent with a time difference of 2600 usec (there is an error of 32 usec as we're using the data
from the slow comparator)
The two runs also show the same pattern of which FEEs have the same timestamp for the pulser event
Attachment 3, for run AIDA34, corresponds to a case after we had managed to resynchronize all FEEs |
|
Fri Jun 10 21:07:52 2016, AE, DK, TD, ML, MA, Saturday 11 June 2016 8x
|
04.51 Start run AIDA18. Beam is back from the operators.
Scalers are shown as attachment 1
Leak currents seem okay (all < 5 uA), shown as attachments 2 and 3.
Discrim levels have a bit of fluctuation depending on the module -- attachment 4
nnaida24 has some pauses (attachment 5)
09.35 AIDA20* - AIDA24* test runs with no beam, i.e. noise, betas and low rate pulser
to investigate FEE64 synchronisation
AIDA20* nnaida19 data link to Merge program enabled
AIDA21* - nnaida19 removed from DAQ configuration file (startup.tcl) and server/web browser restarted
12.35 Detector bias & leakage current, FEE temperatures - OK - see attachments 5-7 |
|
Fri Jun 10 14:14:56 2016, TD, nnaida19
|
See attachments 1 and 2 and spot the difference ...
Yes - nnaida19 histogramming appears to have started working as mysteriously as it stopped.
However, although nnaida19 ReSYNCs the timestamp appears to wander (see attachment 3) and
nnaida19 still fails the ASIC timestamp and SYNC errors not counting system-wide tests.
Ideas anyone? |
|
Fri Jun 10 14:02:17 2016, TD (courtesy VFEP), [How to] Avoid Power-Cycling/Rebooting FEE64s
|
If you obtain the 'unable to connect' from one, or more, of the FEE64s try the
following procedure *before* power-cycling/rebooting all of the FEE64s.
1) From the Firefox web browser (Workspace 2) close any tab related to the Merge program
typically 'MERGE: Control', 'Merger Link Data Rates' and 'MRGE Statistics'
2) Restart the Merge program by selecting the 'MergeServer' icon on the task bar at the top
of the display which the run the script /MIDAS/Merger/AIDA/Startup
Restarting the Merge program in this way will ensure that all merge program components
are removed and that the merge program starts with a timestamp of zero.
[Attempts to just restart manually which fail to remove ALL of the link tasks will cause
the data collection for those FEE64 links to an existing link task to fail (port already
in use).
It is also important that the Merge restarts with the time stamp at zero and with the link
queues all empty (which happens when the software is reloaded)]
3) From the Firefox web browser (Workspace 2) 'MERGE: Control' tab
Select Reload
The Merge state should now be 'Unknown'
Select Configure & Setup
Select GO
This should immediately commence reading data from the links and sending merged data to the
TapeServer if enabled.
Select Toggle Merge Data Transfer State to toggle data transfer to the TapeServer
Select Toggle Merge Program Pause State to toggle input data to the Merge program
Based upon notes from VFEP (originally written for the IDS LyrTech system at CERN) |
|
Fri Jun 10 12:51:19 2016, TD, ADC offsets - pass 1 -18.15 3 June 2016
|
Column order:
Channel = (fee# - 1)*64 + (asic# - 1)*16 + channel
FEE
ASIC
Channel
Offset (ADC channels)
Offset error (ADC channels)
INL (%)
# peaks
Spectrum name
ADC offset to be used as follows:
adc(i) = INT( ABS( raw_adc(i) - 32768 ) - offset(i) + 0.5 )
This is a first pass analysis with ~90% of the ADC offsets and something approaching ~95% achievable
(64 channels of nnaida19 not operational).
Recommend ignoring those with INL > 1%, offsets > 500 channels |
|
Fri Jun 10 08:04:11 2016, YS, Leakage Currents Spread Sheet
|
Leakage Currents Spread Sheet and Chart |
|
Fri Jun 10 02:52:02 2016, TD, ML & YS, Friday 10 June 2016 16x
|
10.50 SyncCheck ... EURICA server refusing connection
[aida@d05 euricatssender]$ ./euricatssender -t
euricatssender
Setting Transfer Block Size 65536
TCP transfer library version 4.0T
0: TCP socket send buffer was 16384 - now 425984
0: TCP socket receive buffer was 87380 - now 425984
0: TCP socket created OK - now connecting to 10.32.0.12 port 10305
0: Connected to 10.32.0.12 port 10305
E-f_evcli: Error connecting node:e01, port:6003. Msg:
-I- f_stc connection refused.
Can't connect Event Server = e01
11.08 Run AIDA9
Stat/rate hit patterns - see attachments 1-3
11.12 B3F ambient temp +25.0 deg C, d.p. +12.2 deg C, RH 44.2%
12.10 Attachments 4-9 - Right HEC 1*H spectra for DSSSD #1 - #6
12.17 Attachments 10-13 - nnaida24 (DSSSD #2) ASIC # 1-4 *H spectra
12.49 System wide checks OK
Some failures of FADC calibration - OK - readout is currently disabled
nnaida19 fails SYNC errors not counting & ASIC clock timestamp
13.40 Run AIDA10
14.46 AIDA10_14 deadtime check
*** GREAT format 3.2.0 analyser - TD - May 2014
*** ADC data: block: 30030 ptr: 12945 data: 0xC4A87DD1 module: 18 fail: 0 range: 0 id: 1192
channel: 40 adc: 32209 ts: 0x0F0AC00000A0 OLD: ts: 0x0F0AD0000039 tag: 3 type: 0
*** ERROR: READ I/O error: 5002
blocks: 32000
ADC data format: 204745037 ( 910555.1 Hz)
Other data format: 56374963 ( 250714.3 Hz)
Sample trace data format: 0 ( 0.0 Hz)
Undefined format: 0 ( 0.0 Hz)
Other data format type: PAUSE: 332 ( 1.5 Hz)
RESUME: 332 ( 1.5 Hz)
SYNC100: 85777 ( 381.5 Hz)
FEE64 disc: 56286977 ( 250323.0 Hz)
MBS info: 1545 ( 6.9 Hz)
Other info: 0 ( 0.0 Hz)
ADC data range bit set: 177071 ( 787.5 Hz)
Timewarps: ADC: 1 ( 0.0 Hz)
PAUSE: 0 ( 0.0 Hz)
RESUME: 0 ( 0.0 Hz)
SYNC100: 0 ( 0.0 Hz)
FEE64 disc: 0 ( 0.0 Hz)
MBS info: 0 ( 0.0 Hz)
Undefined: 0 ( 0.0 Hz)
Sample trace: 0 ( 0.0 Hz)
Timestamp elapsed time: 224.857 s
FEE module #: 1 elapsed dead time 0.010 s
FEE module #: 2 elapsed dead time 0.209 s
FEE module #: 3 elapsed dead time 0.001 s
FEE module #: 4 elapsed dead time 0.000 s
FEE module #: 5 elapsed dead time 0.120 s
FEE module #: 6 elapsed dead time 0.362 s
FEE module #: 7 elapsed dead time 0.000 s
FEE module #: 8 elapsed dead time 0.000 s
FEE module #: 9 elapsed dead time 0.019 s
FEE module #: 10 elapsed dead time 0.011 s
FEE module #: 11 elapsed dead time 0.000 s
FEE module #: 12 elapsed dead time 0.005 s
FEE module #: 13 elapsed dead time 0.000 s
FEE module #: 14 elapsed dead time 0.000 s
FEE module #: 15 elapsed dead time 0.059 s
FEE module #: 16 elapsed dead time 0.304 s
FEE module #: 17 elapsed dead time 0.000 s
FEE module #: 18 elapsed dead time 0.010 s
FEE module #: 19 elapsed dead time 0.000 s
FEE module #: 20 elapsed dead time 0.029 s
FEE module #: 21 elapsed dead time 0.035 s
FEE module #: 22 elapsed dead time 0.006 s
FEE module #: 23 elapsed dead time 0.052 s
FEE module #: 24 elapsed dead time 0.044 s
FEE module #: 25 elapsed dead time 0.000 s
FEE module #: 26 elapsed dead time 0.000 s
FEE module #: 27 elapsed dead time 0.000 s
FEE module #: 28 elapsed dead time 0.000 s
FEE module #: 29 elapsed dead time 0.000 s
FEE module #: 30 elapsed dead time 0.000 s
FEE module #: 31 elapsed dead time 0.000 s
FEE module #: 32 elapsed dead time 0.000 s
*** Program elapsed time: 68.563s ( 466.727 blocks/s, 29.170 Mb/s)
21.08 Detector bias and leakage current screenshots - attachments 14-15
21.36 FEE64 temperatures - attachment 16
Julabo FL11006 set point +17 deg C (B3F temperature +25.0 deg C, d.p. +11.5 deg C, RH 42.4%)
|
|
Fri Jun 10 02:25:45 2016, TD, ML & YS, DAQ State of Play - Friday 10 June 2016 6x
|
10.25 Screenshots showing DAQ state of play during NP1512 |
|
Wed Jun 8 20:56:28 2016, CG, Thurs 9th June 6x
|
04.45 Lowered slow comp threshold on all FEEs bar nnaida24 to 8 (nnaida24 @ 12).
Fast comp thresh @ 6 on all nnaida.
See CPU load and MIDASsort in attachments 1+2.
11.20 Directory /MIDAS/SpecData moved to /ntfs/TapeData/NP1306/ (Edinburgh Seagate USB 8Tb disk Z840DXMA)
to create disk space on root filesystem (100% usage, 134M remaining space)
11.36 Saved current *.L spectra to /MIDAS/SpecData
11.40 Detector biases & leakage currents - OK - see attachments 3-4
FEE64 temperatures - see attachment 5
12.15 Julabo FL11006 set point +15 deg C (B2F/F11 temp +25.5 deg C, d.p. +12.9 deg C , RH 45.4% )
changed set point from +15 to +17 deg C
13.18 FEE64 temperatures - see attachment 6 |
|
Wed Jun 8 09:29:55 2016, TD, DAQ state of play 9x
|
17.25 State of play
Running data to disk (uncompressed)
link #18 (nnaida19 disabled)
~1.3m data items/s
~10.5Mb/s
merge64.AD ~30% CPU
driver ~4% CPU
link64 <1% CPU
nnaida19 ~20Hz PAUSE, increase LEC/MEC fast comparator from 0x5 to 0x20 -> PAUSE ~0Hz |
|
Wed Jun 8 05:00:53 2016, TD, Analysis of R1229
|
Files R1229_0 ... R1229_3 (written by TapeServer without data compression)
Timestamp data per FEE per 10s (i.e. 1 ch = 10s)
s3501-s3524 ADC data
s3601-s3624 PAUSE
s3701-s3724 RESUME
s3801-s3824 SYNC |
|
Wed Jun 8 04:24:04 2016, TD, aidas1 disk statistics (without data compression)
|
aidas1> iostat -xn
Linux 2.6.32-504.8.1.el6.x86_64 (aidas1) 06/08/2016 _x86_64_ (16 CPU)
Device: rrqm/s wrqm/s r/s w/s rsec/s wsec/s avgrq-sz avgqu-sz await svctm %util
sda 0.03 0.00 0.01 0.00 0.10 0.00 8.53 0.00 1.37 0.96 0.00
sdc 0.01 0.00 0.01 1.46 0.04 0.00 0.03 0.00 0.38 0.31 0.05
sdg 0.02 0.00 1.16 1.46 280.02 0.01 106.79 0.00 1.05 0.74 0.20
sdf 0.23 496.52 6.59 7.52 1630.98 4020.60 400.58 0.72 50.70 3.81 5.38
sdd 0.20 3.48 0.05 0.09 1.50 28.52 217.54 0.00 6.63 3.64 0.05
sdb 1.39 35.64 2.06 3.35 171.52 310.29 89.17 0.13 24.09 2.59 1.40
sde 0.01 3.89 3.13 4.56 56.50 56.00 14.63 0.27 35.22 3.91 3.01
dm-0 0.00 0.00 3.45 38.79 171.28 310.29 11.40 11.07 261.99 0.33 1.40
dm-1 0.00 0.00 0.01 0.00 0.05 0.00 8.00 0.00 3.24 1.03 0.00
dm-2 0.00 0.00 0.17 3.57 1.39 28.52 8.00 0.04 11.44 0.13 0.05
dm-3 0.00 0.00 0.00 0.00 0.01 0.00 8.00 0.00 1.05 1.05 0.00
dm-4 0.00 0.00 11.11 510.60 1967.40 4076.62 11.59 60.80 116.54 0.16 8.35
dm-5 0.00 0.00 0.01 0.00 0.07 0.00 7.96 0.00 3.64 0.68 0.00
Filesystem: rBlk_nor/s wBlk_nor/s rBlk_dir/s wBlk_dir/s rBlk_svr/s wBlk_svr/s ops/s
rops/s wops/s
aidas1> iostat -x
Linux 2.6.32-504.8.1.el6.x86_64 (aidas1) 06/08/2016 _x86_64_ (16 CPU)
avg-cpu: %user %nice %system %iowait %steal %idle
17.42 3.35 1.10 0.72 0.00 77.41
Device: rrqm/s wrqm/s r/s w/s rsec/s wsec/s avgrq-sz avgqu-sz await svctm %util
sda 0.03 0.00 0.01 0.00 0.10 0.00 8.53 0.00 1.37 0.96 0.00
sdc 0.01 0.00 0.01 1.46 0.04 0.00 0.03 0.00 0.38 0.31 0.05
sdg 0.02 0.00 1.16 1.46 279.98 0.01 106.78 0.00 1.05 0.74 0.20
sdf 0.23 496.63 6.62 7.52 1636.72 4021.54 400.39 0.72 50.64 3.81 5.39
sdd 0.20 3.48 0.05 0.09 1.50 28.52 217.54 0.00 6.63 3.64 0.05
sdb 1.39 35.64 2.06 3.35 171.49 310.28 89.16 0.13 24.09 2.59 1.40
sde 0.01 3.89 3.13 4.56 56.49 56.00 14.63 0.27 35.22 3.91 3.01
dm-0 0.00 0.00 3.45 38.78 171.26 310.28 11.40 11.06 261.97 0.33 1.40
dm-1 0.00 0.00 0.01 0.00 0.05 0.00 8.00 0.00 3.24 1.03 0.00
dm-2 0.00 0.00 0.17 3.56 1.39 28.52 8.00 0.04 11.44 0.13 0.05
dm-3 0.00 0.00 0.00 0.00 0.01 0.00 8.00 0.00 1.05 1.05 0.00
dm-4 0.00 0.00 11.13 510.72 1973.09 4077.56 11.59 60.83 116.57 0.16 8.36
dm-5 0.00 0.00 0.01 0.00 0.07 0.00 7.96 0.00 3.64 0.68 0.00 |
|
Wed Jun 8 03:57:59 2016, TD, Analysis of R1222
|
Timestamp data per FEE per 10s (i.e. 1 ch = 10s)
s3501-s3524 ADC data
s3601-s3624 PAUSE
s3701-s3724 RESUME
s3801-s3824 SYNC
Little evidence of data loss or high dead time |
|
Wed Jun 8 03:46:51 2016, TD & ML, TapeServer compression disabled
|
CHnaged TapeServer configuration file to disable data compression
tapeserver options 6 -> tapeserver options 4
See http://npg.dl.ac.uk/MIDAS/download/tapeserver.html
aidas1> cat /MIDAS/TapeServer/Linux64/TS_configuration
#device configuration information
# any line starting with a # is a comment and is ignored
stats ./stats
# devices available - list ends with a null line or line starting with a &
# format class_name device_name driver_task_path_name
# class_name MUST be one of dlt, exabyte, scsitape, sink
# driver_task_path_name normally is omitted
#dlt /dev/nst0 ./driver
file /dev/file/0 ./driver
sink /dev/null/0 ./driver
&
#data link configuration information - list end with a null line
# format link_task_path_name
./linkTCP
&
#program options - list end with a null line
msg_reporting_level 0x0180fff8
# use 0x0080fff8 to enable msg logging
msg_logging_level 0xfff8
tapeserver_options 4
# use 0x0080fff8 to enable msg logging
# default for following is 16Kbytes - both MUST be the same at present
data_buffer_size 64
tape_block_size 64
disc_file_size 2000
#
file_path_base /TapeData
&
#end of information
Merger ~600k items/s, TapeServer ~4500kb/s, driver process CPU ~1.3%
Tasks: 519 total, 2 running, 512 sleeping, 3 stopped, 2 zombie
Cpu(s): 0.5%us, 0.5%sy, 7.1%ni, 91.9%id, 0.0%wa, 0.0%hi, 0.0%si, 0.0%st
Mem: 8048160k total, 7877128k used, 171032k free, 54624k buffers
Swap: 18415608k total, 124036k used, 18291572k free, 6509416k cached
PID USER PR NI VIRT RES SHR S %CPU %MEM TIME+ COMMAND
22565 npg 30 10 327m 13m 12m R 100.0 0.2 115:05.32 sort2b
6055 npg 22 2 2117m 718m 635m S 13.9 9.1 1:03.67 merge64.AD
4398 npg 20 0 1523m 317m 31m S 5.0 4.0 78:36.04 firefox
3795 root 20 0 248m 92m 8272 S 4.0 1.2 98:58.94 Xorg
4655 npg 20 0 402m 20m 8964 S 2.6 0.3 19:33.57 gnome-terminal
6091 npg 20 0 19676 1284 1100 S 1.3 0.0 0:07.01 driver
6088 npg 20 0 21592 6740 6544 S 0.7 0.1 0:03.07 master
6093 npg 20 0 17880 1260 1028 S 0.7 0.0 0:03.12 linkTCP
6486 npg 20 0 15304 1576 924 R 0.7 0.0 0:02.66 top
18761 npg 20 0 15304 1572 916 S 0.7 0.0 1:29.13 top
69 root 20 0 0 0 0 S 0.3 0.0 0:35.68 events/2
3270 root 20 0 0 0 0 S 0.3 0.0 0:10.29 nfsd
4124 npg 20 0 1080m 33m 13m S 0.3 0.4 3:03.69 nautilus
5994 npg 20 0 2021m 49m 49m S 0.3 0.6 0:01.46 link64
5997 npg 20 0 2021m 49m 49m S 0.3 0.6 0:01.61 link64
5998 npg 20 0 2021m 49m 49m S 0.3 0.6 0:02.41 link64
6003 npg 20 0 2021m 49m 49m S 0.3 0.6 0:00.30 link64 |
|
Wed Jun 8 02:31:20 2016, TD, aidas1 disk statistics
|
DAQ running to disk at relatively low rate (merger ~600k item/s, tapeserver ~4700kb/s)
Do these disk statistics look OK
aidas1> iostat -x
Linux 2.6.32-504.8.1.el6.x86_64 (aidas1) 06/08/2016 _x86_64_ (16 CPU)
avg-cpu: %user %nice %system %iowait %steal %idle
19.56 3.00 1.15 0.74 0.00 75.55
Device: rrqm/s wrqm/s r/s w/s rsec/s wsec/s avgrq-sz avgqu-sz await svctm %util
sda 0.04 0.00 0.01 0.00 0.11 0.00 8.53 0.00 1.37 0.96 0.00
sdc 0.01 0.00 0.01 1.58 0.05 0.00 0.03 0.00 0.38 0.31 0.05
sdg 0.02 0.00 0.18 1.58 42.62 0.01 24.21 0.00 0.59 0.41 0.07
sdf 0.05 507.94 2.16 7.81 516.00 4113.00 464.34 0.69 69.54 4.77 4.76
sdd 0.19 3.95 0.05 0.10 1.36 32.36 225.17 0.00 6.63 3.57 0.05
sdb 1.40 38.38 2.17 3.35 185.34 332.20 93.75 0.14 26.19 2.60 1.44
sde 0.01 4.25 3.54 4.94 64.06 60.96 14.74 0.30 35.48 3.90 3.30
dm-0 0.00 0.00 3.56 41.53 185.07 332.20 11.47 12.54 278.00 0.32 1.44
dm-1 0.00 0.00 0.01 0.00 0.05 0.00 8.00 0.00 3.24 1.03 0.00
dm-2 0.00 0.00 0.15 4.05 1.23 32.36 8.00 0.05 11.49 0.12 0.05
dm-3 0.00 0.00 0.00 0.00 0.02 0.00 8.00 0.00 1.05 1.05 0.00
dm-4 0.00 0.00 5.92 522.90 622.57 4174.35 9.07 59.55 112.60 0.15 7.94
dm-5 0.00 0.00 0.01 0.00 0.07 0.00 7.95 0.00 3.11 0.69 0.00
aidas1> iostat
Linux 2.6.32-504.8.1.el6.x86_64 (aidas1) 06/08/2016 _x86_64_ (16 CPU)
avg-cpu: %user %nice %system %iowait %steal %idle
19.55 3.00 1.15 0.74 0.00 75.57
Device: tps Blk_read/s Blk_wrtn/s Blk_read Blk_wrtn
sda 0.01 0.11 0.00 5682 0
sdc 1.58 0.05 0.00 2312 112
sdg 1.76 42.56 0.01 2170822 648
sdf 9.98 519.68 4114.55 26505990 209861264
sdd 0.15 1.38 32.32 70150 1648496
sdb 5.52 185.27 331.95 9449724 16931146
sde 8.47 63.97 60.90 3263022 3106264
dm-0 45.06 185.01 331.95 9436314 16931104
dm-1 0.01 0.05 0.00 2696 0
dm-2 4.20 1.24 32.32 63432 1648496
dm-3 0.00 0.02 0.00 864 0
dm-4 528.96 626.10 4175.46 31934274 212968288
dm-5 0.01 0.07 0.00 3778 24 |
|
Tue Jun 7 19:19:34 2016, CG, TD, DK, AE, Wednesday 8th June 27x
|
(4 mm Al mask was put upstream of AIDA near 20:20 on 7 June)
01.15 Run R1219 started on neutron rich setting.
Temps ok. Leakage currents ok.
Plate with holes in front of AIDA , after F11 plastic. F11 plastic count rate ~700cps.
Keeps getting 'Attempting resychronisation' message in merger terminal window.
driver 0 10205 consuming almost 100% of CPU. Merger ~20% and data links ~1%
See attachments 1-4
02.15 Run R1220 n-rich setting (BigRIPS run 1218, EURICA off)
EURICA team retires for the night and cannot get it up and running
Biases and leak shown as attachments 5-6
Merger info is shown in attachments 7-9
CPU Load in attachment 10
Timestamps against the ADCs and also SYNCS, respectively, attachments 11 and 12
3:31: Run stopped for the operator to tune the beam
F11 plastic rate was 700 cps (~heavy ion injection rate)
3:43 Run R1221 n-rich setting (BigRIPS 1219, no EURICA)
4 mm Al mask was removed.
Pause calls vs. Timestamp is attachment 13
Merger screenshots are shown as attachments 14-16
F11 plastic rate is 850 or 900 cps after retune
ADC v Timestamp is shown as attachment 17. It can be seen the rate was roughly constant before the operators stopped (corresponding to a long gap of no hits, but now we go up and down quite a lot in a rather ugly way
CPU stats (driver to write to HDD in green, merger in red) as attachment 18
At the time of ~90 in attachment 18, the linkers start to consume all available CPU resources, shown as attachment 19
04:35 Run R1222 n-rich setting (BigRIPS 1219 / 1220)
Ask the operators to reduce the beam intensity by "1/2" -> F11 plastic rate goes from 850 cps to 170 cps, so more like 1/4 effectively
Merger stats are shown as attachments 20, 21, 22.
nnaida1 and nnaida24 seemed to often show pauses (among other ones)
trying to understand what's going on with the display in Midas, because it has looped around to time zero and is putting new data on to the old data...?
It seems this condition is much better than before, though
05:33 stop the run
05:38 R R1223 n-rich setting (BigRIPS 1221)
Ask the operators to resume the previous beam intensity. (Now like 600 to 800 cps at the F11 plastic)
attachment 23 shows the beam coming on near time zero. within <100 seconds, the driver has to fight with many link64 instances and cannot operate correctly
we understood how to clear the midas histograms so that we can make sense of things. attachment 24 is ADC, and attachment 25 is pause.
you can see some data come smoothly until the system locks down
06.11 R1223 stopped.
06.30 Started run R1224.
Moved Pb bricks downstream of F11 plastic inwards, from a separation of 15cm, to 4cm in an effort to reduce rate in AIDA.
F11 plastic rate ~900cps.
No change to vis scalar rates and data still being dropped.
06.45 Stopped run R1224.
MIDAS plot of ADC vs Timestamp (attachment 26) shows characteristic behaviour.
Upon writing to disk, for the first minute or so link64 processes consume minimal CPU power. But then very quickly they ramp up consumption and ultimately choke the merger (it seems).
This is reflected in the ADC v TS plot. Continuous ADC data for first ~1min.
06.54 Moved Pb bricks to separation of 2cm. Started run R1225.
AIDA vis scalar rates reduced slightly, but no change to CPU usage and usual happens - data lost, link64 CPU usage spikes and chokes merger (seemingly).
F11 plastic rate ~900cps.
07.00 Run R1225 stopped.
SYNCs stopped being produced. Lost contact with nnaida1.
07.25 Pb bricks moved to 1cm apart. Run R1226 started.
No change to CPU usage (link64 still hogging everything). MIDAS online monitor lost in power cycle so cant view in real-time, but anticipate same outcome.
Sopped producing SYNCs 07.39. Run 1226 stopped.
08.20 Some trouble restarting DAQ and merger.
As nnaida19 has lost the 'H' for histogramming on the run control page, nnaida21 has now lost the 'X' for data transfer (see attachment 27).
Removed nnaida21 from merger and normal state of play resumed.
4mm holey plate + the one attached to it we installed dowstream of F11 plastic.
08.50 Run R1227 started.
CPU usage by link64 ~1% and driver ~70%, much more reasonable. When reloading merger web page, channels flash between bright green and olive. Good.
09.09 Changed to reference mass setting. Run R1227 stopped.
09.12 Run R1228 started on reference setting with holey plate still in place.
R1228 stopped 10.32 (for B2F/F11 entry)
|
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Tue Jun 7 10:59:20 2016, TD, merge stats
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Let me which merge stats for all data links would be most useful and I will upload screenshots. |
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Tue Jun 7 10:36:14 2016, TD, nnaida19
|
aidas1> cat var/log/dmesg
Using Xilinx Virtex440 machine description
Linux version 2.6.31 (nf@nnlxb.dl.ac.uk) (gcc version 4.2.2) #34 PREEMPT Tue Nov 15 15:57:04 GMT 2011
Top of RAM: 0x7000000, Total RAM: 0x7000000
Memory hole size: 0MB
Zone PFN ranges:
DMA 0x00000000 -> 0x00007000
Normal 0x00007000 -> 0x00007000
Movable zone start PFN for each node
early_node_map[1] active PFN ranges
0: 0x00000000 -> 0x00007000
On node 0 totalpages: 28672
free_area_init_node: node 0, pgdat c038c384, node_mem_map c03b8000
DMA zone: 224 pages used for memmap
DMA zone: 0 pages reserved
DMA zone: 28448 pages, LIFO batch:7
MMU: Allocated 1088 bytes of context maps for 255 contexts
Built 1 zonelists in Zone order, mobility grouping on. Total pages: 28448
Kernel command line: console=ttyS0 root=/dev/nfs ip=on rw mem=112M
PID hash table entries: 512 (order: 9, 2048 bytes)
Dentry cache hash table entries: 16384 (order: 4, 65536 bytes)
Inode-cache hash table entries: 8192 (order: 3, 32768 bytes)
Memory: 109680k/114688k available (3500k kernel code, 4852k reserved, 144k data, 130k bss, 168k init)
Kernel virtual memory layout:
* 0xffffe000..0xfffff000 : fixmap
* 0xfde00000..0xfe000000 : consistent mem
* 0xfde00000..0xfde00000 : early ioremap
* 0xd1000000..0xfde00000 : vmalloc & ioremap
NR_IRQS:512
time_init: decrementer frequency = 400.000000 MHz
time_init: processor frequency = 400.000000 MHz
clocksource: timebase mult[a00000] shift[22] registered
clockevent: decrementer mult[66666666] shift[32] cpu[0]
Console: colour dummy device 80x25
Mount-cache hash table entries: 512
NET: Registered protocol family 16
PCI: Probing PCI hardware
bio: create slab <bio-0> at 0
NET: Registered protocol family 2
IP route cache hash table entries: 1024 (order: 0, 4096 bytes)
TCP established hash table entries: 4096 (order: 3, 32768 bytes)
TCP bind hash table entries: 4096 (order: 2, 16384 bytes)
TCP: Hash tables configured (established 4096 bind 4096)
TCP reno registered
NET: Registered protocol family 1
ROMFS MTD (C) 2007 Red Hat, Inc.
msgmni has been set to 214
io scheduler noop registered
io scheduler anticipatory registered
io scheduler deadline registered
io scheduler cfq registered (default)
Serial: 8250/16550 driver, 4 ports, IRQ sharing disabled
irq: irq 2 on host /plb@0/interrupt-controller@81800000 mapped to virtual irq 16
83e00000.serial: ttyS0 at MMIO 0x83e01003 (irq = 16) is a 16550
console [ttyS0] enabled
brd: module loaded
loop: module loaded
Device Tree Probing 'ethernet'
irq: irq 1 on host /plb@0/interrupt-controller@81800000 mapped to virtual irq 17
irq: irq 3 on host /plb@0/interrupt-controller@81800000 mapped to virtual irq 18
irq: irq 4 on host /plb@0/interrupt-controller@81800000 mapped to virtual irq 19
xilinx_lltemac 81c00000.ethernet: MAC address is now 0: 4:a3:2a:ed:9a
xilinx_lltemac 81c00000.ethernet: XLlTemac: using DMA mode.
XLlTemac: DCR address: 0x80
XLlTemac: buffer descriptor size: 32768 (0x8000)
XLlTemac: Allocating DMA descriptors with kmalloc
XLlTemac: (buffer_descriptor_init) phy: 0x6938000, virt: 0xc6938000, size: 0x8000
XTemac: PHY detected at address 7.
xilinx_lltemac 81c00000.ethernet: eth0: Xilinx TEMAC at 0x81C00000 mapped to 0xD1024000, irq=17
fc000000.flash: Found 1 x16 devices at 0x0 in 16-bit bank
Intel/Sharp Extended Query Table at 0x010A
Intel/Sharp Extended Query Table at 0x010A
Intel/Sharp Extended Query Table at 0x010A
Intel/Sharp Extended Query Table at 0x010A
Intel/Sharp Extended Query Table at 0x010A
Intel/Sharp Extended Query Table at 0x010A
Using buffer write method
cfi_cmdset_0001: Erase suspend on write enabled
erase region 0: offset=0x0,size=0x20000,blocks=127
erase region 1: offset=0xfe0000,size=0x8000,blocks=4
fc000000.flash: 1 set(s) of 1 interleaved chips --> 16 partitions of 1024 KiB
cmdlinepart partition parsing not available
RedBoot partition parsing not available
Creating 5 MTD partitions on "fc000000.flash":
0x000000000000-0x000000500000 : "golden_firmware"
0x000000500000-0x000000800000 : "golden_kernel"
0x000000800000-0x000000d00000 : "user_firmware"
0x000000d00000-0x000000fe0000 : "user_kernel"
0x000000fe0000-0x000001000000 : "env_variables"
irq: irq 6 on host /plb@0/interrupt-controller@81800000 mapped to virtual irq 20
xilinx-xps-spi 81400400.hd-xps-spi: at 0x81400400 mapped to 0xD1028400, irq=20
SPI: XIlinx spi: bus number now 32766
irq: irq 5 on host /plb@0/interrupt-controller@81800000 mapped to virtual irq 21
xilinx-xps-spi 81400000.xps-spi: at 0x81400000 mapped to 0xD102C000, irq=21
SPI: XIlinx spi: bus number now 32765
mice: PS/2 mouse device common for all mice
Device Tree Probing 'i2c'
irq: irq 7 on host /plb@0/interrupt-controller@81800000 mapped to virtual irq 22
#0 at 0x81600000 mapped to 0xD1030000, irq=22
at24 0-0050: 1024 byte 24c08 EEPROM (writable)
TCP cubic registered
NET: Registered protocol family 17
RPC: Registered udp transport module.
RPC: Registered tcp transport module.
eth0: XLlTemac: Options: 0x3fa
eth0: XLlTemac: allocating interrupt 19 for dma mode tx.
eth0: XLlTemac: allocating interrupt 18 for dma mode rx.
eth0: XLlTemac: speed set to 1000Mb/s
eth0: XLlTemac: Send Threshold = 24, Receive Threshold = 4
eth0: XLlTemac: Send Wait bound = 254, Receive Wait bound = 254
Sending DHCP requests ., OK
IP-Config: Got DHCP answer from 10.1.2.250, my address is 10.1.2.19
IP-Config: Complete:
device=eth0, addr=10.1.2.19, mask=255.255.255.0, gw=10.1.2.250,
host=nnaida19, domain=, nis-domain=(none),
bootserver=10.1.2.250, rootserver=10.1.2.250, rootpath=/MIDAS@aidas/XilinxLinux/ppc_4xx/rfs/nnaida19,tcp
Looking up port of RPC 100003/2 on 10.1.2.250
Looking up port of RPC 100005/1 on 10.1.2.250
VFS: Mounted root (nfs filesystem) on device 0:12.
Freeing unused kernel memory: 168k init
cat var/log/messages
Jun 7 00:20:33 nnaida19 syslogd 1.4.2: restart.
Jun 7 00:20:38 nnaida19 kernel: klogd 1.4.2, log source = /proc/kmsg started.
Jun 7 00:20:38 nnaida19 kernel: Using Xilinx Virtex440 machine description
Jun 7 00:20:39 nnaida19 kernel: Linux version 2.6.31 (nf@nnlxb.dl.ac.uk) (gcc version 4.2.2) #34 PREEMPT Tue
Nov 15 15:57:04 GMT 2011
Jun 7 00:20:39 nnaida19 kernel: Zone PFN ranges:
Jun 7 00:20:39 nnaida19 kernel: DMA 0x00000000 -> 0x00007000
Jun 7 00:20:39 nnaida19 kernel: Normal 0x00007000 -> 0x00007000
Jun 7 00:20:39 nnaida19 kernel: Movable zone start PFN for each node
Jun 7 00:20:40 nnaida19 kernel: early_node_map[1] active PFN ranges
Jun 7 00:20:40 nnaida19 kernel: 0: 0x00000000 -> 0x00007000
Jun 7 00:20:40 nnaida19 kernel: MMU: Allocated 1088 bytes of context maps for 255 contexts
Jun 7 00:20:40 nnaida19 kernel: Built 1 zonelists in Zone order, mobility grouping on. Total pages: 28448
Jun 7 00:20:40 nnaida19 kernel: Kernel command line: console=ttyS0 root=/dev/nfs ip=on rw mem=112M
Jun 7 00:20:41 nnaida19 kernel: PID hash table entries: 512 (order: 9, 2048 bytes)
Jun 7 00:20:41 nnaida19 kernel: Dentry cache hash table entries: 16384 (order: 4, 65536 bytes)
Jun 7 00:20:41 nnaida19 kernel: Inode-cache hash table entries: 8192 (order: 3, 32768 bytes)
Jun 7 00:20:41 nnaida19 kernel: Memory: 109680k/114688k available (3500k kernel code, 4852k reserved, 144k
data, 130k bss, 168k init)
Jun 7 00:20:41 nnaida19 kernel: Kernel virtual memory layout:
Jun 7 00:20:42 nnaida19 kernel: * 0xffffe000..0xfffff000 : fixmap
Jun 7 00:20:43 nnaida19 kernel: * 0xfde00000..0xfe000000 : consistent mem
Jun 7 00:20:43 nnaida19 kernel: * 0xfde00000..0xfde00000 : early ioremap
Jun 7 00:20:44 nnaida19 kernel: * 0xd1000000..0xfde00000 : vmalloc & ioremap
Jun 7 00:20:44 nnaida19 kernel: NR_IRQS:512
Jun 7 00:20:44 nnaida19 kernel: clocksource: timebase mult[a00000] shift[22] registered
Jun 7 00:20:44 nnaida19 kernel: Console: colour dummy device 80x25
Jun 7 00:20:44 nnaida19 kernel: Mount-cache hash table entries: 512
Jun 7 00:20:45 nnaida19 kernel: NET: Registered protocol family 16
Jun 7 00:20:45 nnaida19 kernel: PCI: Probing PCI hardware
Jun 7 00:20:45 nnaida19 kernel: bio: create slab <bio-0> at 0
Jun 7 00:20:45 nnaida19 kernel: NET: Registered protocol family 2
Jun 7 00:20:45 nnaida19 kernel: IP route cache hash table entries: 1024 (order: 0, 4096 bytes)
Jun 7 00:20:46 nnaida19 kernel: TCP established hash table entries: 4096 (order: 3, 32768 bytes)
Jun 7 00:20:46 nnaida19 kernel: TCP bind hash table entries: 4096 (order: 2, 16384 bytes)
Jun 7 00:20:46 nnaida19 kernel: TCP: Hash tables configured (established 4096 bind 4096)
Jun 7 00:20:46 nnaida19 kernel: TCP reno registered
Jun 7 00:20:47 nnaida19 kernel: NET: Registered protocol family 1
Jun 7 00:20:47 nnaida19 kernel: ROMFS MTD (C) 2007 Red Hat, Inc.
Jun 7 00:20:47 nnaida19 kernel: msgmni has been set to 214
Jun 7 00:20:47 nnaida19 kernel: io scheduler noop registered
Jun 7 00:20:47 nnaida19 kernel: io scheduler anticipatory registered
Jun 7 00:20:48 nnaida19 kernel: io scheduler deadline registered
Jun 7 00:20:48 nnaida19 kernel: io scheduler cfq registered (default)
Jun 7 00:20:48 nnaida19 kernel: Serial: 8250/16550 driver, 4 ports, IRQ sharing disabled
Jun 7 00:20:48 nnaida19 kernel: 83e00000.serial: ttyS0 at MMIO 0x83e01003 (irq = 16) is a 16550
Jun 7 00:20:48 nnaida19 kernel: console [ttyS0] enabled
Jun 7 00:20:49 nnaida19 kernel: brd: module loaded
Jun 7 00:20:49 nnaida19 kernel: loop: module loaded
Jun 7 00:20:49 nnaida19 kernel: Device Tree Probing 'ethernet'
Jun 7 00:20:49 nnaida19 kernel: xilinx_lltemac 81c00000.ethernet: MAC address is now 0: 4:a3:2b:27:54
Jun 7 00:20:49 nnaida19 kernel: xilinx_lltemac 81c00000.ethernet: XLlTemac: using DMA mode.
Jun 7 00:20:49 nnaida19 kernel: XLlTemac: DCR address: 0x80
Jun 7 00:20:50 nnaida19 kernel: XLlTemac: buffer descriptor size: 32768 (0x8000)
Jun 7 00:20:50 nnaida19 kernel: XLlTemac: Allocating DMA descriptors with kmalloc
Jun 7 00:20:50 nnaida19 kernel: XLlTemac: (buffer_descriptor_init) phy: 0x6938000, virt: 0xc6938000, size: 0x8000
Jun 7 00:20:50 nnaida19 kernel: XTemac: PHY detected at address 7.
Jun 7 00:20:50 nnaida19 kernel: xilinx_lltemac 81c00000.ethernet: eth0: Xilinx TEMAC at 0x81C00000 mapped to
0xD1024000, irq=17
Jun 7 00:20:50 nnaida19 kernel: fc000000.flash: Found 1 x16 devices at 0x0 in 16-bit bank
Jun 7 00:20:50 nnaida19 kernel: Intel/Sharp Extended Query Table at 0x010A
Jun 7 00:20:50 nnaida19 last message repeated 5 times
Jun 7 00:20:50 nnaida19 kernel: Using buffer write method
Jun 7 00:20:51 nnaida19 kernel: cfi_cmdset_0001: Erase suspend on write enabled
Jun 7 00:20:51 nnaida19 kernel: cmdlinepart partition parsing not available
Jun 7 00:20:51 nnaida19 kernel: RedBoot partition parsing not available
Jun 7 00:20:51 nnaida19 kernel: Creating 5 MTD partitions on "fc000000.flash":
Jun 7 00:20:51 nnaida19 kernel: 0x000000000000-0x000000500000 : "golden_firmware"
Jun 7 00:20:51 nnaida19 kernel: 0x000000500000-0x000000800000 : "golden_kernel"
Jun 7 00:20:51 nnaida19 kernel: 0x000000800000-0x000000d00000 : "user_firmware"
Jun 7 00:20:51 nnaida19 kernel: 0x000000d00000-0x000000fe0000 : "user_kernel"
Jun 7 00:20:51 nnaida19 kernel: 0x000000fe0000-0x000001000000 : "env_variables"
Jun 7 00:20:52 nnaida19 kernel: xilinx-xps-spi 81400400.hd-xps-spi: at 0x81400400 mapped to 0xD1028400, irq=20
Jun 7 00:20:52 nnaida19 kernel: SPI: XIlinx spi: bus number now 32766
Jun 7 00:20:52 nnaida19 kernel: xilinx-xps-spi 81400000.xps-spi: at 0x81400000 mapped to 0xD102C000, irq=21
Jun 7 00:20:52 nnaida19 kernel: SPI: XIlinx spi: bus number now 32765
Jun 7 00:20:52 nnaida19 kernel: mice: PS/2 mouse device common for all mice
Jun 7 00:20:52 nnaida19 kernel: Device Tree Probing 'i2c'
Jun 7 00:20:52 nnaida19 kernel: #0 at 0x81600000 mapped to 0xD1030000, irq=22
Jun 7 00:20:52 nnaida19 kernel: at24 0-0050: 1024 byte 24c08 EEPROM (writable)
Jun 7 00:20:53 nnaida19 kernel: TCP cubic registered
Jun 7 00:20:53 nnaida19 kernel: NET: Registered protocol family 17
Jun 7 00:20:53 nnaida19 kernel: RPC: Registered udp transport module.
Jun 7 00:20:53 nnaida19 kernel: RPC: Registered tcp transport module.
Jun 7 00:20:53 nnaida19 kernel: eth0: XLlTemac: Options: 0x3fa
Jun 7 00:20:53 nnaida19 kernel: eth0: XLlTemac: allocating interrupt 19 for dma mode tx.
Jun 7 00:20:53 nnaida19 kernel: eth0: XLlTemac: allocating interrupt 18 for dma mode rx.
Jun 7 00:20:53 nnaida19 kernel: eth0: XLlTemac: speed set to 1000Mb/s
Jun 7 00:20:53 nnaida19 kernel: eth0: XLlTemac: Send Threshold = 24, Receive Threshold = 4
Jun 7 00:20:53 nnaida19 kernel: eth0: XLlTemac: Send Wait bound = 254, Receive Wait bound = 254
Jun 7 00:20:54 nnaida19 kernel: Sending DHCP requests ., OK
Jun 7 00:20:54 nnaida19 kernel: IP-Config: Got DHCP answer from 10.1.2.250, my address is 10.1.2.19
Jun 7 00:20:54 nnaida19 kernel: IP-Config: Complete:
Jun 7 00:20:54 nnaida19 kernel: device=eth0, addr=10.1.2.19, mask=255.255.255.0, gw=10.1.2.250,
Jun 7 00:20:54 nnaida19 kernel: host=nnaida19, domain=, nis-domain=(none),
Jun 7 00:20:54 nnaida19 kernel: bootserver=10.1.2.250, rootserver=10.1.2.250,
rootpath=/MIDAS@aidas/XilinxLinux/ppc_4xx/rfs/nnaida26,tcp
Jun 7 00:20:54 nnaida19 kernel: Looking up port of RPC 100003/2 on 10.1.2.250
Jun 7 00:20:54 nnaida19 kernel: Looking up port of RPC 100005/1 on 10.1.2.250
Jun 7 00:20:55 nnaida19 kernel: VFS: Mounted root (nfs filesystem) on device 0:12.
Jun 7 00:20:55 nnaida19 kernel: Freeing unused kernel memory: 168k init
Jun 7 00:20:56 nnaida19 rpcbind: cannot create socket for udp6
Jun 7 00:20:56 nnaida19 rpcbind: cannot create socket for tcp6
Jun 7 00:21:06 nnaida19 xinetd[275]: IPv6 socket creation failed for service telnet, trying IPv4
Jun 7 00:21:06 nnaida19 xinetd[275]: IPv6 socket creation failed for service ftp, trying IPv4
Jun 7 00:21:06 nnaida19 xinetd[275]: xinetd Version 2.3.14 started with libwrap loadavg options compiled in.
Jun 7 00:21:06 nnaida19 xinetd[275]: Started working: 2 available services
Jun 7 00:21:15 nnaida19 kernel: Trying to free nonexistent resource <0000000081000000-00000000811fffff>
Jun 7 00:21:15 nnaida19 kernel: XAIDA: xaida: mem region start 0x81000000 for 0x200000 mapped at 0xd2100000
Jun 7 00:21:15 nnaida19 kernel: XAIDA: xaida: driver assigned major number 254
Jun 7 00:21:22 nnaida19 kernel: Trying to free nonexistent resource <0000000007000000-0000000007ffffff>
Jun 7 00:21:22 nnaida19 kernel: AIDAMEM: aidamem: mem region start 0x7000000 for 0x1000000 mapped at 0xd2380000
Jun 7 00:21:22 nnaida19 kernel: AIDAMEM: aidamem: driver assigned major number 253
Jun 7 00:21:39 nnaida19 kernel: XAIDA: xaida_open:
Jun 7 00:21:39 nnaida19 kernel: AIDAMEM: aidamem_open:
Jun 7 00:36:12 nnaida19 syslogd 1.4.2: restart.
Jun 7 00:36:19 nnaida19 kernel: klogd 1.4.2, log source = /proc/kmsg started.
Jun 7 00:36:20 nnaida19 kernel: Using Xilinx Virtex440 machine description
Jun 7 00:36:20 nnaida19 kernel: Linux version 2.6.31 (nf@nnlxb.dl.ac.uk) (gcc version 4.2.2) #34 PREEMPT Tue
Nov 15 15:57:04 GMT 2011
Jun 7 00:36:20 nnaida19 kernel: Zone PFN ranges:
Jun 7 00:36:20 nnaida19 kernel: DMA 0x00000000 -> 0x00007000
Jun 7 00:36:20 nnaida19 kernel: Normal 0x00007000 -> 0x00007000
Jun 7 00:36:21 nnaida19 kernel: Movable zone start PFN for each node
Jun 7 00:36:21 nnaida19 kernel: early_node_map[1] active PFN ranges
Jun 7 00:36:21 nnaida19 kernel: 0: 0x00000000 -> 0x00007000
Jun 7 00:36:21 nnaida19 kernel: MMU: Allocated 1088 bytes of context maps for 255 contexts
Jun 7 00:36:22 nnaida19 kernel: Built 1 zonelists in Zone order, mobility grouping on. Total pages: 28448
Jun 7 00:36:22 nnaida19 kernel: Kernel command line: console=ttyS0 root=/dev/nfs ip=on rw mem=112M
Jun 7 00:36:22 nnaida19 kernel: PID hash table entries: 512 (order: 9, 2048 bytes)
Jun 7 00:36:22 nnaida19 kernel: Dentry cache hash table entries: 16384 (order: 4, 65536 bytes)
Jun 7 00:36:23 nnaida19 kernel: Inode-cache hash table entries: 8192 (order: 3, 32768 bytes)
Jun 7 00:36:23 nnaida19 kernel: Memory: 109680k/114688k available (3500k kernel code, 4852k reserved, 144k
data, 130k bss, 168k init)
Jun 7 00:36:23 nnaida19 kernel: Kernel virtual memory layout:
Jun 7 00:36:23 nnaida19 kernel: * 0xffffe000..0xfffff000 : fixmap
Jun 7 00:36:24 nnaida19 kernel: * 0xfde00000..0xfe000000 : consistent mem
Jun 7 00:36:24 nnaida19 kernel: * 0xfde00000..0xfde00000 : early ioremap
Jun 7 00:36:24 nnaida19 kernel: * 0xd1000000..0xfde00000 : vmalloc & ioremap
Jun 7 00:36:24 nnaida19 kernel: NR_IRQS:512
Jun 7 00:36:25 nnaida19 kernel: clocksource: timebase mult[a00000] shift[22] registered
Jun 7 00:36:25 nnaida19 kernel: Console: colour dummy device 80x25
Jun 7 00:36:25 nnaida19 kernel: Mount-cache hash table entries: 512
Jun 7 00:36:25 nnaida19 kernel: NET: Registered protocol family 16
Jun 7 00:36:25 nnaida19 kernel: PCI: Probing PCI hardware
Jun 7 00:36:25 nnaida19 kernel: bio: create slab <bio-0> at 0
Jun 7 00:36:25 nnaida19 kernel: NET: Registered protocol family 2
Jun 7 00:36:26 nnaida19 kernel: IP route cache hash table entries: 1024 (order: 0, 4096 bytes)
Jun 7 00:36:26 nnaida19 kernel: TCP established hash table entries: 4096 (order: 3, 32768 bytes)
Jun 7 00:36:26 nnaida19 kernel: TCP bind hash table entries: 4096 (order: 2, 16384 bytes)
Jun 7 00:36:26 nnaida19 kernel: TCP: Hash tables configured (established 4096 bind 4096)
Jun 7 00:36:26 nnaida19 kernel: TCP reno registered
Jun 7 00:36:26 nnaida19 kernel: NET: Registered protocol family 1
Jun 7 00:36:26 nnaida19 kernel: ROMFS MTD (C) 2007 Red Hat, Inc.
Jun 7 00:36:27 nnaida19 kernel: msgmni has been set to 214
Jun 7 00:36:27 nnaida19 kernel: io scheduler noop registered
Jun 7 00:36:27 nnaida19 kernel: io scheduler anticipatory registered
Jun 7 00:36:27 nnaida19 kernel: io scheduler deadline registered
Jun 7 00:36:27 nnaida19 kernel: io scheduler cfq registered (default)
Jun 7 00:36:27 nnaida19 kernel: Serial: 8250/16550 driver, 4 ports, IRQ sharing disabled
Jun 7 00:36:27 nnaida19 kernel: 83e00000.serial: ttyS0 at MMIO 0x83e01003 (irq = 16) is a 16550
Jun 7 00:36:28 nnaida19 kernel: console [ttyS0] enabled
Jun 7 00:36:28 nnaida19 kernel: brd: module loaded
Jun 7 00:36:28 nnaida19 kernel: loop: module loaded
Jun 7 00:36:28 nnaida19 kernel: Device Tree Probing 'ethernet'
Jun 7 00:36:28 nnaida19 kernel: xilinx_lltemac 81c00000.ethernet: MAC address is now 0: 4:a3:2b:27:54
Jun 7 00:36:28 nnaida19 kernel: xilinx_lltemac 81c00000.ethernet: XLlTemac: using DMA mode.
Jun 7 00:36:29 nnaida19 kernel: XLlTemac: DCR address: 0x80
Jun 7 00:36:29 nnaida19 kernel: XLlTemac: buffer descriptor size: 32768 (0x8000)
Jun 7 00:36:29 nnaida19 kernel: XLlTemac: Allocating DMA descriptors with kmalloc
Jun 7 00:36:29 nnaida19 kernel: XLlTemac: (buffer_descriptor_init) phy: 0x6938000, virt: 0xc6938000, size: 0x8000
Jun 7 00:36:29 nnaida19 kernel: XTemac: PHY detected at address 7.
Jun 7 00:36:29 nnaida19 kernel: xilinx_lltemac 81c00000.ethernet: eth0: Xilinx TEMAC at 0x81C00000 mapped to
0xD1024000, irq=17
Jun 7 00:36:29 nnaida19 kernel: fc000000.flash: Found 1 x16 devices at 0x0 in 16-bit bank
Jun 7 00:36:29 nnaida19 kernel: Intel/Sharp Extended Query Table at 0x010A
Jun 7 00:36:30 nnaida19 last message repeated 5 times
Jun 7 00:36:30 nnaida19 kernel: Using buffer write method
Jun 7 00:36:30 nnaida19 kernel: cfi_cmdset_0001: Erase suspend on write enabled
Jun 7 00:36:30 nnaida19 kernel: cmdlinepart partition parsing not available
Jun 7 00:36:30 nnaida19 kernel: RedBoot partition parsing not available
Jun 7 00:36:30 nnaida19 kernel: Creating 5 MTD partitions on "fc000000.flash":
Jun 7 00:36:30 nnaida19 kernel: 0x000000000000-0x000000500000 : "golden_firmware"
Jun 7 00:36:31 nnaida19 kernel: 0x000000500000-0x000000800000 : "golden_kernel"
Jun 7 00:36:31 nnaida19 kernel: 0x000000800000-0x000000d00000 : "user_firmware"
Jun 7 00:36:31 nnaida19 kernel: 0x000000d00000-0x000000fe0000 : "user_kernel"
Jun 7 00:36:31 nnaida19 kernel: 0x000000fe0000-0x000001000000 : "env_variables"
Jun 7 00:36:31 nnaida19 kernel: xilinx-xps-spi 81400400.hd-xps-spi: at 0x81400400 mapped to 0xD1028400, irq=20
Jun 7 00:36:31 nnaida19 kernel: SPI: XIlinx spi: bus number now 32766
Jun 7 00:36:31 nnaida19 kernel: xilinx-xps-spi 81400000.xps-spi: at 0x81400000 mapped to 0xD102C000, irq=21
Jun 7 00:36:31 nnaida19 kernel: SPI: XIlinx spi: bus number now 32765
Jun 7 00:36:32 nnaida19 kernel: mice: PS/2 mouse device common for all mice
Jun 7 00:36:32 nnaida19 kernel: Device Tree Probing 'i2c'
Jun 7 00:36:32 nnaida19 kernel: #0 at 0x81600000 mapped to 0xD1030000, irq=22
Jun 7 00:36:32 nnaida19 kernel: at24 0-0050: 1024 byte 24c08 EEPROM (writable)
Jun 7 00:36:32 nnaida19 kernel: TCP cubic registered
Jun 7 00:36:32 nnaida19 kernel: NET: Registered protocol family 17
Jun 7 00:36:32 nnaida19 kernel: RPC: Registered udp transport module.
Jun 7 00:36:32 nnaida19 kernel: RPC: Registered tcp transport module.
Jun 7 00:36:32 nnaida19 kernel: eth0: XLlTemac: Options: 0x3fa
Jun 7 00:36:32 nnaida19 kernel: eth0: XLlTemac: allocating interrupt 19 for dma mode tx.
Jun 7 00:36:32 nnaida19 kernel: eth0: XLlTemac: allocating interrupt 18 for dma mode rx.
Jun 7 00:36:33 nnaida19 kernel: eth0: XLlTemac: speed set to 1000Mb/s
Jun 7 00:36:33 nnaida19 kernel: eth0: XLlTemac: Send Threshold = 24, Receive Threshold = 4
Jun 7 00:36:33 nnaida19 kernel: eth0: XLlTemac: Send Wait bound = 254, Receive Wait bound = 254
Jun 7 00:36:33 nnaida19 kernel: Sending DHCP requests ., OK
Jun 7 00:36:33 nnaida19 kernel: IP-Config: Got DHCP answer from 10.1.2.250, my address is 10.1.2.19
Jun 7 00:36:33 nnaida19 kernel: IP-Config: Complete:
Jun 7 00:36:33 nnaida19 kernel: device=eth0, addr=10.1.2.19, mask=255.255.255.0, gw=10.1.2.250,
Jun 7 00:36:33 nnaida19 kernel: host=nnaida19, domain=, nis-domain=(none),
Jun 7 00:36:34 nnaida19 kernel: bootserver=10.1.2.250, rootserver=10.1.2.250,
rootpath=/MIDAS@aidas/XilinxLinux/ppc_4xx/rfs/nnaida26,tcp
Jun 7 00:36:34 nnaida19 kernel: Looking up port of RPC 100003/2 on 10.1.2.250
Jun 7 00:36:34 nnaida19 kernel: Looking up port of RPC 100005/1 on 10.1.2.250
Jun 7 00:36:34 nnaida19 kernel: VFS: Mounted root (nfs filesystem) on device 0:12.
Jun 7 00:36:34 nnaida19 kernel: Freeing unused kernel memory: 168k init
Jun 7 00:36:35 nnaida19 rpcbind: cannot create socket for udp6
Jun 7 00:36:35 nnaida19 rpcbind: cannot create socket for tcp6
Jun 7 00:36:40 nnaida19 xinetd[275]: IPv6 socket creation failed for service telnet, trying IPv4
Jun 7 00:36:40 nnaida19 xinetd[275]: IPv6 socket creation failed for service ftp, trying IPv4
Jun 7 00:36:40 nnaida19 xinetd[275]: xinetd Version 2.3.14 started with libwrap loadavg options compiled in.
Jun 7 00:36:40 nnaida19 xinetd[275]: Started working: 2 available services
Jun 7 00:36:47 nnaida19 kernel: Trying to free nonexistent resource <0000000081000000-00000000811fffff>
Jun 7 00:36:48 nnaida19 kernel: XAIDA: xaida: mem region start 0x81000000 for 0x200000 mapped at 0xd2100000
Jun 7 00:36:48 nnaida19 kernel: XAIDA: xaida: driver assigned major number 254
Jun 7 00:36:57 nnaida19 kernel: Trying to free nonexistent resource <0000000007000000-0000000007ffffff>
Jun 7 00:36:57 nnaida19 kernel: AIDAMEM: aidamem: mem region start 0x7000000 for 0x1000000 mapped at 0xd2380000
Jun 7 00:36:57 nnaida19 kernel: AIDAMEM: aidamem: driver assigned major number 253
Jun 7 00:37:13 nnaida19 kernel: XAIDA: xaida_open:
Jun 7 00:37:13 nnaida19 kernel: AIDAMEM: aidamem_open:
Jun 7 00:47:40 nnaida19 kernel: XAIDA: xaida_open:
Jun 7 11:10:26 nnaida19 xinetd[275]: START: telnet pid=395 from=10.1.2.250
Jun 7 11:11:36 nnaida19 xinetd[275]: EXIT: telnet status=0 pid=395 duration=70(sec)
Jun 7 11:11:56 nnaida19 xinetd[275]: START: telnet pid=397 from=10.1.2.250 |
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Tue Jun 7 05:48:13 2016, TD, AE, ML & PJW, HEC spectra & implant profile
|
DSSSD#1 and DSSSD#6 ADC hit patterns (profile) and 1*H (ASIC#1 20GeV FSR) energy spectra |
|
Mon Jun 6 19:26:38 2016, CG, DK, BM, AE, Tues 7th June 28x
|
02.08 Tried updating AIDA SYNC on stats page and got this message.
See attachment 8
02.16 Runs R1201-1206 are short runs on the 1GeV, each wit the variable degrader thickness changed to alter the depth of implantation (estimated by visual scalar rates per DSSD)
Started 02.16 - 02.47
02.56 Started R1207 (EURICA run_1407, BigRIPS run 1192).
Settings file 2016Jun07-05.50.53. All nnaida back to 20MeV setting.
Temps ok. Leakage currents ok.
3.68mm variable degrader in + 19.3mm fixed degrader.
Operator stopped beam @ 03.41. Run stopped.
Merger outputting some info to terminal re. unexpected header found (attachment 3)
04:05 Beam is back, but some trouble to get AIDA DAQ happy
04:52 Started R1208 (EURICA run_1408, BigRIPS 1193)
Settings file 2016June07-02.50.53
From 5:05 to 5:20, F82a, and F51a (twice) trip. We reduced the F51a from -745 V; -735 V; to -720 V settings.
06:51 Continued with R1208_19 (EURICA has 1410 begin at 6:40, BigRIPS began 1195 at ~7:00)
Biases uploaded as attachments 4 and 5
7:13 data stopped going to disk
Shortly after that (7:15) operator calls to take control of the beam.
07.40 Beam returned. Some trouble restarting DAQ.
07.56 Run R1209 started.
Settings file 2016Jun07-02.50.53
No changes to settings or degraders. Temps ok. Leakage currents ok.
PPACs tripped repeatedly around 08.10.
09.13 Beam setting changed and run stopped.
11.25 Current status
Julabo FL11006 recirculating chiller set point +15.0deg C (B3F +24.6 deg C, dew point +10.3 deg C, RH 40.7%)
System-wide checks - all FEE64s pass all tests *except* nnaida19 which fails ASIC clock timestamp and SYNC errors not counting
i.e. status is unchanged
nnaida19 merge data link (#18) disabled - see attachment 12
nnaida19 ReSYNCs OK but timestamp is adrift of other FEE64s - see attachment 11
Detector biases & leakage currents - OK - see attachments 9-10
R1211 neutron-rich setting *tuning*
R1212 Prior to start of run, AIDA trigger rates (1GeV FSR MEC setting)
#1 670Hz, #2 820Hz, #3 680Hz, #4 540Hz, #5 900Hz, #6 440Hz F11 650Hz, beta trigger 360Hz
start 15.10
stop 15.41 (run stopped to reboot EURICA VME crate)
ASIC settings DB key 2016Jun07-02.50.53
4mm Be target
Degrader (17+1)mm + 1.08mm (17+1)mm fixed #1 out #2 out #3 in (1.08mm) #4 no change, cannot be observed
Trigger = OR ( DSSSD#1 - #6 ) .AND. EURICA .AND. .NOT.veto (plastic downstream AIDA)
R1213
N.B. EURICA offline due to fault with VME crate RIO3 interface card continue with AIDA+BigRIPS
start 15.05
stop 17.34 (beam lost)
ASIC settings DB key 2016Jun07-02.50.53
4mm Be target
Degrader (17+1)mm + 1.08mm (17+1)mm fixed #1 out #2 out #3 in (1.08mm) #4 no change, cannot be observed
Trigger = OR ( DSSSD#1 - #6 ) .AND. EURICA .AND. .NOT.veto (plastic downstream AIDA)
Attachments 20-28 1*H spectra, FEE64 'right' (n+n ohmic strip, 20GeV FSR energy spectra) & stat/rate hit patterns
17.40 Julabo FL11006 set point +15.0deg C B2F/F11 temp 25.3 deg C, dew point 11.0 deg C, RH 41.8% |
|
Mon Jun 6 15:57:51 2016, TD, ML & YS, R1121 (AIDA)
|
R1120 stalled shortly after DAQ GO
'unable to connect' etc
power cycle & reboot FEE64s
R1121 currently running
AIDA SYNCs currently but rates <100Hz in many FEE64s - see attachment 2
link64 processes consuming large fraction of available CPU - see attachment 1 |
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Mon Jun 6 15:06:22 2016, 1TD, ML & YS, R1119
|
R1118 ended OK
R1119 DAQ GO, check AIDA SYNCs OK, toggle merge input etc
Merge then halted with the usual unable to connect to COUNTER, nnaida1, nnaida1 etc error messages
so unable to reset, setup etc
Power-cycling and rebooting |
|
Mon Jun 6 14:24:07 2016, TD, ML & YS, R1118 (AIDA) 10x
|
22.14 R1118 starts
aidas1 has been rebooted
Changed /MIDAS/linux-ppc_4xx/startup/aidacommon from
netint DACQ_PushEnable 60
netint DACQ_FlushEnable 60
to
netint DACQ_PushEnable 10
netint DACQ_FlushEnable 10
AIDA FEE64s then power-cycled and rebooted
nnaida19 data link to merger disabled
see attachments 1-8
22.30 R1118 stops
AIDA SYNCs & good events at end of R1118 - see attachments 9-10 |
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Mon Jun 6 13:52:10 2016, TD, ML & YS, FEE64 power-cycle, FEE64 & aidas1 reboot
|
21.40 toggled merge input pause state - merge pause stopped at link 18 (nnaida19 - this link is supposed
to be disabled
obtained 'unable to connect' to nnaida1 for DAQ stop
reboot aidas1, power cycle and reboot FEE64s |
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Mon Jun 6 13:46:45 2016, TD, ML & YS, /var/log/messages
|
aidas1 log |
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Mon Jun 6 11:17:30 2016, TD, ML & YS, Re-configure merger to ignore nnaida19
|
19.00 Power-cycled and rebooted AIDA FEE64s
Temperatures are lower - see attachment 1
Re-configured merge to ignore problem child nnaida19 which continues to ReSYNC but fails
to pass SYNC errors counting and ASIC clock timestamp system-wide checks - see attachment 2 |
|
Mon Jun 6 08:57:34 2016, GL,PW, YS, TD, ML, AIDA run 1112 - Sync problem
|
After starting run 1112, we noticed that the merge program was waiting for a first sync. It then turned out that all syncs had disappeared. This required an entire reboot of the AIDA DAQ. Consequently, AIDA run 1112 should not be used. |
|
Mon Jun 6 08:51:50 2016, TD, Change of set point for Julabo FL11006 recirculating chiller
|
The Julabo FL11006 recirculating chiller set point has been changed from +20.0 deg C to +15.0 deg C.
Ambient temperature in B2F/F11 +25.2 deg C, RH 39.8%, dew point +11.8 deg C
AIDA FEE temperatures decreasing slowly - see attachment 1
7.6.16 10.30 For comparison the latest AIDA FEE temperatures - see attachment 2 |
|
Sun Jun 5 17:09:49 2016, CG, DK, AE, Monday 6th June 20x
|
00.45 Run R1100 started on n-rich setting (EURICA run_1100, BigRIPS run 1165)
Degraders as noted in previous entry
Check clock status failed for nnaida5. ADC calib failed for nnaida8. nnaida19 failed Check ASIC clock and Check SYNC errors.
Temps ok. Leakage currents ok.
Settings file 2016Jun06-00.31.34
AIDA fluctuating but all > 0.
Tape rate ~8Mb/s.
Merge was outputting some interesting looking messages to terminal about queue being full and timestamps going backwards (attachment 3).
TapeServer window shows data being written as does repeated ls in /TapeData/NP1306. Writing one file every ~5-7min.
01.45 Merger went into 'Want next SYNC'
AIDA SYNC rate went to zero and TapeService stopped writing data.
Run stopped and FEEs power cycled as contact was lost with ~50%.
Beam operators want to do some tuning so control has been given to them while we start back up.
02.22 Started run R1101 on n-rich setting (EURICA run_1101-1102, BigRIPS run 1168-1169)
Increased fast disc threshold to 5 in all nnaida to prevent merger from running so fast and possibly choking.
Stopped @ 04.20
Realised after, nnaida24 had been on 1GeV range.
04.28 Started run R1102 on n-rich setting (EURICA run_1103, BigRIPS run 1170)
Stopped as 04.37 nnaida24 in 1GeV range.
04.39 Started run R1103 on n-rich setting (EURICA run_1104, BigRIPS run 1170)
Settings file 2016Jun06-04.39.22 -> same as previous settings but nnaida24 changed to 20MeV range.
Stopped at 04.59 at request of beam operators.
05.11 Started run R1104 on n-rich setting (EURICA run_1105, BigRIPS run 1171)
Merger died.
Stopped @ 05.15.
Ctrl-c out of all tape/merger related windows and restarted them. Setup/Configure etc.
05.34 Started run R1105 on n-rich setting ( EURICA run_1106, BigRIPS run 1172)
Settings file 2016Jun06-05.34.56 -> nnaida24 reverted back to 1GeV range. New settings file to make sure nnaida24 is set to 1GeV range. Changed in Save/Restore options.
Temps ok. Leakage currents ok.
Rates in visual scalar ~10% higher.
07.22 Lost contact with nnaida4 and merger stopped outputting data.
Stopped run R1105.
Power cycle FEEs and start new run.
On two power cycles, certain FEEs were not contactable.
Beam stopped by operators for brief period.
08.14 Run 1106 started on n-rich setting (EURICA run_1108, BigRIPS run 1175)
Settings file 2016Jun06-05.34.56
Temps ok. Leakage currents ok.
Stopped 09.06 for setting change.
09.41 Run 1107 started on reference mass setting (EURICA run_1200, BigRIPS run 1177)
Settings file 2016Jun06-05.34.56
11:24 Network link to the outside world is dropped across B3F
Beam is being controlled by the primary operators.
Run 1108 - background run with beam off from 10:29 to 11:31 (EURCA run 1201, no BigRIPS run)
(Was still editing the elog without submitting it. Sorry!)
Settings file was saved: 2016Jun06-10.45.31
Leak currents from paper logbook in consecutive order bias1 ch0-3, bias2 ch0-1 in uA: 3.225, 4.155, 3.515, 3.315, 3.65, 3.205
12.45 start R1110 (AIDA) run_1103 (EURICA)
Continuing reference mass measurement following earlier network outage B3F
ASIC settings 2016Jun06-05.34.56
see attachments 13-20
13.30 Stopped R1110 for B3F entry
'unable to connect' to nnaida1 etc
AIDA FEE64s reset OK but would not ReSync wuth about half of the FEE64s returning -1 status code
power cycle FEE64s, reboot aidas1 & FEE64s
14.03 ASIC seetings DB key 2016Jun06-14.03.48
14.20 System-wide checks
All FEE64s pass all tests *except*
nnaida21 ADC calibration
nnaida19 ASIC clock timestamp & SYNC errors not counting
|
|
Sun Jun 5 02:14:10 2016, TD, AE, CG & DK, Sunday 5 June 2016 8x
|
10.10 Detector biases & leakage currents - OK - see attachments 1-2
10.40 Detector biases & leakage currents - OK - see attachments 3-4
30 minutes ~2000Hz highenergy heavy ions during BigRIPS tuning
17.35 Detector biases & leakage currents - OK - see attachments 5-6
Rates DSSSD #1 - #6 ~500Hz per DSSSD
19.30 AIDA SYNCs lost
FEE64s power cycled and rebooted
22.30 Detector biases & leakage currents - OK - see attachments 7-8
Rates DSSSD #1 - #6 ~1kHz per DSSSD
23.00 2mm plate removed from fixed degrader, 1mm installed => net removal of 1mm
Variable degrader No. 2 in beam, all others out. |
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Sun Jun 5 01:32:44 2016, TD, DK, GL, AE, PJW, First RIB implantation: Run 67
|
We restarted the merger (Stop, Setup & Configure, Go, Pause) and then we could restart the DAQ as normal. Rate is ~500 Hz. |
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Sun Jun 5 01:20:39 2016, DK, AE, GL, PJW, Merger wants first SYNC
|
Trying to start the AIDA DAQ now that the RI beam is (nearly) ready. However, we cannot get merging to work. But the merger status has "Merge State = GOing : paused : xfer enabled : want first SYNC" but the last part ought to show "output paused" or after merge begins, "ready for SYNC". We restarted the DAQ according to the procedure several times but this aspect of the messaging does not change, and the merging does not go live. |
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Sat Jun 4 08:46:20 2016, TD, AIDA noise - state of play 2 27x
|
Attachments 1-23 AIDA FEE64s nnaida1-nnaida23 ASIC #1 waveforms
Attachments 24-27 AIDA FEE64 nnaida24 ASIC #1 - #4 waveforms
Common y-scale 7000-9000, xscale ~1000 samples @ 20ns/sample
All *L and *W histograms saved to /MIDAS/SpecData at c. 17.00 Saturday 4 June 2016
Note
1) BNC PB-4 Pulser amplitude 90,000, x5 attenuator, frequency c. 5Hz + ~40kBq 60Co source
placed on AIDA snout
2) EURICA closed |
|
Sat Jun 4 04:53:25 2016, TD, AE, CG, DK, GL YL & PJW (Team AIDA), Saturday 4 June 2016 8x
|
12.27 DAQ run R61 started 01.30
Appears to have stopped abruptly at ~06.55
All FEE64 AIDA SYNCs zero
Attempted normal halt to run - DAQ STOP, toggle merge pause, stop tape server - OK
Attempted normal start to run - start tape server, DAQ GO, toggle merge pause - OK
Note during DAQ GO briefly obtained 'unable to connect' error from nnaida1 which resolved
itself a few seconds later
Atachment 1 - AIDA SYNCs
2 - MERGE and server terminal sessions
3 - TapeServer
4 - R61 disk files
5 - Detector biases and leakage currents - OK
Leakage current has decreased since yesterday. B2F/F11 ambient temperature
~25 deg C but EURICA now closed.
6 - AIDA discriminators
7 - AIDA good events
From the MERGE server terminal session ...
Merge: Trying to add items to Q index 7 (Link 7) but queue already full
Merge: Trying to add items to Q index 7 (Link 7) but queue already full
Merge: Trying to add items to Q index 7 (Link 7) but queue already full
Merge: Trying to add items to Q index 7 (Link 7) but queue already full
Merge: Trying to add items to Q index 7 (Link 7) but queue already full
Merge: Trying to add items to Q index 7 (Link 7) but queue already full
Merge: Trying to add items to Q index 7 (Link 7) but queue already full
Merge: Trying to add items to Q index 7 (Link 7) but queue already full
Merge: Trying to add items to Q index 7 (Link 7) but queue already full
Merge: Trying to add items to Q index 7 (Link 7) but queue already full
Merge: Trying to add items to Q index 7 (Link 7) but queue already full
Merge: Trying to add items to Q index 7 (Link 7) but queue already full
Merge: Trying to add items to Q index 7 (Link 7) but queue already full
Merge: Trying to add items to Q index 7 (Link 7) but queue already full
Merge: Trying to add items to Q index 7 (Link 7) but queue already full
Merge: Trying to add items to Q index 7 (Link 7) but queue already full
Merge: Trying to add items to Q index 7 (Link 7) but queue already full
Merge: Trying to add items to Q index 7 (Link 7) but queue already full
Merge: Trying to add items to Q index 7 (Link 7) but queue already full
Merge: Timestamp (4d087c824ee)[Q 5, Stream 5] is older than previous (4d097c800a0) [Q 5, Stream 5]
Merge: Attempting resynchronisation to timestamp 4d097c800a1 or greater
Merge: Last sync pulse time: 4d097c400a0
Merge: Last timestamp seen: 4d097c800a0
Merge: Restarting at timestamp 4d097cc00a0
Merge: Timestamp (4e122b40d1e)[Q 5, Stream 5] is older than previous (4e132b400a0) [Q 5, Stream 5]
Merge: Attempting resynchronisation to timestamp 4e132b400a1 or greater
Merge: Last sync pulse time: 4e132b000a0
Merge: Last timestamp seen: 4e132b400a0
Merge: Restarting at timestamp 4e132b800a0
Merge: Timestamp (4e1662818a6)[Q 5, Stream 5] is older than previous (4e1762800a0) [Q 5, Stream 5]
Merge: Attempting resynchronisation to timestamp 4e1762800a1 or greater
Merge: Last sync pulse time: 4e1762400a0
Merge: Last timestamp seen: 4e1762800a0
Merge: Restarting at timestamp 4e1762c00a0
Merge: Timestamp (4e1b89803c6)[Q 5, Stream 5] is older than previous (4e1c89800a0) [Q 5, Stream 5]
Merge: Attempting resynchronisation to timestamp 4e1c89800a1 or greater
Merge: Last sync pulse time: 4e1c89400a0
Merge: Last timestamp seen: 4e1c89800a0
Merge: Restarting at timestamp 4e1c89c00a0
Merge: Trying to add items to Q index 7 (Link 7) but queue already full
Merge: Trying to add items to Q index 7 (Link 7) but queue already full
Merge: Trying to add items to Q index 7 (Link 7) but queue already full
Merge: Trying to add items to Q index 7 (Link 7) but queue already full
Merge: Trying to add items to Q index 7 (Link 7) but queue already full
Merge: Trying to add items to Q index 7 (Link 7) but queue already full
Merge: Trying to add items to Q index 7 (Link 7) but queue already full
Merge: Trying to add items to Q index 7 (Link 7) but queue already full
Merge: Trying to add items to Q index 7 (Link 7) but queue already full
Merge: Trying to add items to Q index 7 (Link 7) but queue already full
Merge: Trying to add items to Q index 7 (Link 7) but queue already full
Merge: Trying to add items to Q index 7 (Link 7) but queue already full
Merge: Trying to add items to Q index 7 (Link 7) but queue already full
Merge: Trying to add items to Q index 7 (Link 7) but queue already full
Merge: Trying to add items to Q index 7 (Link 7) but queue already full
Merge: Trying to add items to Q index 7 (Link 7) but queue already full
Merge: Trying to add items to Q index 7 (Link 7) but queue already full
Merge: Trying to add items to Q index 7 (Link 7) but queue already full
Merge: Trying to add items to Q index 7 (Link 7) but queue already full
Merge: Trying to add items to Q index 7 (Link 7) but queue already full
Merge: Trying to add items to Q index 7 (Link 7) but queue already full
Merge: Trying to add items to Q index 7 (Link 7) but queue already full
Merge: Trying to add items to Q index 7 (Link 7) but queue already full
Merge: Trying to add items to Q index 7 (Link 7) but queue already full
Merge: Trying to add items to Q index 7 (Link 7) but queue already full
Merge: Trying to add items to Q index 7 (Link 7) but queue already full
Merge: Trying to add items to Q index 7 (Link 7) but queue already full
Merge: Trying to add items to Q index 7 (Link 7) but queue already full
Merge: Trying to add items to Q index 7 (Link 7) but queue already full
Merge: Trying to add items to Q index 7 (Link 7) but queue already full
Merge: Trying to add items to Q index 7 (Link 7) but queue already full
Merge: Trying to add items to Q index 7 (Link 7) but queue already full
Merge: Trying to add items to Q index 7 (Link 7) but queue already full
Merge: Trying to add items to Q index 7 (Link 7) but queue already full
Merge: Trying to add items to Q index 7 (Link 7) but queue already full
Merge: Trying to add items to Q index 7 (Link 7) but queue already full
Merge: Trying to add items to Q index 7 (Link 7) but queue already full
Merge: Trying to add items to Q index 7 (Link 7) but queue already full
Merge: Trying to add items to Q index 7 (Link 7) but queue already full
Merge: Trying to add items to Q index 7 (Link 7) but queue already full
Merge: Trying to add items to Q index 7 (Link 7) but queue already full
Merge: Trying to add items to Q index 7 (Link 7) but queue already full
Merge: Trying to add items to Q index 7 (Link 7) but queue already full
Merge: Trying to add items to Q index 7 (Link 7) but queue already full
Merge: Trying to add items to Q index 7 (Link 7) but queue already full
Merge: Trying to add items to Q index 7 (Link 7) but queue already full
Merge: Trying to add items to Q index 7 (Link 7) but queue already full
Merge: Trying to add items to Q index 7 (Link 7) but queue already full
Merge: Trying to add items to Q index 7 (Link 7) but queue already full
Merge: Trying to add items to Q index 7 (Link 7) but queue already full
Merge: Trying to add items to Q index 7 (Link 7) but queue already full
Merge: Trying to add items to Q index 7 (Link 7) but queue already full
Merge: Trying to add items to Q index 7 (Link 7) but queue already full
Merge: Trying to add items to Q index 7 (Link 7) but queue already full
Merge: Trying to add items to Q index 7 (Link 7) but queue already full
Merge: Trying to add items to Q index 7 (Link 7) but queue already full
Merge: Trying to add items to Q index 7 (Link 7) but queue already full
Merge: Trying to add items to Q index 7 (Link 7) but queue already full
Merge: Trying to add items to Q index 7 (Link 7) but queue already full
Merge: Trying to add items to Q index 7 (Link 7) but queue already full
Merge: Trying to add items to Q index 7 (Link 7) but queue already full
Merge: Trying to add items to Q index 7 (Link 7) but queue already full
Merge: Trying to add items to Q index 7 (Link 7) but queue already full
Merge: Trying to add items to Q index 7 (Link 7) but queue already full
Merge: Trying to add items to Q index 7 (Link 7) but queue already full
Merge: Trying to add items to Q index 7 (Link 7) but queue already full
Merge: Trying to add items to Q index 7 (Link 7) but queue already full
Merge: Trying to add items to Q index 7 (Link 7) but queue already full
Merge: Trying to add items to Q index 7 (Link 7) but queue already full
Merge: Trying to add items to Q index 7 (Link 7) but queue already full
Merge: Trying to add items to Q index 7 (Link 7) but queue already full
Merge: Trying to add items to Q index 7 (Link 7) but queue already full
Merge: Trying to add items to Q index 7 (Link 7) but queue already full
Merge: Trying to add items to Q index 7 (Link 7) but queue already full
Merge: Trying to add items to Q index 7 (Link 7) but queue already full
Merge: Trying to add items to Q index 7 (Link 7) but queue already full
Merge: Trying to add items to Q index 7 (Link 7) but queue already full
Merge: Trying to add items to Q index 7 (Link 7) but queue already full
Merge: Trying to add items to Q index 7 (Link 7) but queue already full
Merge: Trying to add items to Q index 7 (Link 7) but queue already full
Merge: Trying to add items to Q index 7 (Link 7) but queue already full
Merge: Trying to add items to Q index 7 (Link 7) but queue already full
Merge: Trying to add items to Q index 7 (Link 7) but queue already full
Merge: Trying to add items to Q index 7 (Link 7) but queue already full
Merge: Trying to add items to Q index 7 (Link 7) but queue already full
Merge: Trying to add items to Q index 7 (Link 7) but queue already full
Merge: Trying to add items to Q index 7 (Link 7) but queue already full
Merge: Trying to add items to Q index 7 (Link 7) but queue already full
Merge: Trying to add items to Q index 7 (Link 7) but queue already full
Merge: Trying to add items to Q index 7 (Link 7) but queue already full
Merge: Trying to add items to Q index 7 (Link 7) but queue already full
Merge: Trying to add items to Q index 7 (Link 7) but queue already full
Merge: Trying to add items to Q index 7 (Link 7) but queue already full
Merge: Trying to add items to Q index 7 (Link 7) but queue already full
Merge: Trying to add items to Q index 7 (Link 7) but queue already full
Merge: Trying to add items to Q index 7 (Link 7) but queue already full
Merge: Trying to add items to Q index 7 (Link 7) but queue already full
Merge: Trying to add items to Q index 7 (Link 7) but queue already full
Merge: Trying to add items to Q index 7 (Link 7) but queue already full
Merge: Trying to add items to Q index 7 (Link 7) but queue already full
Merge: Trying to add items to Q index 7 (Link 7) but queue already full
Merge: Trying to add items to Q index 7 (Link 7) but queue already full
Merge: Trying to add items to Q index 7 (Link 7) but queue already full
Merge: Trying to add items to Q index 7 (Link 7) but queue already full
Merge: Trying to add items to Q index 7 (Link 7) but queue already full
Merge: Trying to add items to Q index 7 (Link 7) but queue already full
Merge: Trying to add items to Q index 7 (Link 7) but queue already full
Merge: Trying to add items to Q index 7 (Link 7) but queue already full
Merge: Trying to add items to Q index 7 (Link 7) but queue already full
Merge: Trying to add items to Q index 7 (Link 7) but queue already full
Merge: Trying to add items to Q index 7 (Link 7) but queue already full
Merge: Trying to add items to Q index 7 (Link 7) but queue already full
Merge: Trying to add items to Q index 7 (Link 7) but queue already full
Merge: Trying to add items to Q index 7 (Link 7) but queue already full
Merge: Trying to add items to Q index 7 (Link 7) but queue already full
Merge: Trying to add items to Q index 7 (Link 7) but queue already full
Merge: Trying to add items to Q index 7 (Link 7) but queue already full
Merge: Trying to add items to Q index 7 (Link 7) but queue already full
Merge: Trying to add items to Q index 7 (Link 7) but queue already full
Merge: Trying to add items to Q index 7 (Link 7) but queue already full
Merge: Trying to add items to Q index 7 (Link 7) but queue already full
Merge: Trying to add items to Q index 7 (Link 7) but queue already full
Merge: Trying to add items to Q index 7 (Link 7) but queue already full
Merge: Trying to add items to Q index 7 (Link 7) but queue already full
Merge: Trying to add items to Q index 7 (Link 7) but queue already full
Merge: Trying to add items to Q index 7 (Link 7) but queue already full
Merge: Trying to add items to Q index 7 (Link 7) but queue already full
Merge: Trying to add items to Q index 7 (Link 7) but queue already full
Merge: Trying to add items to Q index 7 (Link 7) but queue already full
Merge: Trying to add items to Q index 7 (Link 7) but queue already full
Merge: Trying to add items to Q index 7 (Link 7) but queue already full
Merge: Trying to add items to Q index 7 (Link 7) but queue already full
Merge: Trying to add items to Q index 7 (Link 7) but queue already full
Merge: Trying to add items to Q index 7 (Link 7) but queue already full
Merge: Trying to add items to Q index 7 (Link 7) but queue already full
Merge: Trying to add items to Q index 7 (Link 7) but queue already full
Merge: Trying to add items to Q index 7 (Link 7) but queue already full
Merge: Trying to add items to Q index 7 (Link 7) but queue already full
Merge: Trying to add items to Q index 7 (Link 7) but queue already full
Merge: Timestamp (4f2580400c6)[Q 5, Stream 5] is older than previous (4f2680400a0) [Q 5, Stream 5]
Merge: Attempting resynchronisation to timestamp 4f2680400a1 or greater
Merge: Last sync pulse time: 4f2680000a0
Merge: Last timestamp seen: 4f2680400a0
Merge: Restarting at timestamp 4f2680800a0
Merge: Timestamp (5026a041c06)[Q 5, Stream 5] is older than previous (5027a0400a0) [Q 5, Stream 5]
Merge: Attempting resynchronisation to timestamp 5027a0400a1 or greater
Merge: Last sync pulse time: 5027a0000a0
Merge: Last timestamp seen: 5027a0400a0
Merge: Restarting at timestamp 5027a0800a0
Merge: Timestamp (5083c7008c6)[Q 5, Stream 5] is older than previous (5084c7000a0) [Q 5, Stream 5]
Merge: Attempting resynchronisation to timestamp 5084c7000a1 or greater
Merge: Last sync pulse time: 5084c6c00a0
Merge: Last timestamp seen: 5084c7000a0
Merge: Restarting at timestamp 5084c7400a0
Merge: Trying to add items to Q index 2 (Link 2) but queue already full
Merge: Trying to add items to Q index 2 (Link 2) but queue already full
Merge: Trying to add items to Q index 2 (Link 2) but queue already full
Merge: Trying to add items to Q index 2 (Link 2) but queue already full
Merge: Trying to add items to Q index 2 (Link 2) but queue already full
Merge: Trying to add items to Q index 2 (Link 2) but queue already full
Merge: Trying to add items to Q index 2 (Link 2) but queue already full
Merge: Trying to add items to Q index 2 (Link 2) but queue already full
Merge: Trying to add items to Q index 2 (Link 2) but queue already full
Merge: Trying to add items to Q index 2 (Link 2) but queue already full
Merge: Trying to add items to Q index 2 (Link 2) but queue already full
Merge: Trying to add items to Q index 2 (Link 2) but queue already full
Merge: Trying to add items to Q index 2 (Link 2) but queue already full
Merge: Trying to add items to Q index 2 (Link 2) but queue already full
Merge: Trying to add items to Q index 2 (Link 2) but queue already full
Merge: Trying to add items to Q index 2 (Link 2) but queue already full
Merge: Trying to add items to Q index 2 (Link 2) but queue already full
Merge: Trying to add items to Q index 2 (Link 2) but queue already full
Merge: Trying to add items to Q index 2 (Link 2) but queue already full
Merge: Trying to add items to Q index 2 (Link 2) but queue already full
Merge: Trying to add items to Q index 2 (Link 2) but queue already full
Merge: Trying to add items to Q index 2 (Link 2) but queue already full
Merge: Trying to add items to Q index 2 (Link 2) but queue already full
Merge: Trying to add items to Q index 2 (Link 2) but queue already full
Merge: Trying to add items to Q index 2 (Link 2) but queue already full
Merge: Trying to add items to Q index 2 (Link 2) but queue already full
Merge: Trying to add items to Q index 2 (Link 2) but queue already full
Merge: Trying to add items to Q index 2 (Link 2) but queue already full
Merge: Trying to add items to Q index 2 (Link 2) but queue already full
Merge: Trying to add items to Q index 2 (Link 2) but queue already full
Merge: Trying to add items to Q index 2 (Link 2) but queue already full
Merge: Trying to add items to Q index 2 (Link 2) but queue already full
Merge: Trying to add items to Q index 2 (Link 2) but queue already full
Merge: Trying to add items to Q index 2 (Link 2) but queue already full
Merge: Trying to add items to Q index 2 (Link 2) but queue already full
Merge: Trying to add items to Q index 2 (Link 2) but queue already full
Merge: Trying to add items to Q index 2 (Link 2) but queue already full
Merge: Trying to add items to Q index 2 (Link 2) but queue already full
Merge: Trying to add items to Q index 2 (Link 2) but queue already full
Merge: Trying to add items to Q index 2 (Link 2) but queue already full
Merge: Trying to add items to Q index 2 (Link 2) but queue already full
Merge: Trying to add items to Q index 2 (Link 2) but queue already full
Merge: Trying to add items to Q index 2 (Link 2) but queue already full
Merge: Trying to add items to Q index 2 (Link 2) but queue already full
Merge: Trying to add items to Q index 2 (Link 2) but queue already full
Merge: Trying to add items to Q index 2 (Link 2) but queue already full
Merge: Trying to add items to Q index 2 (Link 2) but queue already full
Merge: Trying to add items to Q index 2 (Link 2) but queue already full
Merge: Trying to add items to Q index 2 (Link 2) but queue already full
Merge: Trying to add items to Q index 2 (Link 2) but queue already full
Merge: Trying to add items to Q index 2 (Link 2) but queue already full
Merge: Trying to add items to Q index 2 (Link 2) but queue already full
Merge: Trying to add items to Q index 2 (Link 2) but queue already full
Merge: Trying to add items to Q index 2 (Link 2) but queue already full
Merge: Trying to add items to Q index 2 (Link 2) but queue already full
Merge: Trying to add items to Q index 2 (Link 2) but queue already full
Merge: Trying to add items to Q index 2 (Link 2) but queue already full
Merge: Trying to add items to Q index 2 (Link 2) but queue already full
Merge: Trying to add items to Q index 2 (Link 2) but queue already full
Merge: Trying to add items to Q index 2 (Link 2) but queue already full
Merge: Trying to add items to Q index 2 (Link 2) but queue already full
Merge: Trying to add items to Q index 2 (Link 2) but queue already full
Merge: Trying to add items to Q index 2 (Link 2) but queue already full
Merge: Trying to add items to Q index 2 (Link 2) but queue already full
Merge: Trying to add items to Q index 2 (Link 2) but queue already full
Merge: Trying to add items to Q index 2 (Link 2) but queue already full
Merge: Trying to add items to Q index 2 (Link 2) but queue already full
Merge: Trying to add items to Q index 2 (Link 2) but queue already full
Merge: Trying to add items to Q index 2 (Link 2) but queue already full
Merge: Trying to add items to Q index 2 (Link 2) but queue already full
Merge: Trying to add items to Q index 2 (Link 2) but queue already full
Merge: Trying to add items to Q index 2 (Link 2) but queue already full
Merge: Trying to add items to Q index 2 (Link 2) but queue already full
Merge: Trying to add items to Q index 2 (Link 2) but queue already full
Merge: Trying to add items to Q index 2 (Link 2) but queue already full
Merge: Trying to add items to Q index 2 (Link 2) but queue already full
Merge: Trying to add items to Q index 2 (Link 2) but queue already full
Merge: Trying to add items to Q index 2 (Link 2) but queue already full
Merge: Trying to add items to Q index 2 (Link 2) but queue already full
Merge: Trying to add items to Q index 2 (Link 2) but queue already full
Merge: Trying to add items to Q index 2 (Link 2) but queue already full
Merge: Trying to add items to Q index 2 (Link 2) but queue already full
Merge: Trying to add items to Q index 2 (Link 2) but queue already full
Merge: Trying to add items to Q index 2 (Link 2) but queue already full
Merge: Trying to add items to Q index 2 (Link 2) but queue already full
Merge: Trying to add items to Q index 2 (Link 2) but queue already full
Merge: Trying to add items to Q index 2 (Link 2) but queue already full
Merge: Trying to add items to Q index 2 (Link 2) but queue already full
Merge: Trying to add items to Q index 2 (Link 2) but queue already full
Merge: Trying to add items to Q index 2 (Link 2) but queue already full
Merge: Trying to add items to Q index 2 (Link 2) but queue already full
Merge: Trying to add items to Q index 2 (Link 2) but queue already full
Merge: Trying to add items to Q index 2 (Link 2) but queue already full
Merge: Trying to add items to Q index 2 (Link 2) but queue already full
Merge: Trying to add items to Q index 2 (Link 2) but queue already full
Merge: Trying to add items to Q index 2 (Link 2) but queue already full
Merge: Trying to add items to Q index 2 (Link 2) but queue already full
Merge: Trying to add items to Q index 2 (Link 2) but queue already full
Merge: Trying to add items to Q index 2 (Link 2) but queue already full
Merge: Trying to add items to Q index 2 (Link 2) but queue already full
Merge: Trying to add items to Q index 2 (Link 2) but queue already full
Merge: Trying to add items to Q index 2 (Link 2) but queue already full
Merge: Trying to add items to Q index 2 (Link 2) but queue already full
Merge: Trying to add items to Q index 2 (Link 2) but queue already full
Merge: Trying to add items to Q index 2 (Link 2) but queue already full
Merge: Trying to add items to Q index 2 (Link 2) but queue already full
Merge: Trying to add items to Q index 2 (Link 2) but queue already full
Merge: Trying to add items to Q index 2 (Link 2) but queue already full
Merge: Trying to add items to Q index 2 (Link 2) but queue already full
Merge: Trying to add items to Q index 2 (Link 2) but queue already full
Merge: Trying to add items to Q index 2 (Link 2) but queue already full
Merge: Trying to add items to Q index 2 (Link 2) but queue already full
Merge: Trying to add items to Q index 2 (Link 2) but queue already full
Merge: Trying to add items to Q index 2 (Link 2) but queue already full
Merge: Trying to add items to Q index 2 (Link 2) but queue already full
Merge: Trying to add items to Q index 2 (Link 2) but queue already full
Merge: Trying to add items to Q index 2 (Link 2) but queue already full
Merge: Trying to add items to Q index 2 (Link 2) but queue already full
Merge: Trying to add items to Q index 2 (Link 2) but queue already full
Merge: Trying to add items to Q index 2 (Link 2) but queue already full
Merge: Trying to add items to Q index 2 (Link 2) but queue already full
Merge: Trying to add items to Q index 2 (Link 2) but queue already full
Merge: Trying to add items to Q index 2 (Link 2) but queue already full
Merge: Trying to add items to Q index 2 (Link 2) but queue already full
Merge: Trying to add items to Q index 2 (Link 2) but queue already full
Merge: Trying to add items to Q index 2 (Link 2) but queue already full
Merge: Trying to add items to Q index 2 (Link 2) but queue already full
Merge: Trying to add items to Q index 2 (Link 2) but queue already full
Merge: Trying to add items to Q index 2 (Link 2) but queue already full
Merge: Trying to add items to Q index 2 (Link 2) but queue already full
Merge: Trying to add items to Q index 2 (Link 2) but queue already full
Merge: Trying to add items to Q index 2 (Link 2) but queue already full
Merge: Trying to add items to Q index 2 (Link 2) but queue already full
Merge: Trying to add items to Q index 2 (Link 2) but queue already full
Merge: Trying to add items to Q index 2 (Link 2) but queue already full
Merge: Trying to add items to Q index 2 (Link 2) but queue already full
Merge: Trying to add items to Q index 2 (Link 2) but queue already full
Merge: Trying to add items to Q index 2 (Link 2) but queue already full
Merge: Trying to add items to Q index 2 (Link 2) but queue already full
Merge: Trying to add items to Q index 2 (Link 2) but queue already full
Merge: Trying to add items to Q index 2 (Link 2) but queue already full
Merge: Trying to add items to Q index 2 (Link 2) but queue already full
Merge: Trying to add items to Q index 2 (Link 2) but queue already full
Merge: Trying to add items to Q index 2 (Link 2) but queue already full
Merge: Trying to add items to Q index 2 (Link 2) but queue already full
Merge: Timestamp (523c5c80b4e)[Q 5, Stream 5] is older than previous (523d5c800a0) [Q 5, Stream 5]
Merge: Attempting resynchronisation to timestamp 523d5c800a1 or greater
Merge: Last sync pulse time: 523d5c400a0
Merge: Last timestamp seen: 523d5c800a0
Merge: Restarting at timestamp 523d5cc00a0
Merge: Timestamp (527ddc03916)[Q 5, Stream 5] is older than previous (527edc000a0) [Q 5, Stream 5]
Merge: Attempting resynchronisation to timestamp 527edc000a1 or greater
Merge: Last sync pulse time: 527edbc00a0
Merge: Last timestamp seen: 527edc000a0
Merge: Restarting at timestamp 527edc400a0
Merge: Trying to add items to Q index 4 (Link 4) but queue already full
Merge: Trying to add items to Q index 4 (Link 4) but queue already full
Merge: Trying to add items to Q index 4 (Link 4) but queue already full
Merge: Trying to add items to Q index 4 (Link 4) but queue already full
Merge: Trying to add items to Q index 4 (Link 4) but queue already full
Merge: Trying to add items to Q index 4 (Link 4) but queue already full
Merge: Trying to add items to Q index 4 (Link 4) but queue already full
Merge: Trying to add items to Q index 4 (Link 4) but queue already full
Merge: Trying to add items to Q index 4 (Link 4) but queue already full
Merge: Trying to add items to Q index 4 (Link 4) but queue already full
Merge: Trying to add items to Q index 4 (Link 4) but queue already full
Merge: Trying to add items to Q index 4 (Link 4) but queue already full
Merge: Trying to add items to Q index 4 (Link 4) but queue already full
Merge: Trying to add items to Q index 4 (Link 4) but queue already full
Merge: Trying to add items to Q index 4 (Link 4) but queue already full
Merge: Trying to add items to Q index 4 (Link 4) but queue already full
Merge: Trying to add items to Q index 4 (Link 4) but queue already full
Merge: Trying to add items to Q index 4 (Link 4) but queue already full
Merge: Trying to add items to Q index 4 (Link 4) but queue already full
Merge: Trying to add items to Q index 4 (Link 4) but queue already full
Merge: Trying to add items to Q index 4 (Link 4) but queue already full
Merge: Trying to add items to Q index 4 (Link 4) but queue already full
Merge: Trying to add items to Q index 4 (Link 4) but queue already full
Merge: Trying to add items to Q index 4 (Link 4) but queue already full
Merge: Trying to add items to Q index 4 (Link 4) but queue already full
Merge: Trying to add items to Q index 4 (Link 4) but queue already full
Merge: Trying to add items to Q index 4 (Link 4) but queue already full
Merge: Trying to add items to Q index 4 (Link 4) but queue already full
Merge: Trying to add items to Q index 4 (Link 4) but queue already full
Merge: Trying to add items to Q index 4 (Link 4) but queue already full
Merge: Trying to add items to Q index 4 (Link 4) but queue already full
Merge: Trying to add items to Q index 4 (Link 4) but queue already full
Merge: Trying to add items to Q index 4 (Link 4) but queue already full
Merge: Trying to add items to Q index 4 (Link 4) but queue already full
Merge: Trying to add items to Q index 4 (Link 4) but queue already full
Merge: Trying to add items to Q index 4 (Link 4) but queue already full
Merge: Trying to add items to Q index 4 (Link 4) but queue already full
Merge: Trying to add items to Q index 4 (Link 4) but queue already full
Merge: Trying to add items to Q index 4 (Link 4) but queue already full
Merge: Trying to add items to Q index 4 (Link 4) but queue already full
Merge: Trying to add items to Q index 4 (Link 4) but queue already full
Merge: Trying to add items to Q index 4 (Link 4) but queue already full
Merge: Trying to add items to Q index 4 (Link 4) but queue already full
Merge: Trying to add items to Q index 4 (Link 4) but queue already full
Merge: Trying to add items to Q index 4 (Link 4) but queue already full
Merge: Trying to add items to Q index 4 (Link 4) but queue already full
Merge: Trying to add items to Q index 4 (Link 4) but queue already full
Merge: Trying to add items to Q index 4 (Link 4) but queue already full
Merge: Trying to add items to Q index 4 (Link 4) but queue already full
Merge: Trying to add items to Q index 4 (Link 4) but queue already full
Merge: Trying to add items to Q index 4 (Link 4) but queue already full
Merge: Trying to add items to Q index 4 (Link 4) but queue already full
Merge: Trying to add items to Q index 4 (Link 4) but queue already full
Merge: Trying to add items to Q index 4 (Link 4) but queue already full
Merge: Trying to add items to Q index 4 (Link 4) but queue already full
Merge: Trying to add items to Q index 4 (Link 4) but queue already full
Merge: Trying to add items to Q index 4 (Link 4) but queue already full
Merge: Trying to add items to Q index 4 (Link 4) but queue already full
Merge: Trying to add items to Q index 4 (Link 4) but queue already full
Merge: Trying to add items to Q index 4 (Link 4) but queue already full
Merge: Trying to add items to Q index 4 (Link 4) but queue already full
Merge: Trying to add items to Q index 4 (Link 4) but queue already full
Merge: Trying to add items to Q index 4 (Link 4) but queue already full
Merge: Trying to add items to Q index 4 (Link 4) but queue already full
Merge: Trying to add items to Q index 4 (Link 4) but queue already full
Merge: Trying to add items to Q index 4 (Link 4) but queue already full
Merge: Trying to add items to Q index 4 (Link 4) but queue already full
Merge: Trying to add items to Q index 4 (Link 4) but queue already full
Merge: Trying to add items to Q index 4 (Link 4) but queue already full
Merge: Trying to add items to Q index 4 (Link 4) but queue already full
Merge: Trying to add items to Q index 4 (Link 4) but queue already full
Merge: Trying to add items to Q index 4 (Link 4) but queue already full
Merge: Trying to add items to Q index 4 (Link 4) but queue already full
Merge: Trying to add items to Q index 4 (Link 4) but queue already full
Merge: Trying to add items to Q index 4 (Link 4) but queue already full
Merge: Trying to add items to Q index 4 (Link 4) but queue already full
Merge: Trying to add items to Q index 4 (Link 4) but queue already full
Merge: Trying to add items to Q index 4 (Link 4) but queue already full
Merge: Trying to add items to Q index 4 (Link 4) but queue already full
Merge: Trying to add items to Q index 4 (Link 4) but queue already full
Merge: Trying to add items to Q index 4 (Link 4) but queue already full
Merge: Trying to add items to Q index 4 (Link 4) but queue already full
Merge: Trying to add items to Q index 4 (Link 4) but queue already full
Merge: Trying to add items to Q index 4 (Link 4) but queue already full
Merge: Trying to add items to Q index 4 (Link 4) but queue already full
Merge: Trying to add items to Q index 4 (Link 4) but queue already full
Merge: Trying to add items to Q index 4 (Link 4) but queue already full
Merge: Trying to add items to Q index 4 (Link 4) but queue already full
Merge: Trying to add items to Q index 4 (Link 4) but queue already full
Merge: Trying to add items to Q index 4 (Link 4) but queue already full
Merge: Trying to add items to Q index 4 (Link 4) but queue already full
Merge: Trying to add items to Q index 4 (Link 4) but queue already full
Merge: Trying to add items to Q index 4 (Link 4) but queue already full
Merge: Trying to add items to Q index 4 (Link 4) but queue already full
Merge: Trying to add items to Q index 4 (Link 4) but queue already full
Merge: Trying to add items to Q index 4 (Link 4) but queue already full
Merge: Trying to add items to Q index 4 (Link 4) but queue already full
Merge: Trying to add items to Q index 4 (Link 4) but queue already full
Merge: Trying to add items to Q index 4 (Link 4) but queue already full
Merge: Trying to add items to Q index 4 (Link 4) but queue already full
Merge: Trying to add items to Q index 4 (Link 4) but queue already full
Merge: Trying to add items to Q index 4 (Link 4) but queue already full
Merge: Trying to add items to Q index 4 (Link 4) but queue already full
Merge: Trying to add items to Q index 4 (Link 4) but queue already full
Merge: Trying to add items to Q index 4 (Link 4) but queue already full
Merge: Trying to add items to Q index 4 (Link 4) but queue already full
Merge: Trying to add items to Q index 4 (Link 4) but queue already full
Merge: Trying to add items to Q index 4 (Link 4) but queue already full
Merge: Trying to add items to Q index 4 (Link 4) but queue already full
Merge: Trying to add items to Q index 4 (Link 4) but queue already full
Merge: Trying to add items to Q index 4 (Link 4) but queue already full
Merge: Trying to add items to Q index 4 (Link 4) but queue already full
Merge: Trying to add items to Q index 4 (Link 4) but queue already full
Merge: Trying to add items to Q index 4 (Link 4) but queue already full
Merge: Trying to add items to Q index 4 (Link 4) but queue already full
Merge: Trying to add items to Q index 4 (Link 4) but queue already full
Merge: Trying to add items to Q index 4 (Link 4) but queue already full
Merge: Trying to add items to Q index 4 (Link 4) but queue already full
Merge: Trying to add items to Q index 4 (Link 4) but queue already full
Merge: Trying to add items to Q index 4 (Link 4) but queue already full
Merge: Trying to add items to Q index 4 (Link 4) but queue already full
Merge: Trying to add items to Q index 4 (Link 4) but queue already full
Merge: Trying to add items to Q index 4 (Link 4) but queue already full
Merge: Trying to add items to Q index 4 (Link 4) but queue already full
Merge: Trying to add items to Q index 4 (Link 4) but queue already full
Merge: Trying to add items to Q index 4 (Link 4) but queue already full
Merge: Trying to add items to Q index 4 (Link 4) but queue already full
Merge: Trying to add items to Q index 4 (Link 4) but queue already full
Merge: Trying to add items to Q index 4 (Link 4) but queue already full
Merge: Trying to add items to Q index 4 (Link 4) but queue already full
Merge: Trying to add items to Q index 4 (Link 4) but queue already full
Merge: Trying to add items to Q index 4 (Link 4) but queue already full
Merge: Trying to add items to Q index 4 (Link 4) but queue already full
Merge: Trying to add items to Q index 4 (Link 4) but queue already full
Merge: Trying to add items to Q index 4 (Link 4) but queue already full
Merge: Trying to add items to Q index 4 (Link 4) but queue already full
Merge: Trying to add items to Q index 4 (Link 4) but queue already full
Merge: Trying to add items to Q index 4 (Link 4) but queue already full
Merge: Trying to add items to Q index 4 (Link 4) but queue already full
Merge: Trying to add items to Q index 4 (Link 4) but queue already full
Merge: Trying to add items to Q index 4 (Link 4) but queue already full
Merge: Trying to add items to Q index 4 (Link 4) but queue already full
Merge: Trying to add items to Q index 4 (Link 4) but queue already full
Merge: Trying to add items to Q index 4 (Link 4) but queue already full
Merge: Trying to add items to Q index 4 (Link 4) but queue already full
Merge: Trying to add items to Q index 4 (Link 4) but queue already full
Merge: Trying to add items to Q index 4 (Link 4) but queue already full
Merge: Trying to add items to Q index 4 (Link 4) but queue already full
Merge: Timestamp (52e9c2c0456)[Q 5, Stream 5] is older than previous (52eac2c00a0) [Q 5, Stream 5]
Merge: Attempting resynchronisation to timestamp 52eac2c00a1 or greater
Merge: Last sync pulse time: 52eac2800a0
Merge: Last timestamp seen: 52eac2c00a0
Merge: Restarting at timestamp 52eac3000a0
Queue full messages do not appear to be correlated (currently at least) with the busiest FEE64s
12.50 AIDA trigger to EURICA OR(DSSSD#1 - #5) .AND.NOT. DSSSD#6 ~1.8kHz
.AND.EURICA ~50Hz (no significant change in rate when DSSSD#6 veto removed)
15.30 DAQ found stopped - AIDA SYNCs zero - data transfer disabled, histogramming enabled
System wide checks
nnaida19 fails 'ASIC clock timestamp' and 'SYNC errors not counting tests'
all other FEE64s pass all tests |
|
Fri Jun 3 03:10:55 2016, TD, AE, CG & DK, Friday 3 June 2016 12x
|
11.00 Detector biases and leakage currents - see attachments 1-2
FEE64 temperatures - see attachment 3
DAQ ran overnight without problem - statistics - attachments 4-8
Plan for today
1) Develop AIDA external trigger output for fast LEC/MEC discriminator threshold 0x4, or lower
2) Replace non-rev B MACB with rev B MACB in master timestamp chain (NIM module #2)
16.15 Non-rev B MACB in master timestamp chain replaced with rev B MACB module
FEE64s power cycled and rebooted.
System ReSYNC'd successfully
System-wide tests
clock states 24/24 pass
adc calibration 24/24 pass
ASIC clock timestamp check 23/24 pass, nnaida19 fails
SYNC errors not counting 23/24 pass, nnaida19 fails
N.B. We obtained the same nnaida19 errors before rpelacing non-rev B MACB *and* with FEE64
previously installed as nnaida19
Module timestamps - see attachment 9
Master timestamp module nnaida6 - all clocks locked
Fitted ground jumpers to front and rear field plate connections on all four adaptor PCBs
for each of DSSSD#2 - #5, i.e. DSSSD#1 - #6 now have field plate ground jumpers fitted.
See attachments 10 & 11 showing discriminator rates before and after fitting these additional
ground jumpers (LEC/MEC fast discriminator threshold 0x4 or 0x5)
18.25 NP1306 R58
207Bi + 60Co LEC/MEC disc threshold test
ASIC settings 2016Jun03-21.03.42
21.05 End R58
21.30 Moved extant data acquisition server options files to /MIDAS/DB/EXPERIMENT/AIDA/nnaida?/CONTENTS.BAK-030616
Saved options for all data acquisition servers with
TS_SYNC_PHASE = 0x3
MACB_TRIG_MODE = 0x4
ASIC Settings DB key 2016Jun03-21.03.42
(all LEC/MEC fast disc settings 0x5 *except* nnaida5 & nnaida6 = 0x20)
|
|
Thu Jun 2 09:04:57 2016, TD, [How to] Monitor AIDA
|
Every 4h
1) Record DSSSD #1 = #6 detector bias voltages and leakage currents in written logbook
Desktop 6 - 2x PUTTY terminal sessions
Each PUTTY terminal session is connected to a CAEN N1419 4 ch HV Power Supply
Addr 00
Ch 0 = DSSSD # 1
:
:
Ch 3 = DSSSD # 4
Addr 01
Ch 0 = DSSSD # 5
Ch 1 = DSSSD # 6
Compare with previous observations
2) Desktop 1 - Firefox web browser - Temperatures tab
Select Reload
Check temperatures
Virtex < 75 deg C
PSU < 45 deg C
ASIC < 65 deg C
If not call for expert help.
Note that the ASIC temperatures for some data acquisition servers sometimes read back as 0.0
*If* DAQ running also
3) Desktop 1 - Firefox web browser - Statistics tab
Check Reload
Check 'Show ALL Data Acquisition Servers'
From 'Select counter to Monitor' select 'AIDA Discriminator'
Select 'Update Once'
Check *all* data acquisition servers have a non-zero rate
N.B. If one, or more, data acquisition servers have zero rate call for expert help!
From keyboard select Alt-Print Screen and save screenshot to /tmp directory as a .png file
Upload the .png file to the EURICA 2016 Elog for the current run
Compare rates with previous observations at same settings
4) Desktop 1 - Firefox web browser - Statistics tab
Check Reload
Check 'Show ALL Data Acquisition Servers'
From 'Select counter to Monitor' select 'AIDA SYNC'
Select 'Update Once'
Check *all* data acquisition servers have a non-zero rate (typically ~300-500Hz)
N.B. If one, or more, data acquisition servers have zero rate call for expert help!
5) Desktop 2 - Firefox web browser - MERGE tab
Select 'Reload' several times and check all enabled data links (0-23) are active
bright green = active, olive green = inactive, red = disabled
N.B. If some data links are *always* inactive call for expert help!
Select Reload to observe merge rate (date items/s)
Observe active spinners in MERGE and TapeServer server terminal windows adjacent to web browser
6) Desktop 2 - Firefox web browser - TapeServer tab
Select Reload and observe number of blocks written to disk |
|
Thu Jun 2 01:33:13 2016, TD, AE, CG & DK, Thursday 2 June 2016
|
09.30 DAQ left running overnight
AIDA SYNCs on all FEE64s this morning
DSSSD#1 -#6 bias and leakage currents OK - see attachments 1-2
09.39 Estimation of AIDA timestamp clock frequency
See attachments 3-4
nnaida6 (master) timestamp 0x415 0x0af112ec - 0x413 0xa41a46b0 = 0x166d6cc3c = 6020320316 (dec)
elapsed time = 61s => 98.694MHz
10.50 Lower LEC/MEC fast discriminator thresholds from 0xa to 0x4/0x5
AIDA discriminator rates shown attachment 5
Rates <300kHz |
|
Wed Jun 1 01:33:58 2016, TD, Wednesday 1 June 2016 9x
|
09.30 Detector biases and leakage currents - ambient temp +24.9 deg C - attachments 1-2
10.08 Connection lost to nnaida27 and nnaida28
Most recent save of settings DB key 2016May31-23.32.46
12.00 Replaced nnaida17 & nnaida18 with FEE module previously used for nnaida31 & nnaida32
Pulser walkthrough
BNC PB-4 settings
90,000 - 10,000 @ 10,000 step
x5 attenuator (was x10 previously)
t_r = 50ns tau_d = 50us
polarity -
rate ~ 150Hz
INT, delay MIN
polarity + by EG&G Ortec 433A
N.B. - polarity terminated at end of AIDA adaptor chain, + polarity not terminated
Spectra saved 12.32 ( to directories tagged around June 1, 2016 05.29 )
BNC PB4 pulser rate set to ~5Hz
207Bi source at front of snout and 2x 60Co sources above DSSD3
14.00 Rebooted aidas1 to cleanup merge
Changed config to 24x FEE64s
Clock issues with nnaida23 - clock not locked status 0x6 - see attachments 3-9
18.00 Replace current nnaida19 (no histogramming, reSYNCs OK but timestamp not sync'd wrt timestamps of
other FEE64s).
Replace current nnaida23
Following powerup obtained clock not locked - status 0x6 for nnaida5 (master)
Replacement nnaida19 also does not histogram, reSYNCs OK but timestamp not sync'd wrt timestamps
of other FEE64s)
With help from PJCS investigate above issues and change timestamp master from nnaida5 to nnaida6
( /MIDAS/config/HttpdTcl/aidas1/startup.tcl and /MIDAS/config/HttpdTcl/nnaida5/startup.tcl ) to
change definition of timestamp master.
Able to operate DAQ and obtain AIDA SYNCs and WAVE SYNCs with TS_SYNC 0x0 _only_
PJCS will also investigate using system in T9 at STFC DL
Restored settings 2016June1-17.27.? |
|
Wed Jun 1 09:00:13 2016, TD - Reply PJCS, Wednesday 1 June 2016
|
> 09.30 Detector biases and leakage currents - ambient temp +24.9 deg C - attachments 1-2
>
> 10.08 Connection lost to nnaida27 and nnaida28
> Most recent save of settings DB key 2016May31-23.32.46
>
> 12.00 Replaced nnaida17 & nnaida18 with FEE module previously used for nnaida31 & nnaida32
>
> Pulser walkthrough
>
> BNC PB-4 settings
>
> 90,000 - 10,000 @ 10,000 step
> x5 attenuator (was x10 previously)
> t_r = 50ns tau_d = 50us
> polarity -
> rate ~ 150Hz
> INT, delay MIN
>
> polarity + by EG&G Ortec 433A
>
> N.B. - polarity terminated at end of AIDA adaptor chain, + polarity not terminated
>
> Spectra saved 12.32 ( to directories tagged around June 1, 2016 05.29 )
>
> BNC PB4 pulser rate set to ~5Hz
>
> 207Bi source at front of snout and 2x 60Co sources above DSSD3
>
> 14.00 Rebooted aidas1 to cleanup merge
>
> Changed config to 24 FEE64s
>
> Clock issues with nnaida23 - clock not locked status 0x6 - see attachments 3-9
Check the Local Controls for the setting of the LMK3200 control rgister.
If you recall from the problem with nnaida5 the value should be 0xB.
If the clock still doesn't lock then maybe it's an HDMI cable problem like nnaida5.
Since the other FEE64 are ok then it is likely to be just the MACB to nnaida23. |
|
Wed Jun 1 13:58:48 2016, TD - Reply PJCS, Wednesday 1 June 2016
|
> Check the Local Controls for the setting of the LMK3200 control rgister.
> If you recall from the problem with nnaida5 the value should be 0xB.
> If the clock still doesn't lock then maybe it's an HDMI cable problem like nnaida5.
> Since the other FEE64 are ok then it is likely to be just the MACB to nnaida23.
I attach SYNC stats for WAVE and AIDA - you will notice that most (but not all) FEE64s
produce WAVE SYNCS
Plus (load balanced) statistics for disc, good events |
|
Wed Jun 1 12:14:08 2016, Patrick Coleman-Smith, [HowTo] React to "Check Clock Status => FEE64 Failure"
|
If there are more than one failures then check how they map to the MACB HDMI connections.
Are they all connected to the just one MACB ? => Check the HDMI cable at the MACB Layer Port.
Are they all connected to several MACBs which have a common "Parent" ? => Check the HDMI cable at the "Parent"
MACB Layer Port.
If there is just one failure then open the Local Controls browser window for the failing FEE64.
If the "Status Register" @1 is not 0x7 then the Waveform ADCs will not operate correctly and ASIC readout will
be compromised.
To remedy try
A) Enter 0x2B to "LMK03200 control register" @5
then Reload the Page
then Enter 0xB
then Reload the Page and check the status, if 0x7 all ok.
B) Enter 0xA to "LMK03200 control register" @5
then Reload the Page
then Enter 0xB
then Reload the Page
then enter 0x2B to "LMK03200 control register" @5
then Reload the Page
then Enter 0xB
then Reload the Page and check the status, if 0x7 all ok. |
|
Wed Jun 1 07:49:45 2016, TD, Detector noise - state of play 10x
|
Screenshots of ASIC#1 waveforms for each side of each of the DSSSD #1 - #6 are attached.
Standard ASIC settings - tau = 8us
Typical threshold values are ~8500 (positive signals) and ~7800 (negative signals)
Large (off-scale) signals are the pulser, lower amplitude signals are betas
Currently, the noise looks OK.
Note that EURICA is currently open (in preparation for IMPACT run) and (just possibly) SAMURAI
dipole in adjacent experimental area is now off (to be checked).
We (AIDA) have made no further changes since yesterday's addition of Field Plate grounding jumpers
to all four adaptor PCBs of DSSSD #1 and #6. |
|
Wed Jun 1 01:32:04 2016, TD, Co/Bi source run (R19)
|
09.18 R19 (AIDA) stopped
AIDA SYNC lost for most (but not all) FEE64s - see attachments 1-2
Statistics show similar numbers of SYNCs which may imply a recent event/failure
|
|
Tue May 31 16:03:24 2016, AE. VP, Co/Bi source run (R17) 8x
|
Set discriminator mask for DSSD2 through DSSD6 (see attachments). Fast comparator threshold set to 9 for all DSSDs.
New source run for beta-gamma correlation, now with all DSSDs included in EURICA trigger.
Trigger is OR of coincidence front:back of all DSSDs.
AIDA run: R17*
EURICA run: BiCocal_run0015.lmd
Saved new ASIC settings: 2016May31-23.32.46
Experiment elog: http://ribf-exp.riken.jp/elog/EURICA+U-campaign+2016/13 |
|
Tue May 31 08:06:43 2016, TD, AE & CG, Tuesday 31 May 2016 7x
|
Attachment 3 - AIDA discriminator with pulser ~5Hz
standard ASIC settings (tau=8us, slow comparator 0x10, LEC/MEC comparator 0x9)
17.30 Added jumpers to the front/rear field plate connections (Lk 2/4 + 6/8) on all FEEs corresponding to DSSDs
1 and 6
Saw significant reduction in size of noise peak in waveforms as well as in the fast discriminator rate
from all FEEs.
18.50 R13 (AIDA) + BiCocal_run0012.lmd (EURICA)
207Bi beta-gamma correlation test
Standard ASIC settings (tau=8us, slow comparator 0x10, LEC/MEC comparator 0x9)
BNC PB-4 pulser OFF
Settings DB key 2016May31-18.55.42
Attachment 4 - statistics AIDA discriminators
Attachments 6-7 - time correlation for 207Bi beta-gamma coincidences between EURICA Ge Or and
DSSSD#1 trigger ( .OR.X strips .AND. OR.Y strips ) |
|
Mon May 30 18:29:54 2016, AE, Co/Bi source run (R7)
|
Some comments regarding source run for beta-gamma calibration, to complement EURICA16 elog entry:
http://ribf-exp.riken.jp/elog/EURICA+U-campaign+2016/
This corresponds to run files R7_* (AIDA) and BiCocal_run003.lmd and BiCocal_run004.lmd (run files could
increase for EURICA)
EURICA trigger: AIDA trigger (#1) OR pulser (~25MHz).
Trigger rate: about 170 Hz
AIDA trigger: Detector 1 with low multiplicity condition; N=1, 2 or 3 within window of 5x40ns
AIDA trigger rate: Det1 X = 7500 (nnaida17+nnaida22)
Det1 Y = 800 (nnaida17+nnaida22)
coincidence X+Y= 330
The trigger output of MACB has an inverted logic (0 when trigger, -0.5 V otherwise)
Attached are screenshots documenting conditions during run.
8am: closed file: R7_110.gz in AIDA, BiCocal*005.lmd in EURICA |
|
Mon May 30 22:57:58 2016, AE, Co/Bi source run (R7)
|
> Some comments regarding source run for beta-gamma calibration, to complement EURICA16 elog entry:
> http://ribf-exp.riken.jp/elog/EURICA+U-campaign+2016/
>
> This corresponds to run files R7_* (AIDA) and BiCocal_run003.lmd and BiCocal_run004.lmd (run files could
> increase for EURICA)
>
> EURICA trigger: AIDA trigger (#1) OR pulser (~25MHz).
>
> Trigger rate: about 170 Hz
>
> AIDA trigger: Detector 1 with low multiplicity condition; N=1, 2 or 3 within window of 5x40ns
>
> AIDA trigger rate: Det1 X = 7500 (nnaida17+nnaida22)
> Det1 Y = 800 (nnaida17+nnaida22)
> coincidence X+Y= 330
>
> The trigger output of MACB has an inverted logic (0 when trigger, -0.5 V otherwise)
>
> Attached are screenshots documenting conditions during run.
No
The clock is in 10 ns intervals
So 5 => 50ns
The trigger is Fast NIM standard. Talk to Tom
With such a short time ,a lower limit of 1 and high rate discriminators the Trigger will appear true all the time. |
|
Mon May 30 09:03:07 2016, TD, AE & CG, timstamping - state of play 11x
|
Current error messages and status - see attachments |
|
Mon May 30 06:03:51 2016, CG, TD, MACB settings
|
14.00 MACB settings (from left -> right)
| MACB# |
1 |
2 |
3 |
4 |
5 |
6 |
7 |
8 |
9 |
10 |
11 |
| Setting |
0 |
2 |
2 |
3 |
3 |
3 |
3 |
3 |
3 |
3 |
3 |
MACB#1 is grandparent in tree
#2 and #3 are parents
Rest are children.
14.05 MACBs 1 and 3 (master) replaced with spares. No change, clocks remain not locked.
|
|
Mon May 30 08:18:48 2016, CG, TD - PJCS reply, MACB settings
|
| Quote: |
|
14.00 MACB settings (from left -> right)
| MACB# |
1 |
2 |
3 |
4 |
5 |
6 |
7 |
8 |
9 |
10 |
11 |
| Setting |
0 |
2 |
2 |
3 |
3 |
3 |
3 |
3 |
3 |
3 |
3 |
MACB#1 is grandparent in tree
#2 and #3 are parents
Rest are children.
14.05 MACBs 1 and 3 (master) replaced with spares. No change, clocks remain not locked.
PJCS _ reply The Master branch of the Tree needs to be set to 2 all the way to the Master.
So
GrandParent : 0
Parents : Master Branch 2 , Others 3
Children: Master Branch 2, Others 3.
Carry out a system Reset/Setup after changing to these settings.
Then System wide checks.
|
|
|
Mon May 30 08:43:10 2016, CG, TD - PJCS reply, MACB settings
|
| Quote: |
|
| Quote: |
|
14.00 MACB settings (from left -> right)
| MACB# |
1 |
2 |
3 |
4 |
5 |
6 |
7 |
8 |
9 |
10 |
11 |
| Setting |
0 |
2 |
2 |
3 |
3 |
3 |
3 |
3 |
3 |
3 |
3 |
MACB#1 is grandparent in tree
#2 and #3 are parents
Rest are children.
14.05 MACBs 1 and 3 (master) replaced with spares. No change, clocks remain not locked.
PJCS _ reply The Master branch of the Tree needs to be set to 2 all the way to the Master.
So
GrandParent : 0
Parents : Master Branch 2 , Others 3
Children: Master Branch 2, Others 3.
Carry out a system Reset/Setup after changing to these settings.
Then System wide checks.
|
|
Apologies, I made a mistake in the information above.
MACB#1 is the grandparent, but #2 and #7 are the parents, with #3-6 and #8-11 the children.
The master goes through MACB#2 to the first port on #3.
So the current setup follows, and always has done, your instructions above. |
|
Mon May 30 03:58:10 2016, TD, peakfind not working on aidas1
|
Peakfind appears not to be working on aidas1 - example spectrum attached
aidas1> peakfind -spectrum /MIDAS/SpecData/AIDA/nnaida4/2016May30-03.41.52/1.5.L.msf -limit 33000 64000 -fwhm 85
-accept 10
Peak finding for /MIDAS/SpecData/AIDA/nnaida4/2016May30-03.41.52/1.5.L.msf, Title
No. Channel Area Fwhm
aidas1> ls -l /MIDAS/SpecData/AIDA/nnaida4/2016May30-03.41.52/1.5.L.msf
-rwxrwxrwx. 1 nfsnobody nfsnobody 262656 May 30 10:42 /MIDAS/SpecData/AIDA/nnaida4/2016May30-03.41.52/1.5.L.msf
Same spectrum analysed at Edinburgh (Sun/Solaris 10)
w29> peakfind -spectrum /home/td/riken/AIDA/nnaida4/2016May30-03.41.52/1.5.L.msf -limit 33000 64000 -fwhm 85
-accept 10
Peak finding for /home/td/riken/AIDA/nnaida4/2016May30-03.41.52/1.5.L.msf, Title
No. Channel Area Fwhm
1 34649.72(3.059) 123.5( 11.3) 65.98
2 35542.99(0.855) 1756.0( 42.0) 79.13
3 36363.14(0.854) 1820.0( 42.8) 79.66
4 37203.16(0.776) 2139.9( 46.4) 80.00
5 38087.83(0.852) 1863.0( 43.3) 79.62
6 38984.27(0.842) 1853.9( 43.2) 79.27
7 39889.04(0.832) 1755.9( 42.0) 78.59
8 40790.80(0.855) 1930.7( 44.2) 79.45
w29> ls -l /home/td/riken/AIDA/nnaida4/2016May30-03.41.52/1.5.L.msf
-rwxr-xr-x 1 td staff 262656 May 30 02:42 /home/td/riken/AIDA/nnaida4/2016May30-03.41.52/1.5.L.msf |
|
Mon May 30 02:50:19 2016, CG, Monday 30th May
|
10.30 Pulser walkthrough carried out 90,000 - 10,000 @ 10,000 step
10.40 .msf spectra saved /MIDAS/SpecData/AIDA
13.30 Swapped MACB module #1 - no change (root module)
Swapped MACB module #2 - no change
Swapped MACB module #3 - no change (nnaida5 attached to port 1 of this MACB)
Note cabling not changed during above tests
15.20 Swap nnaida5 & nnaida6 FEE module for nnaida31 & nnaida32 and update startup.tcl and dhcpd.conf
accordingly - see attached and appended
No resyncs at all
16.15 Re-install original nnaida5 & nnaida6
No resyncs at all - see attachment 2
#
# DHCP Server Configuration file.
# see /usr/share/doc/dhcp*/dhcpd.conf.sample
#
authoritative;
ddns-update-style none; ddns-updates off;
max-lease-time 691200;
option domain-search code 119 = string;
subnet 10.1.1.0 netmask 255.255.255.0 {
option subnet-mask 255.255.255.0;
option broadcast-address 10.1.1.255;
option routers 10.1.1.250;
pool {
range 10.1.1.100 10.1.1.249;
}
}
subnet 10.1.2.0 netmask 255.255.255.0 {
option subnet-mask 255.255.255.0;
option broadcast-address 10.1.2.255;
option routers 10.1.2.250;
pool {
range 10.1.2.100 10.1.2.249;
}
}
subnet 10.1.3.0 netmask 255.255.255.0 {
option subnet-mask 255.255.255.0;
option broadcast-address 10.1.3.255;
option routers 10.1.3.250;
pool {
range 10.1.3.100 10.1.3.249;
}
}
subnet 10.1.4.0 netmask 255.255.255.0 {
option subnet-mask 255.255.255.0;
option broadcast-address 10.1.4.255;
option routers 10.1.4.250;
pool {
range 10.1.4.100 10.1.4.249;
}
}
subnet 10.1.5.0 netmask 255.255.255.0 {
option subnet-mask 255.255.255.0;
option broadcast-address 10.1.5.255;
option routers 10.1.5.250;
pool {
range 10.1.5.100 10.1.5.249;
}
}
group {
use-host-decl-names true;
default-lease-time 3600;
max-lease-time 14400;
server-name "10.1.1.250";
next-server 10.1.1.250;
host nnrpi1 {
hardware ethernet b8:27:eb:78:ee:44;
fixed-address 10.1.1.251;
}
host nnaida1 {
hardware ethernet 00:04:a3:2a:d0:1b;
fixed-address 10.1.1.1;
option root-path "/MIDAS@aidas/XilinxLinux/ppc_4xx/rfs/nnaida1,tcp";
}
host nnaida2 {
hardware ethernet 00:04:a3:2a:d9:e1;
fixed-address 10.1.1.2;
option root-path "/MIDAS@aidas/XilinxLinux/ppc_4xx/rfs/nnaida2,tcp";
}
# host nnaida5 {
# hardware ethernet 00:04:a3:2a:d0:10;
# fixed-address 10.1.1.5;
# option root-path "/MIDAS@aidas/XilinxLinux/ppc_4xx/rfs/nnaida5,tcp";
# }
# host nnaida6 {
# hardware ethernet 00:04:a3:2a:d4:b7;
# fixed-address 10.1.1.6;
# option root-path "/MIDAS@aidas/XilinxLinux/ppc_4xx/rfs/nnaida6,tcp";
# }
host nnaida5 {
hardware ethernet 00:04:a3:2b:11:ae;
fixed-address 10.1.1.5;
option root-path "/MIDAS@aidas/XilinxLinux/ppc_4xx/rfs/nnaida5,tcp";
}
host nnaida6 {
hardware ethernet 00:04:a3:2a:ed:b9;
fixed-address 10.1.1.6;
option root-path "/MIDAS@aidas/XilinxLinux/ppc_4xx/rfs/nnaida6,tcp";
}
host nnaida9 {
hardware ethernet 00:04:a3:2a:d9:ad;
fixed-address 10.1.1.9;
option root-path "/MIDAS@aidas/XilinxLinux/ppc_4xx/rfs/nnaida9,tcp";
}
host nnaida10 {
hardware ethernet 00:04:a3:2a:f7:07;
fixed-address 10.1.1.10;
option root-path "/MIDAS@aidas/XilinxLinux/ppc_4xx/rfs/nnaida10,tcp";
}
host nnaida13 {
hardware ethernet 00:04:a3:2b:11:b9;
fixed-address 10.1.1.13;
option root-path "/MIDAS@aidas/XilinxLinux/ppc_4xx/rfs/nnaida13,tcp";
}
host nnaida14 {
hardware ethernet 00:04:a3:2b:11:b8;
fixed-address 10.1.1.14;
option root-path "/MIDAS@aidas/XilinxLinux/ppc_4xx/rfs/nnaida14,tcp";
}
host nnaida17 {
hardware ethernet 00:04:a3:2a:d9:cc;
fixed-address 10.1.1.17;
option root-path "/MIDAS@aidas/XilinxLinux/ppc_4xx/rfs/nnaida17,tcp";
}
host nnaida18 {
hardware ethernet 00:04:a3:2a:b2:b2;
fixed-address 10.1.1.18;
option root-path "/MIDAS@aidas/XilinxLinux/ppc_4xx/rfs/nnaida18,tcp";
}
host nnaida21 {
hardware ethernet 00:04:a3:2b:27:23;
fixed-address 10.1.1.21;
option root-path "/MIDAS@aidas/XilinxLinux/ppc_4xx/rfs/nnaida21,tcp";
}
host nnaida22 {
hardware ethernet 00:04:a3:2a:f6:e9;
fixed-address 10.1.1.22;
option root-path "/MIDAS@aidas/XilinxLinux/ppc_4xx/rfs/nnaida22,tcp";
}
host nnaida25 {
hardware ethernet 00:04:a3:2a:d0:11;
fixed-address 10.1.1.25;
option root-path "/MIDAS@aidas/XilinxLinux/ppc_4xx/rfs/nnaida25,tcp";
}
host nnaida26 {
hardware ethernet 00:04:a3:2b:27:54;
fixed-address 10.1.1.26;
option root-path "/MIDAS@aidas/XilinxLinux/ppc_4xx/rfs/nnaida26,tcp";
}
host nnaida29 {
hardware ethernet 00:04:a3:2a:d0:06;
fixed-address 10.1.1.29;
option root-path "/MIDAS@aidas/XilinxLinux/ppc_4xx/rfs/nnaida29,tcp";
}
host nnaida30 {
hardware ethernet 00:04:a3:2a:d9:b6;
fixed-address 10.1.1.30;
option root-path "/MIDAS@aidas/XilinxLinux/ppc_4xx/rfs/nnaida30,tcp";
}
}
group {
use-host-decl-names true;
default-lease-time 3600;
max-lease-time 14400;
server-name "10.1.2.250";
next-server 10.1.2.250;
host nnaida3 {
hardware ethernet 00:04:a3:2a:f7:06;
fixed-address 10.1.2.3;
option root-path "/MIDAS@aidas/XilinxLinux/ppc_4xx/rfs/nnaida3,tcp";
}
host nnaida4 {
hardware ethernet 00:04:a3:2a:ed:b8;
fixed-address 10.1.2.4;
option root-path "/MIDAS@aidas/XilinxLinux/ppc_4xx/rfs/nnaida4,tcp";
}
host nnaida7 {
hardware ethernet 00:04:a3:2a:b8:8d;
fixed-address 10.1.2.7;
option root-path "/MIDAS@aidas/XilinxLinux/ppc_4xx/rfs/nnaida7,tcp";
}
host nnaida8 {
hardware ethernet 00:04:a3:2a:9c:07;
fixed-address 10.1.2.8;
option root-path "/MIDAS@aidas/XilinxLinux/ppc_4xx/rfs/nnaida8,tcp";
}
host nnaida11 {
hardware ethernet 00:04:a3:2b:11:af;
fixed-address 10.1.2.11;
option root-path "/MIDAS@aidas/XilinxLinux/ppc_4xx/rfs/nnaida11,tcp";
}
host nnaida12 {
hardware ethernet 00:04:a3:2a:d0:2f;
fixed-address 10.1.2.12;
option root-path "/MIDAS@aidas/XilinxLinux/ppc_4xx/rfs/nnaida12,tcp";
}
host nnaida15 {
hardware ethernet 00:04:a3:2a:f3:ac;
fixed-address 10.1.2.15;
option root-path "/MIDAS@aidas/XilinxLinux/ppc_4xx/rfs/nnaida15,tcp";
}
host nnaida16 {
hardware ethernet 00:04:a3:2a:9c:0e;
fixed-address 10.1.2.16;
option root-path "/MIDAS@aidas/XilinxLinux/ppc_4xx/rfs/nnaida16,tcp";
}
# 1 of 2 scratch FEE modules assembled by PJCS April 2016
host nnaida19 {
hardware ethernet 00:04:a3:2a:ed:9a;
fixed-address 10.1.2.19;
option root-path "/MIDAS@aidas/XilinxLinux/ppc_4xx/rfs/nnaida19,tcp";
}
host nnaida20 {
hardware ethernet 00:04:a3:2b:11:c5;
fixed-address 10.1.2.20;
option root-path "/MIDAS@aidas/XilinxLinux/ppc_4xx/rfs/nnaida20,tcp";
}
host nnaida23 {
hardware ethernet 00:04:a3:2a:b8:90;
fixed-address 10.1.2.23;
option root-path "/MIDAS@aidas/XilinxLinux/ppc_4xx/rfs/nnaida23,tcp";
}
host nnaida24 {
hardware ethernet 00:04:a3:2a:b6:45;
fixed-address 10.1.2.24;
option root-path "/MIDAS@aidas/XilinxLinux/ppc_4xx/rfs/nnaida24,tcp";
}
host nnaida27 {
hardware ethernet 00:04:a3:2b:22:55;
fixed-address 10.1.2.27;
option root-path "/MIDAS@aidas/XilinxLinux/ppc_4xx/rfs/nnaida27,tcp";
}
# 2 of 2 scratch FEE modules assembled by PJCS April 2016
host nnaida28 {
hardware ethernet 00:04:a3:2b:09:e7;
fixed-address 10.1.2.28;
option root-path "/MIDAS@aidas/XilinxLinux/ppc_4xx/rfs/nnaida28,tcp";
}
# host nnaida31 {
# hardware ethernet 00:04:a3:2b:11:ae;
# fixed-address 10.1.2.31;
# option root-path "/MIDAS@aidas/XilinxLinux/ppc_4xx/rfs/nnaida31,tcp";
# }
# host nnaida32 {
# hardware ethernet 00:04:a3:2a:ed:b9;
# fixed-address 10.1.2.32;
# option root-path "/MIDAS@aidas/XilinxLinux/ppc_4xx/rfs/nnaida32,tcp";
# }
}
group {
# 8 days
default-lease-time 691200;
# option dhcp-client-identifier "\0foo";
host nndhcp052 {
# Analysis server
hardware ethernet 00:22:19:50:02:40;
fixed-address 10.1.1.252;
}
} |
|
Sun May 29 14:06:31 2016, TD, AE & CG, Sunday 29 May 2016
|
Throughout day:
DSSD2 (3058-25) would not bias, either short circuit or suspiciously low leakage current.
Carried out some test in situ which were inconclusive.
Removed snout and took DSSD2 out.
Measuring the resistance across the two pins providing the n+n bias yielded 20 Ohms.
For the p+n the same measurement saw an open circuit => at least one of the bond wires broken.
DSSD1 (3131-9) was moved into the DSSD2 position and DSSD1 is now BB18-1000 3058-4.
All detectors were biased downstairs and all looked fine - leakage currents of 3.1 - 3.8 uA.
First detector sits 54.5cm from Al base plate and 10cm from the upstream end of the snout.
9mm between each of the DSSDs.
Stack now:
| 3058-4
b | 3131-9
e | 2998-23
a | 3058-5
m | 3058-6
V 3058-7
207Bi source installed at end of snout.
Snout moved upstairs and mounted.
DSSD2 would not bias. This was due to the HV cable providing bias for this DSSD having a short to ground.
Replaced with HV cable 7 and biased successfully.
All DSSDs now bias. Screenshots of leakage currents attached (attachments 4+5) at room temp 25.3oC.
Caen module Addr 00 provides bias to DSSDs 1, 2, 3 and 4 via channels 0, 1, 2 and 3 respectively.
Module Addr 01 provides bias to DSSDs 5 and 6 on channels 0 and 1, respectively.
Snout pushed in to EURICA.
22.05 nnaida17 ASIC parameters not loading
power cycle & reboot
nnaida5 (master) clock not locked - status 0x6 - see attachments 1-3 |
|
Sun May 29 20:06:15 2016, TD, AE & CG - reply PJCS, Sunday 29 May 2016
|
> Throughout day:
> DSSD2 (3058-25) would not bias, either short circuit or suspiciously low leakage current.
> Carried out some test in situ which were inconclusive.
> Removed snout and took DSSD2 out.
> Measuring the resistance across the two pins providing the n+n bias yielded 20 Ohms.
> For the p+n the same measurement saw an open circuit => at least one of the bond wires broken.
>
> DSSD1 (3131-9) was moved into the DSSD2 position and DSSD1 is now BB18-1000 3058-4.
>
> All detectors were biased downstairs and all looked fine - leakage currents of 3.1 - 3.8 uA.
>
> First detector sits 54.5cm from Al base plate and 10cm from the upstream end of the snout.
> 9mm between each of the DSSDs.
>
> Stack now:
> | 3058-4
> b | 3131-9
> e | 2998-23
> a | 3058-5
> m | 3058-6
> V 3058-7
>
> 207Bi source installed at end of snout.
>
> Snout moved upstairs and mounted.
> DSSD2 would not bias. This was due to the HV cable providing bias for this DSSD having a short to ground.
> Replaced with HV cable 7 and biased successfully.
> All DSSDs now bias. Screenshots of leakage currents attached (attachments 4+5) at room temp 25.3oC.
> Caen module Addr 00 provides bias to DSSDs 1, 2, 3 and 4 via channels 0, 1, 2 and 3 respectively.
> Module Addr 01 provides bias to DSSDs 5 and 6 on channels 0 and 1, respectively.
>
> Snout pushed in to EURICA.
>
> 22.05 nnaida17 ASIC parameters not loading
> power cycle & reboot
>
> nnaida5 (master) clock not locked - status 0x6 - see attachments 1-3
I suggest you check the hdmi hasn't been disturbed in the Macb or the FEE64.. Since the others are ok. I suggest it is the cable from the
Macb
to the FEE64 #5. If this fails to correct then please send a screen shot of the Local Controls status for nnaida5. |
|
Sun May 29 22:35:25 2016, TD, AE & CG - reply PJCS, Sunday 29 May 2016
|
> > 22.05 nnaida17 ASIC parameters not loading
> > power cycle & reboot
> >
> > nnaida5 (master) clock not locked - status 0x6 - see attachments 1-3
>
> I suggest you check the hdmi hasn't been disturbed in the Macb or the FEE64.. Since the others are ok. I
suggest it is the cable from the
> Macb
> to the FEE64 #5. If this fails to correct then please send a screen shot of the Local Controls status for
nnaida5.
See enclosed. |
|
Sun May 29 23:28:56 2016, TD, AE & CG - reply PJCS, Sunday 29 May 2016
|
>
> > > 22.05 nnaida17 ASIC parameters not loading
> > > power cycle & reboot
> > >
> > > nnaida5 (master) clock not locked - status 0x6 - see attachments 1-3
> >
> > I suggest you check the hdmi hasn't been disturbed in the Macb or the FEE64.. Since the others are ok. I
> suggest it is the cable from the
> > Macb
> > to the FEE64 #5. If this fails to correct then please send a screen shot of the Local Controls status for
> nnaida5.
>
> See enclosed.
The LMK3200 control register looks wrong.
Look at another FEE and I think it should be 0x1b |
|
Sun May 29 23:55:15 2016, TD, AE & CG - reply PJCS, Sunday 29 May 2016
|
> >
> > > > 22.05 nnaida17 ASIC parameters not loading
> > > > power cycle & reboot
> > > >
> > > > nnaida5 (master) clock not locked - status 0x6 - see attachments 1-3
> > >
> > > I suggest you check the hdmi hasn't been disturbed in the Macb or the FEE64.. Since the others are ok. I
> > suggest it is the cable from the
> > > Macb
> > > to the FEE64 #5. If this fails to correct then please send a screen shot of the Local Controls status for
> > nnaida5.
> >
> > See enclosed.
>
> The LMK3200 control register looks wrong.
> Look at another FEE and I think it should be 0x1b
nnaida1-4 LMK03200 control register 0xb cf. nnaida5 0x7 |
|
Mon May 30 00:01:23 2016, TD, AE & CG - reply PJCS, Sunday 29 May 2016
|
> > >
> > > > > 22.05 nnaida17 ASIC parameters not loading
> > > > > power cycle & reboot
> > > > >
> > > > > nnaida5 (master) clock not locked - status 0x6 - see attachments 1-3
> > > >
> > > > I suggest you check the hdmi hasn't been disturbed in the Macb or the FEE64.. Since the others are ok. I
> > > suggest it is the cable from the
> > > > Macb
> > > > to the FEE64 #5. If this fails to correct then please send a screen shot of the Local Controls status for
> > > nnaida5.
> > >
> > > See enclosed.
> >
> > The LMK3200 control register looks wrong.
> > Look at another FEE and I think it should be 0x1b
>
> nnaida1-4 LMK03200 control register 0xb cf. nnaida5 0x7
Changing nnaida5 LMK03200 control register 0x7 -> 0xb does not help - see attached - system wide checks
and clock lock status 0x6 (unchanged) |
|
Mon May 30 00:07:56 2016, TD, AE & CG - reply PJCS, Sunday 29 May 2016
|
> > > >
> > > > > > 22.05 nnaida17 ASIC parameters not loading
> > > > > > power cycle & reboot
> > > > > >
> > > > > > nnaida5 (master) clock not locked - status 0x6 - see attachments 1-3
> > > > >
> > > > > I suggest you check the hdmi hasn't been disturbed in the Macb or the FEE64.. Since the others are ok. I
> > > > suggest it is the cable from the
> > > > > Macb
> > > > > to the FEE64 #5. If this fails to correct then please send a screen shot of the Local Controls status for
> > > > nnaida5.
> > > >
> > > > See enclosed.
> > >
> > > The LMK3200 control register looks wrong.
> > > Look at another FEE and I think it should be 0x1b
> >
> > nnaida1-4 LMK03200 control register 0xb cf. nnaida5 0x7
>
> Changing nnaida5 LMK03200 control register 0x7 -> 0xb does not help - see attached - system wide checks
> and clock lock status 0x6 (unchanged)
Changing nnaida5 LMK03200 control register 0x7 -> 0x1b does not help - nnaida5 fails 'check clock status'
and check clock lock *not* locked status *0x0* |
|
Sun May 29 10:31:59 2016, TD, nnaida19 'H' histogramming enabled indicator dispappears following DAQ start
|
18.30 Options for nnaida19 and a.n.other (working) FEE (nnaida18) |
|
Sat May 28 07:31:07 2016, Saturday 8 May 2016, TD, CG 9x
|
15.20 DAQ histogramming & data transfer #1 enabled
Merger configured, started, input paused
Following DAQ GO nnaida9 data transfer 'X' nnaida19 histogramming 'H' disappear - see attachments 1-7
Workaround suggested by https://elog.ph.ed.ac.uk/AIDA/230 appear not to work
16.25 Resolved data transfer issue
nnaida9 producing SYNCs but merger data queue blocked
rebooted aidas1
nnaida19 histogramming issue remains
17:50 6 DSSD insalled
From front to back of stack:
DSSD 1 = 3131-9
2 = 3058-25 (rotated 90deg w.r.t. other detectors - p-strips horizontal and n-strips vertical)
3 = 2998-23
4 = 3058-5
5 = 3058-6
6 = 3058-7
HV mapping (-ve bias):
DSSD Braid Core
1 nnaida20 nnaida17
2 nnaida19 nnaida18
3 nnaida12 nnaida14
4 nnaida11 nnaida13
5 nnaida4 nnaida6
6 nnaida3 nnaida5
18.55 Change ASIC settings
nnaida18, nnaida21 positive -> negative input
diode link threshold 0xca -> 0xbf
LED settings negative -> positive, threshold 7200 -> 9000
nnaida19, nnaida24 negative -> positive input
diode link threshold 0x11 -> 0x23
LED settings positive -> negative, threshold 9000 -> 7200
Saved new settings to DB key 2016May28-18.52.07
Saved new DB key to Options |
|
Sun May 29 10:11:07 2016, TD, CG & reply by PJCS, Saturday 8 May 2016 - reply about 'H' and "X"
|
> 15.20 DAQ histogramming & data transfer #1 enabled
> Merger configured, started, input paused
> Following DAQ GO nnaida9 data transfer 'X' nnaida19 histogramming 'H' disappear - see attachments 1-7
>
> Workaround suggested by https://elog.ph.ed.ac.uk/AIDA/230 appear not to work
>
########### The reason being that it is not the solution to this problem. When the X will not stay it seems to be because the FEE64 cannot open a
connection to the Server. -------- Entry 230 was to help when the rates in the fastest part of the system caused one of the FEE64 to be blocked for
control access while waiting for the slowest to produce data. Judging by the next entry in this diary I think this is now understood but .... 'belt and
braces' seems a good idea ;-)
I've not seen the 'H' disappear but it could similarly mean that the enabling of Histogramming is failing. Perhaps check the Options settings for this
FEE64 to see that the Histogram quantity and size parameters are the same as another FEE64.
>
> 16.25 Resolved data transfer issue
> nnaida9 producing SYNCs but merger data queue blocked
> rebooted aidas1
>
> nnaida19 histogramming issue remains
>
> 17:50 6 DSSD insalled
>
> From front to back of stack:
>
> DSSD 1 = 3131-9
> 2 = 3058-25 (rotated 90deg w.r.t. other detectors - p-strips horizontal and n-strips vertical)
> 3 = 2998-23
> 4 = 3058-5
> 5 = 3058-6
> 6 = 3058-7
>
> HV mapping (-ve bias):
>
> DSSD Braid Core
> 1 nnaida20 nnaida17
> 2 nnaida19 nnaida18
> 3 nnaida12 nnaida14
> 4 nnaida11 nnaida13
> 5 nnaida4 nnaida6
> 6 nnaida3 nnaida5
>
> 18.55 Change ASIC settings
>
> nnaida18, nnaida21 positive -> negative input
> diode link threshold 0xca -> 0xbf
> LED settings negative -> positive, threshold 7200 -> 9000
>
> nnaida19, nnaida24 negative -> positive input
> diode link threshold 0x11 -> 0x23
> LED settings positive -> negative, threshold 9000 -> 7200
>
> Saved new settings to DB key 2016May28-18.52.07
> Saved new DB key to Options |
|
Fri May 27 11:16:40 2016, TD, [How To] Start and Stop Runs 7x
|
All AIDA operations are controlled from the Dell T410 Workstation aidas1 using web browsers.
AIDA has multiple, independent data acquisition servers connected by an Ethernet network.
Response times to commands, information updates etc are ~10-60s - please be patient!
How To Start Run
1) Workspace 1 - Firefox web browser - Run Control tab
Select Update
Check DAQ stopped (green GO button displayed)
Check state of *all* data acquisition servers is 'stopped' and histogramming and data transfer
is enabled indicated by 'H X'
See attachment 1
2) Workspace 2 - Firefox web browser - TapeServer tab
Check Reload
Check TapeServer stopped and disk file closed (green GO button displayed)
See attachment 2
3) Workspace 2 - Firefox web browser - MERGE tab
Check Reload
Check Merge Program paused - see banner
Merge State = GOing : paused : xfer enabled : output paused
If not paused select Toggle Merge Program Pause State
See attachment 3
4) Workspace 1 - Firefox web browser - ASIC Control tab
Check Reload
Check 'Act on ALL FEE64 modules?' and wait for request to be completed
Check 'Act on ALL ASICs' and wait for request to be completed
From 'Select required function' select 'Check ASIC Control'
After ~60s a pop-up will appear showing the response from each ASIC of each data acquisition server.
Check all ASICs are OK and status = 0x001F0000.
Dismiss pop-up by selecting OK
See attachments 4-5
5) Workspace 1 - Firefox web browser - Run Control tab
Start DAQ - select green GO button
Wait (~60s) until state of all data acquisition servers (nnaida1, nnaida2 ... etc) updates
Select 'Data Acquisition Statistics'
6) Workspace 1 - Firefox web browser - Statistics tab
Check Reload
Check 'Show ALL Data Acquisition Servers'
From 'Select counter to Monitor' select 'AIDA SYNC'
Select 'Update Once'
Check *all* data acquisition servers have a non-zero rate (typically ~300-500Hz)
See attachment 6
N.B. If one, or more, data acquisition servers have zero rate
return to Run Control tab
stop DAQ (select red STOP button)
check state of *all* data acquisition servers is 'stopped' with histogramming and
data transfer are enabled indicated by 'H X'
start DAQ (select green GO button)
check state of *all* data acquisition servers is 'going' with histogramming and
data transfer are enabled indicated by 'H X'
return to Statistics tab
check AIDA SYNC rates again and if zero rate persists for one, or more, data acquisition
servers call for expert help and do *NOT* proceed!
7) Workspace 2 - Firefox web browser - TapeServer tab
Start TapeServer and open disk file - select green GO button
8) Workspace 2 - Firefox web browser - MERGE tab
Select 'Reload' several times and check all enabled data links (0-23) are active
bright green = active, olive green = inactive, red = disabled
N.B. If some data links are *always* inactive call for expert help and do NOT proceed!
Select Toggle Merge Program Pause State to enable data merging
Select Reload to observe merge rate (data items/s)
Observe active spinners in MERGE and TapeServer server terminal windows adjacent to web browser
See attachment 7
9) Workspace 2 - Firefox web browser - TapeServer tab
Select Reload and observe number of blocks written to disk
10) Workspace 1 - Firefox web browser - Control tab
Select 'Save/Restore Settings'
From 'Save/Restore Module Settings' tab
select 'Reload'
select 'Module Names' whose settings should be saved (usually all)
select 'Generate new DB key' and make a note of the DB key generated
the DB key will have the format YYYYMMMDD-HH.MM.SS
The DB key will be used to name a directory to store AIDA settings
and is created uid: npg, gid: npgstaff, perms 755. However, its
contents are written uid: nfsnobody, gid nfsnobody. The default
directory (DB Key) permissions do not work - change the permissions
to 777 - before attempting to save data to this directory (DB Key).
launch a terminal and change the permissions of the DB key directory using the command
chmod 777 /MIDAS/DB/EXPERIMENTS/AIDA/[YYYYMMMDD-HH.MM.SS]
select 'Save Settings' to save AIDA ASIC, LED and waveform settings to
the directory (DB key)
11) Update EURICA 2016 Elog with the following information
AIDA
run filename (e.g. R99)
[# data blocks]
start date & time
[stop date & time]
ASIC settings DB key
AIDA trigger (e.g. OR DSSSDs #1 - #6)
additional comments
your name
Complete run sheet for written logbook
How to Stop Run
1) Workspace 2 - Firefox web browser - MERGE tab
Pause MERGE input - select Toggle Merge Program Pause State
2) Workspace 1 - Firefox web browser - Run Control tab
Select Update
Stop DAQ - select red STOP button
Wait (~60s) until state of all data acquisition servers (nnaida1, nnaida2 ... etc) updates
Check state of *all* data acquisition servers is 'stopped'
3) Workspace 2 - Firefox web browser - TapeServer tab
Stop TapeServer and close disk file - select red STOP button
4) Complete EURICA 2016 Elog with the following information
AIDA
run filename (e.g. R99)
[# data blocks]
start date & time
[stop date & time]
ASIC settings DB key
AIDA trigger (e.g. OR DSSSDs #1 - #6)
additional comments
your name
Complete run sheet for written logbook
|
|
Fri May 27 11:10:37 2016, TD, [How To] Startup AIDA 34x
|
1) Start Julabo FL11006 Recirculating Chiller
See manual (page 19) http://www2.ph.ed.ac.uk/~td/AIDA/Information/Julabo%20FL11006.pdf
Set point +20 deg C
Check flow of coolant by inspecting the two flow indicators the left and right hand sides
on top of the AIDA stand
Do NOT proceed if the Julabo FL11006 Recirculating Chiller is not operating, or if there is
little, or no, flow in one, or both, flow indicators.
2) Start interface to USB-controlled ac mains relay to AIDA data acquisition servers
On the AIDA Dell T410 Workstation aidas1 switch to Desktop 7 and atart a Firefox web browser
Enter URL http://nnrpi1:8015/AIDA/Rly16/
See attachment 1
Select 'Sequence ALL On' to powerup the AIDA data acquisition servers
Check all relays Relay 1 to Relay 8 move from the 'Switch ON' to 'Switch OFF' row
See attachment 2
Wait 8 minutes (yes - really!) before proceeding
3) Start Httpd Data Acquisition server
See attachment 3
Switch to Desktop 1 and select MIDAS yellow icon 'Httpd for DataAcquisition' which will start a terminal
to display server messages as follows
System identified is CPU x86_64; Platform is unix; OS is Linux and Version is 2.6.32-504.8.1.el6.x86_64
Environment selected is CPU x64_64; Platform unix; OS Linux64 and Operating System Linux64
MIDASBASE = /MIDAS@aidas and MIDAS_LIBRARY = /MIDAS@aidas/TclHttpd/Linux64
PATH =
/MIDAS@aidas/bin_Linux64:/MIDAS@aidas/TclHttpd/Linux64:/homes/npg/root/bin:/homes/npg/root/bin:/homes/npg/root/lib:/MIDAS/Linux/bin64:/usr/lib64/qt-3.3/bin:/usr/local/bin:/usr/bin:/bin
package limit is not available: can't find package limit
Running with default file descriptor limit
package setuid is not available: can't find package setuid
Could not change to user 50 group 50: not owner
/debug user "debug" password "jhi+u8jzdbpl"
httpd started on port 8015
Custom startup from /MIDAS@aidas/config/TclHttpd/aidas1@8015/startup.tcl
DefineMessage defined with server at http://elog.ph.ed.ac.uk:8015/MessageLoggerServer
/DataBaseAccessServer
/NetVarService
/SigTaskService
Loaded MemSasAccess
/SpectrumService
loading tcl/AIDARunControl.tcl for namespace ::
RunControlClient provided
RunControlClient loaded
Completed custom startup from /MIDAS@aidas/TclHttpd/Html/AIDA/RunControl/stats.defn.tcl
See attachment 4
4) Start web browser for interface to AIDA
Switch to Desktop 1 and start Firefox web browser
Enter URL localhost:8015
See attachments 5-6
5) Commence startup of AIDA interface
Select AIDA Experiment Control
6) From AIDA Experiment Control tab
See attachment 7
Select AIDA Hardware Control
See attachment 8
Re-select AIDA Experiment Control tab
Select Data Acquisition Run Control
7) From Data Acquisition Run Control tab
See attachment 9
Select Act On ALL Data Acquisition Servers
See attachment 10
Select Reset
Wait for update and check state of *all* data acquisition servers is 'reset'
Select Setup
See attachment 11
Wait for timestamp re-synchronisation pop-up
See attachment 12
Usually all data acquisition servers (nnaida1, nnaida2 ... etc) will ReSYNC OK
Sometimes one, or more, data acquisition servers report ReSYNC not complete
Re-select AIDA Hardware Control tab and select Master Timestamp Control
From the Master Timestamp Control tab
Select Reload
Select FEE64 -> nnaida6
Select Perform ReSYNC
See attachment 13
Wait for timestamp re-synchronisation pop-up
See attachments 14-15
8) AIDA: Master Timestamp Control
Ditto ReSync
7) Data Acquisition Run Control
8) Spectrum Browser |
|
Fri May 27 06:38:27 2016, TD, AE & CG, Friday 27 May 2016 13x
|
14.30 DSSSD stack moved upstream to position DSSSD#3 at centre of EURICA.
Initial tests of detector bias with DSSSD #1-6 were Ok. Unfortunately we were unable to bias
DSSSD #7 obtaining either open or short circuit depending on which of the two p+n junction
side and n+n ohmic side detector bias bus lines we connected to.
Demonstrated that short circuit was upstream, of AIDA adaptor PCB by disconnecting Kapton
LH couplers.
Remove DSSSD stack and replace DSSSD #7. In progress.
15.50 Startup AIDA with DSSSDs disconnected
Temperatures & firmware version - see attachment 1
AIDA SYNCs - attachment 2
System wide checks - attachments 3-6 - note persistent nnaida19 ASIC clock and SYNC errors
Statistics nnaida19, 20 - attachments 7-8
nnaida19, 20, 27 & 28 hit pattern and waveform spectra - see attachments 9-13
Some nnaida19 system wide errors above and noisy ASIC#4 hit channel for nnaida28 - otherwise OK |
|
Thu May 26 14:19:13 2016, Patrick Coleman-Smith, [HowTo] Access AIDA documentation
|
The latest version of the FEE64 software Interface document ( May 2016 ) is available as a .pdf from
http://npg.dl.ac.uk/documents/edoc000/#AIDA. EDOC955
The version available via the pink "documentation" button in the Control browser window is now out of date. This
will be updated at some future time.
Other documents that are of use are there also.
MACB specification.
GREAT Data Format. |
|
Thu May 26 10:03:11 2016, Patrick Coleman-Smith, [HowTo] Specification Document for MACB including suggested setup.
|
Attached is the specification for the MACB with the settings currently available. |
|
Thu May 26 03:46:41 2016, TD, AE & CG, Thursday 26 May 2016
|
11.45 AIDA discriminator rates - see attachment 1
Today's rates similar to yesterday's rates
14.00 Commence positioning of AIDA. Adjust stand height using laser scanner and aligned to wall
references. Determine that the most forward position AIDA DSSSD#1 is ~3cm downstream of
EURICA centre. Need to move DSSSDs ~6cm upstream and lengthen DSSSD - AIDA adpptor PCB
cabling. In progress.
20.50 Update /etc/dhcp/dhcpd.conf
nnaida19 is faulty, nnaida28 is not used - see https://elog.ph.ed.ac.uk/AIDA/193
We have swapped FEE modules for nnaida19/20 for nnaida27/28 such that nnaida19 -> 28, nnaida20 -> 27,
nnaida27 -> 19, nnaida28 -> 20.
The power cables for nnaida19 and nnaida28 have also been swapped - the power cable to nnaida19
*might* be faulty as we have experienced problems at this crate position before. Also swapped
AIDA FEE PSU outlets to ensure pairs of FEE64 cards are powered from the same PSU outlet.
[root@aidas1 dhcp]# diff dhcpd.conf dhcpd.conf.BAK-260516
205,206c205,206
< host nnaida19 {
< hardware ethernet 00:04:a3:2a:ed:9a;
---
> host nnaida19 {
> hardware ethernet 00:04:a3:2b:09:e7;
210,211c210,211
< host nnaida20 {
< hardware ethernet 00:04:a3:2b:11:c5;
---
> host nnaida20 {
> hardware ethernet 00:04:a3:2b:22:55;
225,226c225,227
< host nnaida27 {
< hardware ethernet 00:04:a3:2b:22:55;
---
> # 2 of 2 scratch FEE modules assembled by PJCS April 2016
> host nnaida27 {
> hardware ethernet 00:04:a3:2a:ed:9a;
230,232c231,232
< # 2 of 2 scratch FEE modules assembled by PJCS April 2016
< host nnaida28 {
< hardware ethernet 00:04:a3:2b:09:e7;
---
> host nnaida28 {
> hardware ethernet 00:04:a3:2b:11:c5;
[root@aidas1 dhcp]# cat dhcpd.conf
#
# DHCP Server Configuration file.
# see /usr/share/doc/dhcp*/dhcpd.conf.sample
#
authoritative;
ddns-update-style none; ddns-updates off;
max-lease-time 691200;
option domain-search code 119 = string;
subnet 10.1.1.0 netmask 255.255.255.0 {
option subnet-mask 255.255.255.0;
option broadcast-address 10.1.1.255;
option routers 10.1.1.250;
pool {
range 10.1.1.100 10.1.1.249;
}
}
subnet 10.1.2.0 netmask 255.255.255.0 {
option subnet-mask 255.255.255.0;
option broadcast-address 10.1.2.255;
option routers 10.1.2.250;
pool {
range 10.1.2.100 10.1.2.249;
}
}
subnet 10.1.3.0 netmask 255.255.255.0 {
option subnet-mask 255.255.255.0;
option broadcast-address 10.1.3.255;
option routers 10.1.3.250;
pool {
range 10.1.3.100 10.1.3.249;
}
}
subnet 10.1.4.0 netmask 255.255.255.0 {
option subnet-mask 255.255.255.0;
option broadcast-address 10.1.4.255;
option routers 10.1.4.250;
pool {
range 10.1.4.100 10.1.4.249;
}
}
subnet 10.1.5.0 netmask 255.255.255.0 {
option subnet-mask 255.255.255.0;
option broadcast-address 10.1.5.255;
option routers 10.1.5.250;
pool {
range 10.1.5.100 10.1.5.249;
}
}
group {
use-host-decl-names true;
default-lease-time 3600;
max-lease-time 14400;
server-name "10.1.1.250";
next-server 10.1.1.250;
host nnrpi1 {
hardware ethernet b8:27:eb:78:ee:44;
fixed-address 10.1.1.251;
}
host nnaida1 {
hardware ethernet 00:04:a3:2a:d0:1b;
fixed-address 10.1.1.1;
option root-path "/MIDAS@aidas/XilinxLinux/ppc_4xx/rfs/nnaida1,tcp";
}
host nnaida2 {
hardware ethernet 00:04:a3:2a:d9:e1;
fixed-address 10.1.1.2;
option root-path "/MIDAS@aidas/XilinxLinux/ppc_4xx/rfs/nnaida2,tcp";
}
host nnaida5 {
hardware ethernet 00:04:a3:2a:d0:10;
fixed-address 10.1.1.5;
option root-path "/MIDAS@aidas/XilinxLinux/ppc_4xx/rfs/nnaida5,tcp";
}
host nnaida6 {
hardware ethernet 00:04:a3:2a:d4:b7;
fixed-address 10.1.1.6;
option root-path "/MIDAS@aidas/XilinxLinux/ppc_4xx/rfs/nnaida6,tcp";
}
host nnaida9 {
hardware ethernet 00:04:a3:2a:d9:ad;
fixed-address 10.1.1.9;
option root-path "/MIDAS@aidas/XilinxLinux/ppc_4xx/rfs/nnaida9,tcp";
}
host nnaida10 {
hardware ethernet 00:04:a3:2a:f7:07;
fixed-address 10.1.1.10;
option root-path "/MIDAS@aidas/XilinxLinux/ppc_4xx/rfs/nnaida10,tcp";
}
host nnaida13 {
hardware ethernet 00:04:a3:2b:11:b9;
fixed-address 10.1.1.13;
option root-path "/MIDAS@aidas/XilinxLinux/ppc_4xx/rfs/nnaida13,tcp";
}
host nnaida14 {
hardware ethernet 00:04:a3:2b:11:b8;
fixed-address 10.1.1.14;
option root-path "/MIDAS@aidas/XilinxLinux/ppc_4xx/rfs/nnaida14,tcp";
}
host nnaida17 {
hardware ethernet 00:04:a3:2a:d9:cc;
fixed-address 10.1.1.17;
option root-path "/MIDAS@aidas/XilinxLinux/ppc_4xx/rfs/nnaida17,tcp";
}
host nnaida18 {
hardware ethernet 00:04:a3:2a:b2:b2;
fixed-address 10.1.1.18;
option root-path "/MIDAS@aidas/XilinxLinux/ppc_4xx/rfs/nnaida18,tcp";
}
host nnaida21 {
hardware ethernet 00:04:a3:2b:27:23;
fixed-address 10.1.1.21;
option root-path "/MIDAS@aidas/XilinxLinux/ppc_4xx/rfs/nnaida21,tcp";
}
host nnaida22 {
hardware ethernet 00:04:a3:2a:f6:e9;
fixed-address 10.1.1.22;
option root-path "/MIDAS@aidas/XilinxLinux/ppc_4xx/rfs/nnaida22,tcp";
}
host nnaida25 {
hardware ethernet 00:04:a3:2a:d0:11;
fixed-address 10.1.1.25;
option root-path "/MIDAS@aidas/XilinxLinux/ppc_4xx/rfs/nnaida25,tcp";
}
host nnaida26 {
hardware ethernet 00:04:a3:2b:27:54;
fixed-address 10.1.1.26;
option root-path "/MIDAS@aidas/XilinxLinux/ppc_4xx/rfs/nnaida26,tcp";
}
host nnaida29 {
hardware ethernet 00:04:a3:2a:d0:06;
fixed-address 10.1.1.29;
option root-path "/MIDAS@aidas/XilinxLinux/ppc_4xx/rfs/nnaida29,tcp";
}
host nnaida30 {
hardware ethernet 00:04:a3:2a:d9:b6;
fixed-address 10.1.1.30;
option root-path "/MIDAS@aidas/XilinxLinux/ppc_4xx/rfs/nnaida30,tcp";
}
}
group {
use-host-decl-names true;
default-lease-time 3600;
max-lease-time 14400;
server-name "10.1.2.250";
next-server 10.1.2.250;
host nnaida3 {
hardware ethernet 00:04:a3:2a:f7:06;
fixed-address 10.1.2.3;
option root-path "/MIDAS@aidas/XilinxLinux/ppc_4xx/rfs/nnaida3,tcp";
}
host nnaida4 {
hardware ethernet 00:04:a3:2a:ed:b8;
fixed-address 10.1.2.4;
option root-path "/MIDAS@aidas/XilinxLinux/ppc_4xx/rfs/nnaida4,tcp";
}
host nnaida7 {
hardware ethernet 00:04:a3:2a:b8:8d;
fixed-address 10.1.2.7;
option root-path "/MIDAS@aidas/XilinxLinux/ppc_4xx/rfs/nnaida7,tcp";
}
host nnaida8 {
hardware ethernet 00:04:a3:2a:9c:07;
fixed-address 10.1.2.8;
option root-path "/MIDAS@aidas/XilinxLinux/ppc_4xx/rfs/nnaida8,tcp";
}
host nnaida11 {
hardware ethernet 00:04:a3:2b:11:af;
fixed-address 10.1.2.11;
option root-path "/MIDAS@aidas/XilinxLinux/ppc_4xx/rfs/nnaida11,tcp";
}
host nnaida12 {
hardware ethernet 00:04:a3:2a:d0:2f;
fixed-address 10.1.2.12;
option root-path "/MIDAS@aidas/XilinxLinux/ppc_4xx/rfs/nnaida12,tcp";
}
host nnaida15 {
hardware ethernet 00:04:a3:2a:f3:ac;
fixed-address 10.1.2.15;
option root-path "/MIDAS@aidas/XilinxLinux/ppc_4xx/rfs/nnaida15,tcp";
}
host nnaida16 {[root@aidas1 aidas1]# diff startup.tcl startup.tcl.BAK-260516
31,32c31,32
< variable PACQSERVERS; set PACQSERVERS { nnaida1 nnaida2 nnaida5 nnaida6 nnaida9 nnaida10 nnaida13
nnaida14 nnaida17 nnaida18 nnaida21 nnaida22 nnaida25 nnaida26 nnaida29 nnaida30 }
< variable NACQSERVERS; set NACQSERVERS { nnaida3 nnaida4 nnaida7 nnaida8 nnaida11 nnaida12 nnaida15
nnaida16 nnaida19 nnaida20 nnaida23 nnaida24 nnaida27 nnaida28 nnaida31 nnaida32 }
---
> variable PACQSERVERS; set PACQSERVERS { nnaida1 nnaida2 nnaida5 nnaida6 nnaida9 nnaida10 nnaida13
nnaida14 nnaida17 nnaida18 nnaida21 nnaida22 nnaida25 nnaida29 nnaida30 }
> variable NACQSERVERS; set NACQSERVERS { nnaida3 nnaida4 nnaida7 nnaida8 nnaida11 nnaida12 nnaida15
nnaida16 nnaida20 nnaida23 nnaida24 nnaida27 nnaida28 nnaida31 nnaida32 }
33a34
> # startup.tcl.BAK-130516 has all 32 NNAIDA modules included
52c53
< lappend ACQSERVERS nnaida19
---
> # lappend ACQSERVERS nnaida19
59c60
< lappend ACQSERVERS nnaida26
---
> # lappend ACQSERVERS nnaida26
hardware ethernet 00:04:a3:2a:9c:0e;
fixed-address 10.1.2.16;
option root-path "/MIDAS@aidas/XilinxLinux/ppc_4xx/rfs/nnaida16,tcp";
}
# 1 of 2 scratch FEE modules assembled by PJCS April 2016
host nnaida19 {
hardware ethernet 00:04:a3:2a:ed:9a;
fixed-address 10.1.2.19;
option root-path "/MIDAS@aidas/XilinxLinux/ppc_4xx/rfs/nnaida19,tcp";
}
host nnaida20 {
hardware ethernet 00:04:a3:2b:11:c5;
fixed-address 10.1.2.20;
option root-path "/MIDAS@aidas/XilinxLinux/ppc_4xx/rfs/nnaida20,tcp";
}
host nnaida23 {
hardware ethernet 00:04:a3:2a:b8:90;
fixed-address 10.1.2.23;
option root-path "/MIDAS@aidas/XilinxLinux/ppc_4xx/rfs/nnaida23,tcp";
}
host nnaida24 {
hardware ethernet 00:04:a3:2a:b6:45;
fixed-address 10.1.2.24;
option root-path "/MIDAS@aidas/XilinxLinux/ppc_4xx/rfs/nnaida24,tcp";
}
host nnaida27 {
hardware ethernet 00:04:a3:2b:22:55;
fixed-address 10.1.2.27;
option root-path "/MIDAS@aidas/XilinxLinux/ppc_4xx/rfs/nnaida27,tcp";
}
# 2 of 2 scratch FEE modules assembled by PJCS April 2016
host nnaida28 {
hardware ethernet 00:04:a3:2b:09:e7;
fixed-address 10.1.2.28;
option root-path "/MIDAS@aidas/XilinxLinux/ppc_4xx/rfs/nnaida28,tcp";
}
host nnaida31 {
hardware ethernet 00:04:a3:2b:11:ae;
fixed-address 10.1.2.31;
option root-path "/MIDAS@aidas/XilinxLinux/ppc_4xx/rfs/nnaida31,tcp";
}
host nnaida32 {
hardware ethernet 00:04:a3:2a:ed:b9;
fixed-address 10.1.2.32;
option root-path "/MIDAS@aidas/XilinxLinux/ppc_4xx/rfs/nnaida32,tcp";
}
}
group {
# 8 days
default-lease-time 691200;
# option dhcp-client-identifier "\0foo";
host nndhcp052 {
# Analysis server
hardware ethernet 00:22:19:50:02:40;
fixed-address 10.1.1.252;
}
}
DAQ server configuration file /MIDAS/config/TclHttpd/aidas1/startup.tcl update - see attachment 2
[root@aidas1 aidas1]# diff startup.tcl startup.tcl.BAK-260516
31,32c31,32
< variable PACQSERVERS; set PACQSERVERS { nnaida1 nnaida2 nnaida5 nnaida6 nnaida9 nnaida10 nnaida13
nnaida14 nnaida17 nnaida18 nnaida21 nnaida22 nnaida25 nnaida26 nnaida29 nnaida30 }
< variable NACQSERVERS; set NACQSERVERS { nnaida3 nnaida4 nnaida7 nnaida8 nnaida11 nnaida12 nnaida15
nnaida16 nnaida19 nnaida20 nnaida23 nnaida24 nnaida27 nnaida28 nnaida31 nnaida32 }
---
> variable PACQSERVERS; set PACQSERVERS { nnaida1 nnaida2 nnaida5 nnaida6 nnaida9 nnaida10 nnaida13
nnaida14 nnaida17 nnaida18 nnaida21 nnaida22 nnaida25 nnaida29 nnaida30 }
> variable NACQSERVERS; set NACQSERVERS { nnaida3 nnaida4 nnaida7 nnaida8 nnaida11 nnaida12 nnaida15
nnaida16 nnaida20 nnaida23 nnaida24 nnaida27 nnaida28 nnaida31 nnaida32 }
33a34
> # startup.tcl.BAK-130516 has all 32 NNAIDA modules included
52c53
< lappend ACQSERVERS nnaida19
---
> # lappend ACQSERVERS nnaida19
59c60
< lappend ACQSERVERS nnaida26
---
> # lappend ACQSERVERS nnaida26
Need to update nnaida19 and nnaida26 to latest firmware version - see https://elog.ph.ed.ac.uk/AIDA/237 |
|
Wed May 25 18:51:54 2016, Patrick Coleman-Smith, [HowTo] Use the Multiplicity Trigger Firmware, V8.18, and update the files
|
The attached firmware file, FEE_GF_Feb16_18.bin, should be saved to /MIDAS/Aida and the FlashPgm.csh file edited
to load "FEE_GF_Feb16_18.bin"
Use the Run Control Expert command to update the firmware on all the FEE64s.
Power cycle the FEE64s to load the new firmware.
Make a backup copy of the files in the directory /MIDAS/TclHttpd/Html/AIDA/DISC.
Unzip the files from DISC_25May16.zip and copy them into /MIDAS/TclHttpd/Html/AIDA/DISC to replace the existing
ones.
Make a backup copy of the file /MIDAS/TclHttpd/Html/AIDA/LOCAL.tml
Unzip the file from LOCAL_tml_25May16.zip and copy into /MIDAS/TclHttpd/Html/AIDA/LOCAL to replace the existing
file.
'RESET' and browser refresh the two updated control windows to load the new software.
-----------------------------------------------------
To use the Multiplicity Trigger:-
In the Local Controls select option 5 for the Trigger.
In the Discriminator window.
Set the 'Upper Limit'
Set the 'Lower Limit' ( always greater than 0 ..... or the Trigger will always be present )
Set the 'Time window'. The number of 10nS clocks. So 4 => 40nS. Register is 0 to 255.
-----------------------------------------------------
These registers are not in the Save/Restore set yet.
Tested on the T9 system using the pulser and setting/clearing Mask bits.
Please let me know how this works for you. |
|
Thu May 26 01:44:45 2016, Patrick Coleman-Smith, [HowTo] Use the Multiplicity Trigger Firmware, V8.18, and update the files
|
Done. Awaiting test. See attachments 1-2.
> The attached firmware file, FEE_GF_Feb16_18.bin, should be saved to /MIDAS/Aida and the FlashPgm.csh file edited
> to load "FEE_GF_Feb16_18.bin"
>
> Use the Run Control Expert command to update the firmware on all the FEE64s.
>
> Power cycle the FEE64s to load the new firmware.
>
> Make a backup copy of the files in the directory /MIDAS/TclHttpd/Html/AIDA/DISC.
>
> Unzip the files from DISC_25May16.zip and copy them into /MIDAS/TclHttpd/Html/AIDA/DISC to replace the existing
> ones.
>
> Make a backup copy of the file /MIDAS/TclHttpd/Html/AIDA/LOCAL.tml
>
> Unzip the file from LOCAL_tml_25May16.zip and copy into /MIDAS/TclHttpd/Html/AIDA/LOCAL to replace the existing
> file.
>
> 'RESET' and browser refresh the two updated control windows to load the new software.
> -----------------------------------------------------
>
> To use the Multiplicity Trigger:-
> In the Local Controls select option 5 for the Trigger.
>
> In the Discriminator window.
>
> Set the 'Upper Limit'
> Set the 'Lower Limit' ( always greater than 0 ..... or the Trigger will always be present )
> Set the 'Time window'. The number of 10nS clocks. So 4 => 40nS. Register is 0 to 255.
>
> -----------------------------------------------------
>
> These registers are not in the Save/Restore set yet.
>
> Tested on the T9 system using the pulser and setting/clearing Mask bits.
>
> Please let me know how this works for you. |
|
Wed May 25 02:10:51 2016, TD, CG, Wednesday 25 May 2016
|
10.05 Recirculating chiller on
FEE power on
Detector bias on - ambient temp +23 deg C - see attachments 1-2
20.30 Noisy fast discriminator channels masked in all nnaida to bring 'AIDA discriminator' rate to <~5kHz.
Slow and fast comparator thresholds at 16 (decimal).
Settings saved to 2016May14-13.57.38 DB key. |
|
Tue May 24 08:28:28 2016, Patrick Coleman-Smith, [HowTo] Save power if not using the Waveforms and restart the Waveforms
|
The USB controlled power Relays are near their AC fuse operating limit which has caused some Fuse failures.
To reduce the power consumption of each FEE64 it is possible to power down the Waveforms ADCs saving about 20W per FEE64.
To Powerdown the ADCs in a FEE64 use the 'Local Data' browser window from the 'Control' browser window. Change the setting of the ADC Control
Register at offset 2 from 0 to 0xFF. All the FEE64s can be thus controlled by using the 'Act on all' tick box.
Clearly, the System Check for ADC calibration will now fail for all those that are powered down.
To Power up the ADCs change the setting from 0xFF to 0. Then using the FADC Calibration browser window calibrate the FADCs.
The SYSTEM should be in the 'STOP' state during these procedures.
Should the SYSTEM be power cycled then the ADCs will be powered up.
Saving at the 16A AC fuse is estimated to be 3A as there are 16 FEE64 being powered through each. |
|
Tue May 24 07:12:30 2016, TD, 3x WDC WD30EFRX ATA 3Tb disks added to aidas1 LVM configuration 9x
|
The 3x WDC WD30EFRX ATA 3Tb disks installed in aidas1 in April 2015 (formerly /data20, /data30 and
/data40) have now been added to the aidas1 logical volume management (LVM) configuration to form a
single c. 8Tb filesystem (/data10) which will be automatically mounted at boot.
N.B. Although the disks are 3Tb capacity, Linux OS/BIOS can only access the first 2.2Tb of each disk.
Data previously stored on /data20, /data30 and /data40 has been copied to the local Seagate USB 8Tb
disk (/ntfs) and the University of Edinburgh ECDF multi-Pb disk array.
aidas1> df -h
Filesystem Size Used Avail Use% Mounted on
/dev/mapper/vg_aidas1-lv_root
50G 27G 20G 58% /
tmpfs 3.9G 1.1M 3.9G 1% /dev/shm
/dev/sdb1 477M 77M 376M 17% /boot
/dev/mapper/vg_aidas1-lv_home
860G 106M 816G 1% /home
/dev/mapper/Data1-data10
7.7T 1.6T 5.8T 22% /data10
/dev/sda2 7.3T 3.4T 4.0T 46% /ntfs
[root@aidas1 /]# ln -s /data10/TapeData /TapeData
[root@aidas1 /]# ls -l /
total 210
dr-xr-xr-x. 2 root root 4096 Apr 7 03:49 bin
dr-xr-xr-x. 5 root root 1024 Feb 17 2015 boot
drwxr-xr-x. 10 root root 4096 Jul 23 2015 cgroup
drwxr-xr-x. 8 root root 4096 Dec 12 19:29 data10
drwxr-xr-x. 2 root root 4096 Apr 28 2015 data20
drwxr-xr-x. 2 root root 4096 Apr 28 2015 data30
drwxr-xr-x. 2 root root 4096 Apr 28 2015 data40
drwxr-xr-x. 21 root root 4500 May 24 14:40 dev
drwxr-xr-x. 135 root root 12288 May 24 17:55 etc
drwxr-xr-x. 4 root root 4096 Apr 28 2015 home
drwxr-xr-x. 4 root root 4096 Jan 8 2014 homes
dr-xr-xr-x. 13 root root 4096 Feb 18 03:19 lib
dr-xr-xr-x. 11 root root 12288 Apr 14 06:02 lib64
drwx------. 2 root root 16384 Jan 7 2014 lost+found
drwxr-xr-x. 2 root root 4096 May 24 11:00 media
lrwxrwxrwx. 1 root root 12 Apr 22 2014 MIDAS -> /MIDAS@aidas
drwxrwxr-x. 29 npg npgstaff 4096 May 3 23:47 MIDAS@aidas
drwxr-xr-x. 22 root root 4096 Dec 12 12:10 MIDAS@aidas.121215
drwxr-xr-x. 28 root root 4096 Feb 24 2015 MIDAS@aidas.240215
drwxr-xr-x. 2 root root 0 May 24 11:00 misc
drwxr-xr-x. 2 root root 4096 Jul 21 2011 mnt
drwxr-xr-x. 2 root root 0 May 24 11:00 net
drwxrwxrwx. 1 root root 4096 Apr 28 10:55 ntfs
drwxr-xr-x. 4 root root 4096 Feb 27 2014 opt
dr-xr-xr-x. 411 root root 0 May 24 10:58 proc
dr-xr-x---. 28 root root 4096 May 24 18:01 root
drwxr-xr-x. 2 root root 12288 Feb 18 03:19 sbin
dr-xr-xr-x. 2 root root 4096 Feb 27 2014 scratch
drwxr-xr-x. 7 root root 0 May 24 10:58 selinux
drwxr-xr-x. 2 root root 4096 Jul 21 2011 srv
drwxr-xr-x. 13 root root 0 May 24 10:58 sys
lrwxrwxrwx. 1 root root 16 May 24 18:02 TapeData -> /data10/TapeData
drwxrwxrwt. 41 root root 65536 May 24 18:01 tmp
drwxr-xr-x. 13 root root 4096 Jan 7 2014 usr
drwxr-xr-x. 23 root root 4096 Jan 7 2014 var
dr-xr-xr-x. 2 root root 4096 Feb 27 2014 WWW |
|
Tue May 24 06:39:17 2016, TD, CG, per FEE64 waveforms 30x
|
Attachments 1-30 per FEE64 ASIC #1 waveforms
Note - nnaida19 and nnaida26 disabled
nnaida11, nnaida17 and nnaida29 ADC calibration failed => no waveforms |
|
Tue May 24 00:06:26 2016, TD, 24 May 2016
|
Overnight. DAQ stopped. Detector bias off. FEE power and recirculating chiller on.
08.00 Detector bias on OK - see attachments 1-2
DAQ start OK - see attachments 3-4
All system-wide tests OK *except* nnaida9 and nnaida29 failed ADC calibration
Temperatures OK
18.00 Saved corrected ASIC settings to DB Key 2016May14-13.57.38
Changed options - nnaida5 master timestamp sync phase from 0x1 to 0x3 |
|
Mon May 23 17:21:29 2016, Patrick Coleman-Smith, [HowTo] A solution to the problem of no SYNCs
|
When starting Aida some FEE64 fail to provide SYNC data , or any data for that matter, on the ASIC data stream.
The problem is that the ASIC Readout is not starting properly and is becoming stuck waiting for an internal
event which will never arrive.
The chief source has been found to be the Correlation part of the VHDL. The reason is not yet clear but the work
around of disabling the Correlation part of all of the FEE64 at 'GO' except the Master has allowed the System to
start with all FEE64 producing SYNCs.
This change is now incorporated in the sys.tcl file which is used when 'GO' is activated in the RunControl window.
The Master is required as it provides the 25Mhz clock and the Reset pulse. The Correlation Trigger will cause a
correlation data item to be put in the Master ASIC data stream.
Only one Correlation data item is required in the data stream, so having just the Master should be fine.
If it is required to enable another FEE64 then do this after 'GO' by opening the Correlation Browser window from
the Control window and set the Control ( at offset 0 ) to 0x0001.
Should one of the FEE64s still fail to provide SYNCs first try to 'STOP' , 'GO' the system two times and see
if that works.
A further means of correcting the problem is to directly reset the ASIC Readout using the Data Readout Window
available through the Control window. In the ASIC Readout - buffer status & control (0x300) section enter 0x4000
into the Control register to reset the state machines. Then enter 0x0001 to re-enable them. This may solve the
problem.
This is all by no means an ideal situation and the source will be found and the problem solved. |
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Mon May 23 09:17:55 2016, Patrick Coleman-Smith, Multiplicity Trigger Specification
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Please read and comment on the attached specification. |
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Mon May 23 07:28:38 2016, TD, 23 May 2016 25x
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12.45 Rly16 'Sequence ALL On' operational
15.20 Startup remote control of CAEN N1419 4-ch HV modules
DSSSD #1-7 leakage currents OK - see attachments 1-2
Ambient temperature +24.8 deg C
15.35 Plot Temperature appears to plot the first 15,000 (or so) temperature readings
and not the *most recent* 15,000 (or so) readings. See attachment 3.
There is no way to change the time window for the temperature plot
As a workaround, empty file using the command
cp /dev/null /MIDAS/log/temperatures.txt
17.10 For all FEEs (*except nnaida19 & nnaida26) which are currently disconnected)
reprogram FEE flash memory using FEE_GF_Feb16_17.bin
Power cycle
attempt #1 - wait 4'
STATE for nnaida9 returned with an error
connect failed
NONE
connect failed
attempt #2 - wait 6'
STATE for nnaida4 returned with an error
connect failed
NONE
connect failed
attempt #3 - wait 8' - OK
Installed updated Check software - Check.tml .tcl .js and Common.js
Started DAQ - histogramming enabled - data transfer disabled
Large fraction of FEEs not producing SYNCs, SYNC rate low (~20-30Hz) for other FEEs - see attachments 4 & 5
Note slow comparator 0xc8 (i.e. high) and fast discriminators (LEC/MEC) disabled
Firmware version - attachment 6
System wide checks ASIC clock sync (30/30 fail) and ADC calibration (7/30 fail) work as before but
new checks produce errors - see attachments 7-11
Additional screenshots from Master Timestamp Control - see attachments 12-17
00:40 PJCS identifies workaround to above problems - correlation controls now enabled for master timestamp
FEE (nnaida5) only. May also explain issues with nnaida19 & nnaida26.
PJCS will produce detailed, separate Elog entries
Currently, all (30) FEE64s running OK with sensible AIDA SYNC rates.
But. No spare fuses (16A/250V slow blow) for USB-controlled ac mains relay. Until Chris arrives in
c. 9h. We will explore options to use *second* USB-controlled ac mains relay. |
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Sat May 14 11:27:09 2016, AE, VP, [How To] DAQ correlation monitor (June16 campaign)
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The program for online monitoring the correlation of the DAQ systems (AIDA-EURICA-BigRIPS) through a common scaler is SyncCheck (J.
Agramunt).
The code runs in the d05 server, receiving data transferred to a DataSink from each of the individual DAQs. The data transfer is
done with the DataRelayFilter code for AIDA (AE), and the euricatssender and ribftssender (Baba-san) codes for EURICA and RIBFdaq,
respectively.
The attached screenshots show how to setup these programs. Follow these steps:
1) Log in to d05 as user 'aida'. Start an instance of the DataSink code with option -i 3 (3 data stream, which will use ports 10305
to 10307). The code is saved in /home/aida/DataPackage/DataSink/Linux64
2) In the d05 server start the following codes: euricatssender (in /home/aida/ribfts/euricatssender/ directory), and ribftssender
(in /home/aida/ribfts/ribftssender/ directory). If you give the codes dummy command line option (e.g. -X) the value of transferred
timestamps will be printed to screen as diagnostics.
3) In the AIDA computer (aidas1), start the DataRelayFilter program (will work from any directory). As command line arguments
provide the IP address of d05, and the TCP port and id of the data stream for the DataSink program: DataRelayFilter -n 10.32.0.12 -
p 10307 -I 2
Only the master FEE will produce correlation scalar items (?). The code has as default NNAIDA5 for the module where to search for the Corr Scaler
items; if this has to be changed use command line option -m X (where X is NNAIDAX number for new master FEE)
4) Back in the d05 server start the SyncCheck program, in the directory /home/aida/SyncCheck/. You can give as an argument the ID
of the Master data stream for the synchronization check, through "-M ID" (should be done if one of the three data streams is down).
For example "SynCheck -M 2" will use AIDA as the master timestamp.
5) Perform a manual correlation reset request to synchronize the value of the correlation scaler in all three DAQs. This is done with the
button 'Force Correlation Reset' of the AIDA "Correlation Status & Control" webpage (attachment 2), which can be accessed from the MIDAS web-
based control of AIDA.
The SyncCheck code will display a few spectra for onine monitoring of DAQ correlation (attachment 3, shown only with AIDA and EURICA running).
A peak will appear showing the offset in the correlation scaler between the different DAQs. The counts in the peak should increase
continuously, and its position should not change. If it doesn't, try sending a Correlation Reset signal (step 5). If this does not fix the
monitor, report a correlation error!
Further information on the scheme for data synchronization is here:
https://elog.ph.ed.ac.uk/BRIKEN/6
https://elog.ph.ed.ac.uk/BRIKEN/5 |
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Fri May 13 13:27:50 2016, patrick Coleman-Smith, Power supply changes and blowing fuses !
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Reading about the power supply changes and the requirement to replace fuses leads me to be concerned.
I think the power being changed is the AC input to the FEE64 power supplies.
Which Fuses are failing ? |
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Fri May 13 13:24:42 2016, Patrick Coleman-Smith, An idea that might help when everything grinds to a halt
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When using the T9 system and running with too much rate in one FEE64 so the system is unbalanced.
I found a good way to understand this and to be able to operate the controls of the FEE64s was to place the Merger in "Pause" mode.
Then the data is extracted from the busy FEE64 but it can still be controlled.
When there is unbalance in the system it is possible for one or more queue in the Merger to become full and so the communication with that FEE64 is not possible.
Placing the Merger in Pause mode will mean all the data is discarded, the links run at full speed and action can be taken on the problem FEE64(s) to help balance the system out better.
I hope this helps .... it is highly likely that this is already being done.....
Perhaps a wise sequence when starting the whole DAQ is to operate with the Merger in Pause mode and only switch it to merging when the user is happy with the rates.
In the statistics window of the FEE64 there is an indication of the data being transferred over the link.
When deciding how to run the experiment thought needs to be given to the various maximum rates. The rate from the FEE64 is 500k events/sec. If running with 26 FEE64 then this goes up to 13M events/sec. An event is 64 bits.
I'm not sure what the maximum rates are in the Merger and the TapeServer.
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Fri May 13 06:18:53 2016, AE, VP, BM, Friday May 13th 9x
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11 am: Changed configuration of power source for AIDA PSU (see paper logbook). Now both cables with power for
USB relay are connected to the 'C' unit of the F11 power supply. They use different socket pads, and share them
with power cables for raspberry pi and NIM crates. Situation intermediate to what we have on Tuesday.
Resolution of pulser peaks improved slightly w.r.t. yesterday, but still we have the high frequency noise
(500kHz) present (attachments).
12 pm: We found the FEEs crash (loose connection/synchronization) when we enable the fast discriminators (see
attach. 1). This could be in the case when some of the discriminator channels are triggering at a fast rate
(noise above threshold). We observed the same pattern a few times.
5 pm: During all afternoon we've not been able to put AIDA in an operational state. There is always one or more
FEEs that do not synchronize or loose connection. Also the fuse of the PSU broke and we had to replace them.
Source for state of the system could be related to current configuration of PSU power, or the presence of noise
we observed in last couple of days.
6 pm: Back to configuration of PSU from yesterday:
F11 power supply 'C' ---->----> PSU relays 1-4
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|---> NIM crates, RPI, etc
F11 power supply 'B' ----> PSU relays 5-8
Started by checking the options. Loaded Options 2016May03-20.44.33. It looks like settings of ASICs are not the
standard ones (e.g. threshold 47). Tried restore settings in Save/Restore option. It worked for all but NNAIDA25
(fri22.png), but other have proper settings (but values of #25 also look ok!).
Performed 'Check ASIC clock timestime' in systemwide checks: all failed (fri23.png)
Performed 'Check ADC calibration' in systemwide checks: all passed, except for nnaida26 (fri24.png)
Master Timestamp Control -> Perform ReSYNC: worked for all modules except nnaida26
we lost connection to 26..... (fri26.png)
Attempted ADC calibration of NNAIDA26 (FADC align and control) failed (fri27.png)
Disabled NNAIDA from Run Control, and Reset all modules. But now after reset the setup button does not appear,
just Reset one as if the action had no effect.
Tryed restore settings again. Again nnaida25 returned problem, but yet again nnaida26 is the one that actually
doesn't have proper ASIC settings. Confirmed this with 'Check ASIC control' (fri29.png). Is there an error in the
error report message of 'Restore Settings'?
We checked cable connections (HDMI, ethernet), and afterwards NNAIDA26 keeps giving problems. We give up on it,
remove it from DAQ configuration (https://elog.ph.ed.ac.uk/AIDA/189), and system nos seems to be runing ok
without it.
8 pm: disconnected all remaining cables from MACB->other crates (only daq correlation in macb1), and went back to
yesterdays configuration of PSU power with all power from 'C'
F11 power supply 'C' ---->----> PSU relays 1-4
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| |---> PSU relays 5-8
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|--->---> NIM crates, RPI, etc |
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Thu May 12 16:55:37 2016, AE, VP, BM, Thursday May 12 7x
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Continued work on beta-trigger for EURICA. However the system seems to have different noise condition than before, which
we think appeared after we changed power source for FEE's PSU (https://elog.ph.ed.ac.uk/AIDA/220). This is high frequency
noise of low amplitude, with a period of 10 usec.
The effect on the resolution measured with the pulser is not too large - thus our conclusion in elog entry 220 that noise
conditions had not changed much - but the noise does create a large trigger rate that would not allow us to set a low
trigger threshold (for MAC-B outputs from fast discriminators). The rate of singles from front or back, as well as coincidence of
front-back strips, increased by more than a factor of ten compared to previous conditions (e.g. ~200 coincidences for one ASIC
enables in each side of DSSD1, and fast threshold of 10).
Saved some data in this conditions, with a threshold of 16 for the fast discriminators (enabled in one ASIC for 8 of the
FEEs). When fast discriminator lowering threshold to 9, the system got upset and lost synchronization. Tomorrow we'll
attempt to revert to previous configuration of PSUs.
R16*gz:
DSSD HV: +100 for all.
Leakage current (uA): 4.2, 4.9, 3.7, 3.9, 4.2, 3.8, 10.7 (from Det#1 to veto)
Enabled fast discriminators in ASIC2 of DSSD1 and DSSD5 (NNAIDA#: 25, 30, 27, 32, 9, 13, 11, 16)
DSSD#1 is next to 207Bi source |
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Thu May 12 15:50:48 2016, Patrick, System Checks and firmware update
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| Added two checks to the System wide checks.
Modified the Firmware so the checks work properly.
One check reads the status of the FEE64 clocks and checks against expected value.
The other check reads the value from all the FEE64 Sync Error Counters, pauses for one second, then reads them again and compares with the first reading. Any change is reported as an error.
The Sync Error counter is incremented if the SYNC pulse arrives at a FEE64 when the Timestamp counter in the FEE64 is not at the correct value. |
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Wed May 11 11:24:09 2016, Patrick, Correlation Controls
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Please note that the Force Trigger and Reset buttons in the Correlation Browser only have meaning if the FEE64
selected is the Master. |
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Wed May 11 06:37:32 2016, AE, VP, BM, Wednesday 11 May
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*2:30 pm*: changed power source of USB-controlled power supply for FEEs. Now one of the power cables is connected
to the 'B' power supply of F11, and the second to the 'C' power supply (these are in the unit on top of WASBI
crates). The reason for change is that before both were connected to 'C', and drained current was very close to
limit of 10 A (and power cord getting noticeable hot). We'll check resolution after this switch.
Detectors 1, 2, 3, and 4 biased to 100V, detectors 5, 6, and veto biased to 70V.
n-side is more noisy than p-side, but resolution comparable to previous configuration:
NNAIDA# FWHM [ch]
1 91
2 61
3 84
4 -
5 160
6 -
7 79
8 84
9 71
10 76
11 101
12 81
13 69
14 78
15 199
16 107
17 82
18 62
19 -
20 89
21 168
22 70
23 80
24 73
25 81
26 13
27 109
28 13
29 15
30 126
31 13
32 100
*5 pm*: Set-up correlation scalers for AIDA<->EURICA<->BigRIPS (detail diagram coming soon, now only in paper
logbook).
*6:30 pm*: Started EURICA DAQ with Pieter and Gabor.
A folder is created to record data of June campaign: /raid/11/mbs/2016_ucampaign/
Tested correlation of AIDA and EURICA with a pulser run, triggering EURICA and AIDA correlation scaler with 250
Hz. The corresponding files are
/raid/11/mbs/2016_ucampaign/test0003.lmd
/TapeData/may2016/R12_0.gz
Phong did a quick analysis and the pattern of correlation scalers in both files is similar (attached figures). It
is also consistent with the number of reset requests we sent during the data taking (three requests closely spaced
in the middle of run, and two more in the end of the run). |
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Wed May 11 06:01:16 2016, AE, VP, BM, Beta trigger
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Please find attached the best diagram of the beta trigger logic circuit for EURICA campaign 2016 |
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Wed May 11 06:00:56 2016, AE, VP, BM (Byul Moon), FEE64 <-> MACB trigger mapping
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Here is the mapping of the trigger output of MAC-B modules to FEE64 modules
3.1 NNAIDA5 veto-X2
3.2 NNAIDA14 D4-X2
3.3 NNAIDA13 D5-X2
3.4 NNAIDA6 D6-X2
4.1 NNAIDA28 -
4.2 NNAIDA27 D1-Y1
4.3 NNAIDA20 D2-Y1
4.4 NNAIDA19 D3-Y1
5.1 NNAIDA12 D4-Y1
5.2 NNAIDA11 D5-Y1
5.3 NNAIDA3 veto-Y1
5.4 NNAIDA4 D6-Y1
6.1 NNAIDA25 D1-X1
6.2 NNAIDA17 D3-X1
6.3 NNAIDA18 D2-X1
6.4 NNAIDA26 -
8.1 NNAIDA29 -
8.2 NNAIDA30 D1-X2
8.3 NNAIDA22 D2-X2
8.4 NNAIDA21 D3-X2
9.1 NNAIDA15 D4-Y2
9.2 NNAIDA16 D5-Y2
9.3 NNAIDA7 D6-Y2
9.4 NNAIDA8 veto-Y2
10.1 NNAIDA1 veto-X1
10.2 NNAIDA9 D5-X1
10.3 NNAIDA10 D4-X1
10.4 NNAIDA2 D6-X1
11.1 NNAIDA23 D2-Y2
11.2 NNAIDA32 D1-Y2
11.3 NNAIDA31 -
11.4 NNAIDA24 D3-Y2
MACB modules are labeled, from left to right, according to their position in the NIM crate.
D1 is the most upstream DSSD, and veto the most downstream one. |
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Wed May 11 05:49:51 2016, AE, VHDL update to FEE_GF_Feb16_16
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The firmware of all FEEs was updated to the version in FEE_GF_Feb16_16.bin (https://elog.ph.ed.ac.uk/AIDA/215).
This provides a 25 MHz clock output from MACB, plus a manual reset request signal.
Attached are screen captures from smooth updating procedure.
Checked correlation request signal from output2 of MACB: it's a pulse with ~180ns width and -0.7V. We could only
observe it when selecting 'act no all FEEs' in Correlation Control browser window (looking at MACB module on the
top of the tree). However, we didn't check that the output is produced from only one MACB module, if we select
the one of the corresponding FEE. |
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Tue May 10 16:03:50 2016, TD & VFEP, Latest version of Rly16
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Do not forget to backup the current versions of the attached files before
installing the latest versions. The latest version features the sequential
power up of each of the eight mains relays - this will help minimise instantaneous
network loads during power/boot up.
On 05/05/2016 06:45, Thomas Davinson wrote:
Hello
Coould we have a copy of the latest USB power replay .tml file please?
Our current version does not permit sequential power on and Patrick says
that may be helpful when attempting to start 32 FEEs.
attached
=> /MIDAS/TclHttpd/Aida/Rly16
Vic |
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Mon May 9 16:46:30 2016, Patrick, Update for FEE64 VHDL and Correlation browser windows
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| The attached VHDL file should be saved to /MIDAS/Aida and the FlashPgm.csh file edited to load "FEE_GF_Feb16_16.bin"
Use the Run Control Expert command to update the firmware on all the FEE64s.
Power cycle the FEE64s.
This will give a 25Mhz clock from the MACB Fast NIM output 0.
The attached .js and .tml files will change the Control browser window to allow access to a Correlation control window.
I have already installed the Correlation directory and files on aidas.
The Correlation Control window has two extra buttons. One to cause a Correlation trigger and the other to cause a reset to be sent out.
The Reset is only sent out if the Run Control is in the GO state.
To complete the change first make backup copies of the Aida.js and Aida.tml files that are currently in /MIDAS/TclHttpd/Html/AIDA
then copy the attached new versions into /MIDAS/TclHttpd/Html/AIDA.
These two files are in the attached .zip file. The Elog didn't like the .js file extension.
The Browser window reload should work but it may be required to clean your browser history to ensure the new version of the file is used. |
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Thu May 5 14:44:48 2016, Patrick, Trigger selection explanations
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Please request more information if the attached is not clear. |
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Thu May 5 11:10:36 2016, CG,PV,TD, Thursday 5 May 2016 8x
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Detector configuration - see https://elog.ph.ed.ac.uk/AIDA/193
Ribbon cable to nnaida19 FEE adaptor PCB disconnected due to noise issues
associated with nnaida19 or crate slot or power/timestamp/network cabling
to nnaida19 - to be investigated May 22-
207Bi source ~3cm upstream of DSSSD #1
rate and hit rate spectra for all FEE64s - see attachments 1-4
example ADC spectra for all FEE64s - attachment 5 p+n strips, attachment 6 n+n strips
Default ASIC settings, shaping time 8us (which may, or may not, be optimum - to be
investigated May 22- )
p+n junction strips n+n ohmic strips
FEE64 Pulser peak width FEE64 Pulser peak width
(ch FWHM) (ch FWHM)
1 108 3 88
2 64 4 84
5 112 7 76
6 - 8 85
9 75 11 122
10 82 12 98
13 84 15 127
14 99 16 115
17 77 19 ?
18 69 20 100
21 77 23 89
22 91 24 84
25 80 27 138
26 14 28 16 } not connected to DSSSD
29 17 31 17 }
30 130 32 111
DSSSD bias voltages and leakage currents - attachments 7-8
All bias voltages +100V cf. depletion ~70V for 3058 sequence (MSL type BB18)
Additional bias may be helpful (to be investigated May 22-) |
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Thu May 5 09:52:20 2016, TD, MERGE test OK 7x
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Slow comparator 0x10 -> 0x20
Fast comparator LEC/MEC 0x10 -> 0xff
To start DAQ
1) open disk file with tapeserver
2) merge
select data links 0-31
setup & go
start
toggle merge data transfer state (xfer enabled)
toggle merge program pause state (paused)
3) enable #1 all *only*
DAQ GO
4) statistics
check all FEEs producing AIDA SYNC
5) merge
reload (several times over period of ~10s) to check all data links active (green)
toggle merge program pause state (merging)
reload (several times over period of ~10s) to check non-zero merged data rate
6) tapeserver
reload to check data transfer
7) observe spinners in merger and tapeserver server terminal windows
To stop DAQ
1) DAQ STOP
2) toggle merge program pause state (paused)
3) stop disk file with tapeserver
To restart
1) open disk file with tapeserver
2) DAQ GO
5) merge
reload (several times over period of ~10s) to check all data links active (green)
toggle merge program pause state (merging)
reload (several times over period of ~10s) to check non-zero merged data rate
etc
DAQ/merge/tapeserver test OK
Server terminal session logs and screenshots appended
Custom startup from /MIDAS@aidas/config/TclHttpd/aidas1@8115/startup.tcl
/TapeServer
/DataBaseAccessServer
Loaded MemSasAccess
/SpectrumService
/NetVarService
/SigTaskService
loading tcl/MERGERunControl.tcl for namespace ::
/DataAcquisitionControlServer
DefineMessage unknown
Run Control Server Implementation for MERGE
RunControlServer loaded
loading Html/RunControl/implementation.tcl for namespace ::
RunControl loaded
loading Html/MERGE/RunControl/implementation.tcl for namespace ::
ReadRegister failed: Name=NetVar.EXEC.ID; Code= 0x10004; Info= Register name does not exist
created SigTask registers 0 0 0 0
Created UI registers
MERGE RunControl loaded
Completed custom startup from /MIDAS@aidas/TclHttpd/Html/MERGE/RunControl/stats.defn.tcl
Shared memory area located at 0x7f35b6609000
Tape Server comms table located at 0x7f35b6609000
setup Merge
DataAcqCommand 1 Halt
Halt (1)
DataAcqCommand 8 Unmapping spectra
Unmapping spectra (1)
DataAcqCommand 3 Setup
Setup (1)
go Merge
DataAcqCommand 2 Go
Go (1)
DataAcqCommand 16 MergeStart
MergeStart (1)
DataAcqCommand 17 MergePause
MergePause (1)
DataAcqCommand 17 MergePause
MergePause (1)
stop Merge
DataAcqCommand 17 MergePause
MergePause (1)
DataAcqCommand 1 Halt
Halt (1)
setup Merge
DataAcqCommand 1 Halt
Halt (1)
DataAcqCommand 8 Unmapping spectra
Unmapping spectra (1)
DataAcqCommand 3 Setup
Setup (1)
go Merge
DataAcqCommand 2 Go
Go (1)
DataAcqCommand 16 MergeStart
MergeStart (1)
DataAcqCommand 17 MergePause
MergePause (1)
DataAcqCommand 17 MergePause
MergePause (1)
MERGE Data Link (4469): accepted connection from 10.1.1.21, port 47760
MERGE Data Link (4473): buffer size changed to 65536
MERGE Data Link (4469): buffer size changed to 65536
MERGE Data Link (4467): accepted connection from 10.1.2.19, port 35051
MERGE Data Link (4467): buffer size changed to 65536
MERGE Data Link (4461): data_transfer - data received for link 12
MERGE Data Link (4471): accepted connection from 10.1.2.23, port 39835
MERGE Data Link (4471): buffer size changed to 65536
MERGE Data Link (4475): accepted connection from 10.1.2.27, port 41369
MERGE Data Link (4475): buffer size changed to 65536
MERGE Data Link (4480): accepted connection from 10.1.2.32, port 33003
MERGE Data Link (4477): accepted connection from 10.1.1.29, port 47070
MERGE Data Link (4480): buffer size changed to 65536
MERGE Data Link (4477): buffer size changed to 65536
MERGE Data Link (4478): accepted connection from 10.1.1.30, port 51732
MERGE Data Link (4478): buffer size changed to 65536
MERGE Data Link (4460): data_transfer - data received for link 11
MERGE Data Link (4459): data_transfer - data received for link 10
MERGE Data Link (4454): data_transfer - data received for link 5
MERGE Data Link (4476): accepted connection from 10.1.2.28, port 43974
MERGE Data Link (4476): buffer size changed to 65536
MERGE Data Link (4465): data_transfer - data received for link 16
MERGE Data Link (4479): accepted connection from 10.1.2.31, port 46899
MERGE Data Link (4479): buffer size changed to 65536
MERGE Data Link (4474): accepted connection from 10.1.1.26, port 34630
MERGE Data Link (4474): buffer size changed to 65536
MERGE Data Link (4463): data_transfer - data received for link 14
MERGE Data Link (4464): data_transfer - data received for link 15
MERGE Data Link (4462): data_transfer - data received for link 13
MERGE Data Link (4466): data_transfer - data received for link 17
MERGE Data Link (4470): data_transfer - data received for link 21
MERGE Data Link (4472): data_transfer - data received for link 23
MERGE Data Link (4468): data_transfer - data received for link 19
MERGE Data Link (4473): data_transfer - data received for link 24
MERGE Data Link (4469): data_transfer - data received for link 20
MERGE Data Link (4471): data_transfer - data received for link 22
MERGE Data Link (4467): data_transfer - data received for link 18
MERGE Data Link (4480): data_transfer - data received for link 31
MERGE Data Link (4475): data_transfer - data received for link 26
MERGE Data Link (4478): data_transfer - data received for link 29
MERGE Data Link (4477): data_transfer - data received for link 28
MERGE Data Link (4479): data_transfer - data received for link 30
MERGE Data Link (4476): data_transfer - data received for link 27
MERGE Data Link (4474): data_transfer - data received for link 25
Merge: Restarting from timestamp 1 or greater
MERGE Data Link (4449): client closed connection
MERGE Data Link (4449): listening on port 11001
MERGE Data Link (4452): client closed connection
MERGE Data Link (4452): listening on port 11004
MERGE Data Link (4455): client closed connection
MERGE Data Link (4455): listening on port 11007
MERGE Data Link (4450): client closed connection
MERGE Data Link (4450): listening on port 11002
MERGE Data Link (4451): client closed connection
MERGE Data Link (4451): listening on port 11003
MERGE Data Link (4456): client closed connection
MERGE Data Link (4456): listening on port 11008
MERGE Data Link (4453): client closed connection
MERGE Data Link (4453): listening on port 11005
MERGE Data Link (4457): client closed connection
MERGE Data Link (4457): listening on port 11009
MERGE Data Link (4454): client closed connection
MERGE Data Link (4454): listening on port 11006
MERGE Data Link (4458): client closed connection
MERGE Data Link (4458): listening on port 11010
MERGE Data Link (4461): client closed connection
MERGE Data Link (4461): listening on port 11013
MERGE Data Link (4459): client closed connection
MERGE Data Link (4459): listening on port 11011
MERGE Data Link (4460): client closed connection
MERGE Data Link (4460): listening on port 11012
MERGE Data Link (4465): client closed connection
MERGE Data Link (4465): listening on port 11017
MERGE Data Link (4464): client closed connection
MERGE Data Link (4464): listening on port 11016
MERGE Data Link (4462): client closed connection
MERGE Data Link (4462): listening on port 11014
MERGE Data Link (4463): client closed connection
MERGE Data Link (4463): listening on port 11015
MERGE Data Link (4466): client closed connection
MERGE Data Link (4466): listening on port 11018
MERGE Data Link (4467): client closed connection
MERGE Data Link (4467): listening on port 11019
MERGE Data Link (4468): client closed connection
MERGE Data Link (4468): listening on port 11020
MERGE Data Link (4469): client closed connection
MERGE Data Link (4469): listening on port 11021
MERGE Data Link (4472): client closed connection
MERGE Data Link (4472): listening on port 11024
MERGE Data Link (4470): client closed connection
MERGE Data Link (4470): listening on port 11022
MERGE Data Link (4473): client closed connection
MERGE Data Link (4473): listening on port 11025
MERGE Data Link (4471): client closed connection
MERGE Data Link (4471): listening on port 11023
MERGE Data Link (4480): client closed connection
MERGE Data Link (4480): listening on port 11032
MERGE Data Link (4477): client closed connection
MERGE Data Link (4477): listening on port 11029
MERGE Data Link (4476): client closed connection
MERGE Data Link (4476): listening on port 11028
MERGE Data Link (4479): client closed connection
MERGE Data Link (4479): listening on port 11031
MERGE Data Link (4478): client closed connection
MERGE Data Link (4478): listening on port 11030
MERGE Data Link (4475): client closed connection
MERGE Data Link (4475): listening on port 11027
MERGE Data Link (4474): client closed connection
MERGE Data Link (4474): listening on port 11026
Merge state now Paused
Merge state now Stopped
Merge: debugging initialised: off.
Event Buffer virtual address: 0x2602c50
Merge: initialising for 32 links: 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28
29 30 31
Link Data buffer 0 (Link0), length 3932160 (0x3c0000) bytes mapped at: 0x7ff6c5974010 - 0x7ff6c5d3400f
Link Data buffer 1 (Link1), length 3932160 (0x3c0000) bytes mapped at: 0x7ff6c55b3010 - 0x7ff6c597300f
Link Data buffer 2 (Link2), length 3932160 (0x3c0000) bytes mapped at: 0x7ff6c51f2010 - 0x7ff6c55b200f
Link Data buffer 3 (Link3), length 3932160 (0x3c0000) bytes mapped at: 0x7ff6c4e31010 - 0x7ff6c51f100f
Link Data buffer 4 (Link4), length 3932160 (0x3c0000) bytes mapped at: 0x7ff6c4a70010 - 0x7ff6c4e3000f
Link Data buffer 5 (Link5), length 3932160 (0x3c0000) bytes mapped at: 0x7ff6c46af010 - 0x7ff6c4a6f00f
Link Data buffer 6 (Link6), length 3932160 (0x3c0000) bytes mapped at: 0x7ff6c42ee010 - 0x7ff6c46ae00f
Link Data buffer 7 (Link7), length 3932160 (0x3c0000) bytes mapped at: 0x7ff6c3f2d010 - 0x7ff6c42ed00f
Link Data buffer 8 (Link8), length 3932160 (0x3c0000) bytes mapped at: 0x7ff6c3b6c010 - 0x7ff6c3f2c00f
Link Data buffer 9 (Link9), length 3932160 (0x3c0000) bytes mapped at: 0x7ff6c37ab010 - 0x7ff6c3b6b00f
Link Data buffer 10 (Link10), length 3932160 (0x3c0000) bytes mapped at: 0x7ff6c33ea010 - 0x7ff6c37aa00f
Link Data buffer 11 (Link11), length 3932160 (0x3c0000) bytes mapped at: 0x7ff6c3029010 - 0x7ff6c33e900f
Link Data buffer 12 (Link12), length 3932160 (0x3c0000) bytes mapped at: 0x7ff6c2c68010 - 0x7ff6c302800f
Link Data buffer 13 (Link13), length 3932160 (0x3c0000) bytes mapped at: 0x7ff6c28a7010 - 0x7ff6c2c6700f
Link Data buffer 14 (Link14), length 3932160 (0x3c0000) bytes mapped at: 0x7ff6c24e6010 - 0x7ff6c28a600f
Link Data buffer 15 (Link15), length 3932160 (0x3c0000) bytes mapped at: 0x7ff6c2125010 - 0x7ff6c24e500f
Link Data buffer 16 (Link16), length 3932160 (0x3c0000) bytes mapped at: 0x7ff6c1d64010 - 0x7ff6c212400f
Link Data buffer 17 (Link17), length 3932160 (0x3c0000) bytes mapped at: 0x7ff6c19a3010 - 0x7ff6c1d6300f
Link Data buffer 18 (Link18), length 3932160 (0x3c0000) bytes mapped at: 0x7ff6c15e2010 - 0x7ff6c19a200f
Link Data buffer 19 (Link19), length 3932160 (0x3c0000) bytes mapped at: 0x7ff6c1221010 - 0x7ff6c15e100f
Link Data buffer 20 (Link20), length 3932160 (0x3c0000) bytes mapped at: 0x7ff6c0e60010 - 0x7ff6c122000f
Link Data buffer 21 (Link21), length 3932160 (0x3c0000) bytes mapped at: 0x7ff6c0a9f010 - 0x7ff6c0e5f00f
Link Data buffer 22 (Link22), length 3932160 (0x3c0000) bytes mapped at: 0x7ff6c06de010 - 0x7ff6c0a9e00f
Link Data buffer 23 (Link23), length 3932160 (0x3c0000) bytes mapped at: 0x7ff6c031d010 - 0x7ff6c06dd00f
Link Data buffer 24 (Link24), length 3932160 (0x3c0000) bytes mapped at: 0x7ff6bff5c010 - 0x7ff6c031c00f
Link Data buffer 25 (Link25), length 3932160 (0x3c0000) bytes mapped at: 0x7ff6bfb9b010 - 0x7ff6bff5b00f
Link Data buffer 26 (Link26), length 3932160 (0x3c0000) bytes mapped at: 0x7ff6bf7da010 - 0x7ff6bfb9a00f
Link Data buffer 27 (Link27), length 3932160 (0x3c0000) bytes mapped at: 0x7ff6bf419010 - 0x7ff6bf7d900f
Link Data buffer 28 (Link28), length 3932160 (0x3c0000) bytes mapped at: 0x7ff6bf058010 - 0x7ff6bf41800f
Link Data buffer 29 (Link29), length 3932160 (0x3c0000) bytes mapped at: 0x7ff6bec97010 - 0x7ff6bf05700f
Link Data buffer 30 (Link30), length 3932160 (0x3c0000) bytes mapped at: 0x7ff6be8d6010 - 0x7ff6bec9600f
Link Data buffer 31 (Link31), length 3932160 (0x3c0000) bytes mapped at: 0x7ff6be515010 - 0x7ff6be8d500f
Queue 0 (Link0) starts at 0x7ff6c5974010
Queue 1 (Link1) starts at 0x7ff6c55b3010
Queue 2 (Link2) starts at 0x7ff6c51f2010
Queue 3 (Link3) starts at 0x7ff6c4e31010
Queue 4 (Link4) starts at 0x7ff6c4a70010
Queue 5 (Link5) starts at 0x7ff6c46af010
Queue 6 (Link6) starts at 0x7ff6c42ee010
Queue 7 (Link7) starts at 0x7ff6c3f2d010
Queue 8 (Link8) starts at 0x7ff6c3b6c010
Queue 9 (Link9) starts at 0x7ff6c37ab010
Queue 10 (Link10) starts at 0x7ff6c33ea010
Queue 11 (Link11) starts at 0x7ff6c3029010
Queue 12 (Link12) starts at 0x7ff6c2c68010
Queue 13 (Link13) starts at 0x7ff6c28a7010
Queue 14 (Link14) starts at 0x7ff6c24e6010
Queue 15 (Link15) starts at 0x7ff6c2125010
Queue 16 (Link16) starts at 0x7ff6c1d64010
Queue 17 (Link17) starts at 0x7ff6c19a3010
Queue 18 (Link18) starts at 0x7ff6c15e2010
Queue 19 (Link19) starts at 0x7ff6c1221010
Queue 20 (Link20) starts at 0x7ff6c0e60010
Queue 21 (Link21) starts at 0x7ff6c0a9f010
Queue 22 (Link22) starts at 0x7ff6c06de010
Queue 23 (Link23) starts at 0x7ff6c031d010
Queue 24 (Link24) starts at 0x7ff6bff5c010
Queue 25 (Link25) starts at 0x7ff6bfb9b010
Queue 26 (Link26) starts at 0x7ff6bf7da010
Queue 27 (Link27) starts at 0x7ff6bf419010
Queue 28 (Link28) starts at 0x7ff6bf058010
Queue 29 (Link29) starts at 0x7ff6bec97010
Queue 30 (Link30) starts at 0x7ff6be8d6010
Queue 31 (Link31) starts at 0x7ff6be515010
MERGE Merge setup complete
Merge state now Going
Merge: Searching for timestamp 0 or greater
TCP transfer library version 3.12
TCP socket send buffer was 16384 - now 249856
TCP socket receive buffer was 87380 - now 249856
TCP socket created OK - now connecting to localhost port 10305
Connected to localhost port 10305
Merge state now Paused
MERGE Data Link (4450): accepted connection from 10.1.1.2, port 33272
MERGE Data Link (4450): buffer size changed to 65536
MERGE Data Link (4449): accepted connection from 10.1.1.1, port 44572
MERGE Data Link (4449): buffer size changed to 65536
MERGE Data Link (4451): accepted connection from 10.1.2.3, port 41720
MERGE Data Link (4451): buffer size changed to 65536
MERGE Data Link (4457): accepted connection from 10.1.1.9, port 58755
MERGE Data Link (4457): buffer size changed to 65536
MERGE Data Link (4452): accepted connection from 10.1.2.4, port 44539
MERGE Data Link (4452): buffer size changed to 65536
MERGE Data Link (4456): accepted connection from 10.1.2.8, port 58367
MERGE Data Link (4456): buffer size changed to 65536
MERGE Data Link (4455): accepted connection from 10.1.2.7, port 35016
MERGE Data Link (4458): accepted connection from 10.1.1.10, port 37593
MERGE Data Link (4455): buffer size changed to 65536
MERGE Data Link (4458): buffer size changed to 65536
MERGE Data Link (4460): accepted connection from 10.1.2.12, port 43714
MERGE Data Link (4460): buffer size changed to 65536
MERGE Data Link (4454): accepted connection from 10.1.1.6, port 39318
MERGE Data Link (4454): buffer size changed to 65536
MERGE Data Link (4463): accepted connection from 10.1.2.15, port 46057
MERGE Data Link (4463): buffer size changed to 65536
MERGE Data Link (4461): accepted connection from 10.1.1.13, port 59797
MERGE Data Link (4461): buffer size changed to 65536
MERGE Data Link (4466): accepted connection from 10.1.1.18, port 45269
MERGE Data Link (4466): buffer size changed to 65536
MERGE Data Link (4468): accepted connection from 10.1.2.20, port 39429
MERGE Data Link (4468): buffer size changed to 65536
MERGE Data Link (4459): accepted connection from 10.1.2.11, port 40296
MERGE Data Link (4459): buffer size changed to 65536
MERGE Data Link (4453): accepted connection from 10.1.1.5, port 39444
MERGE Data Link (4453): buffer size changed to 65536
MERGE Data Link (4462): accepted connection from 10.1.1.14, port 51022
MERGE Data Link (4462): buffer size changed to 65536
MERGE Data Link (4472): accepted connection from 10.1.2.24, port 51137
MERGE Data Link (4472): buffer size changed to 65536
MERGE Data Link (4470): accepted connection from 10.1.1.22, port 51868
MERGE Data Link (4470): buffer size changed to 65536
MERGE Data Link (4464): accepted connection from 10.1.2.16, port 42981
MERGE Data Link (4465): accepted connection from 10.1.1.17, port 49966
MERGE Data Link (4464): buffer size changed to 65536
MERGE Data Link (4465): buffer size changed to 65536
MERGE Data Link (4473): accepted connection from 10.1.1.25, port 33551
MERGE Data Link (4473): buffer size changed to 65536
MERGE Data Link (4467): accepted connection from 10.1.2.19, port 49975
MERGE Data Link (4467): buffer size changed to 65536
MERGE Data Link (4471): accepted connection from 10.1.2.23, port 36808
MERGE Data Link (4471): buffer size changed to 65536
MERGE Data Link (4469): accepted connection from 10.1.1.21, port 51687
MERGE Data Link (4469): buffer size changed to 65536
MERGE Data Link (4477): accepted connection from 10.1.1.29, port 53480
MERGE Data Link (4478): accepted connection from 10.1.1.30, port 32906
MERGE Data Link (4478): buffer size changed to 65536
MERGE Data Link (4477): buffer size changed to 65536
MERGE Data Link (4480): accepted connection from 10.1.2.32, port 42651
MERGE Data Link (4480): buffer size changed to 65536
MERGE Data Link (4476): accepted connection from 10.1.2.28, port 58374
MERGE Data Link (4476): buffer size changed to 65536
MERGE Data Link (4474): accepted connection from 10.1.1.26, port 52835
MERGE Data Link (4474): buffer size changed to 65536
MERGE Data Link (4479): accepted connection from 10.1.2.31, port 42097
MERGE Data Link (4479): buffer size changed to 65536
MERGE Data Link (4475): accepted connection from 10.1.2.27, port 36452
MERGE Data Link (4475): buffer size changed to 65536
Merge: Restarting from timestamp 1 or greater
Merge: Starting at timestamp 221552400a0
MERGE Data Link (4450): client closed connection
MERGE Data Link (4450): listening on port 11002
MERGE Data Link (4449): client closed connection
MERGE Data Link (4449): listening on port 11001
MERGE Data Link (4451): client closed connection
MERGE Data Link (4451): listening on port 11003
MERGE Data Link (4452): client closed connection
MERGE Data Link (4452): listening on port 11004
MERGE Data Link (4457): client closed connection
MERGE Data Link (4457): listening on port 11009
MERGE Data Link (4454): client closed connection
MERGE Data Link (4454): listening on port 11006
MERGE Data Link (4456): client closed connection
MERGE Data Link (4456): listening on port 11008
MERGE Data Link (4455): client closed connection
MERGE Data Link (4455): listening on port 11007
MERGE Data Link (4458): client closed connection
MERGE Data Link (4458): listening on port 11010
MERGE Data Link (4460): client closed connection
MERGE Data Link (4460): listening on port 11012
MERGE Data Link (4463): client closed connection
MERGE Data Link (4463): listening on port 11015
MERGE Data Link (4453): client closed connection
MERGE Data Link (4453): listening on port 11005
MERGE Data Link (4459): client closed connection
MERGE Data Link (4459): listening on port 11011
MERGE Data Link (4461): client closed connection
MERGE Data Link (4461): listening on port 11013
MERGE Data Link (4462): client closed connection
MERGE Data Link (4462): listening on port 11014
MERGE Data Link (4464): client closed connection
MERGE Data Link (4464): listening on port 11016
MERGE Data Link (4466): client closed connection
MERGE Data Link (4466): listening on port 11018
MERGE Data Link (4468): client closed connection
MERGE Data Link (4468): listening on port 11020
MERGE Data Link (4467): client closed connection
MERGE Data Link (4467): listening on port 11019
MERGE Data Link (4465): client closed connection
MERGE Data Link (4465): listening on port 11017
MERGE Data Link (4470): client closed connection
MERGE Data Link (4470): listening on port 11022
MERGE Data Link (4471): client closed connection
MERGE Data Link (4471): listening on port 11023
MERGE Data Link (4469): client closed connection
MERGE Data Link (4469): listening on port 11021
MERGE Data Link (4473): client closed connection
MERGE Data Link (4473): listening on port 11025
MERGE Data Link (4472): client closed connection
MERGE Data Link (4472): listening on port 11024
MERGE Data Link (4474): client closed connection
MERGE Data Link (4474): listening on port 11026
MERGE Data Link (4478): client closed connection
MERGE Data Link (4478): listening on port 11030
MERGE Data Link (4477): client closed connection
MERGE Data Link (4477): listening on port 11029
MERGE Data Link (4476): client closed connection
MERGE Data Link (4476): listening on port 11028
MERGE Data Link (4475): client closed connection
MERGE Data Link (4475): listening on port 11027
MERGE Data Link (4480): client closed connection
MERGE Data Link (4480): listening on port 11032
MERGE Data Link (4479): client closed connection
MERGE Data Link (4479): listening on port 11031
Merge state now Paused
Tidy up
master(3162): Operation not permitted
master: no process killed
stats: no process killed
driver: no process killed
linkTCP: no process killed
Starting Tape Server
MIDAS Tape Server: Message logger not contacted.
MIDAS Tape Server: MIDAS Tape Server Build February 14 2014
MIDAS Tape Server: Unable to change scheduling priority - Permission denied
MIDAS Tape Server: Using default startup
MIDAS Tape Server: Configuration: UDP port = 10205, SHM key=10205.
MIDAS Tape Server: File mapped object /SHM_10205 of size 1331104 created
MIDAS Tape Server: Shared memory ID is 3
MIDAS Tape Server: Shared memory segment located at address 7fbd51737000.
MIDAS Tape Server: Configuration file used - /MIDAS/TapeServer/Linux64/TS_configuration
MIDAS Tape Server: Stats task ./stats
MIDAS Tape Server: Using device file /dev/file/0 ./driver
MIDAS Tape Server: Using device sink /dev/null/0 ./driver
MIDAS Tape Server: Data link ./linkTCP
MIDAS Tape Server: Message reporting level = 0x180fff8
MIDAS Tape Server: Message logging level = 0xfff8
MIDAS Tape Server: Tape Server Options = 0x6
MIDAS Tape Server: File device path base = /TapeData
MIDAS Tape Server: Data buffer size = 65536
MIDAS Tape Server: Tape block size = 65536
MIDAS Tape Server: File mapped object /SHM_110205 of size 4195880 created
MIDAS Tape Server: Shared memory ID is 3
MIDAS Tape Server: Shared memory segment located at address 7fbd51336000.
MIDAS Tape Server: File mapped object /SHM_210205 of size 3100 created
MIDAS Tape Server: Shared memory ID is 3
MIDAS Tape Server: Shared memory segment located at address 7fbd51898000.
MIDAS Tape Server: Capabilities restored.
MIDAS Tape Server: Master global area initialised.
MIDAS Tape Server: Stats task has pid 4522
MIDAS Tape Server: Driver process for /dev/file/0 has pid 4523
MIDAS Tape Server: Driver process for /dev/null/0 has pid 4524
MIDAS Tape Server: Link task 0 has pid 4525
MIDAS Tape Server: Starting the RPC interface
MIDAS Tape Statistics: Message logger not contacted.
MIDAS Tape Statistics: MIDAS Tape Statistics Build February 14 2014
MIDAS Tape Statistics: Started with args 10205
MIDAS Tape Statistics: Configuration: SHM key=10205
MIDAS Tape Statistics: File mapped object /SHM_10205 of size 1331104 created
MIDAS Tape Statistics: Shared memory ID is 3
MIDAS Tape Statistics: Shared memory segment located at address 7f0f7088e000.
MIDAS Data Link (4525): Message logger not contacted.
MIDAS Data Link (4525): MIDAS Tape Data Link Build February 14 2014
MIDAS Data Link (4525): Started with args 10205
MIDAS Data Link (4525): Configuration: SHM key=10205, TCP port = 10305
MIDAS Data Link (4525): File mapped object /SHM_10205 of size 1331104 created
MIDAS Data Link (4525): Shared memory ID is 3
MIDAS Data Link (4525): Shared memory segment located at address 7fecd723a000.
MIDAS Data Link (4525): Starting the network interface
MIDAS Data Link (4525): TCP socket receive buffer was 87380 - now 249856
MIDAS Data Link (4525): TCP socket send buffer was 16384 - now 249856
MIDAS Data Link (4525): MIDAS Data Link thread 0 using TCP port 10305.
MIDAS Data Link (4525): Entering server loop
MIDAS Data Link (4525): thread 0 listening on port 10305
MIDAS Tape Server: Created RPC Program 28000205 Version 4 on UDP port 10205.
MIDAS Tape Server: Entering server loop
MIDAS Tape Server: MIDAS Tape Server now available on UDP port 10205.
MIDAS Tape Driver (4523): Message logger not contacted.
MIDAS Tape Driver (4523): MIDAS Tape Driver Build February 14 2014
MIDAS Tape Driver (4523): Started with args 0 10205
MIDAS Tape Driver (4523): Configuration: driver=0, key=10205.
MIDAS Tape Driver (4523): File mapped object /SHM_10205 of size 1331104 created
MIDAS Tape Driver (4523): Shared memory ID is 3
MIDAS Tape Driver (4523): Shared memory segment located at address 7f6c9a83f000.
MIDAS Tape Driver (4523): Using device /dev/file/0 of type file.
MIDAS Tape Driver (4524): Message logger not contacted.
MIDAS Tape Driver (4524): MIDAS Tape Driver Build February 14 2014
MIDAS Tape Driver (4524): Started with args 1 10205
MIDAS Tape Driver (4524): Configuration: driver=1, key=10205.
MIDAS Tape Driver (4524): File mapped object /SHM_10205 of size 1331104 created
MIDAS Tape Driver (4524): Shared memory ID is 3
MIDAS Tape Driver (4524): Shared memory segment located at address 7fcfa0949000.
MIDAS Tape Driver (4524): Using device /dev/null/0 of type sink.
MIDAS Tape Server: Capability 000692d95729f724 issued.
TapeServer: f_int: No such file or directory
Error 2 in f_int - No such file or directory
MIDAS Tape Driver (4523): Error 2 in f_int - No such file or directory
MIDAS Tape Server: Capability 000430285729f765 issued.
TapeServer: f_int: No such file or directory
Error 2 in f_int - No such file or directory
MIDAS Tape Driver (4523): Error 2 in f_int - No such file or directory
MIDAS Tape Server: Capability 00077f1a5729fc25 issued.
MIDAS Tape Server: device /dev/file/0 allocated.
MIDAS Tape Server: Mounting volume NULL on device /dev/file/0.
TapeServer: f_int: Permission denied
Error 13 in f_int - Permission denied
MIDAS Tape Driver (4523): Error 13 in f_int - Permission denied
MIDAS Tape Server: Capability 77f1a5729fc25 released.
MIDAS Tape Server: Capability 000ad90b5729fc58 issued.
MIDAS Tape Server: Mounting volume NULL on device /dev/file/0.
MIDAS Tape Server: Opening file R1 on device /dev/file/0.
MIDAS Tape Server: Closing file on device /dev/file/0.
MIDAS Tape Server: Dismounted volume on device /dev/file/0.
MIDAS Tape Server: Mounting volume NULL on device /dev/file/0.
MIDAS Tape Server: Opening file R2 on device /dev/file/0.
MIDAS Data Link (4525): thread 0 accepted connection from 127.0.0.1, port 34620
MIDAS Data Link (4525): buffer size changed to 65536
MIDAS Tape Server: Closing file on device /dev/file/0.
MIDAS Tape Server: Dismounted volume on device /dev/file/0. |
|
Thu May 5 08:47:49 2016, TD, [How To] Mask Fast Discriminators
|
From the 'AIDA Control' tab select 'Discriminator control'
From the 'Discriminator controls' tab
select 'Reload'
select FEE64 required
select (or deselect) 'Act on ALL FEE64 modules?' as required
select ASIC channel(s) to mask
The current default value (set by AIDA Settings) is 0x0 (no fast discriminator masks defined)
ASIC channels commonly masked include #2 (AS0 01) and #55 (AS3 06) |
|
Thu May 5 08:30:00 2016, TD, [How To] Set MACB Trigger Output Mode
|
From the 'AIDA Control' tab select 'Local Controls'
From the 'LOCAL controls' tab
select 'Reload'
select FEE64 required
select (or deselect) 'Act on ALL FEE64 modules?' as required
enter 'Trigger O/P control register' value required
The current default value (set by AIDA Options) is 0xe (logic 0) |
|
Thu May 5 08:12:14 2016, TD, Current AIDA settings and options
|
Current AIDA settings DB Key: 2016May03-20.44.33
Current AIDA settings directory: /MIDAS/DB/EXPERIMENTS/AIDA/2016May03-20.44.33
Default ASIC settings *except*
Input Polarity
Positive Negative
preAmp reference 0x20 -> 0x30
diode link threshold 0xca -> 0xbf 0x11 -> 0x23
slow comparator 0x10
fast comparator HEC 0x2
fast comparator LEC/MEC 0x10
Shaping time 8us with appropriate reset/hold timings
AIDA options directory: /MIDAS/DB/EXPERIMENTS/AIDA/Options
See attachment 1 |
|
Thu May 5 07:55:32 2016, TD, [How To] Mount SAS and USB disks
|
*******************************************************************************************************
UPDATE 24 May 2016
3x WDC WD30EFRX ATA 3Tb disks added to aidas1 LVM configuration - see https://elog.ph.ed.ac.uk/AIDA/233
*******************************************************************************************************
Reminder
The additional 3x 3Tb disks (and the USB 8Tb disk currently attached to
aidas1) are not included in the aidas1 /etc/fstab file and do *not* have
fixed device names, i.e. the device name of each disk can change at each
reboot.
The Fix
To avoid this problem for the 3x 3Tb disks Vic suggests converting them
from ext4 format to lvm format and 'appending' each disk volume to /data10
(which is already lvm). This will require re-formatting disks /data20, 30
& 40. Backups (and checks) have now been performed for /data20, 30 & 40.
I will re-format these disks upon my return to RIKEN May 22.
The Workaround
Mount the disks manually as superuser.
How to work out which device is associated with which disk?
From SL6 window header select Applications -> System Tools -> Disk Utility
N.B. BE VERY CAREFUL USING THIS TOOL!
In the Disk Utility window a list of storage devices will be shown on the
left hand side - you will be interested in the 3x 2.2Tb Hard Disks attached
to the SAS Host Adaptor *and* the USB 8.0Tb Hard Disk attached to peripheral
devices.
Select the required device - drive and volumes information will appear on
the right hand side of the Disk Utility window - check the disk label and
device shown in the volumes section.
For example - if the selected device volume information is label 'data20'
and device '/dev/sdf1' you can mount the disk as superuser with the command
mount -t ext4 /dev/sdf1 /data20
To mount the USB disk (having obtained the device name as above) you can
mount the disk as superuser with, for example, the command
mount -t ntfs-3g /dev/sda2 /ntfs |
|
Wed May 4 14:33:34 2016, TD, merge/tapeserver issues
|
Reboot aidas1
Power cycle FEE64s
Startup DAQ and attempt data transfer
enable #1 all only
merge configured for 62 data links
enabled links 0-31
httpd/merge/tapeserver server terminal session follow
Tape server error messages - see following and attachment
Merge did not work - low rate (c. 50Hz, DAQ runing fast) SYNCs available for all acqservers?
some other issue
System identified is CPU x86_64; Platform is unix; OS is Linux and Version is 2.6.32-504.8.1.el6.x86_64
Environment selected is CPU x64_64; Platform unix; OS Linux64 and Operating System Linux64
MIDASBASE = /MIDAS@aidas and MIDAS_LIBRARY = /MIDAS@aidas/TclHttpd/Linux64
PATH =
/MIDAS@aidas/bin_Linux64:/MIDAS@aidas/TclHttpd/Linux64:/homes/npg/root/bin:/homes/npg/root/bin:/homes/npg/root/lib:/MIDAS/Linux/bin64:/usr/lib64/qt-3.3/bin:/usr/local/bin:/usr/bin:/bin
package limit is not available: can't find package limit
Running with default file descriptor limit
package setuid is not available: can't find package setuid
Could not change to user 50 group 50: not owner
/debug user "debug" password "s3-awgr+32c4"
httpd started on port 8115
Custom startup from /MIDAS@aidas/config/TclHttpd/aidas1@8115/startup.tcl
/TapeServer
/DataBaseAccessServer
Loaded MemSasAccess
/SpectrumService
/NetVarService
/SigTaskService
loading tcl/MERGERunControl.tcl for namespace ::
/DataAcquisitionControlServer
DefineMessage unknown
Run Control Server Implementation for MERGE
RunControlServer loaded
loading Html/RunControl/implementation.tcl for namespace ::
RunControl loaded
loading Html/MERGE/RunControl/implementation.tcl for namespace ::
ReadRegister failed: Name=NetVar.EXEC.ID; Code= 0x10004; Info= Register name does not exist
created SigTask registers 0 0 0 0
Created UI registers
MERGE RunControl loaded
Completed custom startup from /MIDAS@aidas/TclHttpd/Html/MERGE/RunControl/stats.defn.tcl
Shared memory area located at 0x7f35b6609000
Tape Server comms table located at 0x7f35b6609000
setup Merge
DataAcqCommand 1 Halt
Halt (1)
DataAcqCommand 8 Unmapping spectra
Unmapping spectra (1)
DataAcqCommand 3 Setup
Setup (1)
go Merge
DataAcqCommand 2 Go
Go (1)
DataAcqCommand 16 MergeStart
MergeStart (1)
DataAcqCommand 17 MergePause
MergePause (1)
DataAcqCommand 17 MergePause
MergePause (1)
MERGE Data Link (4487): MERGE Data Link using TCP port 11039.
MERGE Data Link (4487): Entering server loop
MERGE Data Link (4487): listening on port 11039
MRGE Stats created and initialised
MERGE Data Link (4498): Starting the network interface
MERGE Data Link (4498): TCP socket receive buffer was 87380 - now 249856
MERGE Data Link (4498): TCP socket send buffer was 16384 - now 249856
MERGE Data Link (4498): MERGE Data Link using TCP port 11050.
MERGE Data Link (4498): Entering server loop
MERGE Data Link (4498): listening on port 11050
MRGE Stats created and initialised
MERGE Data Link (4506): Starting the network interface
MERGE Data Link (4506): TCP socket receive buffer was 87380 - now 249856
MERGE Data Link (4506): TCP socket send buffer was 16384 - now 249856
MERGE Data Link (4506): MERGE Data Link using TCP port 11058.
MERGE Data Link (4506): Entering server loop
MERGE Data Link (4506): listening on port 11058
MRGE Stats created and initialised
MERGE Data Link (4482): Starting the network interface
MERGE Data Link (4482): TCP socket receive buffer was 87380 - now 249856
MERGE Data Link (4482): TCP socket send buffer was 16384 - now 249856
MERGE Data Link (4482): MERGE Data Link using TCP port 11034.
MERGE Data Link (4482): Entering server loop
MERGE Data Link (4482): listening on port 11034
MRGE Stats created and initialised
MERGE Data Link (4500): Starting the network interface
MERGE Data Link (4500): TCP socket receive buffer was 87380 - now 249856
MERGE Data Link (4500): TCP socket send buffer was 16384 - now 249856
MERGE Data Link (4500): MERGE Data Link using TCP port 11052.
MERGE Data Link (4500): Entering server loop
MERGE Data Link (4500): listening on port 11052
MRGE Stats created and initialised
MERGE Data Link (4497): Starting the network interface
MERGE Data Link (4497): TCP socket receive buffer was 87380 - now 249856
MERGE Data Link (4497): TCP socket send buffer was 16384 - now 249856
MERGE Data Link (4497): MERGE Data Link using TCP port 11049.
MERGE Data Link (4497): Entering server loop
MERGE Data Link (4497): listening on port 11049
MRGE Stats created and initialised
MERGE Data Link (4490): Starting the network interface
MERGE Data Link (4490): TCP socket receive buffer was 87380 - now 249856
MERGE Data Link (4490): TCP socket send buffer was 16384 - now 249856
MERGE Data Link (4490): MERGE Data Link using TCP port 11042.
MERGE Data Link (4490): Entering server loop
MERGE Data Link (4490): listening on port 11042
MRGE Stats created and initialised
MERGE Data Link (4492): Starting the network interface
MERGE Data Link (4492): TCP socket receive buffer was 87380 - now 249856
MERGE Data Link (4492): TCP socket send buffer was 16384 - now 249856
MERGE Data Link (4492): MERGE Data Link using TCP port 11044.
MERGE Data Link (4492): Entering server loop
MERGE Data Link (4492): listening on port 11044
MRGE Stats created and initialised
MERGE Data Link (4489): Starting the network interface
MERGE Data Link (4489): TCP socket receive buffer was 87380 - now 249856
MERGE Data Link (4489): TCP socket send buffer was 16384 - now 249856
MERGE Data Link (4489): MERGE Data Link using TCP port 11041.
MERGE Data Link (4489): Entering server loop
MERGE Data Link (4489): listening on port 11041
MRGE Stats created and initialised
MERGE Data Link (4494): Starting the network interface
MERGE Data Link (4494): TCP socket receive buffer was 87380 - now 249856
MERGE Data Link (4494): TCP socket send buffer was 16384 - now 249856
MERGE Data Link (4494): MERGE Data Link using TCP port 11046.
MERGE Data Link (4494): Entering server loop
MERGE Data Link (4494): listening on port 11046
MRGE Stats created and initialised
MERGE Data Link (4499): Starting the network interface
MERGE Data Link (4499): TCP socket receive buffer was 87380 - now 249856
MERGE Data Link (4499): TCP socket send buffer was 16384 - now 249856
MERGE Data Link (4499): MERGE Data Link using TCP port 11051.
MERGE Data Link (4499): Entering server loop
MERGE Data Link (4499): listening on port 11051
MRGE Stats created and initialised
MERGE Data Link (4503): Starting the network interface
MERGE Data Link (4503): TCP socket receive buffer was 87380 - now 249856
MERGE Data Link (4503): TCP socket send buffer was 16384 - now 249856
MERGE Data Link (4503): MERGE Data Link using TCP port 11055.
MRGE Stats created and initialised
MERGE Data Link (4503): Entering server loop
MERGE Data Link (4503): listening on port 11055
MERGE Data Link (4504): Starting the network interface
MERGE Data Link (4504): TCP socket receive buffer was 87380 - now 249856
MERGE Data Link (4504): TCP socket send buffer was 16384 - now 249856
MERGE Data Link (4504): MERGE Data Link using TCP port 11056.
MERGE Data Link (4504): Entering server loop
MERGE Data Link (4504): listening on port 11056
MRGE Stats created and initialised
MERGE Data Link (4496): Starting the network interface
MERGE Data Link (4496): TCP socket receive buffer was 87380 - now 249856
MERGE Data Link (4496): TCP socket send buffer was 16384 - now 249856
MERGE Data Link (4496): MERGE Data Link using TCP port 11048.
MERGE Data Link (4496): Entering server loop
MERGE Data Link (4496): listening on port 11048
MRGE Stats created and initialised
MERGE Data Link (4493): Starting the network interface
MERGE Data Link (4493): TCP socket receive buffer was 87380 - now 249856
MERGE Data Link (4493): TCP socket send buffer was 16384 - now 249856
MERGE Data Link (4493): MERGE Data Link using TCP port 11045.
MERGE Data Link (4493): Entering server loop
MERGE Data Link (4493): listening on port 11045
MRGE Stats created and initialised
MERGE Data Link (4507): Starting the network interface
MERGE Data Link (4507): TCP socket receive buffer was 87380 - now 249856
MRGE Stats created and initialised
MERGE Data Link (4507): TCP socket send buffer was 16384 - now 249856
MERGE Data Link (4488): Starting the network interface
MERGE Data Link (4507): MERGE Data Link using TCP port 11059.
MERGE Data Link (4507): Entering server loop
MERGE Data Link (4507): listening on port 11059
MERGE Data Link (4488): TCP socket receive buffer was 87380 - now 249856
MERGE Data Link (4488): TCP socket send buffer was 16384 - now 249856
MERGE Data Link (4488): MERGE Data Link using TCP port 11040.
MERGE Data Link (4488): Entering server loop
MERGE Data Link (4488): listening on port 11040
MRGE Stats created and initialised
MERGE Data Link (4508): Starting the network interface
MERGE Data Link (4508): TCP socket receive buffer was 87380 - now 249856
MERGE Data Link (4508): TCP socket send buffer was 16384 - now 249856
MERGE Data Link (4508): MERGE Data Link using TCP port 11060.
MERGE Data Link (4508): Entering server loop
MERGE Data Link (4508): listening on port 11060
MRGE Stats created and initialised
MERGE Program Release V3/x86_64 (Sep 3 2014, 18:22:23) starting
Merge: Histogramming not using threads
Merge: debugging initialised: off.
MRGE Stats created and initialised
MERGE Data Link (4510): Starting the network interface
MERGE Data Link (4510): TCP socket receive buffer was 87380 - now 249856
MRGE Stats created and initialised
MERGE Data Link (4510): TCP socket send buffer was 16384 - now 249856
MERGE Data Link (4505): Starting the network interface
MERGE Data Link (4510): MERGE Data Link using TCP port 11062.
MERGE Data Link (4510): Entering server loop
MERGE Data Link (4510): listening on port 11062
MERGE Data Link (4505): TCP socket receive buffer was 87380 - now 249856
MERGE Data Link (4505): TCP socket send buffer was 16384 - now 249856
MERGE Data Link (4505): MERGE Data Link using TCP port 11057.
MERGE Data Link (4505): Entering server loop
MERGE Data Link (4505): listening on port 11057
Merge: opening buffer for Merge_EventBuffer, size 0x800
Merge: returning merge memory at virtual 0x2602c50
Event Buffer virtual address: 0x2602c50
MRGE Stats created and initialised
MERGE Data Link (4509): Starting the network interface
MERGE Data Link (4509): TCP socket receive buffer was 87380 - now 249856
MERGE Data Link (4509): TCP socket send buffer was 16384 - now 249856
MERGE Data Link (4509): MERGE Data Link using TCP port 11061.
MERGE Data Link (4509): Entering server loop
MERGE Data Link (4509): listening on port 11061
No links to initialise
************ Merge input buffers not yet set up ************
MRGE Stats created and initialised
MERGE Data Link (4502): Starting the network interface
Data Acquisition using tape server localhost on port 0
Initialising communication with tape server
Setting Transfer Block Size 65536
Setting Transfer Mode 3
Setting Overlap Mode 0
Setting nice 0
TCP transfer library version 3.12
MERGE Data Link (4502): TCP socket receive buffer was 87380 - now 249856
MERGE Data Link (4502): TCP socket send buffer was 16384 - now 249856
MERGE Data Link (4502): MERGE Data Link using TCP port 11054.
MERGE Data Link (4502): Entering server loop
MERGE Data Link (4502): listening on port 11054
TCP socket send buffer was 16384 - now 249856
TCP socket receive buffer was 87380 - now 249856
TCP socket created OK - now connecting to localhost port 10305
Transfer Error - : Connection refused
connect() failed:
MERGE now ready to be initialised and started
MRGE Stats created and initialised
MERGE Data Link (4501): Starting the network interface
MERGE Data Link (4501): TCP socket receive buffer was 87380 - now 249856
MERGE Data Link (4501): TCP socket send buffer was 16384 - now 249856
MERGE Data Link (4501): MERGE Data Link using TCP port 11053.
MERGE Data Link (4501): Entering server loop
MERGE Data Link (4501): listening on port 11053
Merge: debugging initialised: off.
Event Buffer virtual address: 0x2602c50
Merge: initialising for 32 links: 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28
29 30 31
Merge: opening buffer for link0_Data, size 0x3c0000
Merge: returning merge memory at virtual 0x7ff6c5974010
Link Data buffer 0 (Link0), length 3932160 (0x3c0000) bytes mapped at: 0x7ff6c5974010 - 0x7ff6c5d3400f
Merge: opening buffer for link1_Data, size 0x3c0000
Merge: returning merge memory at virtual 0x7ff6c55b3010
Link Data buffer 1 (Link1), length 3932160 (0x3c0000) bytes mapped at: 0x7ff6c55b3010 - 0x7ff6c597300f
Merge: opening buffer for link2_Data, size 0x3c0000
Merge: returning merge memory at virtual 0x7ff6c51f2010
Link Data buffer 2 (Link2), length 3932160 (0x3c0000) bytes mapped at: 0x7ff6c51f2010 - 0x7ff6c55b200f
Merge: opening buffer for link3_Data, size 0x3c0000
Merge: returning merge memory at virtual 0x7ff6c4e31010
Link Data buffer 3 (Link3), length 3932160 (0x3c0000) bytes mapped at: 0x7ff6c4e31010 - 0x7ff6c51f100f
Merge: opening buffer for link4_Data, size 0x3c0000
Merge: returning merge memory at virtual 0x7ff6c4a70010
Link Data buffer 4 (Link4), length 3932160 (0x3c0000) bytes mapped at: 0x7ff6c4a70010 - 0x7ff6c4e3000f
Merge: opening buffer for link5_Data, size 0x3c0000
Merge: returning merge memory at virtual 0x7ff6c46af010
Link Data buffer 5 (Link5), length 3932160 (0x3c0000) bytes mapped at: 0x7ff6c46af010 - 0x7ff6c4a6f00f
Merge: opening buffer for link6_Data, size 0x3c0000
Merge: returning merge memory at virtual 0x7ff6c42ee010
Link Data buffer 6 (Link6), length 3932160 (0x3c0000) bytes mapped at: 0x7ff6c42ee010 - 0x7ff6c46ae00f
Merge: opening buffer for link7_Data, size 0x3c0000
Merge: returning merge memory at virtual 0x7ff6c3f2d010
Link Data buffer 7 (Link7), length 3932160 (0x3c0000) bytes mapped at: 0x7ff6c3f2d010 - 0x7ff6c42ed00f
Merge: opening buffer for link8_Data, size 0x3c0000
Merge: returning merge memory at virtual 0x7ff6c3b6c010
Link Data buffer 8 (Link8), length 3932160 (0x3c0000) bytes mapped at: 0x7ff6c3b6c010 - 0x7ff6c3f2c00f
Merge: opening buffer for link9_Data, size 0x3c0000
Merge: returning merge memory at virtual 0x7ff6c37ab010
Link Data buffer 9 (Link9), length 3932160 (0x3c0000) bytes mapped at: 0x7ff6c37ab010 - 0x7ff6c3b6b00f
Merge: opening buffer for link10_Data, size 0x3c0000
Merge: returning merge memory at virtual 0x7ff6c33ea010
Link Data buffer 10 (Link10), length 3932160 (0x3c0000) bytes mapped at: 0x7ff6c33ea010 - 0x7ff6c37aa00f
Merge: opening buffer for link11_Data, size 0x3c0000
Merge: returning merge memory at virtual 0x7ff6c3029010
Link Data buffer 11 (Link11), length 3932160 (0x3c0000) bytes mapped at: 0x7ff6c3029010 - 0x7ff6c33e900f
Merge: opening buffer for link12_Data, size 0x3c0000
Merge: returning merge memory at virtual 0x7ff6c2c68010
Link Data buffer 12 (Link12), length 3932160 (0x3c0000) bytes mapped at: 0x7ff6c2c68010 - 0x7ff6c302800f
Merge: opening buffer for link13_Data, size 0x3c0000
Merge: returning merge memory at virtual 0x7ff6c28a7010
Link Data buffer 13 (Link13), length 3932160 (0x3c0000) bytes mapped at: 0x7ff6c28a7010 - 0x7ff6c2c6700f
Merge: opening buffer for link14_Data, size 0x3c0000
Merge: returning merge memory at virtual 0x7ff6c24e6010
Link Data buffer 14 (Link14), length 3932160 (0x3c0000) bytes mapped at: 0x7ff6c24e6010 - 0x7ff6c28a600f
Merge: opening buffer for link15_Data, size 0x3c0000
Merge: returning merge memory at virtual 0x7ff6c2125010
Link Data buffer 15 (Link15), length 3932160 (0x3c0000) bytes mapped at: 0x7ff6c2125010 - 0x7ff6c24e500f
Merge: opening buffer for link16_Data, size 0x3c0000
Merge: returning merge memory at virtual 0x7ff6c1d64010
Link Data buffer 16 (Link16), length 3932160 (0x3c0000) bytes mapped at: 0x7ff6c1d64010 - 0x7ff6c212400f
Merge: opening buffer for link17_Data, size 0x3c0000
Merge: returning merge memory at virtual 0x7ff6c19a3010
Link Data buffer 17 (Link17), length 3932160 (0x3c0000) bytes mapped at: 0x7ff6c19a3010 - 0x7ff6c1d6300f
Merge: opening buffer for link18_Data, size 0x3c0000
Merge: returning merge memory at virtual 0x7ff6c15e2010
Link Data buffer 18 (Link18), length 3932160 (0x3c0000) bytes mapped at: 0x7ff6c15e2010 - 0x7ff6c19a200f
Merge: opening buffer for link19_Data, size 0x3c0000
Merge: returning merge memory at virtual 0x7ff6c1221010
Link Data buffer 19 (Link19), length 3932160 (0x3c0000) bytes mapped at: 0x7ff6c1221010 - 0x7ff6c15e100f
Merge: opening buffer for link20_Data, size 0x3c0000
Merge: returning merge memory at virtual 0x7ff6c0e60010
Link Data buffer 20 (Link20), length 3932160 (0x3c0000) bytes mapped at: 0x7ff6c0e60010 - 0x7ff6c122000f
Merge: opening buffer for link21_Data, size 0x3c0000
Merge: returning merge memory at virtual 0x7ff6c0a9f010
Link Data buffer 21 (Link21), length 3932160 (0x3c0000) bytes mapped at: 0x7ff6c0a9f010 - 0x7ff6c0e5f00f
Merge: opening buffer for link22_Data, size 0x3c0000
Merge: returning merge memory at virtual 0x7ff6c06de010
Link Data buffer 22 (Link22), length 3932160 (0x3c0000) bytes mapped at: 0x7ff6c06de010 - 0x7ff6c0a9e00f
Merge: opening buffer for link23_Data, size 0x3c0000
Merge: returning merge memory at virtual 0x7ff6c031d010
Link Data buffer 23 (Link23), length 3932160 (0x3c0000) bytes mapped at: 0x7ff6c031d010 - 0x7ff6c06dd00f
Merge: opening buffer for link24_Data, size 0x3c0000
Merge: returning merge memory at virtual 0x7ff6bff5c010
Link Data buffer 24 (Link24), length 3932160 (0x3c0000) bytes mapped at: 0x7ff6bff5c010 - 0x7ff6c031c00f
Merge: opening buffer for link25_Data, size 0x3c0000
Merge: returning merge memory at virtual 0x7ff6bfb9b010
Link Data buffer 25 (Link25), length 3932160 (0x3c0000) bytes mapped at: 0x7ff6bfb9b010 - 0x7ff6bff5b00f
Merge: opening buffer for link26_Data, size 0x3c0000
Merge: returning merge memory at virtual 0x7ff6bf7da010
Link Data buffer 26 (Link26), length 3932160 (0x3c0000) bytes mapped at: 0x7ff6bf7da010 - 0x7ff6bfb9a00f
Merge: opening buffer for link27_Data, size 0x3c0000
Merge: returning merge memory at virtual 0x7ff6bf419010
Link Data buffer 27 (Link27), length 3932160 (0x3c0000) bytes mapped at: 0x7ff6bf419010 - 0x7ff6bf7d900f
Merge: opening buffer for link28_Data, size 0x3c0000
Merge: returning merge memory at virtual 0x7ff6bf058010
Link Data buffer 28 (Link28), length 3932160 (0x3c0000) bytes mapped at: 0x7ff6bf058010 - 0x7ff6bf41800f
Merge: opening buffer for link29_Data, size 0x3c0000
Merge: returning merge memory at virtual 0x7ff6bec97010
Link Data buffer 29 (Link29), length 3932160 (0x3c0000) bytes mapped at: 0x7ff6bec97010 - 0x7ff6bf05700f
Merge: opening buffer for link30_Data, size 0x3c0000
Merge: returning merge memory at virtual 0x7ff6be8d6010
Link Data buffer 30 (Link30), length 3932160 (0x3c0000) bytes mapped at: 0x7ff6be8d6010 - 0x7ff6bec9600f
Merge: opening buffer for link31_Data, size 0x3c0000
Merge: returning merge memory at virtual 0x7ff6be515010
Link Data buffer 31 (Link31), length 3932160 (0x3c0000) bytes mapped at: 0x7ff6be515010 - 0x7ff6be8d500f
Queue 0 (Link0) starts at 0x7ff6c5974010
Queue 1 (Link1) starts at 0x7ff6c55b3010
Queue 2 (Link2) starts at 0x7ff6c51f2010
Queue 3 (Link3) starts at 0x7ff6c4e31010
Queue 4 (Link4) starts at 0x7ff6c4a70010
Queue 5 (Link5) starts at 0x7ff6c46af010
Queue 6 (Link6) starts at 0x7ff6c42ee010
Queue 7 (Link7) starts at 0x7ff6c3f2d010
Queue 8 (Link8) starts at 0x7ff6c3b6c010
Queue 9 (Link9) starts at 0x7ff6c37ab010
Queue 10 (Link10) starts at 0x7ff6c33ea010
Queue 11 (Link11) starts at 0x7ff6c3029010
Queue 12 (Link12) starts at 0x7ff6c2c68010
Queue 13 (Link13) starts at 0x7ff6c28a7010
Queue 14 (Link14) starts at 0x7ff6c24e6010
Queue 15 (Link15) starts at 0x7ff6c2125010
Queue 16 (Link16) starts at 0x7ff6c1d64010
Queue 17 (Link17) starts at 0x7ff6c19a3010
Queue 18 (Link18) starts at 0x7ff6c15e2010
Queue 19 (Link19) starts at 0x7ff6c1221010
Queue 20 (Link20) starts at 0x7ff6c0e60010
Queue 21 (Link21) starts at 0x7ff6c0a9f010
Queue 22 (Link22) starts at 0x7ff6c06de010
Queue 23 (Link23) starts at 0x7ff6c031d010
Queue 24 (Link24) starts at 0x7ff6bff5c010
Queue 25 (Link25) starts at 0x7ff6bfb9b010
Queue 26 (Link26) starts at 0x7ff6bf7da010
Queue 27 (Link27) starts at 0x7ff6bf419010
Queue 28 (Link28) starts at 0x7ff6bf058010
Queue 29 (Link29) starts at 0x7ff6bec97010
Queue 30 (Link30) starts at 0x7ff6be8d6010
Queue 31 (Link31) starts at 0x7ff6be515010
Merge: OutputTrace set to 1
Merge: Histogramming using threads
MERGE Merge setup complete
Merge state now Going
Merge: Searching for timestamp 0 or greater
Merge state now Paused
MERGE Data Link (4449): accepted connection from 10.1.1.1, port 50257
MERGE Data Link (4449): buffer size changed to 65536
MERGE Data Link (4452): accepted connection from 10.1.2.4, port 49227
MERGE Data Link (4452): buffer size changed to 65536
MERGE Data Link (4450): accepted connection from 10.1.1.2, port 40445
MERGE Data Link (4450): buffer size changed to 65536
MERGE Data Link (4455): accepted connection from 10.1.2.7, port 34403
MERGE Data Link (4455): buffer size changed to 65536
MERGE Data Link (4457): accepted connection from 10.1.1.9, port 60225
MERGE Data Link (4457): buffer size changed to 65536
MERGE Data Link (4453): accepted connection from 10.1.1.5, port 41911
MERGE Data Link (4453): buffer size changed to 65536
MERGE Data Link (4449): data_transfer - data received for link 0
MERGE Data Link (4458): accepted connection from 10.1.1.10, port 44947
MERGE Data Link (4458): buffer size changed to 65536
MERGE Data Link (4451): accepted connection from 10.1.2.3, port 59179
MERGE Data Link (4451): buffer size changed to 65536
MERGE Data Link (4456): accepted connection from 10.1.2.8, port 39249
MERGE Data Link (4456): buffer size changed to 65536
MERGE Data Link (4454): accepted connection from 10.1.1.6, port 39943
MERGE Data Link (4454): buffer size changed to 65536
MERGE Data Link (4461): accepted connection from 10.1.1.13, port 60741
MERGE Data Link (4461): buffer size changed to 65536
MERGE Data Link (4450): data_transfer - data received for link 1
MERGE Data Link (4460): accepted connection from 10.1.2.12, port 46265
MERGE Data Link (4460): buffer size changed to 65536
MERGE Data Link (4459): accepted connection from 10.1.2.11, port 37996
MERGE Data Link (4459): buffer size changed to 65536
MERGE Data Link (4452): data_transfer - data received for link 3
MERGE Data Link (4463): accepted connection from 10.1.2.15, port 47971
MERGE Data Link (4463): buffer size changed to 65536
MERGE Data Link (4465): accepted connection from 10.1.1.17, port 51221
MERGE Data Link (4465): buffer size changed to 65536
MERGE Data Link (4455): data_transfer - data received for link 6
MERGE Data Link (4457): data_transfer - data received for link 8
MERGE Data Link (4453): data_transfer - data received for link 4
MERGE Data Link (4464): accepted connection from 10.1.2.16, port 53141
MERGE Data Link (4464): buffer size changed to 65536
MERGE Data Link (4462): accepted connection from 10.1.1.14, port 37577
MERGE Data Link (4462): buffer size changed to 65536
MERGE Data Link (4458): data_transfer - data received for link 9
MERGE Data Link (4451): data_transfer - data received for link 2
MERGE Data Link (4456): data_transfer - data received for link 7
MERGE Data Link (4468): accepted connection from 10.1.2.20, port 43867
MERGE Data Link (4468): buffer size changed to 65536
MERGE Data Link (4466): accepted connection from 10.1.1.18, port 49325
MERGE Data Link (4466): buffer size changed to 65536
MERGE Data Link (4470): accepted connection from 10.1.1.22, port 37734
MERGE Data Link (4470): buffer size changed to 65536
MERGE Data Link (4472): accepted connection from 10.1.2.24, port 54191
MERGE Data Link (4472): buffer size changed to 65536
MERGE Data Link (4473): accepted connection from 10.1.1.25, port 54981
MERGE Data Link (4469): accepted connection from 10.1.1.21, port 47760
MERGE Data Link (4473): buffer size changed to 65536
MERGE Data Link (4469): buffer size changed to 65536
MERGE Data Link (4467): accepted connection from 10.1.2.19, port 35051
MERGE Data Link (4467): buffer size changed to 65536
MERGE Data Link (4461): data_transfer - data received for link 12
MERGE Data Link (4471): accepted connection from 10.1.2.23, port 39835
MERGE Data Link (4471): buffer size changed to 65536
MERGE Data Link (4475): accepted connection from 10.1.2.27, port 41369
MERGE Data Link (4475): buffer size changed to 65536
MERGE Data Link (4480): accepted connection from 10.1.2.32, port 33003
MERGE Data Link (4477): accepted connection from 10.1.1.29, port 47070
MERGE Data Link (4480): buffer size changed to 65536
MERGE Data Link (4477): buffer size changed to 65536
MERGE Data Link (4478): accepted connection from 10.1.1.30, port 51732
MERGE Data Link (4478): buffer size changed to 65536
MERGE Data Link (4460): data_transfer - data received for link 11
MERGE Data Link (4459): data_transfer - data received for link 10
MERGE Data Link (4454): data_transfer - data received for link 5
MERGE Data Link (4476): accepted connection from 10.1.2.28, port 43974
MERGE Data Link (4476): buffer size changed to 65536
MERGE Data Link (4465): data_transfer - data received for link 16
MERGE Data Link (4479): accepted connection from 10.1.2.31, port 46899
MERGE Data Link (4479): buffer size changed to 65536
MERGE Data Link (4474): accepted connection from 10.1.1.26, port 34630
MERGE Data Link (4474): buffer size changed to 65536
MERGE Data Link (4463): data_transfer - data received for link 14
MERGE Data Link (4464): data_transfer - data received for link 15
MERGE Data Link (4462): data_transfer - data received for link 13
MERGE Data Link (4466): data_transfer - data received for link 17
MERGE Data Link (4470): data_transfer - data received for link 21
MERGE Data Link (4472): data_transfer - data received for link 23
MERGE Data Link (4468): data_transfer - data received for link 19
MERGE Data Link (4473): data_transfer - data received for link 24
MERGE Data Link (4469): data_transfer - data received for link 20
MERGE Data Link (4471): data_transfer - data received for link 22
MERGE Data Link (4467): data_transfer - data received for link 18
MERGE Data Link (4480): data_transfer - data received for link 31
MERGE Data Link (4475): data_transfer - data received for link 26
MERGE Data Link (4478): data_transfer - data received for link 29
MERGE Data Link (4477): data_transfer - data received for link 28
MERGE Data Link (4479): data_transfer - data received for link 30
MERGE Data Link (4476): data_transfer - data received for link 27
MERGE Data Link (4474): data_transfer - data received for link 25
Merge: Restarting from timestamp 1 or greater
MERGE Data Link (4449): client closed connection
MERGE Data Link (4449): listening on port 11001
MERGE Data Link (4452): client closed connection
MERGE Data Link (4452): listening on port 11004
MERGE Data Link (4455): client closed connection
MERGE Data Link (4455): listening on port 11007
MERGE Data Link (4450): client closed connection
MERGE Data Link (4450): listening on port 11002
MERGE Data Link (4451): client closed connection
MERGE Data Link (4451): listening on port 11003
MERGE Data Link (4456): client closed connection
MERGE Data Link (4456): listening on port 11008
MERGE Data Link (4453): client closed connection
MERGE Data Link (4453): listening on port 11005
MERGE Data Link (4457): client closed connection
MERGE Data Link (4457): listening on port 11009
MERGE Data Link (4454): client closed connection
MERGE Data Link (4454): listening on port 11006
MERGE Data Link (4458): client closed connection
MERGE Data Link (4458): listening on port 11010
MERGE Data Link (4461): client closed connection
MERGE Data Link (4461): listening on port 11013
MERGE Data Link (4459): client closed connection
MERGE Data Link (4459): listening on port 11011
MERGE Data Link (4460): client closed connection
MERGE Data Link (4460): listening on port 11012
MERGE Data Link (4465): client closed connection
MERGE Data Link (4465): listening on port 11017
MERGE Data Link (4464): client closed connection
MERGE Data Link (4464): listening on port 11016
MERGE Data Link (4462): client closed connection
MERGE Data Link (4462): listening on port 11014
MERGE Data Link (4463): client closed connection
MERGE Data Link (4463): listening on port 11015
MERGE Data Link (4466): client closed connection
MERGE Data Link (4466): listening on port 11018
MERGE Data Link (4467): client closed connection
MERGE Data Link (4467): listening on port 11019
MERGE Data Link (4468): client closed connection
MERGE Data Link (4468): listening on port 11020
MERGE Data Link (4469): client closed connection
MERGE Data Link (4469): listening on port 11021
MERGE Data Link (4472): client closed connection
MERGE Data Link (4472): listening on port 11024
MERGE Data Link (4470): client closed connection
MERGE Data Link (4470): listening on port 11022
MERGE Data Link (4473): client closed connection
MERGE Data Link (4473): listening on port 11025
MERGE Data Link (4471): client closed connection
MERGE Data Link (4471): listening on port 11023
MERGE Data Link (4480): client closed connection
MERGE Data Link (4480): listening on port 11032
MERGE Data Link (4477): client closed connection
MERGE Data Link (4477): listening on port 11029
MERGE Data Link (4476): client closed connection
MERGE Data Link (4476): listening on port 11028
MERGE Data Link (4479): client closed connection
MERGE Data Link (4479): listening on port 11031
MERGE Data Link (4478): client closed connection
MERGE Data Link (4478): listening on port 11030
MERGE Data Link (4475): client closed connection
MERGE Data Link (4475): listening on port 11027
MERGE Data Link (4474): client closed connection
MERGE Data Link (4474): listening on port 11026
Tidy up
master(3162): Operation not permitted
master: no process killed
stats: no process killed
driver: no process killed
linkTCP: no process killed
Starting Tape Server
MIDAS Tape Server: Message logger not contacted.
MIDAS Tape Server: MIDAS Tape Server Build February 14 2014
MIDAS Tape Server: Unable to change scheduling priority - Permission denied
MIDAS Tape Server: Using default startup
MIDAS Tape Server: Configuration: UDP port = 10205, SHM key=10205.
MIDAS Tape Server: File mapped object /SHM_10205 of size 1331104 created
MIDAS Tape Server: Shared memory ID is 3
MIDAS Tape Server: Shared memory segment located at address 7fbd51737000.
MIDAS Tape Server: Configuration file used - /MIDAS/TapeServer/Linux64/TS_configuration
MIDAS Tape Server: Stats task ./stats
MIDAS Tape Server: Using device file /dev/file/0 ./driver
MIDAS Tape Server: Using device sink /dev/null/0 ./driver
MIDAS Tape Server: Data link ./linkTCP
MIDAS Tape Server: Message reporting level = 0x180fff8
MIDAS Tape Server: Message logging level = 0xfff8
MIDAS Tape Server: Tape Server Options = 0x6
MIDAS Tape Server: File device path base = /TapeData
MIDAS Tape Server: Data buffer size = 65536
MIDAS Tape Server: Tape block size = 65536
MIDAS Tape Server: File mapped object /SHM_110205 of size 4195880 created
MIDAS Tape Server: Shared memory ID is 3
MIDAS Tape Server: Shared memory segment located at address 7fbd51336000.
MIDAS Tape Server: File mapped object /SHM_210205 of size 3100 created
MIDAS Tape Server: Shared memory ID is 3
MIDAS Tape Server: Shared memory segment located at address 7fbd51898000.
MIDAS Tape Server: Capabilities restored.
MIDAS Tape Server: Master global area initialised.
MIDAS Tape Server: Stats task has pid 4522
MIDAS Tape Server: Driver process for /dev/file/0 has pid 4523
MIDAS Tape Server: Driver process for /dev/null/0 has pid 4524
MIDAS Tape Server: Link task 0 has pid 4525
MIDAS Tape Server: Starting the RPC interface
MIDAS Tape Statistics: Message logger not contacted.
MIDAS Tape Statistics: MIDAS Tape Statistics Build February 14 2014
MIDAS Tape Statistics: Started with args 10205
MIDAS Tape Statistics: Configuration: SHM key=10205
MIDAS Tape Statistics: File mapped object /SHM_10205 of size 1331104 created
MIDAS Tape Statistics: Shared memory ID is 3
MIDAS Tape Statistics: Shared memory segment located at address 7f0f7088e000.
MIDAS Data Link (4525): Message logger not contacted.
MIDAS Data Link (4525): MIDAS Tape Data Link Build February 14 2014
MIDAS Data Link (4525): Started with args 10205
MIDAS Data Link (4525): Configuration: SHM key=10205, TCP port = 10305
MIDAS Data Link (4525): File mapped object /SHM_10205 of size 1331104 created
MIDAS Data Link (4525): Shared memory ID is 3
MIDAS Data Link (4525): Shared memory segment located at address 7fecd723a000.
MIDAS Data Link (4525): Starting the network interface
MIDAS Data Link (4525): TCP socket receive buffer was 87380 - now 249856
MIDAS Data Link (4525): TCP socket send buffer was 16384 - now 249856
MIDAS Data Link (4525): MIDAS Data Link thread 0 using TCP port 10305.
MIDAS Data Link (4525): Entering server loop
MIDAS Data Link (4525): thread 0 listening on port 10305
MIDAS Tape Server: Created RPC Program 28000205 Version 4 on UDP port 10205.
MIDAS Tape Server: Entering server loop
MIDAS Tape Server: MIDAS Tape Server now available on UDP port 10205.
MIDAS Tape Driver (4523): Message logger not contacted.
MIDAS Tape Driver (4523): MIDAS Tape Driver Build February 14 2014
MIDAS Tape Driver (4523): Started with args 0 10205
MIDAS Tape Driver (4523): Configuration: driver=0, key=10205.
MIDAS Tape Driver (4523): File mapped object /SHM_10205 of size 1331104 created
MIDAS Tape Driver (4523): Shared memory ID is 3
MIDAS Tape Driver (4523): Shared memory segment located at address 7f6c9a83f000.
MIDAS Tape Driver (4523): Using device /dev/file/0 of type file.
MIDAS Tape Driver (4524): Message logger not contacted.
MIDAS Tape Driver (4524): MIDAS Tape Driver Build February 14 2014
MIDAS Tape Driver (4524): Started with args 1 10205
MIDAS Tape Driver (4524): Configuration: driver=1, key=10205.
MIDAS Tape Driver (4524): File mapped object /SHM_10205 of size 1331104 created
MIDAS Tape Driver (4524): Shared memory ID is 3
MIDAS Tape Driver (4524): Shared memory segment located at address 7fcfa0949000.
MIDAS Tape Driver (4524): Using device /dev/null/0 of type sink.
MIDAS Tape Server: Capability 000692d95729f724 issued.
TapeServer: f_int: No such file or directory
Error 2 in f_int - No such file or directory
MIDAS Tape Driver (4523): Error 2 in f_int - No such file or directory
MIDAS Tape Server: Capability 000430285729f765 issued.
TapeServer: f_int: No such file or directory
Error 2 in f_int - No such file or directory
MIDAS Tape Driver (4523): Error 2 in f_int - No such file or directory |
|
Wed May 4 14:45:09 2016, TD, merge/tapeserver issues
|
TapeServer issue fixed - disk incorrectly mounted following reboot
DAQ/MERGE issues remain
>
> Reboot aidas1
> Power cycle FEE64s
>
> Startup DAQ and attempt data transfer
> enable #1 all only
> merge configured for 62 data links
> enabled links 0-31
>
> httpd/merge/tapeserver server terminal session follow
>
> Tape server error messages - see following and attachment
>
> Merge did not work - low rate (c. 50Hz, DAQ runing fast) SYNCs available for all acqservers?
> some other issue
>
>
> System identified is CPU x86_64; Platform is unix; OS is Linux and Version is 2.6.32-504.8.1.el6.x86_64
> Environment selected is CPU x64_64; Platform unix; OS Linux64 and Operating System Linux64
> MIDASBASE = /MIDAS@aidas and MIDAS_LIBRARY = /MIDAS@aidas/TclHttpd/Linux64
> PATH =
> /MIDAS@aidas/bin_Linux64:/MIDAS@aidas/TclHttpd/Linux64:/homes/npg/root/bin:/homes/npg/root/bin:/homes/npg/root/lib:/MIDAS/Linux/bin64:/usr/lib64/qt-3.3/bin:/usr/local/bin:/usr/bin:/bin
> package limit is not available: can't find package limit
> Running with default file descriptor limit
> package setuid is not available: can't find package setuid
> Could not change to user 50 group 50: not owner
> /debug user "debug" password "s3-awgr+32c4"
> httpd started on port 8115
>
> Custom startup from /MIDAS@aidas/config/TclHttpd/aidas1@8115/startup.tcl
> /TapeServer
> /DataBaseAccessServer
> Loaded MemSasAccess
> /SpectrumService
> /NetVarService
> /SigTaskService
> loading tcl/MERGERunControl.tcl for namespace ::
> /DataAcquisitionControlServer
> DefineMessage unknown
> Run Control Server Implementation for MERGE
> RunControlServer loaded
> loading Html/RunControl/implementation.tcl for namespace ::
> RunControl loaded
> loading Html/MERGE/RunControl/implementation.tcl for namespace ::
> ReadRegister failed: Name=NetVar.EXEC.ID; Code= 0x10004; Info= Register name does not exist
> created SigTask registers 0 0 0 0
> Created UI registers
> MERGE RunControl loaded
> Completed custom startup from /MIDAS@aidas/TclHttpd/Html/MERGE/RunControl/stats.defn.tcl
> Shared memory area located at 0x7f35b6609000
> Tape Server comms table located at 0x7f35b6609000
> setup Merge
> DataAcqCommand 1 Halt
> Halt (1)
> DataAcqCommand 8 Unmapping spectra
> Unmapping spectra (1)
> DataAcqCommand 3 Setup
> Setup (1)
> go Merge
> DataAcqCommand 2 Go
> Go (1)
> DataAcqCommand 16 MergeStart
> MergeStart (1)
> DataAcqCommand 17 MergePause
> MergePause (1)
> DataAcqCommand 17 MergePause
> MergePause (1)
>
>
>
>
>
> MERGE Data Link (4487): MERGE Data Link using TCP port 11039.
> MERGE Data Link (4487): Entering server loop
> MERGE Data Link (4487): listening on port 11039
> MRGE Stats created and initialised
> MERGE Data Link (4498): Starting the network interface
> MERGE Data Link (4498): TCP socket receive buffer was 87380 - now 249856
> MERGE Data Link (4498): TCP socket send buffer was 16384 - now 249856
> MERGE Data Link (4498): MERGE Data Link using TCP port 11050.
> MERGE Data Link (4498): Entering server loop
> MERGE Data Link (4498): listening on port 11050
> MRGE Stats created and initialised
> MERGE Data Link (4506): Starting the network interface
> MERGE Data Link (4506): TCP socket receive buffer was 87380 - now 249856
> MERGE Data Link (4506): TCP socket send buffer was 16384 - now 249856
> MERGE Data Link (4506): MERGE Data Link using TCP port 11058.
> MERGE Data Link (4506): Entering server loop
> MERGE Data Link (4506): listening on port 11058
> MRGE Stats created and initialised
> MERGE Data Link (4482): Starting the network interface
> MERGE Data Link (4482): TCP socket receive buffer was 87380 - now 249856
> MERGE Data Link (4482): TCP socket send buffer was 16384 - now 249856
> MERGE Data Link (4482): MERGE Data Link using TCP port 11034.
> MERGE Data Link (4482): Entering server loop
> MERGE Data Link (4482): listening on port 11034
> MRGE Stats created and initialised
> MERGE Data Link (4500): Starting the network interface
> MERGE Data Link (4500): TCP socket receive buffer was 87380 - now 249856
> MERGE Data Link (4500): TCP socket send buffer was 16384 - now 249856
> MERGE Data Link (4500): MERGE Data Link using TCP port 11052.
> MERGE Data Link (4500): Entering server loop
> MERGE Data Link (4500): listening on port 11052
> MRGE Stats created and initialised
> MERGE Data Link (4497): Starting the network interface
> MERGE Data Link (4497): TCP socket receive buffer was 87380 - now 249856
> MERGE Data Link (4497): TCP socket send buffer was 16384 - now 249856
> MERGE Data Link (4497): MERGE Data Link using TCP port 11049.
> MERGE Data Link (4497): Entering server loop
> MERGE Data Link (4497): listening on port 11049
> MRGE Stats created and initialised
> MERGE Data Link (4490): Starting the network interface
> MERGE Data Link (4490): TCP socket receive buffer was 87380 - now 249856
> MERGE Data Link (4490): TCP socket send buffer was 16384 - now 249856
> MERGE Data Link (4490): MERGE Data Link using TCP port 11042.
> MERGE Data Link (4490): Entering server loop
> MERGE Data Link (4490): listening on port 11042
> MRGE Stats created and initialised
> MERGE Data Link (4492): Starting the network interface
> MERGE Data Link (4492): TCP socket receive buffer was 87380 - now 249856
> MERGE Data Link (4492): TCP socket send buffer was 16384 - now 249856
> MERGE Data Link (4492): MERGE Data Link using TCP port 11044.
> MERGE Data Link (4492): Entering server loop
> MERGE Data Link (4492): listening on port 11044
> MRGE Stats created and initialised
> MERGE Data Link (4489): Starting the network interface
> MERGE Data Link (4489): TCP socket receive buffer was 87380 - now 249856
> MERGE Data Link (4489): TCP socket send buffer was 16384 - now 249856
> MERGE Data Link (4489): MERGE Data Link using TCP port 11041.
> MERGE Data Link (4489): Entering server loop
> MERGE Data Link (4489): listening on port 11041
> MRGE Stats created and initialised
> MERGE Data Link (4494): Starting the network interface
> MERGE Data Link (4494): TCP socket receive buffer was 87380 - now 249856
> MERGE Data Link (4494): TCP socket send buffer was 16384 - now 249856
> MERGE Data Link (4494): MERGE Data Link using TCP port 11046.
> MERGE Data Link (4494): Entering server loop
> MERGE Data Link (4494): listening on port 11046
> MRGE Stats created and initialised
> MERGE Data Link (4499): Starting the network interface
> MERGE Data Link (4499): TCP socket receive buffer was 87380 - now 249856
> MERGE Data Link (4499): TCP socket send buffer was 16384 - now 249856
> MERGE Data Link (4499): MERGE Data Link using TCP port 11051.
> MERGE Data Link (4499): Entering server loop
> MERGE Data Link (4499): listening on port 11051
> MRGE Stats created and initialised
> MERGE Data Link (4503): Starting the network interface
> MERGE Data Link (4503): TCP socket receive buffer was 87380 - now 249856
> MERGE Data Link (4503): TCP socket send buffer was 16384 - now 249856
> MERGE Data Link (4503): MERGE Data Link using TCP port 11055.
> MRGE Stats created and initialised
> MERGE Data Link (4503): Entering server loop
> MERGE Data Link (4503): listening on port 11055
> MERGE Data Link (4504): Starting the network interface
> MERGE Data Link (4504): TCP socket receive buffer was 87380 - now 249856
> MERGE Data Link (4504): TCP socket send buffer was 16384 - now 249856
> MERGE Data Link (4504): MERGE Data Link using TCP port 11056.
> MERGE Data Link (4504): Entering server loop
> MERGE Data Link (4504): listening on port 11056
> MRGE Stats created and initialised
> MERGE Data Link (4496): Starting the network interface
> MERGE Data Link (4496): TCP socket receive buffer was 87380 - now 249856
> MERGE Data Link (4496): TCP socket send buffer was 16384 - now 249856
> MERGE Data Link (4496): MERGE Data Link using TCP port 11048.
> MERGE Data Link (4496): Entering server loop
> MERGE Data Link (4496): listening on port 11048
> MRGE Stats created and initialised
> MERGE Data Link (4493): Starting the network interface
> MERGE Data Link (4493): TCP socket receive buffer was 87380 - now 249856
> MERGE Data Link (4493): TCP socket send buffer was 16384 - now 249856
> MERGE Data Link (4493): MERGE Data Link using TCP port 11045.
> MERGE Data Link (4493): Entering server loop
> MERGE Data Link (4493): listening on port 11045
> MRGE Stats created and initialised
> MERGE Data Link (4507): Starting the network interface
> MERGE Data Link (4507): TCP socket receive buffer was 87380 - now 249856
> MRGE Stats created and initialised
> MERGE Data Link (4507): TCP socket send buffer was 16384 - now 249856
> MERGE Data Link (4488): Starting the network interface
> MERGE Data Link (4507): MERGE Data Link using TCP port 11059.
> MERGE Data Link (4507): Entering server loop
> MERGE Data Link (4507): listening on port 11059
> MERGE Data Link (4488): TCP socket receive buffer was 87380 - now 249856
> MERGE Data Link (4488): TCP socket send buffer was 16384 - now 249856
> MERGE Data Link (4488): MERGE Data Link using TCP port 11040.
> MERGE Data Link (4488): Entering server loop
> MERGE Data Link (4488): listening on port 11040
> MRGE Stats created and initialised
> MERGE Data Link (4508): Starting the network interface
> MERGE Data Link (4508): TCP socket receive buffer was 87380 - now 249856
> MERGE Data Link (4508): TCP socket send buffer was 16384 - now 249856
> MERGE Data Link (4508): MERGE Data Link using TCP port 11060.
> MERGE Data Link (4508): Entering server loop
> MERGE Data Link (4508): listening on port 11060
> MRGE Stats created and initialised
> MERGE Program Release V3/x86_64 (Sep 3 2014, 18:22:23) starting
>
> Merge: Histogramming not using threads
> Merge: debugging initialised: off.
> MRGE Stats created and initialised
> MERGE Data Link (4510): Starting the network interface
> MERGE Data Link (4510): TCP socket receive buffer was 87380 - now 249856
> MRGE Stats created and initialised
> MERGE Data Link (4510): TCP socket send buffer was 16384 - now 249856
> MERGE Data Link (4505): Starting the network interface
> MERGE Data Link (4510): MERGE Data Link using TCP port 11062.
> MERGE Data Link (4510): Entering server loop
> MERGE Data Link (4510): listening on port 11062
> MERGE Data Link (4505): TCP socket receive buffer was 87380 - now 249856
> MERGE Data Link (4505): TCP socket send buffer was 16384 - now 249856
> MERGE Data Link (4505): MERGE Data Link using TCP port 11057.
> MERGE Data Link (4505): Entering server loop
> MERGE Data Link (4505): listening on port 11057
> Merge: opening buffer for Merge_EventBuffer, size 0x800
> Merge: returning merge memory at virtual 0x2602c50
> Event Buffer virtual address: 0x2602c50
> MRGE Stats created and initialised
> MERGE Data Link (4509): Starting the network interface
> MERGE Data Link (4509): TCP socket receive buffer was 87380 - now 249856
> MERGE Data Link (4509): TCP socket send buffer was 16384 - now 249856
> MERGE Data Link (4509): MERGE Data Link using TCP port 11061.
> MERGE Data Link (4509): Entering server loop
> MERGE Data Link (4509): listening on port 11061
> No links to initialise
> ************ Merge input buffers not yet set up ************
> MRGE Stats created and initialised
> MERGE Data Link (4502): Starting the network interface
> Data Acquisition using tape server localhost on port 0
> Initialising communication with tape server
> Setting Transfer Block Size 65536
> Setting Transfer Mode 3
> Setting Overlap Mode 0
> Setting nice 0
> TCP transfer library version 3.12
> MERGE Data Link (4502): TCP socket receive buffer was 87380 - now 249856
> MERGE Data Link (4502): TCP socket send buffer was 16384 - now 249856
> MERGE Data Link (4502): MERGE Data Link using TCP port 11054.
> MERGE Data Link (4502): Entering server loop
> MERGE Data Link (4502): listening on port 11054
> TCP socket send buffer was 16384 - now 249856
> TCP socket receive buffer was 87380 - now 249856
> TCP socket created OK - now connecting to localhost port 10305
> Transfer Error - : Connection refused
> connect() failed:
> MERGE now ready to be initialised and started
> MRGE Stats created and initialised
> MERGE Data Link (4501): Starting the network interface
> MERGE Data Link (4501): TCP socket receive buffer was 87380 - now 249856
> MERGE Data Link (4501): TCP socket send buffer was 16384 - now 249856
> MERGE Data Link (4501): MERGE Data Link using TCP port 11053.
> MERGE Data Link (4501): Entering server loop
> MERGE Data Link (4501): listening on port 11053
> Merge: debugging initialised: off.
> Event Buffer virtual address: 0x2602c50
> Merge: initialising for 32 links: 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28
> 29 30 31
> Merge: opening buffer for link0_Data, size 0x3c0000
> Merge: returning merge memory at virtual 0x7ff6c5974010
> Link Data buffer 0 (Link0), length 3932160 (0x3c0000) bytes mapped at: 0x7ff6c5974010 - 0x7ff6c5d3400f
> Merge: opening buffer for link1_Data, size 0x3c0000
> Merge: returning merge memory at virtual 0x7ff6c55b3010
> Link Data buffer 1 (Link1), length 3932160 (0x3c0000) bytes mapped at: 0x7ff6c55b3010 - 0x7ff6c597300f
> Merge: opening buffer for link2_Data, size 0x3c0000
> Merge: returning merge memory at virtual 0x7ff6c51f2010
> Link Data buffer 2 (Link2), length 3932160 (0x3c0000) bytes mapped at: 0x7ff6c51f2010 - 0x7ff6c55b200f
> Merge: opening buffer for link3_Data, size 0x3c0000
> Merge: returning merge memory at virtual 0x7ff6c4e31010
> Link Data buffer 3 (Link3), length 3932160 (0x3c0000) bytes mapped at: 0x7ff6c4e31010 - 0x7ff6c51f100f
> Merge: opening buffer for link4_Data, size 0x3c0000
> Merge: returning merge memory at virtual 0x7ff6c4a70010
> Link Data buffer 4 (Link4), length 3932160 (0x3c0000) bytes mapped at: 0x7ff6c4a70010 - 0x7ff6c4e3000f
> Merge: opening buffer for link5_Data, size 0x3c0000
> Merge: returning merge memory at virtual 0x7ff6c46af010
> Link Data buffer 5 (Link5), length 3932160 (0x3c0000) bytes mapped at: 0x7ff6c46af010 - 0x7ff6c4a6f00f
> Merge: opening buffer for link6_Data, size 0x3c0000
> Merge: returning merge memory at virtual 0x7ff6c42ee010
> Link Data buffer 6 (Link6), length 3932160 (0x3c0000) bytes mapped at: 0x7ff6c42ee010 - 0x7ff6c46ae00f
> Merge: opening buffer for link7_Data, size 0x3c0000
> Merge: returning merge memory at virtual 0x7ff6c3f2d010
> Link Data buffer 7 (Link7), length 3932160 (0x3c0000) bytes mapped at: 0x7ff6c3f2d010 - 0x7ff6c42ed00f
> Merge: opening buffer for link8_Data, size 0x3c0000
> Merge: returning merge memory at virtual 0x7ff6c3b6c010
> Link Data buffer 8 (Link8), length 3932160 (0x3c0000) bytes mapped at: 0x7ff6c3b6c010 - 0x7ff6c3f2c00f
> Merge: opening buffer for link9_Data, size 0x3c0000
> Merge: returning merge memory at virtual 0x7ff6c37ab010
> Link Data buffer 9 (Link9), length 3932160 (0x3c0000) bytes mapped at: 0x7ff6c37ab010 - 0x7ff6c3b6b00f
> Merge: opening buffer for link10_Data, size 0x3c0000
> Merge: returning merge memory at virtual 0x7ff6c33ea010
> Link Data buffer 10 (Link10), length 3932160 (0x3c0000) bytes mapped at: 0x7ff6c33ea010 - 0x7ff6c37aa00f
> Merge: opening buffer for link11_Data, size 0x3c0000
> Merge: returning merge memory at virtual 0x7ff6c3029010
> Link Data buffer 11 (Link11), length 3932160 (0x3c0000) bytes mapped at: 0x7ff6c3029010 - 0x7ff6c33e900f
> Merge: opening buffer for link12_Data, size 0x3c0000
> Merge: returning merge memory at virtual 0x7ff6c2c68010
> Link Data buffer 12 (Link12), length 3932160 (0x3c0000) bytes mapped at: 0x7ff6c2c68010 - 0x7ff6c302800f
> Merge: opening buffer for link13_Data, size 0x3c0000
> Merge: returning merge memory at virtual 0x7ff6c28a7010
> Link Data buffer 13 (Link13), length 3932160 (0x3c0000) bytes mapped at: 0x7ff6c28a7010 - 0x7ff6c2c6700f
> Merge: opening buffer for link14_Data, size 0x3c0000
> Merge: returning merge memory at virtual 0x7ff6c24e6010
> Link Data buffer 14 (Link14), length 3932160 (0x3c0000) bytes mapped at: 0x7ff6c24e6010 - 0x7ff6c28a600f
> Merge: opening buffer for link15_Data, size 0x3c0000
> Merge: returning merge memory at virtual 0x7ff6c2125010
> Link Data buffer 15 (Link15), length 3932160 (0x3c0000) bytes mapped at: 0x7ff6c2125010 - 0x7ff6c24e500f
> Merge: opening buffer for link16_Data, size 0x3c0000
> Merge: returning merge memory at virtual 0x7ff6c1d64010
> Link Data buffer 16 (Link16), length 3932160 (0x3c0000) bytes mapped at: 0x7ff6c1d64010 - 0x7ff6c212400f
> Merge: opening buffer for link17_Data, size 0x3c0000
> Merge: returning merge memory at virtual 0x7ff6c19a3010
> Link Data buffer 17 (Link17), length 3932160 (0x3c0000) bytes mapped at: 0x7ff6c19a3010 - 0x7ff6c1d6300f
> Merge: opening buffer for link18_Data, size 0x3c0000
> Merge: returning merge memory at virtual 0x7ff6c15e2010
> Link Data buffer 18 (Link18), length 3932160 (0x3c0000) bytes mapped at: 0x7ff6c15e2010 - 0x7ff6c19a200f
> Merge: opening buffer for link19_Data, size 0x3c0000
> Merge: returning merge memory at virtual 0x7ff6c1221010
> Link Data buffer 19 (Link19), length 3932160 (0x3c0000) bytes mapped at: 0x7ff6c1221010 - 0x7ff6c15e100f
> Merge: opening buffer for link20_Data, size 0x3c0000
> Merge: returning merge memory at virtual 0x7ff6c0e60010
> Link Data buffer 20 (Link20), length 3932160 (0x3c0000) bytes mapped at: 0x7ff6c0e60010 - 0x7ff6c122000f
> Merge: opening buffer for link21_Data, size 0x3c0000
> Merge: returning merge memory at virtual 0x7ff6c0a9f010
> Link Data buffer 21 (Link21), length 3932160 (0x3c0000) bytes mapped at: 0x7ff6c0a9f010 - 0x7ff6c0e5f00f
> Merge: opening buffer for link22_Data, size 0x3c0000
> Merge: returning merge memory at virtual 0x7ff6c06de010
> Link Data buffer 22 (Link22), length 3932160 (0x3c0000) bytes mapped at: 0x7ff6c06de010 - 0x7ff6c0a9e00f
> Merge: opening buffer for link23_Data, size 0x3c0000
> Merge: returning merge memory at virtual 0x7ff6c031d010
> Link Data buffer 23 (Link23), length 3932160 (0x3c0000) bytes mapped at: 0x7ff6c031d010 - 0x7ff6c06dd00f
> Merge: opening buffer for link24_Data, size 0x3c0000
> Merge: returning merge memory at virtual 0x7ff6bff5c010
> Link Data buffer 24 (Link24), length 3932160 (0x3c0000) bytes mapped at: 0x7ff6bff5c010 - 0x7ff6c031c00f
> Merge: opening buffer for link25_Data, size 0x3c0000
> Merge: returning merge memory at virtual 0x7ff6bfb9b010
> Link Data buffer 25 (Link25), length 3932160 (0x3c0000) bytes mapped at: 0x7ff6bfb9b010 - 0x7ff6bff5b00f
> Merge: opening buffer for link26_Data, size 0x3c0000
> Merge: returning merge memory at virtual 0x7ff6bf7da010
> Link Data buffer 26 (Link26), length 3932160 (0x3c0000) bytes mapped at: 0x7ff6bf7da010 - 0x7ff6bfb9a00f
> Merge: opening buffer for link27_Data, size 0x3c0000
> Merge: returning merge memory at virtual 0x7ff6bf419010
> Link Data buffer 27 (Link27), length 3932160 (0x3c0000) bytes mapped at: 0x7ff6bf419010 - 0x7ff6bf7d900f
> Merge: opening buffer for link28_Data, size 0x3c0000
> Merge: returning merge memory at virtual 0x7ff6bf058010
> Link Data buffer 28 (Link28), length 3932160 (0x3c0000) bytes mapped at: 0x7ff6bf058010 - 0x7ff6bf41800f
> Merge: opening buffer for link29_Data, size 0x3c0000
> Merge: returning merge memory at virtual 0x7ff6bec97010
> Link Data buffer 29 (Link29), length 3932160 (0x3c0000) bytes mapped at: 0x7ff6bec97010 - 0x7ff6bf05700f
> Merge: opening buffer for link30_Data, size 0x3c0000
> Merge: returning merge memory at virtual 0x7ff6be8d6010
> Link Data buffer 30 (Link30), length 3932160 (0x3c0000) bytes mapped at: 0x7ff6be8d6010 - 0x7ff6bec9600f
> Merge: opening buffer for link31_Data, size 0x3c0000
> Merge: returning merge memory at virtual 0x7ff6be515010
> Link Data buffer 31 (Link31), length 3932160 (0x3c0000) bytes mapped at: 0x7ff6be515010 - 0x7ff6be8d500f
> Queue 0 (Link0) starts at 0x7ff6c5974010
> Queue 1 (Link1) starts at 0x7ff6c55b3010
> Queue 2 (Link2) starts at 0x7ff6c51f2010
> Queue 3 (Link3) starts at 0x7ff6c4e31010
> Queue 4 (Link4) starts at 0x7ff6c4a70010
> Queue 5 (Link5) starts at 0x7ff6c46af010
> Queue 6 (Link6) starts at 0x7ff6c42ee010
> Queue 7 (Link7) starts at 0x7ff6c3f2d010
> Queue 8 (Link8) starts at 0x7ff6c3b6c010
> Queue 9 (Link9) starts at 0x7ff6c37ab010
> Queue 10 (Link10) starts at 0x7ff6c33ea010
> Queue 11 (Link11) starts at 0x7ff6c3029010
> Queue 12 (Link12) starts at 0x7ff6c2c68010
> Queue 13 (Link13) starts at 0x7ff6c28a7010
> Queue 14 (Link14) starts at 0x7ff6c24e6010
> Queue 15 (Link15) starts at 0x7ff6c2125010
> Queue 16 (Link16) starts at 0x7ff6c1d64010
> Queue 17 (Link17) starts at 0x7ff6c19a3010
> Queue 18 (Link18) starts at 0x7ff6c15e2010
> Queue 19 (Link19) starts at 0x7ff6c1221010
> Queue 20 (Link20) starts at 0x7ff6c0e60010
> Queue 21 (Link21) starts at 0x7ff6c0a9f010
> Queue 22 (Link22) starts at 0x7ff6c06de010
> Queue 23 (Link23) starts at 0x7ff6c031d010
> Queue 24 (Link24) starts at 0x7ff6bff5c010
> Queue 25 (Link25) starts at 0x7ff6bfb9b010
> Queue 26 (Link26) starts at 0x7ff6bf7da010
> Queue 27 (Link27) starts at 0x7ff6bf419010
> Queue 28 (Link28) starts at 0x7ff6bf058010
> Queue 29 (Link29) starts at 0x7ff6bec97010
> Queue 30 (Link30) starts at 0x7ff6be8d6010
> Queue 31 (Link31) starts at 0x7ff6be515010
> Merge: OutputTrace set to 1
> Merge: Histogramming using threads
> MERGE Merge setup complete
> Merge state now Going
> Merge: Searching for timestamp 0 or greater
> Merge state now Paused
> MERGE Data Link (4449): accepted connection from 10.1.1.1, port 50257
> MERGE Data Link (4449): buffer size changed to 65536
> MERGE Data Link (4452): accepted connection from 10.1.2.4, port 49227
> MERGE Data Link (4452): buffer size changed to 65536
> MERGE Data Link (4450): accepted connection from 10.1.1.2, port 40445
> MERGE Data Link (4450): buffer size changed to 65536
> MERGE Data Link (4455): accepted connection from 10.1.2.7, port 34403
> MERGE Data Link (4455): buffer size changed to 65536
> MERGE Data Link (4457): accepted connection from 10.1.1.9, port 60225
> MERGE Data Link (4457): buffer size changed to 65536
> MERGE Data Link (4453): accepted connection from 10.1.1.5, port 41911
> MERGE Data Link (4453): buffer size changed to 65536
> MERGE Data Link (4449): data_transfer - data received for link 0
> MERGE Data Link (4458): accepted connection from 10.1.1.10, port 44947
> MERGE Data Link (4458): buffer size changed to 65536
> MERGE Data Link (4451): accepted connection from 10.1.2.3, port 59179
> MERGE Data Link (4451): buffer size changed to 65536
> MERGE Data Link (4456): accepted connection from 10.1.2.8, port 39249
> MERGE Data Link (4456): buffer size changed to 65536
> MERGE Data Link (4454): accepted connection from 10.1.1.6, port 39943
> MERGE Data Link (4454): buffer size changed to 65536
> MERGE Data Link (4461): accepted connection from 10.1.1.13, port 60741
> MERGE Data Link (4461): buffer size changed to 65536
> MERGE Data Link (4450): data_transfer - data received for link 1
> MERGE Data Link (4460): accepted connection from 10.1.2.12, port 46265
> MERGE Data Link (4460): buffer size changed to 65536
> MERGE Data Link (4459): accepted connection from 10.1.2.11, port 37996
> MERGE Data Link (4459): buffer size changed to 65536
> MERGE Data Link (4452): data_transfer - data received for link 3
> MERGE Data Link (4463): accepted connection from 10.1.2.15, port 47971
> MERGE Data Link (4463): buffer size changed to 65536
> MERGE Data Link (4465): accepted connection from 10.1.1.17, port 51221
> MERGE Data Link (4465): buffer size changed to 65536
> MERGE Data Link (4455): data_transfer - data received for link 6
> MERGE Data Link (4457): data_transfer - data received for link 8
> MERGE Data Link (4453): data_transfer - data received for link 4
> MERGE Data Link (4464): accepted connection from 10.1.2.16, port 53141
> MERGE Data Link (4464): buffer size changed to 65536
> MERGE Data Link (4462): accepted connection from 10.1.1.14, port 37577
> MERGE Data Link (4462): buffer size changed to 65536
> MERGE Data Link (4458): data_transfer - data received for link 9
> MERGE Data Link (4451): data_transfer - data received for link 2
> MERGE Data Link (4456): data_transfer - data received for link 7
> MERGE Data Link (4468): accepted connection from 10.1.2.20, port 43867
> MERGE Data Link (4468): buffer size changed to 65536
> MERGE Data Link (4466): accepted connection from 10.1.1.18, port 49325
> MERGE Data Link (4466): buffer size changed to 65536
> MERGE Data Link (4470): accepted connection from 10.1.1.22, port 37734
> MERGE Data Link (4470): buffer size changed to 65536
> MERGE Data Link (4472): accepted connection from 10.1.2.24, port 54191
> MERGE Data Link (4472): buffer size changed to 65536
> MERGE Data Link (4473): accepted connection from 10.1.1.25, port 54981
> MERGE Data Link (4469): accepted connection from 10.1.1.21, port 47760
> MERGE Data Link (4473): buffer size changed to 65536
> MERGE Data Link (4469): buffer size changed to 65536
> MERGE Data Link (4467): accepted connection from 10.1.2.19, port 35051
> MERGE Data Link (4467): buffer size changed to 65536
> MERGE Data Link (4461): data_transfer - data received for link 12
> MERGE Data Link (4471): accepted connection from 10.1.2.23, port 39835
> MERGE Data Link (4471): buffer size changed to 65536
> MERGE Data Link (4475): accepted connection from 10.1.2.27, port 41369
> MERGE Data Link (4475): buffer size changed to 65536
> MERGE Data Link (4480): accepted connection from 10.1.2.32, port 33003
> MERGE Data Link (4477): accepted connection from 10.1.1.29, port 47070
> MERGE Data Link (4480): buffer size changed to 65536
> MERGE Data Link (4477): buffer size changed to 65536
> MERGE Data Link (4478): accepted connection from 10.1.1.30, port 51732
> MERGE Data Link (4478): buffer size changed to 65536
> MERGE Data Link (4460): data_transfer - data received for link 11
> MERGE Data Link (4459): data_transfer - data received for link 10
> MERGE Data Link (4454): data_transfer - data received for link 5
> MERGE Data Link (4476): accepted connection from 10.1.2.28, port 43974
> MERGE Data Link (4476): buffer size changed to 65536
> MERGE Data Link (4465): data_transfer - data received for link 16
> MERGE Data Link (4479): accepted connection from 10.1.2.31, port 46899
> MERGE Data Link (4479): buffer size changed to 65536
> MERGE Data Link (4474): accepted connection from 10.1.1.26, port 34630
> MERGE Data Link (4474): buffer size changed to 65536
> MERGE Data Link (4463): data_transfer - data received for link 14
> MERGE Data Link (4464): data_transfer - data received for link 15
> MERGE Data Link (4462): data_transfer - data received for link 13
> MERGE Data Link (4466): data_transfer - data received for link 17
> MERGE Data Link (4470): data_transfer - data received for link 21
> MERGE Data Link (4472): data_transfer - data received for link 23
> MERGE Data Link (4468): data_transfer - data received for link 19
> MERGE Data Link (4473): data_transfer - data received for link 24
> MERGE Data Link (4469): data_transfer - data received for link 20
> MERGE Data Link (4471): data_transfer - data received for link 22
> MERGE Data Link (4467): data_transfer - data received for link 18
> MERGE Data Link (4480): data_transfer - data received for link 31
> MERGE Data Link (4475): data_transfer - data received for link 26
> MERGE Data Link (4478): data_transfer - data received for link 29
> MERGE Data Link (4477): data_transfer - data received for link 28
> MERGE Data Link (4479): data_transfer - data received for link 30
> MERGE Data Link (4476): data_transfer - data received for link 27
> MERGE Data Link (4474): data_transfer - data received for link 25
> Merge: Restarting from timestamp 1 or greater
> MERGE Data Link (4449): client closed connection
> MERGE Data Link (4449): listening on port 11001
> MERGE Data Link (4452): client closed connection
> MERGE Data Link (4452): listening on port 11004
> MERGE Data Link (4455): client closed connection
> MERGE Data Link (4455): listening on port 11007
> MERGE Data Link (4450): client closed connection
> MERGE Data Link (4450): listening on port 11002
> MERGE Data Link (4451): client closed connection
> MERGE Data Link (4451): listening on port 11003
> MERGE Data Link (4456): client closed connection
> MERGE Data Link (4456): listening on port 11008
> MERGE Data Link (4453): client closed connection
> MERGE Data Link (4453): listening on port 11005
> MERGE Data Link (4457): client closed connection
> MERGE Data Link (4457): listening on port 11009
> MERGE Data Link (4454): client closed connection
> MERGE Data Link (4454): listening on port 11006
> MERGE Data Link (4458): client closed connection
> MERGE Data Link (4458): listening on port 11010
> MERGE Data Link (4461): client closed connection
> MERGE Data Link (4461): listening on port 11013
> MERGE Data Link (4459): client closed connection
> MERGE Data Link (4459): listening on port 11011
> MERGE Data Link (4460): client closed connection
> MERGE Data Link (4460): listening on port 11012
> MERGE Data Link (4465): client closed connection
> MERGE Data Link (4465): listening on port 11017
> MERGE Data Link (4464): client closed connection
> MERGE Data Link (4464): listening on port 11016
> MERGE Data Link (4462): client closed connection
> MERGE Data Link (4462): listening on port 11014
> MERGE Data Link (4463): client closed connection
> MERGE Data Link (4463): listening on port 11015
> MERGE Data Link (4466): client closed connection
> MERGE Data Link (4466): listening on port 11018
> MERGE Data Link (4467): client closed connection
> MERGE Data Link (4467): listening on port 11019
> MERGE Data Link (4468): client closed connection
> MERGE Data Link (4468): listening on port 11020
> MERGE Data Link (4469): client closed connection
> MERGE Data Link (4469): listening on port 11021
> MERGE Data Link (4472): client closed connection
> MERGE Data Link (4472): listening on port 11024
> MERGE Data Link (4470): client closed connection
> MERGE Data Link (4470): listening on port 11022
> MERGE Data Link (4473): client closed connection
> MERGE Data Link (4473): listening on port 11025
> MERGE Data Link (4471): client closed connection
> MERGE Data Link (4471): listening on port 11023
> MERGE Data Link (4480): client closed connection
> MERGE Data Link (4480): listening on port 11032
> MERGE Data Link (4477): client closed connection
> MERGE Data Link (4477): listening on port 11029
> MERGE Data Link (4476): client closed connection
> MERGE Data Link (4476): listening on port 11028
> MERGE Data Link (4479): client closed connection
> MERGE Data Link (4479): listening on port 11031
> MERGE Data Link (4478): client closed connection
> MERGE Data Link (4478): listening on port 11030
> MERGE Data Link (4475): client closed connection
> MERGE Data Link (4475): listening on port 11027
> MERGE Data Link (4474): client closed connection
> MERGE Data Link (4474): listening on port 11026
>
> Tidy up
> master(3162): Operation not permitted
> master: no process killed
> stats: no process killed
> driver: no process killed
> linkTCP: no process killed
> Starting Tape Server
> MIDAS Tape Server: Message logger not contacted.
> MIDAS Tape Server: MIDAS Tape Server Build February 14 2014
> MIDAS Tape Server: Unable to change scheduling priority - Permission denied
> MIDAS Tape Server: Using default startup
> MIDAS Tape Server: Configuration: UDP port = 10205, SHM key=10205.
> MIDAS Tape Server: File mapped object /SHM_10205 of size 1331104 created
> MIDAS Tape Server: Shared memory ID is 3
> MIDAS Tape Server: Shared memory segment located at address 7fbd51737000.
> MIDAS Tape Server: Configuration file used - /MIDAS/TapeServer/Linux64/TS_configuration
> MIDAS Tape Server: Stats task ./stats
> MIDAS Tape Server: Using device file /dev/file/0 ./driver
> MIDAS Tape Server: Using device sink /dev/null/0 ./driver
> MIDAS Tape Server: Data link ./linkTCP
> MIDAS Tape Server: Message reporting level = 0x180fff8
> MIDAS Tape Server: Message logging level = 0xfff8
> MIDAS Tape Server: Tape Server Options = 0x6
> MIDAS Tape Server: File device path base = /TapeData
> MIDAS Tape Server: Data buffer size = 65536
> MIDAS Tape Server: Tape block size = 65536
> MIDAS Tape Server: File mapped object /SHM_110205 of size 4195880 created
> MIDAS Tape Server: Shared memory ID is 3
> MIDAS Tape Server: Shared memory segment located at address 7fbd51336000.
> MIDAS Tape Server: File mapped object /SHM_210205 of size 3100 created
> MIDAS Tape Server: Shared memory ID is 3
> MIDAS Tape Server: Shared memory segment located at address 7fbd51898000.
> MIDAS Tape Server: Capabilities restored.
> MIDAS Tape Server: Master global area initialised.
> MIDAS Tape Server: Stats task has pid 4522
> MIDAS Tape Server: Driver process for /dev/file/0 has pid 4523
> MIDAS Tape Server: Driver process for /dev/null/0 has pid 4524
> MIDAS Tape Server: Link task 0 has pid 4525
> MIDAS Tape Server: Starting the RPC interface
> MIDAS Tape Statistics: Message logger not contacted.
> MIDAS Tape Statistics: MIDAS Tape Statistics Build February 14 2014
> MIDAS Tape Statistics: Started with args 10205
> MIDAS Tape Statistics: Configuration: SHM key=10205
> MIDAS Tape Statistics: File mapped object /SHM_10205 of size 1331104 created
> MIDAS Tape Statistics: Shared memory ID is 3
> MIDAS Tape Statistics: Shared memory segment located at address 7f0f7088e000.
> MIDAS Data Link (4525): Message logger not contacted.
> MIDAS Data Link (4525): MIDAS Tape Data Link Build February 14 2014
> MIDAS Data Link (4525): Started with args 10205
> MIDAS Data Link (4525): Configuration: SHM key=10205, TCP port = 10305
> MIDAS Data Link (4525): File mapped object /SHM_10205 of size 1331104 created
> MIDAS Data Link (4525): Shared memory ID is 3
> MIDAS Data Link (4525): Shared memory segment located at address 7fecd723a000.
> MIDAS Data Link (4525): Starting the network interface
> MIDAS Data Link (4525): TCP socket receive buffer was 87380 - now 249856
> MIDAS Data Link (4525): TCP socket send buffer was 16384 - now 249856
> MIDAS Data Link (4525): MIDAS Data Link thread 0 using TCP port 10305.
> MIDAS Data Link (4525): Entering server loop
> MIDAS Data Link (4525): thread 0 listening on port 10305
> MIDAS Tape Server: Created RPC Program 28000205 Version 4 on UDP port 10205.
> MIDAS Tape Server: Entering server loop
> MIDAS Tape Server: MIDAS Tape Server now available on UDP port 10205.
> MIDAS Tape Driver (4523): Message logger not contacted.
> MIDAS Tape Driver (4523): MIDAS Tape Driver Build February 14 2014
> MIDAS Tape Driver (4523): Started with args 0 10205
> MIDAS Tape Driver (4523): Configuration: driver=0, key=10205.
> MIDAS Tape Driver (4523): File mapped object /SHM_10205 of size 1331104 created
> MIDAS Tape Driver (4523): Shared memory ID is 3
> MIDAS Tape Driver (4523): Shared memory segment located at address 7f6c9a83f000.
> MIDAS Tape Driver (4523): Using device /dev/file/0 of type file.
> MIDAS Tape Driver (4524): Message logger not contacted.
> MIDAS Tape Driver (4524): MIDAS Tape Driver Build February 14 2014
> MIDAS Tape Driver (4524): Started with args 1 10205
> MIDAS Tape Driver (4524): Configuration: driver=1, key=10205.
> MIDAS Tape Driver (4524): File mapped object /SHM_10205 of size 1331104 created
> MIDAS Tape Driver (4524): Shared memory ID is 3
> MIDAS Tape Driver (4524): Shared memory segment located at address 7fcfa0949000.
> MIDAS Tape Driver (4524): Using device /dev/null/0 of type sink.
> MIDAS Tape Server: Capability 000692d95729f724 issued.
> TapeServer: f_int: No such file or directory
> Error 2 in f_int - No such file or directory
> MIDAS Tape Driver (4523): Error 2 in f_int - No such file or directory
> MIDAS Tape Server: Capability 000430285729f765 issued.
> TapeServer: f_int: No such file or directory
> Error 2 in f_int - No such file or directory
> MIDAS Tape Driver (4523): Error 2 in f_int - No such file or directory |
|
Wed May 4 07:04:12 2016, TD, WAVE statistics 13x
|
AIDA wave statistics
AIDA FEE adaptor cards only
BNC PB-4 pulser only to all channels (25Hz) |
|
Wed May 4 06:35:08 2016, TD, [How To] Save AIDA Settings & Options
|
From 'Control' tab select 'Save/Restore Settings'
From 'Save/Restore Module Settings'
select 'Reload'
select 'Module Names' whose settings should be saved (usually all)
select 'Generate new DB key' and make a note of the DB key generated
the DB key will have the format YYYYMMMDD-HH.MM.SS
The DB key will be used to name a directory to store AIDA settings
and is created uid: npg, gid: npgstaff, perms 755. However, its
contents are written uid: nfsnobody, gid nfsnobody. The default
directory (DB Key) permissions do not work - change the permissions
to 777 - before attempting to save data to this directory (DB Key).
change the permissions of the DB key directory using the command
chmod 777 /MIDAS/DB/EXPERIMENTS/AIDA/YYYYMMMDD-HH.MM.SS
select 'Save Settings' to save AIDA ASIC, LED and waveform settings to
the directory (DB key)
Example
aidas1> ls /MIDAS/DB/EXPERIMENTS/2016May03-20.44.33
CONTENTS nnaida13 nnaida18 nnaida22 nnaida27 nnaida31 nnaida7
nnaida1 nnaida14 nnaida19 nnaida23 nnaida28 nnaida32 nnaida8
nnaida10 nnaida15 nnaida2 nnaida24 nnaida29 nnaida4 nnaida9
nnaida11 nnaida16 nnaida20 nnaida25 nnaida3 nnaida5
nnaida12 nnaida17 nnaida21 nnaida26 nnaida30 nnaida6
aidas1> ls /MIDAS/DB/EXPERIMENTS/2016May03-20.44.33/nnaida1
CONTENTS
aidas1> more /MIDAS/DB/EXPERIMENTS/2016May03-20.44.33/nnaida1/CONTENTS
ASIC.1.3 string 0x02
ASIC.2.19 string 0x5c
ASIC.2.20 string 0x68
ASIC.1.4 string 0x07
ASIC.2.21 string 0x08
ASIC.2.22 string 0x5c
ASIC.1.5 string 0x08
ASIC.1.6 string 0x09
ASIC.2.23 string 0x08
ASIC.2.24 string 0x68
ASIC.1.7 string 0x05
ASIC.2.25 string 0x08
ASIC.1.8 string 0x00
ASIC.2.26 string 0xbf
ASIC.1.9 string 0x0f
ASIC.2.0 string 0x04
ASIC.2.1 string 0x05
ASIC.3.10 string 0x00
ASIC.2.2 string 0x06
ASIC.3.11 string 0x0d
ASIC.2.3 string 0x02
ASIC.3.12 string 0x10
ASIC.2.4 string 0x07
etc
To ensure that the new settings continue to be used through system power cycles
you define the DB key directory to use in AIDA Options as follows:
From 'Experiment Control' tab select 'Save/Restore Options'
From 'Options' tab
select 'Reload'
select 'Act on ALL Data Acquisition Servers?'
enter directory (DB Key) in the 'ASIC.settings' field
select 'Save Options'
Example
aidas1> ls /MIDAS/DB/EXPERIMENTS/AIDA/Options
nnaida1 nnaida13 nnaida17 nnaida20 nnaida24 nnaida28 nnaida31 nnaida6
nnaida10 nnaida14 nnaida18 nnaida21 nnaida25 nnaida29 nnaida32 nnaida7
nnaida11 nnaida15 nnaida19 nnaida22 nnaida26 nnaida3 nnaida4 nnaida8
nnaida12 nnaida16 nnaida2 nnaida23 nnaida27 nnaida30 nnaida5 nnaida9
aidas1> ls /MIDAS/DB/EXPERIMENTS/AIDA/Options/nnaida1
CONTENTS
aidas1> cat /MIDAS/DB/EXPERIMENTS/AIDA/Options/nnaida1/CONTENTS
Index string Stat.offset&&Aida_Hist_W_Enable&&TS_SYNC_PHASE&&ExtClk&&Aida.shift
&&MACB_TRIG_MODE&&Aida.offset&&Aida_GroupBase&&Rate.channels&&Stat.channels&&Ai
da.Vchannels&&ASIC.settings&&WAVE_DMA_HWM&&Aida_Hist_D_Enable&&Stat.shift&&Aida
.Wchannels&&Aida_Hist_V_Enable&&Include.Aida&&Aida.channels&&DataAcqPgm&&Aida_H
ist_H_Enable&&DataFormat&&ASIC_DMA_HWM&&Aida_Hist_L_Enable
Stat.offset string 64
Aida_Hist_W_Enable string 1
Aida.shift string 0
TS_SYNC_PHASE string 1
ExtClk string 1
Aida.offset string 0
MACB_TRIG_MODE string 14
Rate.channels string 150
Aida_GroupBase string 1
Stat.channels string 150
Aida_Hist_D_Enable string 1
ASIC.settings string 2016May03-20.44.33
WAVE_DMA_HWM string 0x0007ffff
Aida.Vchannels string 256
Stat.shift string 6
Aida.Wchannels string 1020
Aida_Hist_V_Enable string 0
Include.Aida string 1
Aida.channels string 65536
Aida_Hist_H_Enable string 1
DataFormat string AIDA
DataAcqPgm string AidaExecV8
ASIC_DMA_HWM string 0x000fffff
Aida_Hist_L_Enable string 1 |
|
Wed May 4 03:01:15 2016, TD, Wednesday 4 May 2016 11x
|
10.30 Power up.
Normal DAQ startup.
AIDA SYNCs show rates from ~0-450Hz.
Master Timestamp Control indicates SYNC phase 1.
Change SYNC phase to 3, AIDA SYNC rates ~300-450Hz.
See attachments 1-4
16.05 BNC PB-4 pulser to all channels, frequency c. 25Hz
Rate and HitRate spectra for all FEE64s - see attachments 5-8
Note - discriminator masks for all FEE64s set to 0x0
17.15 7x MSL type BB18(DS)-1000 installed
see attachments 9-10 - CAEN N1519 screenshots
17,55 Options for nnaida5 - see attachment 11 |
|
Tue May 3 08:46:25 2016, TD, MIDAS updates - problems 8x
|
1) Unable to enable data transfer
From RunControl unable to 'Enable #1 All' or 'Enable #2 All'
in the former case, no 'X' symbol appears by the sttaus of each acqserver
in the latter case I obtain an error
see attachments 1-3
Note the file referred to in the error message is
-rwxr-xr-x. 1 npg npgstaff 16503 Mar 9 22:46 DataAcquisitionControl.tml
2) Unable to plot temperature data
See attachment 4 for error message
3) MERGE shows 64 data links - only the first 32 can be toggled (enable/disable)
For 32x FEE64s should be able to toggle 64? Configuration file issue?
MERGE Program Release V3/x86_64 (Sep 3 2014, 18:22:23) starting
Merge: Histogramming not using threads
Merge: debugging initialised: off.
Merge: opening buffer for Merge_EventBuffer, size 0x800
Merge: returning merge memory at virtual 0xcb5c50
Event Buffer virtual address: 0xcb5c50
Merge: initialising for 8 links: 2 3 4 5 6 7 8 9
Merge: opening buffer for link2_Data, size 0x3c0000
Merge: returning merge memory at virtual 0x7f184cb93010
Link Data buffer 0 (Link2), length 3932160 (0x3c0000) bytes mapped at: 0x7f184cb93010 - 0x7f184cf5300f
Merge: opening buffer for link3_Data, size 0x3c0000
Merge: returning merge memory at virtual 0x7f184c7d2010
Link Data buffer 1 (Link3), length 3932160 (0x3c0000) bytes mapped at: 0x7f184c7d2010 - 0x7f184cb9200f
Merge: opening buffer for link4_Data, size 0x3c0000
Merge: returning merge memory at virtual 0x7f184c411010
Link Data buffer 2 (Link4), length 3932160 (0x3c0000) bytes mapped at: 0x7f184c411010 - 0x7f184c7d100f
Merge: opening buffer for link5_Data, size 0x3c0000
Merge: returning merge memory at virtual 0x7f184c050010
Link Data buffer 3 (Link5), length 3932160 (0x3c0000) bytes mapped at: 0x7f184c050010 - 0x7f184c41000f
Merge: opening buffer for link6_Data, size 0x3c0000
Merge: returning merge memory at virtual 0x7f184bc8f010
Link Data buffer 4 (Link6), length 3932160 (0x3c0000) bytes mapped at: 0x7f184bc8f010 - 0x7f184c04f00f
Merge: opening buffer for link7_Data, size 0x3c0000
Merge: returning merge memory at virtual 0x7f184b8ce010
Link Data buffer 5 (Link7), length 3932160 (0x3c0000) bytes mapped at: 0x7f184b8ce010 - 0x7f184bc8e00f
Merge: opening buffer for link8_Data, size 0x3c0000
Merge: returning merge memory at virtual 0x7f184b50d010
Link Data buffer 6 (Link8), length 3932160 (0x3c0000) bytes mapped at: 0x7f184b50d010 - 0x7f184b8cd00f
Merge: opening buffer for link9_Data, size 0x3c0000
Merge: returning merge memory at virtual 0x7f184b14c010
Link Data buffer 7 (Link9), length 3932160 (0x3c0000) bytes mapped at: 0x7f184b14c010 - 0x7f184b50c00f
Queue 0 (Link2) starts at 0x7f184cb93010
Queue 1 (Link3) starts at 0x7f184c7d2010
Queue 2 (Link4) starts at 0x7f184c411010
Queue 3 (Link5) starts at 0x7f184c050010
Queue 4 (Link6) starts at 0x7f184bc8f010
Queue 5 (Link7) starts at 0x7f184b8ce010
Queue 6 (Link8) starts at 0x7f184b50d010
Queue 7 (Link9) starts at 0x7f184b14c010
Merge: OutputTrace set to 1
Merge: Histogramming using threads
MERGE Merge setup complete
Data Acquisition using tape server localhost on port 0
Initialising communication with tape server
Setting Transfer Block Size 65536
Setting Transfer Mode 3
Setting Overlap Mode 0
Setting nice 0
TCP transfer library version 3.12
TCP socket send buffer was 16384 - now 249856
TCP socket receive buffer was 87380 - now 249856
TCP socket created OK - now connecting to localhost port 10305
Transfer Error - : Connection refused
connect() failed:
MERGE now ready to be initialised and started
MRGE Stats created and initialised
MERGE Data Link (7866): Starting the network interface
MERGE Data Link (7866): TCP socket receive buffer was 87380 - now 249856
MERGE Data Link (7866): TCP socket send buffer was 16384 - now 249856
MERGE Data Link (7866): MERGE Data Link using TCP port 11032.
MERGE Data Link (7866): Entering server loop
MERGE Data Link (7866): listening on port 11032
Merge: debugging initialised: off.
Event Buffer virtual address: 0xcb5c50
Merge: initialising for 32 links: 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28
29 30 31
Merge: opening buffer for link0_Data, size 0x3c0000
Merge: returning merge memory at virtual 0x7f184a367010
Link Data buffer 0 (Link0), length 3932160 (0x3c0000) bytes mapped at: 0x7f184a367010 - 0x7f184a72700f
Merge: opening buffer for link1_Data, size 0x3c0000
Merge: returning merge memory at virtual 0x7f1849fa6010
Link Data buffer 1 (Link1), length 3932160 (0x3c0000) bytes mapped at: 0x7f1849fa6010 - 0x7f184a36600f
Link Data buffer 2 (Link2), length 3932160 (0x3c0000) bytes mapped at: 0x7f184cb93010 - 0x7f184cf5300f
Link Data buffer 3 (Link3), length 3932160 (0x3c0000) bytes mapped at: 0x7f184c7d2010 - 0x7f184cb9200f
Link Data buffer 4 (Link4), length 3932160 (0x3c0000) bytes mapped at: 0x7f184c411010 - 0x7f184c7d100f
Link Data buffer 5 (Link5), length 3932160 (0x3c0000) bytes mapped at: 0x7f184c050010 - 0x7f184c41000f
Link Data buffer 6 (Link6), length 3932160 (0x3c0000) bytes mapped at: 0x7f184bc8f010 - 0x7f184c04f00f
Link Data buffer 7 (Link7), length 3932160 (0x3c0000) bytes mapped at: 0x7f184b8ce010 - 0x7f184bc8e00f
Link Data buffer 8 (Link8), length 3932160 (0x3c0000) bytes mapped at: 0x7f184b50d010 - 0x7f184b8cd00f
Link Data buffer 9 (Link9), length 3932160 (0x3c0000) bytes mapped at: 0x7f184b14c010 - 0x7f184b50c00f
Merge: opening buffer for link10_Data, size 0x3c0000
Merge: returning merge memory at virtual 0x7f1849be5010
Link Data buffer 10 (Link10), length 3932160 (0x3c0000) bytes mapped at: 0x7f1849be5010 - 0x7f1849fa500f
Merge: opening buffer for link11_Data, size 0x3c0000
Merge: returning merge memory at virtual 0x7f1849824010
Link Data buffer 11 (Link11), length 3932160 (0x3c0000) bytes mapped at: 0x7f1849824010 - 0x7f1849be400f
Merge: opening buffer for link12_Data, size 0x3c0000
Merge: returning merge memory at virtual 0x7f1849463010
Link Data buffer 12 (Link12), length 3932160 (0x3c0000) bytes mapped at: 0x7f1849463010 - 0x7f184982300f
Merge: opening buffer for link13_Data, size 0x3c0000
Merge: returning merge memory at virtual 0x7f18490a2010
Link Data buffer 13 (Link13), length 3932160 (0x3c0000) bytes mapped at: 0x7f18490a2010 - 0x7f184946200f
Merge: opening buffer for link14_Data, size 0x3c0000
Merge: returning merge memory at virtual 0x7f1848ce1010
Link Data buffer 14 (Link14), length 3932160 (0x3c0000) bytes mapped at: 0x7f1848ce1010 - 0x7f18490a100f
Merge: opening buffer for link15_Data, size 0x3c0000
Merge: returning merge memory at virtual 0x7f1848920010
Link Data buffer 15 (Link15), length 3932160 (0x3c0000) bytes mapped at: 0x7f1848920010 - 0x7f1848ce000f
Merge: opening buffer for link16_Data, size 0x3c0000
Merge: returning merge memory at virtual 0x7f184855f010
Link Data buffer 16 (Link16), length 3932160 (0x3c0000) bytes mapped at: 0x7f184855f010 - 0x7f184891f00f
Merge: opening buffer for link17_Data, size 0x3c0000
Merge: returning merge memory at virtual 0x7f184819e010
Link Data buffer 17 (Link17), length 3932160 (0x3c0000) bytes mapped at: 0x7f184819e010 - 0x7f184855e00f
Merge: opening buffer for link18_Data, size 0x3c0000
Merge: returning merge memory at virtual 0x7f1847ddd010
Link Data buffer 18 (Link18), length 3932160 (0x3c0000) bytes mapped at: 0x7f1847ddd010 - 0x7f184819d00f
Merge: opening buffer for link19_Data, size 0x3c0000
Merge: returning merge memory at virtual 0x7f1847a1c010
Link Data buffer 19 (Link19), length 3932160 (0x3c0000) bytes mapped at: 0x7f1847a1c010 - 0x7f1847ddc00f
Merge: opening buffer for link20_Data, size 0x3c0000
Merge: returning merge memory at virtual 0x7f184765b010
Link Data buffer 20 (Link20), length 3932160 (0x3c0000) bytes mapped at: 0x7f184765b010 - 0x7f1847a1b00f
Merge: opening buffer for link21_Data, size 0x3c0000
Merge: returning merge memory at virtual 0x7f184729a010
Link Data buffer 21 (Link21), length 3932160 (0x3c0000) bytes mapped at: 0x7f184729a010 - 0x7f184765a00f
Merge: opening buffer for link22_Data, size 0x3c0000
Merge: returning merge memory at virtual 0x7f1846ed9010
Link Data buffer 22 (Link22), length 3932160 (0x3c0000) bytes mapped at: 0x7f1846ed9010 - 0x7f184729900f
Merge: opening buffer for link23_Data, size 0x3c0000
Merge: returning merge memory at virtual 0x7f1846b18010
Link Data buffer 23 (Link23), length 3932160 (0x3c0000) bytes mapped at: 0x7f1846b18010 - 0x7f1846ed800f
Merge: opening buffer for link24_Data, size 0x3c0000
Merge: returning merge memory at virtual 0x7f1846757010
Link Data buffer 24 (Link24), length 3932160 (0x3c0000) bytes mapped at: 0x7f1846757010 - 0x7f1846b1700f
Merge: opening buffer for link25_Data, size 0x3c0000
Merge: returning merge memory at virtual 0x7f1846396010
Link Data buffer 25 (Link25), length 3932160 (0x3c0000) bytes mapped at: 0x7f1846396010 - 0x7f184675600f
Merge: opening buffer for link26_Data, size 0x3c0000
Merge: returning merge memory at virtual 0x7f1845fd5010
Link Data buffer 26 (Link26), length 3932160 (0x3c0000) bytes mapped at: 0x7f1845fd5010 - 0x7f184639500f
Merge: opening buffer for link27_Data, size 0x3c0000
Merge: returning merge memory at virtual 0x7f1845c14010
Link Data buffer 27 (Link27), length 3932160 (0x3c0000) bytes mapped at: 0x7f1845c14010 - 0x7f1845fd400f
Merge: opening buffer for link28_Data, size 0x3c0000
Merge: returning merge memory at virtual 0x7f1845853010
Link Data buffer 28 (Link28), length 3932160 (0x3c0000) bytes mapped at: 0x7f1845853010 - 0x7f1845c1300f
Merge: opening buffer for link29_Data, size 0x3c0000
Merge: returning merge memory at virtual 0x7f1845492010
Link Data buffer 29 (Link29), length 3932160 (0x3c0000) bytes mapped at: 0x7f1845492010 - 0x7f184585200f
Merge: opening buffer for link30_Data, size 0x3c0000
Merge: returning merge memory at virtual 0x7f18450d1010
Link Data buffer 30 (Link30), length 3932160 (0x3c0000) bytes mapped at: 0x7f18450d1010 - 0x7f184549100f
Merge: opening buffer for link31_Data, size 0x3c0000
Merge: returning merge memory at virtual 0x7f1844d10010
Link Data buffer 31 (Link31), length 3932160 (0x3c0000) bytes mapped at: 0x7f1844d10010 - 0x7f18450d000f
Queue 0 (Link0) starts at 0x7f184a367010
Queue 1 (Link1) starts at 0x7f1849fa6010
Queue 2 (Link2) starts at 0x7f184cb93010
Queue 3 (Link3) starts at 0x7f184c7d2010
Queue 4 (Link4) starts at 0x7f184c411010
Queue 5 (Link5) starts at 0x7f184c050010
Queue 6 (Link6) starts at 0x7f184bc8f010
Queue 7 (Link7) starts at 0x7f184b8ce010
Queue 8 (Link8) starts at 0x7f184b50d010
Queue 9 (Link9) starts at 0x7f184b14c010
Queue 10 (Link10) starts at 0x7f1849be5010
Queue 11 (Link11) starts at 0x7f1849824010
Queue 12 (Link12) starts at 0x7f1849463010
Queue 13 (Link13) starts at 0x7f18490a2010
Queue 14 (Link14) starts at 0x7f1848ce1010
Queue 15 (Link15) starts at 0x7f1848920010
Queue 16 (Link16) starts at 0x7f184855f010
Queue 17 (Link17) starts at 0x7f184819e010
Queue 18 (Link18) starts at 0x7f1847ddd010
Queue 19 (Link19) starts at 0x7f1847a1c010
Queue 20 (Link20) starts at 0x7f184765b010
Queue 21 (Link21) starts at 0x7f184729a010
Queue 22 (Link22) starts at 0x7f1846ed9010
Queue 23 (Link23) starts at 0x7f1846b18010
Queue 24 (Link24) starts at 0x7f1846757010
Queue 25 (Link25) starts at 0x7f1846396010
Queue 26 (Link26) starts at 0x7f1845fd5010
Queue 27 (Link27) starts at 0x7f1845c14010
Queue 28 (Link28) starts at 0x7f1845853010
Queue 29 (Link29) starts at 0x7f1845492010
Queue 30 (Link30) starts at 0x7f18450d1010
Queue 31 (Link31) starts at 0x7f1844d10010
MERGE Merge setup complete
Initialising communication with tape server localhost on port 0
Setting Transfer Block Size 65536
Setting Transfer Mode 3
Setting Overlap Mode 0
Setting nice 0
TCP transfer library version 3.12
TCP socket send buffer was 16384 - now 249856
TCP socket receive buffer was 87380 - now 249856
TCP socket created OK - now connecting to localhost port 10305
Connected to localhost port 10305
Merge state now Going
Merge: Searching for timestamp 0 or greater
Merge state now Paused
Merge state now Stopped
4) mtimeout not defined following SETUP
See attachment 5
5) No data acquisition
No histogram data. No SYNCs.
See attachments 6-8 |
|
Tue May 3 16:11:57 2016, TD, MIDAS updates - problems
|
With help from Patrick Coleman-Smith & Vic Pucknell most of the issues identified
appear to be related to one (or more) of the following issues
1) The FEEs required rebooting following MIDAS updates to use AIDAExecV8 (not AIDAExecV7) - reboot FEEs
2) New settings saved to /MIDAS/DB/EXPERIMENTS/AIDA/2016May03-20.44.33
3) AIDA options still quoted AIDAExecV7 cf AIDAExecV8 - update AIDA options, use new settings directory above
4) AIDA SYNCs appear to require SYNC Phase 2 or 3 (cf. 0 or 1) - PJCS reviewing
See attachments 1-4 respectively SYNC phases 0, 1, 2 & 3
Outstanding issues
1) Httpd Merger/TapeServer, MERGE & TapeServer issues - VFEP reviewing
With 64 data links configured, Httpd server crashes at startup
2) mtimeout not defined following SETUP
See Elog 200 - is this an issue?
3) Unable to plot AIDA temperatures (low priority)
> 1) Unable to enable data transfer
>
> From RunControl unable to 'Enable #1 All' or 'Enable #2 All'
>
> in the former case, no 'X' symbol appears by the sttaus of each acqserver
> in the latter case I obtain an error
>
> see attachments 1-3
>
> Note the file referred to in the error message is
>
> -rwxr-xr-x. 1 npg npgstaff 16503 Mar 9 22:46 DataAcquisitionControl.tml
>
> 2) Unable to plot temperature data
>
> See attachment 4 for error message
>
> 3) MERGE shows 64 data links - only the first 32 can be toggled (enable/disable)
> For 32x FEE64s should be able to toggle 64? Configuration file issue?
>
> MERGE Program Release V3/x86_64 (Sep 3 2014, 18:22:23) starting
>
> Merge: Histogramming not using threads
> Merge: debugging initialised: off.
> Merge: opening buffer for Merge_EventBuffer, size 0x800
> Merge: returning merge memory at virtual 0xcb5c50
> Event Buffer virtual address: 0xcb5c50
> Merge: initialising for 8 links: 2 3 4 5 6 7 8 9
> Merge: opening buffer for link2_Data, size 0x3c0000
> Merge: returning merge memory at virtual 0x7f184cb93010
> Link Data buffer 0 (Link2), length 3932160 (0x3c0000) bytes mapped at: 0x7f184cb93010 - 0x7f184cf5300f
> Merge: opening buffer for link3_Data, size 0x3c0000
> Merge: returning merge memory at virtual 0x7f184c7d2010
> Link Data buffer 1 (Link3), length 3932160 (0x3c0000) bytes mapped at: 0x7f184c7d2010 - 0x7f184cb9200f
> Merge: opening buffer for link4_Data, size 0x3c0000
> Merge: returning merge memory at virtual 0x7f184c411010
> Link Data buffer 2 (Link4), length 3932160 (0x3c0000) bytes mapped at: 0x7f184c411010 - 0x7f184c7d100f
> Merge: opening buffer for link5_Data, size 0x3c0000
> Merge: returning merge memory at virtual 0x7f184c050010
> Link Data buffer 3 (Link5), length 3932160 (0x3c0000) bytes mapped at: 0x7f184c050010 - 0x7f184c41000f
> Merge: opening buffer for link6_Data, size 0x3c0000
> Merge: returning merge memory at virtual 0x7f184bc8f010
> Link Data buffer 4 (Link6), length 3932160 (0x3c0000) bytes mapped at: 0x7f184bc8f010 - 0x7f184c04f00f
> Merge: opening buffer for link7_Data, size 0x3c0000
> Merge: returning merge memory at virtual 0x7f184b8ce010
> Link Data buffer 5 (Link7), length 3932160 (0x3c0000) bytes mapped at: 0x7f184b8ce010 - 0x7f184bc8e00f
> Merge: opening buffer for link8_Data, size 0x3c0000
> Merge: returning merge memory at virtual 0x7f184b50d010
> Link Data buffer 6 (Link8), length 3932160 (0x3c0000) bytes mapped at: 0x7f184b50d010 - 0x7f184b8cd00f
> Merge: opening buffer for link9_Data, size 0x3c0000
> Merge: returning merge memory at virtual 0x7f184b14c010
> Link Data buffer 7 (Link9), length 3932160 (0x3c0000) bytes mapped at: 0x7f184b14c010 - 0x7f184b50c00f
> Queue 0 (Link2) starts at 0x7f184cb93010
> Queue 1 (Link3) starts at 0x7f184c7d2010
> Queue 2 (Link4) starts at 0x7f184c411010
> Queue 3 (Link5) starts at 0x7f184c050010
> Queue 4 (Link6) starts at 0x7f184bc8f010
> Queue 5 (Link7) starts at 0x7f184b8ce010
> Queue 6 (Link8) starts at 0x7f184b50d010
> Queue 7 (Link9) starts at 0x7f184b14c010
> Merge: OutputTrace set to 1
> Merge: Histogramming using threads
> MERGE Merge setup complete
> Data Acquisition using tape server localhost on port 0
> Initialising communication with tape server
> Setting Transfer Block Size 65536
> Setting Transfer Mode 3
> Setting Overlap Mode 0
> Setting nice 0
> TCP transfer library version 3.12
> TCP socket send buffer was 16384 - now 249856
> TCP socket receive buffer was 87380 - now 249856
> TCP socket created OK - now connecting to localhost port 10305
> Transfer Error - : Connection refused
> connect() failed:
> MERGE now ready to be initialised and started
> MRGE Stats created and initialised
> MERGE Data Link (7866): Starting the network interface
> MERGE Data Link (7866): TCP socket receive buffer was 87380 - now 249856
> MERGE Data Link (7866): TCP socket send buffer was 16384 - now 249856
> MERGE Data Link (7866): MERGE Data Link using TCP port 11032.
> MERGE Data Link (7866): Entering server loop
> MERGE Data Link (7866): listening on port 11032
> Merge: debugging initialised: off.
> Event Buffer virtual address: 0xcb5c50
> Merge: initialising for 32 links: 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28
> 29 30 31
> Merge: opening buffer for link0_Data, size 0x3c0000
> Merge: returning merge memory at virtual 0x7f184a367010
> Link Data buffer 0 (Link0), length 3932160 (0x3c0000) bytes mapped at: 0x7f184a367010 - 0x7f184a72700f
> Merge: opening buffer for link1_Data, size 0x3c0000
> Merge: returning merge memory at virtual 0x7f1849fa6010
> Link Data buffer 1 (Link1), length 3932160 (0x3c0000) bytes mapped at: 0x7f1849fa6010 - 0x7f184a36600f
> Link Data buffer 2 (Link2), length 3932160 (0x3c0000) bytes mapped at: 0x7f184cb93010 - 0x7f184cf5300f
> Link Data buffer 3 (Link3), length 3932160 (0x3c0000) bytes mapped at: 0x7f184c7d2010 - 0x7f184cb9200f
> Link Data buffer 4 (Link4), length 3932160 (0x3c0000) bytes mapped at: 0x7f184c411010 - 0x7f184c7d100f
> Link Data buffer 5 (Link5), length 3932160 (0x3c0000) bytes mapped at: 0x7f184c050010 - 0x7f184c41000f
> Link Data buffer 6 (Link6), length 3932160 (0x3c0000) bytes mapped at: 0x7f184bc8f010 - 0x7f184c04f00f
> Link Data buffer 7 (Link7), length 3932160 (0x3c0000) bytes mapped at: 0x7f184b8ce010 - 0x7f184bc8e00f
> Link Data buffer 8 (Link8), length 3932160 (0x3c0000) bytes mapped at: 0x7f184b50d010 - 0x7f184b8cd00f
> Link Data buffer 9 (Link9), length 3932160 (0x3c0000) bytes mapped at: 0x7f184b14c010 - 0x7f184b50c00f
> Merge: opening buffer for link10_Data, size 0x3c0000
> Merge: returning merge memory at virtual 0x7f1849be5010
> Link Data buffer 10 (Link10), length 3932160 (0x3c0000) bytes mapped at: 0x7f1849be5010 - 0x7f1849fa500f
> Merge: opening buffer for link11_Data, size 0x3c0000
> Merge: returning merge memory at virtual 0x7f1849824010
> Link Data buffer 11 (Link11), length 3932160 (0x3c0000) bytes mapped at: 0x7f1849824010 - 0x7f1849be400f
> Merge: opening buffer for link12_Data, size 0x3c0000
> Merge: returning merge memory at virtual 0x7f1849463010
> Link Data buffer 12 (Link12), length 3932160 (0x3c0000) bytes mapped at: 0x7f1849463010 - 0x7f184982300f
> Merge: opening buffer for link13_Data, size 0x3c0000
> Merge: returning merge memory at virtual 0x7f18490a2010
> Link Data buffer 13 (Link13), length 3932160 (0x3c0000) bytes mapped at: 0x7f18490a2010 - 0x7f184946200f
> Merge: opening buffer for link14_Data, size 0x3c0000
> Merge: returning merge memory at virtual 0x7f1848ce1010
> Link Data buffer 14 (Link14), length 3932160 (0x3c0000) bytes mapped at: 0x7f1848ce1010 - 0x7f18490a100f
> Merge: opening buffer for link15_Data, size 0x3c0000
> Merge: returning merge memory at virtual 0x7f1848920010
> Link Data buffer 15 (Link15), length 3932160 (0x3c0000) bytes mapped at: 0x7f1848920010 - 0x7f1848ce000f
> Merge: opening buffer for link16_Data, size 0x3c0000
> Merge: returning merge memory at virtual 0x7f184855f010
> Link Data buffer 16 (Link16), length 3932160 (0x3c0000) bytes mapped at: 0x7f184855f010 - 0x7f184891f00f
> Merge: opening buffer for link17_Data, size 0x3c0000
> Merge: returning merge memory at virtual 0x7f184819e010
> Link Data buffer 17 (Link17), length 3932160 (0x3c0000) bytes mapped at: 0x7f184819e010 - 0x7f184855e00f
> Merge: opening buffer for link18_Data, size 0x3c0000
> Merge: returning merge memory at virtual 0x7f1847ddd010
> Link Data buffer 18 (Link18), length 3932160 (0x3c0000) bytes mapped at: 0x7f1847ddd010 - 0x7f184819d00f
> Merge: opening buffer for link19_Data, size 0x3c0000
> Merge: returning merge memory at virtual 0x7f1847a1c010
> Link Data buffer 19 (Link19), length 3932160 (0x3c0000) bytes mapped at: 0x7f1847a1c010 - 0x7f1847ddc00f
> Merge: opening buffer for link20_Data, size 0x3c0000
> Merge: returning merge memory at virtual 0x7f184765b010
> Link Data buffer 20 (Link20), length 3932160 (0x3c0000) bytes mapped at: 0x7f184765b010 - 0x7f1847a1b00f
> Merge: opening buffer for link21_Data, size 0x3c0000
> Merge: returning merge memory at virtual 0x7f184729a010
> Link Data buffer 21 (Link21), length 3932160 (0x3c0000) bytes mapped at: 0x7f184729a010 - 0x7f184765a00f
> Merge: opening buffer for link22_Data, size 0x3c0000
> Merge: returning merge memory at virtual 0x7f1846ed9010
> Link Data buffer 22 (Link22), length 3932160 (0x3c0000) bytes mapped at: 0x7f1846ed9010 - 0x7f184729900f
> Merge: opening buffer for link23_Data, size 0x3c0000
> Merge: returning merge memory at virtual 0x7f1846b18010
> Link Data buffer 23 (Link23), length 3932160 (0x3c0000) bytes mapped at: 0x7f1846b18010 - 0x7f1846ed800f
> Merge: opening buffer for link24_Data, size 0x3c0000
> Merge: returning merge memory at virtual 0x7f1846757010
> Link Data buffer 24 (Link24), length 3932160 (0x3c0000) bytes mapped at: 0x7f1846757010 - 0x7f1846b1700f
> Merge: opening buffer for link25_Data, size 0x3c0000
> Merge: returning merge memory at virtual 0x7f1846396010
> Link Data buffer 25 (Link25), length 3932160 (0x3c0000) bytes mapped at: 0x7f1846396010 - 0x7f184675600f
> Merge: opening buffer for link26_Data, size 0x3c0000
> Merge: returning merge memory at virtual 0x7f1845fd5010
> Link Data buffer 26 (Link26), length 3932160 (0x3c0000) bytes mapped at: 0x7f1845fd5010 - 0x7f184639500f
> Merge: opening buffer for link27_Data, size 0x3c0000
> Merge: returning merge memory at virtual 0x7f1845c14010
> Link Data buffer 27 (Link27), length 3932160 (0x3c0000) bytes mapped at: 0x7f1845c14010 - 0x7f1845fd400f
> Merge: opening buffer for link28_Data, size 0x3c0000
> Merge: returning merge memory at virtual 0x7f1845853010
> Link Data buffer 28 (Link28), length 3932160 (0x3c0000) bytes mapped at: 0x7f1845853010 - 0x7f1845c1300f
> Merge: opening buffer for link29_Data, size 0x3c0000
> Merge: returning merge memory at virtual 0x7f1845492010
> Link Data buffer 29 (Link29), length 3932160 (0x3c0000) bytes mapped at: 0x7f1845492010 - 0x7f184585200f
> Merge: opening buffer for link30_Data, size 0x3c0000
> Merge: returning merge memory at virtual 0x7f18450d1010
> Link Data buffer 30 (Link30), length 3932160 (0x3c0000) bytes mapped at: 0x7f18450d1010 - 0x7f184549100f
> Merge: opening buffer for link31_Data, size 0x3c0000
> Merge: returning merge memory at virtual 0x7f1844d10010
> Link Data buffer 31 (Link31), length 3932160 (0x3c0000) bytes mapped at: 0x7f1844d10010 - 0x7f18450d000f
> Queue 0 (Link0) starts at 0x7f184a367010
> Queue 1 (Link1) starts at 0x7f1849fa6010
> Queue 2 (Link2) starts at 0x7f184cb93010
> Queue 3 (Link3) starts at 0x7f184c7d2010
> Queue 4 (Link4) starts at 0x7f184c411010
> Queue 5 (Link5) starts at 0x7f184c050010
> Queue 6 (Link6) starts at 0x7f184bc8f010
> Queue 7 (Link7) starts at 0x7f184b8ce010
> Queue 8 (Link8) starts at 0x7f184b50d010
> Queue 9 (Link9) starts at 0x7f184b14c010
> Queue 10 (Link10) starts at 0x7f1849be5010
> Queue 11 (Link11) starts at 0x7f1849824010
> Queue 12 (Link12) starts at 0x7f1849463010
> Queue 13 (Link13) starts at 0x7f18490a2010
> Queue 14 (Link14) starts at 0x7f1848ce1010
> Queue 15 (Link15) starts at 0x7f1848920010
> Queue 16 (Link16) starts at 0x7f184855f010
> Queue 17 (Link17) starts at 0x7f184819e010
> Queue 18 (Link18) starts at 0x7f1847ddd010
> Queue 19 (Link19) starts at 0x7f1847a1c010
> Queue 20 (Link20) starts at 0x7f184765b010
> Queue 21 (Link21) starts at 0x7f184729a010
> Queue 22 (Link22) starts at 0x7f1846ed9010
> Queue 23 (Link23) starts at 0x7f1846b18010
> Queue 24 (Link24) starts at 0x7f1846757010
> Queue 25 (Link25) starts at 0x7f1846396010
> Queue 26 (Link26) starts at 0x7f1845fd5010
> Queue 27 (Link27) starts at 0x7f1845c14010
> Queue 28 (Link28) starts at 0x7f1845853010
> Queue 29 (Link29) starts at 0x7f1845492010
> Queue 30 (Link30) starts at 0x7f18450d1010
> Queue 31 (Link31) starts at 0x7f1844d10010
> MERGE Merge setup complete
> Initialising communication with tape server localhost on port 0
> Setting Transfer Block Size 65536
> Setting Transfer Mode 3
> Setting Overlap Mode 0
> Setting nice 0
> TCP transfer library version 3.12
> TCP socket send buffer was 16384 - now 249856
> TCP socket receive buffer was 87380 - now 249856
> TCP socket created OK - now connecting to localhost port 10305
> Connected to localhost port 10305
> Merge state now Going
> Merge: Searching for timestamp 0 or greater
> Merge state now Paused
> Merge state now Stopped
>
> 4) mtimeout not defined following SETUP
>
> See attachment 5
>
> 5) No data acquisition
> No histogram data. No SYNCs.
>
> See attachments 6-8 |
|
Tue May 3 15:45:17 2016, TD, AIDA Temperatures Log
|
AIDA temperatures (ASIC, Virtex, PSU) are recorded in the file:
/MIDAS/log/temperatures.txt |
|
Tue May 3 08:37:50 2016, TD, MIDAS updates
|
MIDAS updated per instructions of VFEP (I append the new and old versions of startup.tcl and aidacommon)
I have generated the AIDA update for V8 as 2 tarballs.
These are accessed using http://npg.dl.ac.uk/MIDAS/MIDAS_Release/
The files you want are the 3th and 4th
http://npg.dl.ac.uk/MIDAS/MIDAS_Release/AIDAExecV8_Update240416.tgz
http://npg.dl.ac.uk/MIDAS/MIDAS_Release/AIDA_Update240416.tgz
The AIDAExecV8... is just the data acq program
and AIDA_Update... is all the Html/tcl updates
for information here are the commands I Used to create
tar -zcf AIDA_Update240416.tgz TclHttpd/Html/AIDA TclHttpd/Html/DataAcquisitionControl TclHttpd/Html/Spectrum
TclHttpd/Html/RunControl TclHttpd/Html/MERGE TclHttpd/tcl/Common SOAP/tcl/SpectrumClient.tcl
tar -zcf AIDAExecV8_Update240416.tgz Data_Acq/bin/linux-ppc_4xx/AidaExecV8
JUst click on the name and select Save
to install
first move existing files which you will replace out of the way
cd /MIDAS
mv TclHttpd/Html/AIDA TclHttpd/Html/AIDA_BAK
mv TclHttpd/Html/DataAcquisitionControl TclHttpd/Html/DataAcquisitionControl_BAK
mv TclHttpd/Html/Spectrum TclHttpd/Html/Spectrum_BAK
mv TclHttpd/Html/RunControl TclHttpd/Html/RunControl_BAK
mv TclHttpd/Html/MERGE TclHttpd/Html/MERGE_BAK
mv TclHttpd/tcl/Common TclHttpd/tcl/Common_BAK
mv SOAP/tcl/SpectrumClient.tcl SOAP/tcl/SpectrumClient.tcl_BAK
now install the updates
the ********* is where you saved the tarballs to
possibly ~/Downloads/
cd /MIDAS
tar -zxf *********AIDA_Update240416.tgz
tar -zxf *********AIDAExecV8_Update240416.tgz
THis will install the updates.
I attach the startup.tcl file used for the TclHttpd (/MIDAS/config/TclHttpd/aidas1/)
The important bit is adding set DataTransferStreams 2
and the file (aidacommon) used for starting the data acq programs (/MIDAS/linux-ppc_4xx/startup)
Change V7 to V8
Vic |
|
Tue May 3 07:51:04 2016, TD, Tuesday 3 May 2016
|
32x FEE64 re-programmed from version 7 to version 8 per instructions
https://elog.ph.ed.ac.uk/AIDA/183
See attachments 1-3
PJCS What is the significance of 125 / 126 in the response from each FEE64? |
|
Mon May 2 12:13:25 2016, CG,PV,TD, Monday 2 May 2016 22x
|
|
|
Mon May 2 09:10:53 2016, TD, MIDAS_MIDASsort_160316 installed
|
The latest (and greatest!) version of MIDASsort has been installed.
To use MIDASsort
aidas1> setenv PATH /MIDAS/bin_Linux64:$PATH
aidas1> MIDAS64-session
Select 'MIDAS Data Analysis' from the 'MIDAS Application Selection' pop-up
Select 'Sort Tool' from 'MIDAS Base Frame'
AIDA data is written in the GREAT format
http://npg.dl.ac.uk/documents/edoc504/edoc504.html
https://elog.ph.ed.ac.uk/AIDA/113
Select 'Settings' from 'MIDAS Sort (64 bit) Control Frame' window
Select 'Use Gfortran?'
Select 'Sunsort spectrum name convention?'
Select 'Kill memsas server on Exit'
Select Input Data Format GREAT from 'MIDAS Sort (64 bit) Control Frame' window
Select 'Disk Info' from 'MIDAS Sort (64 bit) Control Frame'
Select 'Block size' 65536 from 'MIDASsort: Disk Info' window |
|
Mon May 2 07:37:03 2016, TD, AIDA FEE layout
|
UP
nnaida25
nnaida26
nnaida1 nnaida9 nnaida17
LEFT nnaida2 nnaida10 nnaida18 RIGHT
nnaida31 nnaida23 nnaida15 nnaida7 nnaida3 nnaida11 nnaida19 nnaida27
nnaida32 nnaida24 nnaida16 nnaida8 nnaida4 nnaida12 nnaida20 nnaida28
nnaida5 nnaida13 nnaida21
nnaida6 nnaida14 nnaida22
nnaida29
nnaida30
DOWN
<LOOKING UPSTREAM>
LEFT-RIGHT n+n ohmic strips
UP-DOWN p+n junction strips |
|
Mon May 2 07:27:26 2016, TD, aidas1 /etc/dhcp/dhcpd.conf updated
|
aidas1 /etc/dhcp/dhcpd.conf update
to install two scratch FEE modules assembled by PJCS April 2016
Previous version of configuration file saved to /etc/dhcp/dhcpd.conf.BAK-2May2016
#
# DHCP Server Configuration file.
# see /usr/share/doc/dhcp*/dhcpd.conf.sample
#
authoritative;
ddns-update-style none; ddns-updates off;
max-lease-time 691200;
option domain-search code 119 = string;
subnet 10.1.1.0 netmask 255.255.255.0 {
option subnet-mask 255.255.255.0;
option broadcast-address 10.1.1.255;
option routers 10.1.1.250;
pool {
range 10.1.1.100 10.1.1.249;
}
}
subnet 10.1.2.0 netmask 255.255.255.0 {
option subnet-mask 255.255.255.0;
option broadcast-address 10.1.2.255;
option routers 10.1.2.250;
pool {
range 10.1.2.100 10.1.2.249;
}
}
subnet 10.1.3.0 netmask 255.255.255.0 {
option subnet-mask 255.255.255.0;
option broadcast-address 10.1.3.255;
option routers 10.1.3.250;
pool {
range 10.1.3.100 10.1.3.249;
}
}
subnet 10.1.4.0 netmask 255.255.255.0 {
option subnet-mask 255.255.255.0;
option broadcast-address 10.1.4.255;
option routers 10.1.4.250;
pool {
range 10.1.4.100 10.1.4.249;
}
}
subnet 10.1.5.0 netmask 255.255.255.0 {
option subnet-mask 255.255.255.0;
option broadcast-address 10.1.5.255;
option routers 10.1.5.250;
pool {
range 10.1.5.100 10.1.5.249;
}
}
group {
use-host-decl-names true;
default-lease-time 3600;
max-lease-time 14400;
server-name "10.1.1.250";
next-server 10.1.1.250;
host nnrpi1 {
hardware ethernet b8:27:eb:78:ee:44;
fixed-address 10.1.1.251;
}
host nnaida1 {
hardware ethernet 00:04:a3:2a:d0:1b;
fixed-address 10.1.1.1;
option root-path "/MIDAS@aidas/XilinxLinux/ppc_4xx/rfs/nnaida1,tcp";
}
host nnaida2 {
hardware ethernet 00:04:a3:2a:d9:e1;
fixed-address 10.1.1.2;
option root-path "/MIDAS@aidas/XilinxLinux/ppc_4xx/rfs/nnaida2,tcp";
}
host nnaida5 {
hardware ethernet 00:04:a3:2a:d0:10;
fixed-address 10.1.1.5;
option root-path "/MIDAS@aidas/XilinxLinux/ppc_4xx/rfs/nnaida5,tcp";
}
host nnaida6 {
hardware ethernet 00:04:a3:2a:d4:b7;
fixed-address 10.1.1.6;
option root-path "/MIDAS@aidas/XilinxLinux/ppc_4xx/rfs/nnaida6,tcp";
}
host nnaida9 {
hardware ethernet 00:04:a3:2a:d9:ad;
fixed-address 10.1.1.9;
option root-path "/MIDAS@aidas/XilinxLinux/ppc_4xx/rfs/nnaida9,tcp";
}
host nnaida10 {
hardware ethernet 00:04:a3:2a:f7:07;
fixed-address 10.1.1.10;
option root-path "/MIDAS@aidas/XilinxLinux/ppc_4xx/rfs/nnaida10,tcp";
}
host nnaida13 {
hardware ethernet 00:04:a3:2b:11:b9;
fixed-address 10.1.1.13;
option root-path "/MIDAS@aidas/XilinxLinux/ppc_4xx/rfs/nnaida13,tcp";
}
host nnaida14 {
hardware ethernet 00:04:a3:2b:11:b8;
fixed-address 10.1.1.14;
option root-path "/MIDAS@aidas/XilinxLinux/ppc_4xx/rfs/nnaida14,tcp";
}
host nnaida17 {
hardware ethernet 00:04:a3:2a:d9:cc;
fixed-address 10.1.1.17;
option root-path "/MIDAS@aidas/XilinxLinux/ppc_4xx/rfs/nnaida17,tcp";
}
host nnaida18 {
hardware ethernet 00:04:a3:2a:b2:b2;
fixed-address 10.1.1.18;
option root-path "/MIDAS@aidas/XilinxLinux/ppc_4xx/rfs/nnaida18,tcp";
}
host nnaida21 {
hardware ethernet 00:04:a3:2b:27:23;
fixed-address 10.1.1.21;
option root-path "/MIDAS@aidas/XilinxLinux/ppc_4xx/rfs/nnaida21,tcp";
}
host nnaida22 {
hardware ethernet 00:04:a3:2a:f6:e9;
fixed-address 10.1.1.22;
option root-path "/MIDAS@aidas/XilinxLinux/ppc_4xx/rfs/nnaida22,tcp";
}
host nnaida25 {
hardware ethernet 00:04:a3:2a:d0:11;
fixed-address 10.1.1.25;
option root-path "/MIDAS@aidas/XilinxLinux/ppc_4xx/rfs/nnaida25,tcp";
}
host nnaida26 {
hardware ethernet 00:04:a3:2b:27:54;
fixed-address 10.1.1.26;
option root-path "/MIDAS@aidas/XilinxLinux/ppc_4xx/rfs/nnaida26,tcp";
}
host nnaida29 {
hardware ethernet 00:04:a3:2a:d0:06;
fixed-address 10.1.1.29;
option root-path "/MIDAS@aidas/XilinxLinux/ppc_4xx/rfs/nnaida29,tcp";
}
host nnaida30 {
hardware ethernet 00:04:a3:2a:d9:b6;
fixed-address 10.1.1.30;
option root-path "/MIDAS@aidas/XilinxLinux/ppc_4xx/rfs/nnaida30,tcp";
}
}
group {
use-host-decl-names true;
default-lease-time 3600;
max-lease-time 14400;
server-name "10.1.2.250";
next-server 10.1.2.250;
host nnaida3 {
hardware ethernet 00:04:a3:2a:f7:06;
fixed-address 10.1.2.3;
option root-path "/MIDAS@aidas/XilinxLinux/ppc_4xx/rfs/nnaida3,tcp";
}
host nnaida4 {
hardware ethernet 00:04:a3:2a:ed:b8;
fixed-address 10.1.2.4;
option root-path "/MIDAS@aidas/XilinxLinux/ppc_4xx/rfs/nnaida4,tcp";
}
host nnaida7 {
hardware ethernet 00:04:a3:2a:b8:8d;
fixed-address 10.1.2.7;
option root-path "/MIDAS@aidas/XilinxLinux/ppc_4xx/rfs/nnaida7,tcp";
}
host nnaida8 {
hardware ethernet 00:04:a3:2a:9c:07;
fixed-address 10.1.2.8;
option root-path "/MIDAS@aidas/XilinxLinux/ppc_4xx/rfs/nnaida8,tcp";
}
host nnaida11 {
hardware ethernet 00:04:a3:2b:11:af;
fixed-address 10.1.2.11;
option root-path "/MIDAS@aidas/XilinxLinux/ppc_4xx/rfs/nnaida11,tcp";
}
host nnaida12 {
hardware ethernet 00:04:a3:2a:d0:2f;
fixed-address 10.1.2.12;
option root-path "/MIDAS@aidas/XilinxLinux/ppc_4xx/rfs/nnaida12,tcp";
}
host nnaida15 {
hardware ethernet 00:04:a3:2a:f3:ac;
fixed-address 10.1.2.15;
option root-path "/MIDAS@aidas/XilinxLinux/ppc_4xx/rfs/nnaida15,tcp";
}
host nnaida16 {
hardware ethernet 00:04:a3:2a:9c:0e;
fixed-address 10.1.2.16;
option root-path "/MIDAS@aidas/XilinxLinux/ppc_4xx/rfs/nnaida16,tcp";
}
# 1 of 2 scratch FEE modules assembled by PJCS April 2016
host nnaida19 {
hardware ethernet 00:04:a3:2b:09:e7;
fixed-address 10.1.2.19;
option root-path "/MIDAS@aidas/XilinxLinux/ppc_4xx/rfs/nnaida19,tcp";
}
host nnaida20 {
hardware ethernet 00:04:a3:2b:22:55;
fixed-address 10.1.2.20;
option root-path "/MIDAS@aidas/XilinxLinux/ppc_4xx/rfs/nnaida20,tcp";
}
host nnaida23 {
hardware ethernet 00:04:a3:2a:b8:90;
fixed-address 10.1.2.23;
option root-path "/MIDAS@aidas/XilinxLinux/ppc_4xx/rfs/nnaida23,tcp";
}
host nnaida24 {
hardware ethernet 00:04:a3:2a:b6:45;
fixed-address 10.1.2.24;
option root-path "/MIDAS@aidas/XilinxLinux/ppc_4xx/rfs/nnaida24,tcp";
}
# 2 of 2 scratch FEE modules assembled by PJCS April 2016
host nnaida27 {
hardware ethernet 00:04:a3:2a:ed:9a;
fixed-address 10.1.2.27;
option root-path "/MIDAS@aidas/XilinxLinux/ppc_4xx/rfs/nnaida27,tcp";
}
host nnaida28 {
hardware ethernet 00:04:a3:2b:11:c5;
fixed-address 10.1.2.28;
option root-path "/MIDAS@aidas/XilinxLinux/ppc_4xx/rfs/nnaida28,tcp";
}
host nnaida31 {
hardware ethernet 00:04:a3:2b:11:ae;
fixed-address 10.1.2.31;
option root-path "/MIDAS@aidas/XilinxLinux/ppc_4xx/rfs/nnaida31,tcp";
}
host nnaida32 {
hardware ethernet 00:04:a3:2a:ed:b9;
fixed-address 10.1.2.32;
option root-path "/MIDAS@aidas/XilinxLinux/ppc_4xx/rfs/nnaida32,tcp";
}
}
group {
# 8 days
default-lease-time 691200;
# option dhcp-client-identifier "\0foo";
host nndhcp052 {
# Analysis server
hardware ethernet 00:22:19:50:02:40;
fixed-address 10.1.1.252;
}
} |
|
Sun May 1 07:59:08 2016, CG,PV,TD, AIDA Detector Configuration
|
UPSTREAM
Detector Serial Operating CAEN N1519 CAEN N1519 Bias FEE64 Bias Config
# # Bias (V) Addr # channel # Cable Core Braid
1 3058-2 +100 0 0 1 nnaida25, 27, 30 & 32 nnaida27 nnaida29 (LK5)
2 3058-3 +100 0 1 2 nnaida18, 20, 22 & 23 nnaida20 nnaida22 (LK1)
3 3058-4 +100 0 2 3 nnaida17, 19, 21 & 24 nnaida19 nnaida21 (LK5)
4 3058-5 +100 0 3 4 nnaida10, 12, 14 & 15 nnaida12 nnaida14 (LK1)
5 3058-6 +100 1 0 5 nnaida9, 11, 13 & 16 nnaida11 nnaida13 (LK5)
6 3058-7 +100 1 1 6 nnaida2, 4, 6 & 7 nnaida4 nnaida6 (LK1)
7 2977-15 +100 1 2 7 nnaida1, 3, 5 & 8 nnaida3 nnaida5 (LK5)
8 1 3 8
DOWNSTREAM
Notes
_____
MSL type BB18 PCB ground links (LK3 & LK7) not fitted
To be checked |
|
Sat Apr 30 16:27:50 2016, TD, Saturday 30 April 2016 photographs 6x
|
Attachments 1-4 MSL type 2977-2- adaptor PCB configurations (looking downstream) L, D, R, U
Attachments 5-6 MSL type 2977-20 illustrating polyethyelene 'bagging' of 3M 1345-wrapped
ribbon cables |
|
Sat Apr 30 07:46:47 2016, CG,PV,TD, Saturday 30 April 2016 11x
|
MSL type BB18 serial # 2977-20 bias +100V I_L +12.45uA T=23 deg C
(biased by nnaida # 3 & 5 )
DSSSD - AIDA adaptor PCB cabling
4 off LH Coupler (Kapton PCB, 5cm), 2x 34-way Samtec ribbon cable (62cm p+n, 53cm n+n),
RH coupler(Kapton PCB, 10cm)
+ 3M 1245 1.4mil copper foil screen ribbon cables (i.e. not RH & LH couplers)
+ drain wires -> gold-plated Lemo-00 test input connectors
to FEE64s in 4x FEE module crates
3M 1245-wrapped cables enclosed by polyethyelene bags (supplied to deliver 90cm Printech Kapton PCBs)
to ensure no electrical contact with snout, DSSSD mounting tubes, snout base etc
Snout drain wire to FEE module Cu block
nnaida 3 & 8 AIDA adaptor PCB rev C
nnaida 5 & 9 AIDA adaptor PCB rev C (LK1 fitted)
ground links LK3 & LK7 *not* fitted to nnaida3, 5, 8, & 9 AIDA adaptor PCBs
LK1 fitted to nnaida5 ( cf. https://elog.ph.ed.ac.uk/AIDA/190 )
Heavy duty copper cable connects copper front end frames of FEE modules
Nitto 5011N conductive gasket between FEE module and front end frames
Standard ASIC settings
nnaida 3 & 8 - negative input
nnaida 5 & 9 - positive input
Pulser BNC PB-4
Fall time 1.0ms
Rate c.100Hz
Delay min
Amplitude 50,000
Polarity -
Pulse top Tail
Atten 10x
+ polarity via EG&G Ortec 433A Sum & Invert Amplifier
Standard ASIC settings
Shaping time 8us
LEC/MEC Slow com 32 (dec)
Fast com 32 (dec)
HEC Fast com 2(dec)
Attachments 1-4 ASIC #1 waveforms from each FEE64
5-8 ASIC #2 spectra + 2.0.L pulser peak width
Pulser peak widths (ch FWHM) versus shaping time ( spectrum 2.4.L )
tau nnaida3 nnaida5 nnaida8 nnaida9
8 68 60 70 62
4 83 49 88 48
2 100 47 109 43
1 172 60 165 42
0.5 380 86 309 48
Note: n+n ohmic strips spectra > 100 ch FWHM display non-gaussian peaks/double peaking
15.45 Attempted to increase detector bias from +100V to +150V
Leakage current increased ~0.5uA/V for bias > 115V
Detector bias supply trips (20uA) at +120V
Remain at detector bias +100V
16.17 Switch polarity of detector bias from + to -
Move LK1 from nnaida5 to nnaida3
tau nnaida3 nnaida5 nnaida8 nnaida9
8 61 64 65 61
n+n ohmic strips ~10% improvement, p+n junction strips no significant change
16.30 Fit LK3/LK7 jumpers to connect adaptor PCB ground to detector PCB ground
tau nnaida3 nnaida5 nnaida8 nnaida9
8 61 64 62 60
No significant change to cf. previous test
18.30 Install second DSSSD
Upstream 3058-6 bias +100V I_L 4.15uA
Downstream 2977-20 bias +100V I_L 11.8uA
+ 207Bi source ~3cm upstream of 3058-6
Standard ASIC settings
shaping time 6us
slow comp 8(dec)
HEC fast comp 2(dec)
LEC/MEC fast comp 16(dec)
Pulser peak widths ~60 ch FWHM per previous tests today
Discriminator masks TBD
22.27 R2 to disk (directory /data20/TapeData/May2016)
MERGE data links 2-9
Run data to disk overnight. Add two more DSSSDs tomorrow.
09.21 R2 stopped |
|
Fri Apr 29 11:11:20 2016, CG,PV,TD, Friday 29 April 6x
|
MSL type BB18 serial # 2977-20 bias +100V I_L +12.0uA T=23 deg C
(biased by nnaida # 3 & 5 )
DSSSD - AIDA adaptor PCB cabling
4 off LH Coupler (Kapton PCB, 5cm), 2x 34-way Samtec ribbon cable (62cm p+n, 53cm n+n),
RH coupler(Kapton PCB, 10cm)
+ 3M 1245 1.4mil copper foil screen ribbon cables (i.e. not RH & LH couplers)
+ drain wires -> gold-plated Lemo-00 test input connectors
to FEE64s in 4x FEE module crates
Snout drain wire to FEE module Cu block
nnaida 3 & 8 AIDA adaptor PCB rev C
nnaida 5 & 9 AIDA adaptor PCB rev C (LK1 fitted)
ground links LK3 & LK7 fitted to nnaida3, 5, 8, & 9 AIDA adaptor PCBs
*** Note added 11.58 sat 30 Apr 2016
Detector bias cable to nnaida3 & 5 adaptor PCBs *but* LK1 fitted to nnaida9 *not* nnaida5.
This has been set this way since start of current series of tests Wed 27 April. Connecting
via a different adaptor PCB to that connected to the CAEN N1419 bias supply causes significant
noise issues presumably due to high resistance path via 2x adaptor PCB to DSSSD cables
and the DSSSD bias bus line on the DSSSD.
Heavy duty copper cable connects copper front end frames of FEE modules
Nitto 5011N conductive gasket between FEE module and front end frames
Standard ASIC settings
nnaida 3 & 8 - negative input
nnaida 5 & 9 - positive input
Pulser BNC PB-4
Fall time 1.0ms
Rate c.100Hz
Delay min
Amplitude 50,000
Polarity -
Pulse top Tail
Atten 10x
+ polarity via EG&G Ortec 433A Sum & Invert Amplifier
Pulser peak widths broad, structured, non gaussian c. 200ch FWHM
attachments 1-4 ASIC # 1 waveforms for each acqserver with all acqservers connected to same PSU
attachments 5-6 for comparison, from yesterday, with acqservers from two different PSUs - note
absence of HF noise in attachments 1-4 cf. attachments 5-6. |
|
Thu Apr 28 07:42:11 2016, TD, [How To] Change the AIDA Acquisition Server Configuration
|
Edit the file /MIDAS/config/TclHttpd/aidas1/startup.tcl and change the definition of variables
PACQSERVERS, NACQSERVERS, ACQSERVERS (respectively p+n junction strip FEE64s, n+n ohmic strip
FEE64s, and all FEE64s) for example,
variable PACQSERVERS; set PACQSERVERS { nnaida5 nnaida6 nnaida9 nnaida10}
variable NACQSERVERS; set NACQSERVERS { nnaida3 nnaida4 nnaida7 nnaida8}
lappend ACQSERVERS nnaida3
lappend ACQSERVERS nnaida4
lappend ACQSERVERS nnaida5
lappend ACQSERVERS nnaida6
lappend ACQSERVERS nnaida7
lappend ACQSERVERS nnaida8
lappend ACQSERVERS nnaida9
lappend ACQSERVERS nnaida10
You will need to close the web browser running MIDAS, restart the 'Httpd for Acquisition' server,
restart the web browser and start the MIDAS DAQ session.
On the 'Run Control' page, toggle 'Act on ALL Data Acquisition Servers' and select 'Reload' - the
revised acquisition server list should now be shown. |
|
Tue Apr 26 10:06:59 2016, CG, PV & TD, Tuesday 26 April
|
2 (of 3) WD 3Tb ATA disk drives are not currently mounted on aidas1.
Attempted to mount them but found device names changed at each boot.
See https://elog.ph.ed.ac.uk/AIDA/186
Mounted Seagate Backup Plus 8Tb USB disk drive - currently /dev/sda2 mounted
as /ntfs
See https://elog.ph.ed.ac.uk/AIDA/187
Started Raspberry Pi nnrpi1 - USB controlled ac mains relay OK
Startup AIDA and test with pulser and no external load.
Typical pulser peak widths ~12-14 ch FWHM as expected. |
|
Tue Apr 26 07:10:56 2016, TD, Seagate Backup Plus 8Tb USB disk installed
|
I have installed a Seagate Backup Plus 8Tb (nominal) USB disk for data backup and
transfer to the UK
As superuser
mount -t ntfs-3g /dev/sda2 /ntfs
[root@aidas1 npg]# df -h /ntfs
Filesystem Size Used Avail Use% Mounted on
/dev/sda2 7.3T 167G 7.2T 3% /ntfs
The device name will probably wander at each boot but can be obtained by using
Applications -> System Utilities -> Disk Utility
and selecting device from the menu of Storage Devices. |
|
Tue Apr 26 06:13:00 2016, TD, aidas1: updated /etc/fstab file
|
The aidas1 /etc/fstab file contained commented out entries for 2 (of 3) WD 3Tb disks
(slot # 3, 4 & 5). The entries are also incorrect - /dev/sdg1 does not exist and
/dev/sdc1 is already used by the OS. This file was most recently changed 8 June 2015.
*** Added note ***
The device list (/dev/sda etc) changes at each boot - at a subsequent reboot the
WD 3Tb disks moved from /dev/sdb, e & f to /dev/sdc, f & g.
cat /etc/fstab.ORIG
#
# /etc/fstab
# Created by anaconda on Tue Jan 7 13:48:12 2014
#
# Accessible filesystems, by reference, are maintained under '/dev/disk'
# See man pages fstab(5), findfs(8), mount(8) and/or blkid(8) for more info
#
/dev/mapper/vg_aidas1-lv_root / ext4 defaults 1 1
UUID=23874852-9e28-4e64-8857-2fb66e38e877 /boot ext4 defaults 1 2
/dev/mapper/vg_aidas1-lv_home /home ext4 defaults 1 2
/dev/mapper/VolGroup00-LogVol01 swap swap defaults 0 0
/dev/mapper/vg_aidas1-lv_swap swap swap defaults 0 0
tmpfs /dev/shm tmpfs defaults 0 0
devpts /dev/pts devpts gid=5,mode=620 0 0
sysfs /sys sysfs defaults 0 0
proc /proc proc defaults 0 0
/dev/Data1/data10 /data10 ext3 defaults 1 2
/dev/sdf1 /data20 ext4 defaults 1 3
#/dev/sdg1 /data30 ext4 defaults 1 4
#/dev/sdc1 /data40 ext4 defaults 1 5
The new /etc/fstab file enables all 3 (of 3) WD 3Tb disks
aidas1> cat /etc/fstab
#
# /etc/fstab
# Created by anaconda on Tue Jan 7 13:48:12 2014
#
# Accessible filesystems, by reference, are maintained under '/dev/disk'
# See man pages fstab(5), findfs(8), mount(8) and/or blkid(8) for more info
#
/dev/mapper/vg_aidas1-lv_root / ext4 defaults 1 1
UUID=23874852-9e28-4e64-8857-2fb66e38e877 /boot ext4 defaults 1 2
/dev/mapper/vg_aidas1-lv_home /home ext4 defaults 1 2
/dev/mapper/VolGroup00-LogVol01 swap swap defaults 0 0
/dev/mapper/vg_aidas1-lv_swap swap swap defaults 0 0
tmpfs /dev/shm tmpfs defaults 0 0
devpts /dev/pts devpts gid=5,mode=620 0 0
sysfs /sys sysfs defaults 0 0
proc /proc proc defaults 0 0
/dev/Data1/data10 /data10 ext3 defaults 1 2
/dev/sdf1 /data20 ext4 defaults 1 3
/dev/sdb1 /data30 ext4 defaults 1 4
/dev/sde1 /data40 ext4 defaults 1 5
aidas1> df -h
Filesystem Size Used Avail Use% Mounted on
/dev/mapper/vg_aidas1-lv_root
50G 27G 20G 58% /
tmpfs 3.9G 136K 3.9G 1% /dev/shm
/dev/sda1 477M 77M 376M 17% /boot
/dev/mapper/vg_aidas1-lv_home
860G 106M 816G 1% /home
/dev/mapper/Data1-data10
1.8T 1.6T 128G 93% /data10
/dev/sdf1 2.0T 32G 1.9T 2% /data20
/dev/sdb1 2.0T 71M 1.9T 1% /data30
/dev/sde1 2.0T 1.8T 140G 93% /data40
aidas1> ls /data10/TapeData
AIDA1 expt101 Feb2015 NULL R202_0 TAPE1
expt100 expt201 May2015 R200_0 R6 test1
aidas1> ls /data20/TapeData
Dec2015 Mar2016
aidas1> ls /data30/TapeData
ls: cannot access /data30/TapeData: No such file or directory
aidas1> ls /data40/TapeData
May2015 |
|
Mon Apr 25 10:11:40 2016, CG, KM, PV & TD, Monday 25 April
|
AIDA stand, Julabo FL11006 recirculating chiller (with 110VAC/50Hz - 240VAC/50Hz 3ph transformer)
moved from F11 downstream wall to ~2m downstream of EURICA
Julabo FL11006 recirculating chiller emptied, re-filled and tested OK
Completed installation of non-grounded, cat 6 network cables between Netgear Gbit network switches
and AIDA FEE mdoules |
|
Mon Apr 25 08:58:25 2016, TD, Report - high? - aidas1 - Binding NIS service FAILED
|
During a reboot of aidas1 the message
Binding NIS service FAILED
was observed during the services startup sequence. Is this an issue?
I can ping/ssh w29.ph.ed.ac.uk (Edinburgh NP group Sun server).
/var/log/messages appended |
|
Thu Apr 14 13:56:17 2016, PJCS, Updating the FEE64 firmware.
|
To update the FEE64 firmware:-
- Power-up the FEE64 modules that you wish to update.
- Identify the file to be used ( FEE_GF_Feb16_15.bin at 14/4/2016 )
- This file should be in the Server ( e.g. aidas1 ) at /MIDAS/Aida.
- Edit the file /MIDAS/Aida/FlashPgm.csh and change the file name at the "flashcp" command line to be the file you wish to update the FEE64s with.
- To run the file, and hence update the firmware, open the RunControl page and select "Program Flash Memories" from the menu of System Functions.
- Each of the FEE64 cards in the system at the time will update their firmware using the commands from the /MIDAS/Aida/FlashPgm.csh file.
- Once complete a log window will be displayed with a report about each FEE64.
- Power-cycle the FEE64s to load and run the new firmware.
- Use the "FEE Temperatures" page to check that all the FEE64 cards have the same version of the firmware loaded as expected. ( 0x10300C12 at 14/4/2016 )
-
|
|
Tue Mar 22 10:59:52 2016, TD : PJCS, Tuesday 22 March 7x
|
MSL type BB18(DS)-1000 serial 2998-22
Bias +200V, I_L +=5.515uA, ambient temperature +19.8 deg C
DSSSD - AIDA adaptor PCB cabling
4 off LH Coupler (Kapton PCB, 5cm), 2x 34-way Samtec ribbon cable (45cm), RH coupler(Kapton PCB, 10cm)
+ 3M 1245 1.4mil copper foil screen ribbon cables + RH coupler only (i.e. not LH coupler)
+ drain wires -> gold-plated Lemo-00 test input connectors
nnaida 11 & 12 AIDA adaptor PCB rev B
nnaida 13 & 14 AIDA adaptor PCB rev C (LK1 fitted)
ground links LK3 & LK7 fitted to nnaida11-14 AIDA adaptor PCBs
Heavy duty copper cable connects copper front end frames of FEE modules
Nitto 5011N conductive gasket between FEE module and front end frames
Standard ASIC settings
nnaida 11 & 12 - negative input
nnaida 13 & 14 - positive input
Pulser BNC PB-5
Fall time 1.0ms
Rate 100Hz
Delay 250ns
Ampl 5.00000V
Polarity +
Pulse top Tail
Atten 10x
Clamp ON
- polarity via Cooknell SA1 Summing Amplifier
207Bi source, approx centred on DSSSD, approx 3cm from DSSSD
AIDA FEE firmware version 8
+ sync 500kHz ASIC clock
File R53
shaping time 8uS
slow comparator 10 (dec)
LEC/MEC fast comparator 16 (dec)
start: 10.50 stop: 13.30 23.3.16
spectra saved to disk 14.30 (BST) (sic)
Pulser OFF
nnaida 11 disc # 55 disabled
12 disc # 2 & 55 disabled
13 & 14 *no* discs disabled
nnaida14 sampling ADCs not calibrated for previous run *but* no wavfeform data streams enabled so not a
problem
new PCS diagnostics indicate FEE ASIC clocks aligned & synchronised - check!
File R53
shaping time 8uS
slow comparator 10 (dec)
LEC/MEC fast comparator 10 (dec)
start: 14.30 23.3.16 stop:
spectra saved to disk
Pulser OFF
nnaida 11 disc # 55 disabled
12 disc # 2 & 55 disabled
13 & 14 *no* discs disabled
nnaida11, 12, 13 & 14 waveforms & verniers enabled - see attachments 1-7
(data queue for nnaida12 waveforms & verniers disabled to avoid problems merger even though nnaida
produces WAVE SYNCs)
R54 stopped at 16:54. disc full. |
|
Mon Mar 21 14:37:41 2016, PJCS, Vernier Timing document for comment
|
Here is a document about the FEE64 waveform Vernier Timing.
Please comment/criticise/offer advice.
|
|
Thu Mar 17 10:46:30 2016, TD, Analysis of R45 8x
|
See https://elog.ph.ed.ac.uk/AIDA/179
207Bi source, no pulser
Shaping time 8us
Slow comparator 0xa
Fast comparator 0xa
Re-order ASIC <-> MSL type BB18 adaptor PCB J1 connector mapping - see below
C----67---------------------------------------------------------------72------80
FUNCTION bb18order( channel )
INTEGER array( 0:63 ), bb18order, channel
C ASIC # 0 channel # 0 = array(0)
C ASIC # 1 channel # 0 = array(16)
C ASIC # 2 channel # 0 = array(32)
C ASIC # 3 channel # 0 = array(48)
C Array contents correspond to the MSL type BB18 adaptor J1 connector
C strip sequence # 0-63
DATA array /
+ 62, 63, 59, 60, 61, 56, 57, 58, 52, 53, 54, 55, 49, 50, 51, 45,
+ 46, 47, 48, 42, 43, 44, 38, 39, 40, 41, 35, 36, 37, 31, 32, 33,
+ 34, 28, 29, 30, 24, 25, 26, 27, 21, 22, 23, 17, 18, 19, 20, 14,
+ 15, 16, 10, 11, 12, 7, 3, 0, 8, 4, 1, 9, 5, 2, 13, 6 /
bb18order = array( channel )
RETURN
C----67---------------------------------------------------------------72------80
END
C----67---------------------------------------------------------------72------80
Which can be used, for example, as follows:
channel = bb18order( channel )
ch = channel + ( module - 1 ) * 64 + ( range * 2048 )
where channel (ASIC channels # 0-63), module (FEE #) and range (0=LEC/MEC, 1=HEC)
are supplied by the GREAT format data item.
Attachments 1-7 - 2D hit pattern showing which (if any) other channels j are active
( hit(j) = .true. ) in an event (< 410 clock cycles) in addition to channel i
DO i = 640, 767
IF ( hit( i ) ) THEN
DO j = i, 767
IF ( hit( j ) ) THEN
CALL inc2d( 4014, i - 640, j - 640 )
ENDIF
ENDDO
ENDIF
ENDDO
DO i = 768, 895
IF ( hit( i ) ) THEN
DO j = i, 895
IF ( hit( j ) ) THEN
CALL inc2d( 4014, i - 640, j - 640 )
ENDIF
ENDDO
ENDIF
ENDDO
Attachments 1-7 should be compared with the same spectrum shown in https://elog.ph.ed.ac.uk/AIDA/177 |
|
Tue Mar 15 11:15:42 2016, TD, Tuesday 15 March
|
MSL type BB18(DS)-1000 serial 2998-22
Bias +200V, I_L +=5.845uA, ambient temperature +19.8 deg C
DSSSD - AIDA adaptor PCB cabling
4 off LH Coupler (Kapton PCB, 5cm), 2x 34-way Samtec ribbon cable (45cm), RH coupler(Kapton PCB, 10cm)
+ 3M 1245 1.4mil copper foil screen ribbon cables + RH coupler only (i.e. not LH coupler)
+ drain wires -> gold-plated Lemo-00 test input connectors
nnaida 11 & 12 AIDA adaptor PCB rev B
nnaida 13 & 14 AIDA adaptor PCB rev C (LK1 fitted)
ground links LK3 & LK7 fitted to nnaida11-14 AIDA adaptor PCBs
Heavy duty copper cable connects copper front end frames of FEE modules
Nitto 5011N conductive gasket between FEE module and front end frames
Standard ASIC settings
nnaida 11 & 12 - negative input
nnaida 13 & 14 - positive input
Pulser BNC PB-5
Fall time 1.0ms
Rate 100Hz
Delay 250ns
Ampl 5.00000V
Polarity +
Pulse top Tail
Atten 10x
Clamp ON
- polarity via Cooknell SA1 Summing Amplifier
207Bi source, approx centred on DSSSD, approx 3cm from DSSSD
AIDA FEE firmware version 8
+ sync 500kHz ASIC clock
File R45
shaping time 8uS
slow comparator 10 (dec)
LEC/MEC fast comparator 10 (dec)
start: 12.08 stop: 10.24 16.3.16
spectra saved to disk 11.26 BST (sic)
Pulser OFF
nnaida 11 disc # 55 disabled
12 disc # 2 & 55 disabled
13 & 14 *no* discs disabled
16.3.16 12.10 Bias +200V, I_L +=6.900uA, ambient temperature +19.8 deg C
See attachments 1-5
File R48
shaping time 8uS
slow comparator 10 (dec)
LEC/MEC fast comparator 255 (dec)
start: 13.45 stop:
spectra saved to disk 1BST (sic)
Pulser walkthrough
Pulser BNC PB-5
Fall time 1.0ms
Rate 100Hz
Delay 250ns
Ampl 10.00000-1.00000V
Polarity +
Pulse top Tail
Atten 5x
Clamp ON
- polarity via Cooknell SA1 Summing Amplifier
file R52
shaping time 8uS
slow comparator 10 (dec)
LEC/MEC fast comparator 10 (dec)
start: stop: 15.46
spectra saved to disk 16.49 BST (sic)
Pulser walkthrough
Pulser BNC PB-5
Fall time 1.0ms
Rate 100Hz
Delay 250ns
Ampl 1.00000-0.10000V
Polarity +
Pulse top Tail
Atten 5x
Clamp ON
- polarity via Cooknell SA1 Summing Amplifier |
|
Mon Mar 14 11:27:47 2016, PJCS, ASIC_clock synchronisation across the system
|
During 'SETUP' the ASIC readout clock ( 500KHz ) is synchronised to the SYNC pulse in V8.10 and later versions of the VHDL.
Attached is a short run for verification.
|
|
Fri Mar 11 15:31:53 2016, TD, Analysis of R34_0
|
lancre> ./analyser R34_0
*** GREAT format 3.2.0 analyser - TD - May 2014
*** ERROR: READ I/O error: 5002
blocks: 32000
ADC data format: 256723694 ( 22317.5 Hz)
Other data format: 4388146 ( 381.5 Hz)
Sample trace data format: 0 ( 0.0 Hz)
Undefined format: 0 ( 0.0 Hz)
Other data format type: PAUSE: 2 ( 0.0 Hz)
RESUME: 2 ( 0.0 Hz)
SYNC100: 4388142 ( 381.5 Hz)
FEE64 disc: 0 ( 0.0 Hz)
MBS info: 0 ( 0.0 Hz)
Other info: 0 ( 0.0 Hz)
ADC data range bit set: 0 ( 0.0 Hz)
Timewarps: ADC: 0 ( 0.0 Hz)
PAUSE: 0 ( 0.0 Hz)
RESUME: 0 ( 0.0 Hz)
SYNC100: 0 ( 0.0 Hz)
FEE64 disc: 0 ( 0.0 Hz)
MBS info: 0 ( 0.0 Hz)
Undefined: 0 ( 0.0 Hz)
Sample trace: 0 ( 0.0 Hz)
Timestamp elapsed time: 11503.249 s
*** Program elapsed time: 18.582s ( 1722.094 blocks/s, 107.631 Mb/s)
Attachment 1 - expanded view of 2D hit spectrum (#4014) identifying which channels appear
in coincidence (0-410 100MHz clock ticks inclusive) with each channel (FORTRAN code fragment
shown below)
Attachment 2 - output of sort program for events in fee module #1 channels #26 and #32
- timestamps identified are then used to present raw analyser data within +/- 8 data items
of this timestamp
DO i = 640, 767
IF ( hit( i ) ) THEN
DO j = i, 767
IF ( hit( j ) ) THEN
CALL inc2d( 4014, i - 640, j - 640 )
IF ( i-640.EQ.26 .AND. j-640.EQ.32 ) THEN
WRITE( 6, 9010 )
DO k = 0, 2047
IF ( hit( k ) ) THEN
module = INT( k/64 ) + 1
channel = k - ( (module-1) * 64 )
WRITE( 6, 9020 ) k, module, channel, data(k), tsa(k)
ENDIF
ENDDO
ENDIF
ENDIF
ENDDO
ENDIF
ENDDO
DO i = 768, 895
IF ( hit( i ) ) THEN
DO j = i, 895
IF ( hit( j ) ) THEN
CALL inc2d( 4014, i - 640, j - 640 )
ENDIF
ENDDO
ENDIF
ENDDO
Attachments 3-5 higher statistics 2D hit pattern |
|
Tue Mar 8 16:29:07 2016, TD, Report - high - AIDA timestamps
|
Version 8 firmware
Analysing R37_* data files (see https://elog.ph.ed.ac.uk/AIDA/160)
Usinmg MIDASsort, I generate a spectrum showing the time difference (10ns clock cycles)
between sequential ADC data items. There is an offset of 1000.
I observe peaks at 1000, 1200, 1400 etc - as expected
I also observe peaks at +/-10 clock cycles relative to these main peaks - not expected
I also observe some discrete intermediate peaks - not expected |
|
Thu Mar 10 16:35:39 2016, TD : PJCS, Report - high - AIDA timestamps
|
> Version 8 firmware
>
> Analysing R37_* data files (see https://elog.ph.ed.ac.uk/AIDA/160)
>
> Usinmg MIDASsort, I generate a spectrum showing the time difference (10ns clock cycles)
> between sequential ADC data items. There is an offset of 1000.
>
> I observe peaks at 1000, 1200, 1400 etc - as expected
>
> I also observe peaks at +/-10 clock cycles relative to these main peaks - not expected
>
> I also observe some discrete intermediate peaks - not expected
I have investigated this timing using a sort program and R37_0.
If I only work with data from one module there is no problem. Peaks in the time difference spectrum are the
expected 200 apart.
If I then include a second module's ADC data the time difference spectrum starts to look as the one Tom attached
but with a fixed 45 ticks offset from the '200' peaks.
I conclude the spectra appearance is due to the 500KHz ASIC readout clocks not being synchronized between the
different FEE64 modules. |
|
Tue Mar 8 15:09:49 2016, TD, Report - high - LEC/MEC fast comparator issues 6x
|
Fast comparator rate spectra and statistics do not appear to working as expected. See enclosed screenshots.
Have the hit/rate spectra and statistics been updated to reflect the firmware version 8 data format? |
|
Wed Mar 9 17:31:58 2016, TD, Report - high - LEC/MEC fast comparator issues
|
>
> Fast comparator rate spectra and statistics do not appear to working as expected. See enclosed screenshots.
> Have the hit/rate spectra and statistics been updated to reflect the firmware version 8 data format?
I have done a simple test using the system in T9.
Detector on.
Acquisition only ... no Merge
Set pulser attenuation to 2X instead of 10X.
Set Fast Comparator threshold to 50 to be well out of the detector noise.
See attached rate spectrum which shows system operating as I think it should. |
|
Wed Mar 9 16:18:01 2016, TD, nndhcp021 AIDA server Httpd/TapeServer/Merger startup
|
Starting Httpd for the TapeServer/Merger, TapeServer and Merger for AIDA produces
three terminal windows which will display the following text messages
Httpd for TapeServer/Merger
---------------------------
System identified is CPU x86_64; Platform is unix; OS is Linux and Version is 2.6.32-504.3.3.el6.x86_64
Environment selected is CPU x64_64; Platform unix; OS Linux64 and Operating System Linux64
MIDASBASE = /MIDAS and MIDAS_LIBRARY = /MIDAS/TclHttpd/Linux64
PATH = /MIDAS/bin_Linux64:/MIDAS/TclHttpd/Linux64:/usr/lib64/qt-3.3/bin:/usr/local/bin:/usr/bin:/bin
Computer Name = nndhcp021.dl.ac.uk; Temp Directory = /tmp/tcl18580
package limit is not available: can't find package limit
Running with default file descriptor limit
package setuid is not available: can't find package setuid
Could not change to user 50 group 50: not owner
/debug user "debug" password " tk7 344na6a"
httpd started on port 8115
Custom startup from /MIDAS/config/TclHttpd/nndhcp021.dl.ac.uk@8115/startup.tcl
DefineMessage defined with server at http://nndhcp077.dl.ac.uk:8015/MessageLoggerServer
/TapeServer
/DataBaseAccessServer
Loaded MemSasAccess
/SpectrumService
/NetVarService
/SigTaskService
loading tcl/MERGERunControl.tcl for namespace ::
/DataAcquisitionControlServer
Run Control Server Implementation for MERGE
RunControlServer loaded
loading Html/RunControl/implementation.tcl for namespace ::
RunControl loaded
loading Html/MERGE/RunControl/implementation.tcl for namespace ::
ReadRegister failed: Name=NetVar.EXEC.ID; Code= 0x10004; Info= Register name does not exist
created SigTask registers 0 0 0 0
Created UI registers
MERGE RunControl loaded
Completed custom startup from /MIDAS/TclHttpd/Html/MERGE/RunControl/stats.defn.tcl
Shared memory area located at 0x7f03ad15a000
Tape Server comms table located at 0x7f03ad15a000
setup Merge
DataAcqCommand 1 Halt
Halt (1)
DataAcqCommand 8 Unmapping spectra
Unmapping spectra (1)
DataAcqCommand 3 Setup
Setup (1)
go Merge
DataAcqCommand 2 Go
Go (1)
DataAcqCommand 16 MergeStart
MergeStart (1)
DataAcqCommand 17 MergePause
MergePause (1)
DataAcqCommand 17 MergePause
MergePause (1)
DataAcqCommand 17 MergePause
MergePause (1)
TapeServer
----------
Tidy up
master(2509): Operation not permitted
Starting Tape Server
[1] 2558
MIDAS Tape Server: Message logger not contacted.
MIDAS Tape Server: MIDAS Tape Server Build February 14 2014
MIDAS Tape Server: Unable to change scheduling priority - Permission denied
MIDAS Tape Server: Using default startup
MIDAS Tape Server: Configuration: UDP port = 10205, SHM key=10205.
MIDAS Tape Server: File mapped object /SHM_10205 of size 1331104 created
MIDAS Tape Server: Shared memory ID is 3
MIDAS Tape Server: Shared memory segment located at address 7f8395490000.
MIDAS Tape Server: Configuration file used - /MIDAS/config/TS_10205/TS_configuration
MIDAS Tape Server: Stats task /MIDAS/TapeServer/Linux64/stats
MIDAS Tape Server: Using device file /dev/file/0 /MIDAS/TapeServer/Linux64/driver
MIDAS Tape Server: Using device sink /dev/null/0 /MIDAS/TapeServer/Linux64/driver
MIDAS Tape Server: Data link /MIDAS/TapeServer/Linux64/linkTCP 10305
MIDAS Tape Server: Message reporting level = 0x180fff8
MIDAS Tape Server: Message logging level = 0xfff8
MIDAS Tape Server: Tape Server Options = 0x0
MIDAS Tape Server: File device path base = /TapeData
MIDAS Tape Server: Data buffer size = 65536
MIDAS Tape Server: Tape block size = 65536
MIDAS Tape Server: File mapped object /SHM_110205 of size 4195880 created
MIDAS Tape Server: Shared memory ID is 3
MIDAS Tape Server: Shared memory segment located at address 7f839508f000.
MIDAS Tape Server: File mapped object /SHM_210205 of size 3100 created
MIDAS Tape Server: Shared memory ID is 3
MIDAS Tape Server: Shared memory segment located at address 7f839508e000.
MIDAS Tape Server: Capabilities restored.
MIDAS Tape Server: Master global area initialised.
MIDAS Tape Server: Stats task has pid 2560
MIDAS Tape Server: Driver process for /dev/file/0 has pid 2561
MIDAS Tape Server: Driver process for /dev/null/0 has pid 2562
MIDAS Tape Server: Link task 0 has pid 2563
MIDAS Tape Server: Starting the RPC interface
MIDAS Tape Statistics: Message logger not contacted.
MIDAS Tape Statistics: MIDAS Tape Statistics Build February 14 2014
MIDAS Tape Statistics: Started with args 10205
MIDAS Tape Statistics: Configuration: SHM key=10205
MIDAS Tape Statistics: File mapped object /SHM_10205 of size 1331104 created
MIDAS Tape Statistics: Shared memory ID is 3
MIDAS Tape Statistics: Shared memory segment located at address 7f4f7df1f000.
MIDAS Data Link (2563): Message logger not contacted.
MIDAS Data Link (2563): MIDAS Tape Data Link Build February 14 2014
MIDAS Data Link (2563): Started with args 10205 10305
MIDAS Data Link (2563): Configuration: SHM key=10205, TCP port = 10305
MIDAS Data Link (2563): File mapped object /SHM_10205 of size 1331104 created
MIDAS Data Link (2563): Shared memory ID is 3
MIDAS Data Link (2563): Shared memory segment located at address 7f6461d1e000.
MIDAS Data Link (2563): Starting the network interface
MIDAS Data Link (2563): TCP socket receive buffer was 87380 - now 249856
MIDAS Data Link (2563): TCP socket send buffer was 16384 - now 249856
MIDAS Data Link (2563): MIDAS Data Link thread 0 using TCP port 10305.
MIDAS Data Link (2563): Entering server loop
MIDAS Data Link (2563): thread 0 listening on port 10305
MIDAS Tape Driver (2562): Message logger not contacted.
MIDAS Tape Driver (2562): MIDAS Tape Driver Build February 14 2014
MIDAS Tape Driver (2562): Started with args 1 10205
MIDAS Tape Driver (2561): Message logger not contacted.
MIDAS Tape Driver (2562): Configuration: driver=1, key=10205.
MIDAS Tape Driver (2561): MIDAS Tape Driver Build February 14 2014
MIDAS Tape Driver (2561): Started with args 0 10205
MIDAS Tape Driver (2561): Configuration: driver=0, key=10205.
MIDAS Tape Driver (2562): File mapped object /SHM_10205 of size 1331104 created
MIDAS Tape Driver (2562): Shared memory ID is 3
MIDAS Tape Driver (2562): Shared memory segment located at address 7f5ae01b2000.
MIDAS Tape Driver (2561): File mapped object /SHM_10205 of size 1331104 created
MIDAS Tape Driver (2562): Using device /dev/null/0 of type sink.
MIDAS Tape Driver (2561): Shared memory ID is 3
MIDAS Tape Driver (2561): Shared memory segment located at address 7f81d6ec3000.
MIDAS Tape Driver (2561): Using device /dev/file/0 of type file.
MIDAS Tape Server: Created RPC Program 28000205 Version 4 on UDP port 10205.
MIDAS Tape Server: Entering server loop
MIDAS Tape Server: MIDAS Tape Server now available on UDP port 10205.
MIDAS Tape Server: Capability 0007733856e01159 issued.
MIDAS Tape Server: device /dev/file/0 allocated.
MIDAS Tape Server: Mounting volume NULL on device /dev/file/0.
MIDAS Tape Server: Opening file R43 on device /dev/file/0.
MIDAS Data Link (2563): thread 0 accepted connection from 127.0.0.1, port 34043
MIDAS Data Link (2563): buffer size changed to 65536
MIDAS Tape Server: Closing file on device /dev/file/0.
MIDAS Tape Server: Dismounted volume on device /dev/file/0.
Merger
------
Tidy up
master64: no process killed
Starting Merge Server
startup complete
MERGE Server: Message Initialisation failed.
MERGE Server: Message logger not contacted.
MERGE Server: MIDAS MERGE Server Build Aug 12 2014
MERGE Server: Using default startup
MERGE Server: Configuration: SHM key=11000
MERGE Server: File mapped object /SHM_11000 of size 402732 created
MERGE Server: Shared memory ID is 3
MERGE Server: Memory mapping 402732 bytes
MERGE Server: Shared memory segment located at address 0x7fc71a078000.
MERGE Server: Configuration file used - /MIDAS/Merger/AIDA/GS_configuration
MERGE Server: Merge task ./merge64.AD
MERGE Server: 16 data link tasks configured
MERGE Server: Data link ./link64 11011
MERGE Server: Data link ./link64 11012
MERGE Server: Data link ./link64 11013
MERGE Server: Data link ./link64 11014
MERGE Server: Data link ./link64 11015
MERGE Server: Data link ./link64 11016
MERGE Server: Data link ./link64 11017
MERGE Server: Data link ./link64 11018
MERGE Server: Data link ./link64 11019
MERGE Server: Data link ./link64 11020
MERGE Server: Data link ./link64 11021
MERGE Server: Data link ./link64 11022
MERGE Server: Data link ./link64 11023
MERGE Server: Data link ./link64 11024
MERGE Server: Data link ./link64 11025
MERGE Server: Data link ./link64 11026
MERGE Server: Message reporting level = 0x100fff8
MERGE Server: Message logging level = 0xfff8
MERGE Server: MERGE Server Options = 0x0
MERGE Server: Data buffer size = 64KB
MERGE Server: File mapped object /SHM_11001 of size 536870912 created
MERGE Server: Shared memory ID is 3
MERGE Server: Memory mapping 536870912 bytes
MERGE Server: Shared memory segment located at address 0x7fc6fa078000.
Creating NetVars #2
Output buffer length = 65504; format option = 4; transfer option = 3
NetVars created and initialised
MRGE Stats created and initialised
MRGE Statistics/Rates thread created
MRGE Statistics thread starting
MERGE Server: Link task 0 has pid 18610
MERGE Server: Link task 1 has pid 18611
MERGE Server: Link task 2 has pid 18612
MERGE Server: Link task 3 has pid 18613
MERGE Server: Link task 4 has pid 18614
MERGE Server: Link task 5 has pid 18615
MERGE Server: Link task 6 has pid 18616
MERGE Server: Link task 7 has pid 18617
MERGE Server: Link task 8 has pid 18618
MERGE Server: Link task 9 has pid 18619
MERGE Server: Link task 10 has pid 18620
MERGE Server: Link task 11 has pid 18621
MERGE Server: Link task 12 has pid 18622
MERGE Server: Link task 13 has pid 18623
MERGE Server: Link task 14 has pid 18624
MERGE Server: Link task 15 has pid 18625
MERGE Server: Merge task has pid 18626
MERGE Data Link (18622): Message Initialisation failed.
MERGE Data Link (18622): Message logger not contacted.
MERGE Data Link (18622): MIDAS MERGE Data Link Build Aug 12 2014
MERGE Data Link (18622): Started with args 12 11000 11023
MERGE Data Link (18622): Configuration: index = 12, SHM key=11000, TCP port = 11023
MERGE Data Link (18622): File mapped object /SHM_11000 accessed
MERGE Data Link (18622): Shared memory ID is 3
MERGE Data Link (18622): Memory mapping 402732 bytes
MERGE Data Link (18622): Shared memory segment located at address 0x7f92de790000.
MERGE Data Link (18622): File mapped object /SHM_11001 accessed
MERGE Data Link (18622): Shared memory ID is 3
MERGE Data Link (18622): Memory mapping 536870912 bytes
MERGE Data Link (18622): Shared memory segment located at address 0x7f92be790000.
MERGE Data Link (18610): Message Initialisation failed.
MERGE Data Link (18610): Message logger not contacted.
MERGE Data Link (18610): MIDAS MERGE Data Link Build Aug 12 2014
MERGE Data Link (18610): Started with args 0 11000 11011
MERGE Data Link (18610): Configuration: index = 0, SHM key=11000, TCP port = 11011
MERGE Data Link (18610): File mapped object /SHM_11000 accessed
MERGE Data Link (18610): Shared memory ID is 3
MERGE Data Link (18610): Memory mapping 402732 bytes
MERGE Data Link (18610): Shared memory segment located at address 0x7f70e9f00000.
MERGE Data Link (18610): File mapped object /SHM_11001 accessed
MERGE Data Link (18610): Shared memory ID is 3
MERGE Data Link (18610): Memory mapping 536870912 bytes
MERGE Data Link (18610): Shared memory segment located at address 0x7f70c9f00000.
MERGE Data Link (18614): Message Initialisation failed.
MERGE Data Link (18618): Message Initialisation failed.
MERGE Data Link (18618): Message logger not contacted.
MERGE Data Link (18614): Message logger not contacted.
MERGE Data Link (18618): MIDAS MERGE Data Link Build Aug 12 2014
MERGE Data Link (18614): MIDAS MERGE Data Link Build Aug 12 2014
MERGE Data Link (18614): Started with args 4 11000 11015
MERGE Data Link (18618): Started with args 8 11000 11019
MERGE Data Link (18614): Configuration: index = 4, SHM key=11000, TCP port = 11015
MERGE Data Link (18614): File mapped object /SHM_11000 accessed
MERGE Data Link (18618): Configuration: index = 8, SHM key=11000, TCP port = 11019
MERGE Data Link (18614): Shared memory ID is 3
MERGE Data Link (18614): Memory mapping 402732 bytes
MERGE Data Link (18618): File mapped object /SHM_11000 accessed
MERGE Data Link (18618): Shared memory ID is 3
MERGE Data Link (18614): Shared memory segment located at address 0x7f626dae0000.
MERGE Data Link (18618): Memory mapping 402732 bytes
MERGE Data Link (18618): Shared memory segment located at address 0x7f188b732000.
MERGE Data Link (18614): File mapped object /SHM_11001 accessed
MERGE Data Link (18614): Shared memory ID is 3
MERGE Data Link (18618): File mapped object /SHM_11001 accessed
MERGE Data Link (18614): Memory mapping 536870912 bytes
MERGE Data Link (18618): Shared memory ID is 3
MERGE Data Link (18618): Memory mapping 536870912 bytes
MERGE Data Link (18614): Shared memory segment located at address 0x7f624dae0000.
MERGE Data Link (18618): Shared memory segment located at address 0x7f186b732000.
MERGE Data Link (18613): Message Initialisation failed.
MERGE Data Link (18613): Message logger not contacted.
MERGE Data Link (18613): MIDAS MERGE Data Link Build Aug 12 2014
MERGE Data Link (18613): Started with args 3 11000 11014
MERGE Data Link (18613): Configuration: index = 3, SHM key=11000, TCP port = 11014
MERGE Data Link (18613): File mapped object /SHM_11000 accessed
MERGE Data Link (18613): Shared memory ID is 3
MERGE Data Link (18613): Memory mapping 402732 bytes
MERGE Data Link (18613): Shared memory segment located at address 0x7f35928ba000.
MERGE Data Link (18613): File mapped object /SHM_11001 accessed
MERGE Data Link (18613): Shared memory ID is 3
MERGE Data Link (18613): Memory mapping 536870912 bytes
MERGE Data Link (18613): Shared memory segment located at address 0x7f35728ba000.
MERGE Data Link (18623): Message Initialisation failed.
MERGE Data Link (18623): Message logger not contacted.
MERGE Data Link (18623): MIDAS MERGE Data Link Build Aug 12 2014
MERGE Data Link (18623): Started with args 13 11000 11024
MERGE Data Link (18623): Configuration: index = 13, SHM key=11000, TCP port = 11024
MERGE Data Link (18623): File mapped object /SHM_11000 accessed
MERGE Data Link (18623): Shared memory ID is 3
MERGE Data Link (18623): Memory mapping 402732 bytes
MERGE Data Link (18623): Shared memory segment located at address 0x7f206df9d000.
MERGE Data Link (18623): File mapped object /SHM_11001 accessed
MERGE Data Link (18623): Shared memory ID is 3
MERGE Data Link (18623): Memory mapping 536870912 bytes
MERGE Data Link (18623): Shared memory segment located at address 0x7f204df9d000.
MERGE Data Link (18615): Message Initialisation failed.
MERGE Data Link (18615): Message logger not contacted.
MERGE Data Link (18615): MIDAS MERGE Data Link Build Aug 12 2014
MERGE Data Link (18615): Started with args 5 11000 11016
MERGE Data Link (18615): Configuration: index = 5, SHM key=11000, TCP port = 11016
MERGE Data Link (18615): File mapped object /SHM_11000 accessed
MERGE Data Link (18615): Shared memory ID is 3
MERGE Data Link (18615): Memory mapping 402732 bytes
MERGE Data Link (18615): Shared memory segment located at address 0x7f770a9f0000.
MERGE Data Link (18615): File mapped object /SHM_11001 accessed
MERGE Data Link (18615): Shared memory ID is 3
MERGE Data Link (18615): Memory mapping 536870912 bytes
MERGE Data Link (18615): Shared memory segment located at address 0x7f76ea9f0000.
MERGE Data Link (18620): Message Initialisation failed.
MERGE Data Link (18620): Message logger not contacted.
MERGE Data Link (18620): MIDAS MERGE Data Link Build Aug 12 2014
MERGE Data Link (18620): Started with args 10 11000 11021
MERGE Data Link (18620): Configuration: index = 10, SHM key=11000, TCP port = 11021
MERGE Data Link (18620): File mapped object /SHM_11000 accessed
MERGE Data Link (18620): Shared memory ID is 3
MERGE Data Link (18620): Memory mapping 402732 bytes
MERGE Data Link (18620): Shared memory segment located at address 0x7fb6ca79f000.
MERGE Data Link (18620): File mapped object /SHM_11001 accessed
MERGE Data Link (18620): Shared memory ID is 3
MERGE Data Link (18620): Memory mapping 536870912 bytes
MERGE Data Link (18620): Shared memory segment located at address 0x7fb6aa79f000.
MERGE Data Link (18612): Message Initialisation failed.
MERGE Data Link (18612): Message logger not contacted.
MERGE Data Link (18612): MIDAS MERGE Data Link Build Aug 12 2014
MERGE Data Link (18612): Started with args 2 11000 11013
MERGE Data Link (18612): Configuration: index = 2, SHM key=11000, TCP port = 11013
MERGE Data Link (18612): File mapped object /SHM_11000 accessed
MERGE Data Link (18612): Shared memory ID is 3
MERGE Data Link (18612): Memory mapping 402732 bytes
MERGE Data Link (18612): Shared memory segment located at address 0x7f30c3496000.
MERGE Data Link (18612): File mapped object /SHM_11001 accessed
MERGE Data Link (18612): Shared memory ID is 3
MERGE Data Link (18612): Memory mapping 536870912 bytes
MERGE Data Link (18612): Shared memory segment located at address 0x7f30a3496000.
MERGE Data Link (18619): Message Initialisation failed.
MERGE Data Link (18619): Message logger not contacted.
MERGE Data Link (18619): MIDAS MERGE Data Link Build Aug 12 2014
MERGE Data Link (18619): Started with args 9 11000 11020
MERGE Data Link (18619): Configuration: index = 9, SHM key=11000, TCP port = 11020
MERGE Data Link (18619): File mapped object /SHM_11000 accessed
MERGE Data Link (18619): Shared memory ID is 3
MERGE Data Link (18619): Memory mapping 402732 bytes
MERGE Data Link (18619): Shared memory segment located at address 0x7f0683726000.
MERGE Data Link (18619): File mapped object /SHM_11001 accessed
MERGE Data Link (18619): Shared memory ID is 3
MERGE Data Link (18619): Memory mapping 536870912 bytes
MERGE Data Link (18619): Shared memory segment located at address 0x7f0663726000.
MERGE Data Link (18616): Message Initialisation failed.
MERGE Data Link (18616): Message logger not contacted.
MERGE Data Link (18616): MIDAS MERGE Data Link Build Aug 12 2014
MERGE Data Link (18616): Started with args 6 11000 11017
MERGE Data Link (18616): Configuration: index = 6, SHM key=11000, TCP port = 11017
MERGE Data Link (18616): File mapped object /SHM_11000 accessed
MERGE Data Link (18616): Shared memory ID is 3
MERGE Data Link (18616): Memory mapping 402732 bytes
MERGE Data Link (18616): Shared memory segment located at address 0x7fe21198e000.
MERGE Data Link (18616): File mapped object /SHM_11001 accessed
MERGE Data Link (18616): Shared memory ID is 3
MERGE Data Link (18616): Memory mapping 536870912 bytes
MERGE Data Link (18616): Shared memory segment located at address 0x7fe1f198e000.
MERGE Data Link (18621): Message Initialisation failed.
MERGE Data Link (18621): Message logger not contacted.
MERGE Data Link (18621): MIDAS MERGE Data Link Build Aug 12 2014
MERGE Data Link (18621): Started with args 11 11000 11022
MERGE Data Link (18621): Configuration: index = 11, SHM key=11000, TCP port = 11022
MERGE Data Link (18621): File mapped object /SHM_11000 accessed
MERGE Data Link (18621): Shared memory ID is 3
MERGE Data Link (18621): Memory mapping 402732 bytes
MERGE Data Link (18621): Shared memory segment located at address 0x7fc6f20cc000.
MERGE Data Link (18621): File mapped object /SHM_11001 accessed
MERGE Data Link (18621): Shared memory ID is 3
MERGE Data Link (18621): Memory mapping 536870912 bytes
MERGE Data Link (18621): Shared memory segment located at address 0x7fc6d20cc000.
MERGE Data Link (18611): Message Initialisation failed.
MERGE Data Link (18611): Message logger not contacted.
MERGE Data Link (18611): MIDAS MERGE Data Link Build Aug 12 2014
MERGE Data Link (18611): Started with args 1 11000 11012
MERGE Data Link (18611): Configuration: index = 1, SHM key=11000, TCP port = 11012
MERGE Data Link (18611): File mapped object /SHM_11000 accessed
MERGE Data Link (18611): Shared memory ID is 3
MERGE Data Link (18611): Memory mapping 402732 bytes
MERGE Data Link (18611): Shared memory segment located at address 0x7fa75def9000.
MERGE Data Link (18611): File mapped object /SHM_11001 accessed
MERGE Data Link (18611): Shared memory ID is 3
MERGE Data Link (18611): Memory mapping 536870912 bytes
MERGE Data Link (18611): Shared memory segment located at address 0x7fa73def9000.
MRGE Stats created and initialised
MERGE Data Link (18623): Starting the network interface
MERGE Data Link (18623): TCP socket receive buffer was 87380 - now 249856
MERGE Data Link (18623): TCP socket send buffer was 16384 - now 249856
MERGE Data Link (18623): MERGE Data Link using TCP port 11024.
MERGE Data Link (18623): Entering server loop
MERGE Data Link (18623): listening on port 11024
MERGE Program (18626): Message Initialisation failed.
MERGE Program (18626): Message logger not contacted.
MERGE Program (18626): MIDAS MERGE Program (64-bit) Build Sep 3 2014
MERGE Program (18626): Started with args 11000
MERGE Program (18626): Configuration: SHM key=11000
MERGE Program (18626): File mapped object /SHM_11000 accessed
MERGE Program (18626): Shared memory ID is 3
MERGE Program (18626): Memory mapping 402732 bytes
MERGE Program (18626): Shared memory segment located at address 0x7f894dd55000.
MERGE Program (18626): File mapped object /SHM_11001 accessed
MERGE Program (18626): Shared memory ID is 3
MERGE Program (18626): Memory mapping 536870912 bytes
MERGE Program (18626): Shared memory segment located at address 0x7f892dd55000.
Creating NetVars #2
Output buffer length = 65504; format option = 4; transfer option = 3
NetVars created and initialised
MERGE Data Link (18625): Message Initialisation failed.
MERGE Data Link (18625): Message logger not contacted.
MERGE Data Link (18625): MIDAS MERGE Data Link Build Aug 12 2014
MERGE Data Link (18625): Started with args 15 11000 11026
MERGE Data Link (18625): Configuration: index = 15, SHM key=11000, TCP port = 11026
MERGE Data Link (18625): File mapped object /SHM_11000 accessed
MERGE Data Link (18625): Shared memory ID is 3
MERGE Data Link (18625): Memory mapping 402732 bytes
MERGE Data Link (18625): Shared memory segment located at address 0x7fde5ed5a000.
MERGE Data Link (18625): File mapped object /SHM_11001 accessed
MERGE Data Link (18625): Shared memory ID is 3
MERGE Data Link (18625): Memory mapping 536870912 bytes
MERGE Data Link (18625): Shared memory segment located at address 0x7fde3ed5a000.
MERGE Data Link (18624): Message Initialisation failed.
MERGE Data Link (18624): Message logger not contacted.
MERGE Data Link (18624): MIDAS MERGE Data Link Build Aug 12 2014
MERGE Data Link (18624): Started with args 14 11000 11025
MERGE Data Link (18624): Configuration: index = 14, SHM key=11000, TCP port = 11025
MERGE Data Link (18624): File mapped object /SHM_11000 accessed
MERGE Data Link (18624): Shared memory ID is 3
MERGE Data Link (18624): Memory mapping 402732 bytes
MERGE Data Link (18624): Shared memory segment located at address 0x7fc2afb7c000.
MERGE Data Link (18624): File mapped object /SHM_11001 accessed
MERGE Data Link (18624): Shared memory ID is 3
MERGE Data Link (18624): Memory mapping 536870912 bytes
MERGE Data Link (18624): Shared memory segment located at address 0x7fc28fb7c000.
MERGE Data Link (18617): Message Initialisation failed.
MERGE Data Link (18617): Message logger not contacted.
MERGE Data Link (18617): MIDAS MERGE Data Link Build Aug 12 2014
MERGE Data Link (18617): Started with args 7 11000 11018
MERGE Data Link (18617): Configuration: index = 7, SHM key=11000, TCP port = 11018
MERGE Data Link (18617): File mapped object /SHM_11000 accessed
MERGE Data Link (18617): Shared memory ID is 3
MERGE Data Link (18617): Memory mapping 402732 bytes
MERGE Data Link (18617): Shared memory segment located at address 0x7f5b9be6d000.
MERGE Data Link (18617): File mapped object /SHM_11001 accessed
MERGE Data Link (18617): Shared memory ID is 3
MERGE Data Link (18617): Memory mapping 536870912 bytes
MERGE Data Link (18617): Shared memory segment located at address 0x7f5b7be6d000.
MRGE Stats created and initialised
MERGE Data Link (18618): Starting the network interface
MERGE Data Link (18618): TCP socket receive buffer was 87380 - now 249856
MERGE Data Link (18618): TCP socket send buffer was 16384 - now 249856
MERGE Data Link (18618): MERGE Data Link using TCP port 11019.
MERGE Data Link (18618): Entering server loop
MERGE Data Link (18618): listening on port 11019
MRGE Stats created and initialised
MERGE Data Link (18622): Starting the network interface
MERGE Data Link (18622): TCP socket receive buffer was 87380 - now 249856
MERGE Data Link (18622): TCP socket send buffer was 16384 - now 249856
MERGE Data Link (18622): MERGE Data Link using TCP port 11023.
MERGE Data Link (18622): Entering server loop
MERGE Data Link (18622): listening on port 11023
MRGE Stats created and initialised
MERGE Data Link (18611): Starting the network interface
MERGE Data Link (18611): TCP socket receive buffer was 87380 - now 249856
MERGE Data Link (18611): TCP socket send buffer was 16384 - now 249856
MERGE Data Link (18611): MERGE Data Link using TCP port 11012.
MERGE Data Link (18611): Entering server loop
MERGE Data Link (18611): listening on port 11012
MRGE Stats created and initialised
MERGE Data Link (18610): Starting the network interface
MERGE Data Link (18610): TCP socket receive buffer was 87380 - now 249856
MERGE Data Link (18610): TCP socket send buffer was 16384 - now 249856
MERGE Data Link (18610): MERGE Data Link using TCP port 11011.
MERGE Data Link (18610): Entering server loop
MERGE Data Link (18610): listening on port 11011
MRGE Stats created and initialised
MERGE Data Link (18613): Starting the network interface
MERGE Data Link (18613): TCP socket receive buffer was 87380 - now 249856
MERGE Data Link (18613): TCP socket send buffer was 16384 - now 249856
MERGE Data Link (18613): MERGE Data Link using TCP port 11014.
MERGE Data Link (18613): Entering server loop
MERGE Data Link (18613): listening on port 11014
MRGE Stats created and initialised
MERGE Data Link (18614): Starting the network interface
MERGE Data Link (18614): TCP socket receive buffer was 87380 - now 249856
MERGE Data Link (18614): TCP socket send buffer was 16384 - now 249856
MERGE Data Link (18614): MERGE Data Link using TCP port 11015.
MERGE Data Link (18614): Entering server loop
MERGE Data Link (18614): listening on port 11015
MRGE Stats created and initialised
MERGE Data Link (18621): Starting the network interface
MERGE Data Link (18621): TCP socket receive buffer was 87380 - now 249856
MERGE Data Link (18621): TCP socket send buffer was 16384 - now 249856
MERGE Data Link (18621): MERGE Data Link using TCP port 11022.
MERGE Data Link (18621): Entering server loop
MERGE Data Link (18621): listening on port 11022
MRGE Stats created and initialised
MERGE Data Link (18617): Starting the network interface
MERGE Data Link (18617): TCP socket receive buffer was 87380 - now 249856
MERGE Data Link (18617): TCP socket send buffer was 16384 - now 249856
MERGE Data Link (18617): MERGE Data Link using TCP port 11018.
MERGE Data Link (18617): Entering server loop
MERGE Data Link (18617): listening on port 11018
MRGE Stats created and initialised
MERGE Data Link (18620): Starting the network interface
MERGE Data Link (18620): TCP socket receive buffer was 87380 - now 249856
MERGE Data Link (18620): TCP socket send buffer was 16384 - now 249856
MERGE Data Link (18620): MERGE Data Link using TCP port 11021.
MERGE Data Link (18620): Entering server loop
MERGE Data Link (18620): listening on port 11021
MRGE Stats created and initialised
MERGE Data Link (18616): Starting the network interface
MERGE Data Link (18616): TCP socket receive buffer was 87380 - now 249856
MERGE Data Link (18616): TCP socket send buffer was 16384 - now 249856
MERGE Data Link (18616): MERGE Data Link using TCP port 11017.
MERGE Data Link (18616): Entering server loop
MERGE Data Link (18616): listening on port 11017
MRGE Stats created and initialised
MERGE Data Link (18624): Starting the network interface
MERGE Data Link (18624): TCP socket receive buffer was 87380 - now 249856
MERGE Data Link (18624): TCP socket send buffer was 16384 - now 249856
MERGE Data Link (18624): MERGE Data Link using TCP port 11025.
MERGE Data Link (18624): Entering server loop
MERGE Data Link (18624): listening on port 11025
MRGE Stats created and initialised
MERGE Data Link (18619): Starting the network interface
MERGE Data Link (18619): TCP socket receive buffer was 87380 - now 249856
MERGE Data Link (18619): TCP socket send buffer was 16384 - now 249856
MERGE Data Link (18619): MERGE Data Link using TCP port 11020.
MERGE Data Link (18619): Entering server loop
MERGE Data Link (18619): listening on port 11020
MRGE Stats created and initialised
MERGE Data Link (18625): Starting the network interface
MERGE Data Link (18625): TCP socket receive buffer was 87380 - now 249856
MERGE Data Link (18625): TCP socket send buffer was 16384 - now 249856
MERGE Data Link (18625): MERGE Data Link using TCP port 11026.
MERGE Data Link (18625): Entering server loop
MERGE Data Link (18625): listening on port 11026
MRGE Stats created and initialised
MERGE Data Link (18612): Starting the network interface
MERGE Data Link (18612): TCP socket receive buffer was 87380 - now 249856
MERGE Data Link (18612): TCP socket send buffer was 16384 - now 249856
MERGE Data Link (18612): MERGE Data Link using TCP port 11013.
MERGE Data Link (18612): Entering server loop
MERGE Data Link (18612): listening on port 11013
MRGE Stats created and initialised
MERGE Program Release V3/x86_64 (Sep 3 2014, 18:22:23) starting
Merge: Histogramming not using threads
Merge: debugging initialised: off.
Merge: opening buffer for Merge_EventBuffer, size 0x800
Merge: returning merge memory at virtual 0x1e95590
Event Buffer virtual address: 0x1e95590
Merge: initialising for 8 links: 0 1 2 3 4 5 6 7
Merge: opening buffer for link0_Data, size 0x3c0000
MRGE Stats created and initialised
MERGE Data Link (18615): Starting the network interface
Merge: returning merge memory at virtual 0x7f892c8bf010
Link Data buffer 0 (Link0), length 3932160 (0x3c0000) bytes mapped at: 0x7f892c8bf010 - 0x7f892cc7f00f
Merge: opening buffer for link1_Data, size 0x3c0000
Merge: returning merge memory at virtual 0x7f892c4fe010
Link Data buffer 1 (Link1), length 3932160 (0x3c0000) bytes mapped at: 0x7f892c4fe010 - 0x7f892c8be00f
Merge: opening buffer for link2_Data, size 0x3c0000
Merge: returning merge memory at virtual 0x7f892c13d010
Link Data buffer 2 (Link2), length 3932160 (0x3c0000) bytes mapped at: 0x7f892c13d010 - 0x7f892c4fd00f
Merge: opening buffer for link3_Data, size 0x3c0000
Merge: returning merge memory at virtual 0x7f892bd7c010
Link Data buffer 3 (Link3), length 3932160 (0x3c0000) bytes mapped at: 0x7f892bd7c010 - 0x7f892c13c00f
Merge: opening buffer for link4_Data, size 0x3c0000
Merge: returning merge memory at virtual 0x7f892b9bb010
Link Data buffer 4 (Link4), length 3932160 (0x3c0000) bytes mapped at: 0x7f892b9bb010 - 0x7f892bd7b00f
Merge: opening buffer for link5_Data, size 0x3c0000
Merge: returning merge memory at virtual 0x7f892b5fa010
MERGE Data Link (18615): TCP socket receive buffer was 87380 - now 249856
Link Data buffer 5 (Link5), length 3932160 (0x3c0000) bytes mapped at: 0x7f892b5fa010 - 0x7f892b9ba00f
Merge: opening buffer for link6_Data, size 0x3c0000
Merge: returning merge memory at virtual 0x7f892b239010
Link Data buffer 6 (Link6), length 3932160 (0x3c0000) bytes mapped at: 0x7f892b239010 - 0x7f892b5f900f
Merge: opening buffer for link7_Data, size 0x3c0000
Merge: returning merge memory at virtual 0x7f892ae78010
Link Data buffer 7 (Link7), length 3932160 (0x3c0000) bytes mapped at: 0x7f892ae78010 - 0x7f892b23800f
Queue 0 (Link0) starts at 0x7f892c8bf010
Queue 1 (Link1) starts at 0x7f892c4fe010
Queue 2 (Link2) starts at 0x7f892c13d010
Queue 3 (Link3) starts at 0x7f892bd7c010
Queue 4 (Link4) starts at 0x7f892b9bb010
Queue 5 (Link5) starts at 0x7f892b5fa010
Queue 6 (Link6) starts at 0x7f892b239010
Queue 7 (Link7) starts at 0x7f892ae78010
MERGE Data Link (18615): TCP socket send buffer was 16384 - now 249856
MERGE Data Link (18615): MERGE Data Link using TCP port 11016.
MERGE Data Link (18615): Entering server loop
MERGE Data Link (18615): listening on port 11016
Merge: OutputTrace set to 1
Merge: Histogramming using threads
MERGE Merge setup complete
Data Acquisition using tape server localhost on port 0
Initialising communication with tape server
Setting Transfer Block Size 65536
Setting Transfer Mode 3
Setting Overlap Mode 0
Setting nice 0
TCP transfer library version 3.12
TCP socket send buffer was 16384 - now 249856
TCP socket receive buffer was 87380 - now 249856
TCP socket created OK - now connecting to localhost port 10305
Connected to localhost port 10305
MERGE now ready to be initialised and started
Merge: debugging initialised: off.
Event Buffer virtual address: 0x1e95590
Merge: initialising for 8 links: 0 1 2 3 4 5 6 7
Link Data buffer 0 (Link0), length 3932160 (0x3c0000) bytes mapped at: 0x7f892c8bf010 - 0x7f892cc7f00f
Link Data buffer 1 (Link1), length 3932160 (0x3c0000) bytes mapped at: 0x7f892c4fe010 - 0x7f892c8be00f
Link Data buffer 2 (Link2), length 3932160 (0x3c0000) bytes mapped at: 0x7f892c13d010 - 0x7f892c4fd00f
Link Data buffer 3 (Link3), length 3932160 (0x3c0000) bytes mapped at: 0x7f892bd7c010 - 0x7f892c13c00f
Link Data buffer 4 (Link4), length 3932160 (0x3c0000) bytes mapped at: 0x7f892b9bb010 - 0x7f892bd7b00f
Link Data buffer 5 (Link5), length 3932160 (0x3c0000) bytes mapped at: 0x7f892b5fa010 - 0x7f892b9ba00f
Link Data buffer 6 (Link6), length 3932160 (0x3c0000) bytes mapped at: 0x7f892b239010 - 0x7f892b5f900f
Link Data buffer 7 (Link7), length 3932160 (0x3c0000) bytes mapped at: 0x7f892ae78010 - 0x7f892b23800f
Queue 0 (Link0) starts at 0x7f892c8bf010
Queue 1 (Link1) starts at 0x7f892c4fe010
Queue 2 (Link2) starts at 0x7f892c13d010
Queue 3 (Link3) starts at 0x7f892bd7c010
Queue 4 (Link4) starts at 0x7f892b9bb010
Queue 5 (Link5) starts at 0x7f892b5fa010
Queue 6 (Link6) starts at 0x7f892b239010
Queue 7 (Link7) starts at 0x7f892ae78010
MERGE Merge setup complete
Merge state now Going
Merge: Searching for timestamp 0 or greater
MERGE Data Link (18610): accepted connection from 193.62.115.232, port 42264
MERGE Data Link (18610): buffer size changed to 65536
MERGE Data Link (18616): accepted connection from 193.62.115.227, port 48884
MERGE Data Link (18616): buffer size changed to 65536
MERGE Data Link (18614): accepted connection from 193.62.115.234, port 36260
MERGE Data Link (18614): buffer size changed to 65536
MERGE Data Link (18612): accepted connection from 193.62.115.233, port 48776
MERGE Data Link (18612): buffer size changed to 65536
MERGE Data Link (18610): data_transfer - data received for link 0
MERGE Data Link (18616): data_transfer - data received for link 6
MERGE Data Link (18612): data_transfer - data received for link 2
MERGE Data Link (18614): data_transfer - data received for link 4
MERGE Data Link (18616): client closed connection
MERGE Data Link (18616): listening on port 11017
MERGE Data Link (18614): client closed connection
MERGE Data Link (18614): listening on port 11015
MERGE Data Link (18612): client closed connection
MERGE Data Link (18612): listening on port 11013
MERGE Data Link (18610): client closed connection
MERGE Data Link (18610): listening on port 11011
MERGE Data Link (18610): accepted connection from 193.62.115.232, port 60380
MERGE Data Link (18610): buffer size changed to 65536
MERGE Data Link (18611): accepted connection from 193.62.115.232, port 56538
MERGE Data Link (18611): buffer size changed to 65536
MERGE Data Link (18616): accepted connection from 193.62.115.227, port 52762
MERGE Data Link (18616): buffer size changed to 65536
MERGE Data LinMERGE Data Link (18617): buffer size changed to 65536
MERGE Data Link (18615): accepted connection from 193.62.115.234, port 47609
MERGE Data Link (18615): buffer size changed to 65536
MERGE Data Link (18612): accepted connection from 193.62.115.233, port 48777
MERGE Data Link (18612): buffer size changed to 65536
MERGE Data Link (18613): accepted connection from 193.62.115.233, port 43619
MERGE Data Link (18613): buffer size changed to 65536
MERGE Data Link (18611): data_transfer - data received for link 1
MERGE Data Link (18615): data_transfer - data received for link 5
MERGE Data Link (18617): data_transfer - data received for link 7
MERGE Data Link (18613): data_transfer - data received for link 3
Merge: Starting at timestamp 149a00000a0
MERGE Data Link (18610): client closed connection
MERGE Data Link (18610): listening on port 11011
MERGE Data Link (18611): client closed connection
MERGE Data Link (18611): listening on port 11012
MERGE Data Link (18616): client closed connection
MERGE Data Link (18616): listening on port 11017
MERGE Data Link (18614): client closed connection
MERGE Data Link (18614): listening on port 11015
MERGE Data Link (18617): client closed connection
MERGE Data Link (18617): listening on port 11018
MERGE Data Link (18615): client closed connection
MERGE Data Link (18615): listening on port 11016
MERGE Data Link (18612): client closed connection
MERGE Data Link (18612): listening on port 11013
MERGE Data Link (18613): client closed connection
MERGE Data Link (18613): listening on port 11014
Merge state now Paused
MERGE Data Link (18610): accepted connection from 193.62.115.232, port 36211
MERGE Data Link (18610): buffer size changed to 65536
MERGE Data Link (18611): accepted connection from 193.62.115.232, port 44143
MERGE Data Link (18611): buffer size changed to 65536
MERGE Data Link (18616): accepted connection from 193.62.115.227, port 55571
MERGE Data Link (18616): buffer size changed to 65536
MERGE Data Link (18614): accepted connection from 193.62.115.234, port 52047
MERGE Data Link (18614): buffer size changed to 65536
MERGE Data Link (18617): accepted connection from 193.62.115.227, port 45041
MERGE Data Link (18617): buffer size changed to 65536
MERGE Data Link (18615): accepted connection from 193.62.115.234, port 43449
MERGE Data Link (18615): buffer size changed to 65536
MERGE Data Link (18612): accepted connection from 193.62.115.233, port 59280
MERGE Data Link (18612): buffer size changed to 65536
MERGE Data Link (18613): accepted connection from 193.62.115.233, port 42217
MERGE Data Link (18613): buffer size changed to 65536
Old time : 73bb36400a0 New time : 800fcd400a0
Old time : 73bb46c00a0 New time : 800fcd800a0
Old time : 73baf1c00a0 New time : 800fbd400a0
Old time : 73bad4800a0 New time : 801025c00a0
Merge: Restarting from timestamp 73bad4800a1 or greater
Old time : 725966000a0 New time : 8014c5400a0
Old time : 7259ffc00a0 New time : 801465c00a0
Old time : 73b988800a0 New time : 8014cd000a0
Old time : 7259a6c00a0 New time : 8014cd800a0
Old time : 72d47a800a0 New time : 8014dd400a0
Merge: Starting at timestamp 801546800a0
MERGE Program (18626): Received signal 13.
Transfer Error - : Broken pipe
send() failed:
TCP transfer library version 3.12
TCP socket send buffer was 16384 - now 249856
TCP socket receive buffer was 87380 - now 249856
TCP socket created OK - now connecting to localhost port 10305
Connected to localhost port 10305
MRGE Statistics counters now cleared
MERGE Data Link (18610): client closed connection
MERGE Data Link (18610): listening on port 11011
MERGE Data Link (18611): client closed connection
MERGE Data Link (18611): listening on port 11012
MERGE Data Link (18616): client closed connection
MERGE Data Link (18616): listening on port 11017
MERGE Data Link (18614): client closed connection
MERGE Data Link (18614): listening on port 11015
MERGE Data Link (18617): client closed connection
MERGE Data Link (18617): listening on port 11018
MERGE Data Link (18615): client closed connection
MERGE Data Link (18615): listening on port 11016
MERGE Data Link (18612): client closed connection
MERGE Data Link (18612): listening on port 11013
MERGE Data Link (18613): client closed connection
MERGE Data Link (18613): listening on port 11014
Merge state now Paused
[npg@nndhcp021 ~]$ ps -ef | grep MIDAS
npg 2552 3477 0 12:04 pts/36 00:00:00 /bin/csh -f /MIDAS/Linux/startup/TapeServer
npg 2558 2552 0 12:04 pts/36 00:00:02 /MIDAS/TapeServer/Linux64/master
npg 2560 2558 0 12:04 pts/36 00:00:00 /MIDAS/TapeServer/Linux64/stats 10205
npg 2561 2558 0 12:04 pts/36 00:00:04 /MIDAS/TapeServer/Linux64/driver 0 10205
npg 2562 2558 0 12:04 pts/36 00:00:00 /MIDAS/TapeServer/Linux64/driver 1 10205
npg 2563 2558 0 12:04 pts/36 00:00:03 /MIDAS/TapeServer/Linux64/linkTCP 10205 10305
npg 3477 1 0 Feb17 ? 00:14:48 /usr/bin/gnome-terminal -x /MIDAS/TclHttpd/Linux64/TclHttpd-server
npg 7099 7083 0 15:56 pts/38 00:00:00 grep MIDAS
npg 15261 3477 0 Feb25 pts/30 00:00:00 /bin/csh -f /MIDAS/TclHttpd/Linux64/TclHttpd-server
npg 15263 15261 0 Feb25 pts/30 00:01:42 tclsh8.5 /MIDAS/TclHttpd/bin/httpd_Server.tcl
npg 18578 3477 0 Mar08 pts/32 00:00:00 /bin/csh -f /MIDAS/TclHttpd/Linux64/TclHttpd-server -port 8115
npg 18580 18578 0 Mar08 pts/32 00:00:01 tclsh8.5 /MIDAS/TclHttpd/bin/httpd_Server.tcl -port 8115
npg 18593 3477 0 Mar08 pts/33 00:00:00 /bin/bash /MIDAS/Merger/AIDA/Startup
npg 18606 18593 0 Mar08 pts/33 00:00:16 /MIDAS/Merger/master64
npg 28155 28105 0 Feb18 pts/9 00:00:00 /bin/csh -f /MIDAS_local/bin_Linux64/MIDAS64-session anal
npg 28157 28155 0 Feb18 pts/9 00:10:24 wish8.5 /MIDAS_local/tcl/init.tcl -name root |
|
Wed Mar 9 12:16:01 2016, TD, Wednesday 9 March
|
MSL type BB18(DS)-1000 serial 2998-22
Bias +200V, I_L +=6.505uA, ambient temperature +19.8 deg C
DSSSD - AIDA adaptor PCB cabling
4 off LH Coupler (Kapton PCB, 5cm), 2x 34-way Samtec ribbon cable (45cm), RH coupler(Kapton PCB, 10cm)
+ 3M 1245 1.4mil copper foil screen ribbon cables + RH coupler only (i.e. not LH coupler)
+ drain wires -> gold-plated Lemo-00 test input connectors
nnaida 11 & 12 AIDA adaptor PCB rev B
nnaida 13 & 14 AIDA adaptor PCB rev C (LK1 fitted)
ground links LK3 & LK7 fitted to nnaida11-14 AIDA adaptor PCBs
Heavy duty copper cable connects copper front end frames of FEE modules
Nitto 5011N conductive gasket between FEE module and front end frames
Standard ASIC settings
nnaida 11 & 12 - negative input
nnaida 13 & 14 - positive input
Pulser BNC PB-5
Fall time 1.0ms
Rate 100Hz
Delay 250ns
Ampl 5.00000V
Polarity +
Pulse top Tail
Atten 10x
Clamp ON
- polarity via Cooknell SA1 Summing Amplifier
207Bi source, approx centred on DSSSD, approx 3cm from DSSSD
AIDA FEE firmware version 8
File R43
shaping time 8uS
slow comparator 10 (dec)
LEC/MEC fast comparator 24 (dec)
start: 12.05 stop: 15.59
spectra saved to disk 16.59 BST (sic)
Pulser OFF |
|
Tue Mar 8 15:40:57 2016, TD, Tuesday 8 March
|
MSL type BB18(DS)-1000 serial 2998-22
Bias +200V, I_L +=6.705uA, ambient temperature +19.8 deg C
DSSSD - AIDA adaptor PCB cabling
4 off LH Coupler (Kapton PCB, 5cm), 2x 34-way Samtec ribbon cable (45cm), RH coupler(Kapton PCB, 10cm)
+ 3M 1245 1.4mil copper foil screen ribbon cables + RH coupler only (i.e. not LH coupler)
+ drain wires -> gold-plated Lemo-00 test input connectors
nnaida 11 & 12 AIDA adaptor PCB rev B
nnaida 13 & 14 AIDA adaptor PCB rev C (LK1 fitted)
ground links LK3 & LK7 fitted to nnaida11-14 AIDA adaptor PCBs
Heavy duty copper cable connects copper front end frames of FEE modules
Nitto 5011N conductive gasket between FEE module and front end frames
Standard ASIC settings
nnaida 11 & 12 - negative input
nnaida 13 & 14 - positive input
Pulser BNC PB-5
Fall time 1.0ms
Rate 100Hz
Delay 250ns
Ampl 5.00000V
Polarity +
Pulse top Tail
Atten 10x
Clamp ON
- polarity via Cooknell SA1 Summing Amplifier
207Bi source, approx centred on DSSSD, approx 3cm from DSSSD
AIDA FEE firmware version 8
File R42
shaping time 8uS
slow comparator 10 (dec)
LEC/MEC fast comparator 14 (dec)
start: 15.35 stop: 09.45 9.3.16 (disk full c. 05.36)
spectra saved to disk 10.45 BST (sic)
Pulser OFF
Bias +200V, I_L +=6.210uA, ambient temperature +19.8 deg C |
|
Tue Mar 8 15:32:53 2016, TD, Report - low - run control frame issue with multiple streams
|
The run control frame does not appear to update the data transfer 'X' tag
for all FEE modules after selecting 'Enable #1 All' |
|
Tue Mar 8 06:00:45 2016, CG, AE, RIKEN maintenance progress
|
07/03/16
The new snout doesn't fit due to the screw holes being misaligned. I am going to try modifying the old one (that was in conflict with some material in the base) over the next couple of days. It is too long by 11mm, so if I can remove that it should then fit..
So after some modifications to the supports, the PSUs and NIM crates are now fully isolated from the frame.
I am currently working through changing all the guide pins for the new plastic ones and adding the shielding gasket.
Shunji made an interesting comment when we were discussing isolating the FEEs yesterday, in that, the ground connections for the chiller and the power we provide to our PSUs are connected to the same network.
- I measure the resistance between the chiller ground and the power ground to be 2.5 Ohms.
- The resistance between the chiller ground and the main Cu water pipe is ~2.2 kOhms.
- We have three possible options here (that we have come up with so far):
* disconnect the chiller ground from the network -> potentially very dangerous
* put a large resistance in between the chiller and the ground
* Shunji has available a noise cut trans with up to 30A capability that could be used for our NIM crates and power supplies (I think we draw < 30A IIRC) [photos attached]
I will carry out some short pulser tests with a DSSSD connected via the most recent kaptons this afternoon to see what effect the isolation and gasket has had so far. |
|
Tue Mar 8 12:11:56 2016, CG, AE, RIKEN maintenance progress
|
| Quote: |
|
07/03/16
The new snout doesn't fit due to the screw holes being misaligned. I am going to try modifying the old one (that was in conflict with some material in the base) over the next couple of days. It is too long by 11mm, so if I can remove that it should then fit..
So after some modifications to the supports, the PSUs and NIM crates are now fully isolated from the frame.
I am currently working through changing all the guide pins for the new plastic ones and adding the shielding gasket.
Shunji made an interesting comment when we were discussing isolating the FEEs yesterday, in that, the ground connections for the chiller and the power we provide to our PSUs are connected to the same network.
- I measure the resistance between the chiller ground and the power ground to be 2.5 Ohms.
- The resistance between the chiller ground and the main Cu water pipe is ~2.2 kOhms.
- We have three possible options here (that we have come up with so far):
* disconnect the chiller ground from the network -> potentially very dangerous
* put a large resistance in between the chiller and the ground
* Shunji has available a noise cut trans with up to 30A capability that could be used for our NIM crates and power supplies (I think we draw < 30A IIRC) [photos attached]
I will carry out some short pulser tests with a DSSSD connected via the most recent kaptons this afternoon to see what effect the isolation and gasket has had so far.
|
Have you identified a specific noise issue with the Julabo recirculating chiller?
The STFC DL T9 test system has the recirculating chiller and AIDA PSUs connected to the same ac mains extender.
|
|
Wed Feb 24 14:53:41 2016, PJCS, First data with two streams merged from one FEE64
|
nnaida2 running Version 8 Firmware and data acquisition software outputting both and ASIC data stream and a Waveform data stream to the Merge process.
Merged data is written to file ... attached.
The waveform is running at 100Hz and ASIC data is running at 10Hz.
|
|
Wed Feb 24 16:13:24 2016, PJCS, First data with two streams merged from one FEE64
|
| Quote: |
|
nnaida2 running Version 8 Firmware and data acquisition software outputting both and ASIC data stream and a Waveform data stream to the Merge process.
Merged data is written to file ... attached.
The waveform is running at 100Hz and ASIC data is running at 10Hz.
|
S O R T S T A R T I N G .....
S O R T S T A R T E D ..... Wed Feb 24 16:11:54 2016
*** AIDA @ RIKEN - May 2015
*** Entry init commences
*** READ I/O error: 5010
gain( 0- 7) 1.00000 1.00000 1.00000 1.00000 1.00000 1.00000 1.00000 1.00000
gain( 8- 15) 1.00000 1.00000 1.00000 1.00000 1.00000 1.00000 1.00000 1.00000
gain( 16- 23) 1.00000 1.00000 1.00000 1.00000 1.00000 1.00000 1.00000 1.00000
gain( 24- 31) 1.00000 1.00000 1.00000 1.00000 1.00000 1.00000 1.00000 1.00000
gain( 32- 39) 1.00000 1.00000 1.00000 1.00000 1.00000 1.00000 1.00000 1.00000
gain( 40- 47) 1.00000 1.00000 1.00000 1.00000 1.00000 1.00000 1.00000 1.00000
gain( 48- 55) 1.00000 1.00000 1.00000 1.00000 1.00000 1.00000 1.00000 1.00000
gain( 56- 63) 1.00000 1.00000 1.00000 1.00000 1.00000 1.00000 1.00000 1.00000
gain( 64- 71) 1.00000 1.00000 1.00000 1.00000 1.00000 1.00000 1.00000 1.00000
gain( 72- 79) 1.00000 1.00000 1.00000 1.00000 1.00000 1.00000 1.00000 1.00000
gain( 80- 87) 1.00000 1.00000 1.00000 1.00000 1.00000 1.00000 1.00000 1.00000
gain( 88- 95) 1.00000 1.00000 1.00000 1.00000 1.00000 1.00000 1.00000 1.00000
gain( 96- 103) 1.00000 1.00000 1.00000 1.00000 1.00000 1.00000 1.00000 1.00000
gain( 104- 111) 1.00000 1.00000 1.00000 1.00000 1.00000 1.00000 1.00000 1.00000
gain( 112- 119) 1.00000 1.00000 1.00000 1.00000 1.00000 1.00000 1.00000 1.00000
gain( 120- 127) 1.00000 1.00000 1.00000 1.00000 1.00000 1.00000 1.00000 1.00000
offset( 0- 7) 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00
offset( 8- 15) 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00
offset( 16- 23) 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00
offset( 24- 31) 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00
offset( 32- 39) 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00
offset( 40- 47) 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00
offset( 48- 55) 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00
offset( 56- 63) 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00
offset( 64- 71) 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00
offset( 72- 79) 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00
offset( 80- 87) 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00
offset( 88- 95) 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00
offset( 96- 103) 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00
offset( 104- 111) 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00
offset( 112- 119) 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00
offset( 120- 127) 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00
c( 0- 7) 1.000 1.000 1.000 1.000 1.000 1.000 1.000 0.000
w( 0- 7) 0 0 0 0 0 0 0 0
w( 8- 15) 0 0 0 0 0 0 0 0
w( 16- 23) 0 0 0 0 0 0 0 0
w( 24- 31) 0 0 0 0 0 0 0 0
*** Entry init ends
plugin_loader: loaded /MIDAS_local/MIDASsort/Linux/lib64/great_fmt.so at 0x7fb5105de8cc
plugin_loader: loaded /MIDAS_local/MIDASsort/Linux/lib64/disc.so at 0x7fb5103a3dc7
Get_Block: Opened file -> /homes/npg/Downloads/R1_0.gz for read
008F 0000 0000 0001 FFFF 0A04 11AE
module: 2 channel: 15 range: 1 adc_data:FFFF ts:000C0A0411AE ch: 2127
008F 0000 0000 0001 FFFF 0A9C 875E
module: 2 channel: 15 range: 1 adc_data:FFFF ts:000C0A9C875E ch: 2127
008F 0000 0000 0001 FFFF 0D96 D496
module: 2 channel: 15 range: 1 adc_data:FFFF ts:000C0D96D496 ch: 2127
008F 0000 0000 0001 FFFF 0E2F 4A46
module: 2 channel: 15 range: 1 adc_data:FFFF ts:000C0E2F4A46 ch: 2127
008F 0000 0000 0001 FFFF 0F60 366E
module: 2 channel: 15 range: 1 adc_data:FFFF ts:000C0F60366E ch: 2127
008F 0000 0000 0001 FFFF 0091 2296
module: 2 channel: 15 range: 1 adc_data:FFFF ts:000C10912296 ch: 2127
008F 0000 0000 0001 FFFF 01C2 0EBE
module: 2 channel: 15 range: 1 adc_data:FFFF ts:000C11C20EBE ch: 2127
008F 0000 0000 0001 FFFF 025A 8536
module: 2 channel: 15 range: 1 adc_data:FFFF ts:000C125A8536 ch: 2127
008F 0000 0000 0001 FFFF 02F2 FBAE
module: 2 channel: 15 range: 1 adc_data:FFFF ts:000C12F2FBAE ch: 2127
008F 0000 0000 0001 FFFF 084F 25E6
module: 2 channel: 15 range: 1 adc_data:FFFF ts:000C184F25E6 ch: 2127
008F 0000 0000 0001 FFFF 0980 139E
module: 2 channel: 15 range: 1 adc_data:FFFF ts:000C1980139E ch: 2127
008F 0000 0000 0001 FFFF 0AB1 0156
module: 2 channel: 15 range: 1 adc_data:FFFF ts:000C1AB10156 ch: 2127
008F 0000 0000 0001 FFFF 0EDC 4416
module: 2 channel: 15 range: 1 adc_data:FFFF ts:000C1EDC4416 ch: 2127
008F 0000 0000 0001 FFFF 0F74 BB56
module: 2 channel: 15 range: 1 adc_data:FFFF ts:000C1F74BB56 ch: 2127
008F 0000 0000 0001 FFFF 00A5 AA9E
module: 2 channel: 15 range: 1 adc_data:FFFF ts:000C20A5AA9E ch: 2127
008F 0000 0000 0001 FFFF 01D6 99E6
module: 2 channel: 15 range: 1 adc_data:FFFF ts:000C21D699E6 ch: 2127
008F 0000 0000 0001 FFFF 0307 892E
module: 2 channel: 15 range: 1 adc_data:FFFF ts:000C2307892E ch: 2127
008F 0000 0000 0001 FFFF 0438 7876
module: 2 channel: 15 range: 1 adc_data:FFFF ts:000C24387876 ch: 2127
008F 0000 0000 0001 FFFF 0569 67BE
module: 2 channel: 15 range: 1 adc_data:FFFF ts:000C256967BE ch: 2127
008F 0000 0000 0001 FFFF 069A 5706
module: 2 channel: 15 range: 1 adc_data:FFFF ts:000C269A5706 ch: 2127
008F 0000 0000 0001 FFFF 0732 CF0E
module: 2 channel: 15 range: 1 adc_data:FFFF ts:000C2732CF0E ch: 2127
008F 0000 0000 0001 FFFF 0863 BE56
module: 2 channel: 15 range: 1 adc_data:FFFF ts:000C2863BE56 ch: 2127
008F 0000 0000 0001 FFFF 08FC 365E
module: 2 channel: 15 range: 1 adc_data:FFFF ts:000C28FC365E ch: 2127
008F 0000 0000 0001 FFFF 0B5E 15B6
module: 2 channel: 15 range: 1 adc_data:FFFF ts:000C2B5E15B6 ch: 2127
008F 0000 0000 0001 FFFF 0C8F 05C6
module: 2 channel: 15 range: 1 adc_data:FFFF ts:000C2C8F05C6 ch: 2127
008F 0000 0000 0001 FFFF 0D27 7DCE
module: 2 channel: 15 range: 1 adc_data:FFFF ts:000C2D277DCE ch: 2127
008F 0000 0000 0001 FFFF 0DBF F5D6
module: 2 channel: 15 range: 1 adc_data:FFFF ts:000C2DBFF5D6 ch: 2127
008F 0000 0000 0001 FFFF 0E58 6DDE
module: 2 channel: 15 range: 1 adc_data:FFFF ts:000C2E586DDE ch: 2127
008F 0000 0000 0001 FFFF 0EF0 E5E6
module: 2 channel: 15 range: 1 adc_data:FFFF ts:000C2EF0E5E6 ch: 2127
008F 0000 0000 0001 FFFF 0F89 5DEE
module: 2 channel: 15 range: 1 adc_data:FFFF ts:000C2F895DEE ch: 2127
008F 0000 0000 0001 FFFF 0021 D5F6
module: 2 channel: 15 range: 1 adc_data:FFFF ts:000C3021D5F6 ch: 2127
008F 0000 0000 0001 FFFF 00BA 4DFE
module: 2 channel: 15 range: 1 adc_data:FFFF ts:000C30BA4DFE ch: 2127
008F 0000 0000 0001 FFFF 0152 C606
module: 2 channel: 15 range: 1 adc_data:FFFF ts:000C3152C606 ch: 2127
008F 0000 0000 0001 FFFF 01EB 3E0E
module: 2 channel: 15 range: 1 adc_data:FFFF ts:000C31EB3E0E ch: 2127
008F 0000 0000 0001 FFFF 0616 857E
module: 2 channel: 15 range: 1 adc_data:FFFF ts:000C3616857E ch: 2127
008F 0000 0000 0001 FFFF 06AE FD86
module: 2 channel: 15 range: 1 adc_data:FFFF ts:000C36AEFD86 ch: 2127
008F 0000 0000 0001 FFFF 0747 758E
module: 2 channel: 15 range: 1 adc_data:FFFF ts:000C3747758E ch: 2127
008F 0000 0000 0001 FFFF 09A9 54E6
module: 2 channel: 15 range: 1 adc_data:FFFF ts:000C39A954E6 ch: 2127
008F 0000 0000 0001 FFFF 0A41 CCEE
module: 2 channel: 15 range: 1 adc_data:FFFF ts:000C3A41CCEE ch: 2127
008F 0000 0000 0001 FFFF 0B72 BC36
module: 2 channel: 15 range: 1 adc_data:FFFF ts:000C3B72BC36 ch: 2127
008F 0000 0000 0001 FFFF 0D3C 2386
module: 2 channel: 15 range: 1 adc_data:FFFF ts:000C3D3C2386 ch: 2127
008F 0000 0000 0001 FFFF 0E6D 12CE
module: 2 channel: 15 range: 1 adc_data:FFFF ts:000C3E6D12CE ch: 2127
008F 0000 0000 0001 FFFF 0F9E 0216
module: 2 channel: 15 range: 1 adc_data:FFFF ts:000C3F9E0216 ch: 2127
008F 0000 0000 0001 FFFF 00CE F15E
module: 2 channel: 15 range: 1 adc_data:FFFF ts:000C40CEF15E ch: 2127
008F 0000 0000 0001 FFFF 0298 57E6
module: 2 channel: 15 range: 1 adc_data:FFFF ts:000C429857E6 ch: 2127
008F 0000 0000 0001 FFFF 0330 CF26
module: 2 channel: 15 range: 1 adc_data:FFFF ts:000C4330CF26 ch: 2127
008F 0000 0000 0001 FFFF 04FA 35AE
module: 2 channel: 15 range: 1 adc_data:FFFF ts:000C44FA35AE ch: 2127
008F 0000 0000 0001 FFFF 062B 242E
module: 2 channel: 15 range: 1 adc_data:FFFF ts:000C462B242E ch: 2127
008F 0000 0000 0001 FFFF 06C3 9B6E
module: 2 channel: 15 range: 1 adc_data:FFFF ts:000C46C39B6E ch: 2127
008F 0000 0000 0001 FFFF 09BD EEE6
module: 2 channel: 15 range: 1 adc_data:FFFF ts:000C49BDEEE6 ch: 2127
008F 0000 0000 0001 FFFF 0A56 6626
module: 2 channel: 15 range: 1 adc_data:FFFF ts:000C4A566626 ch: 2127
008F 0000 0000 0001 FFFF 0B87 53DE
module: 2 channel: 15 range: 1 adc_data:FFFF ts:000C4B8753DE ch: 2127
008F 0000 0000 0001 FFFF 0C1F CB1E
module: 2 channel: 15 range: 1 adc_data:FFFF ts:000C4C1FCB1E ch: 2127
008F 0000 0000 0001 FFFF 0D50 B8D6
module: 2 channel: 15 range: 1 adc_data:FFFF ts:000C4D50B8D6 ch: 2127
008F 0000 0000 0001 FFFF 0E81 A68E
module: 2 channel: 15 range: 1 adc_data:FFFF ts:000C4E81A68E ch: 2127
008F 0000 0000 0001 FFFF 0F1A 1D06
module: 2 channel: 15 range: 1 adc_data:FFFF ts:000C4F1A1D06 ch: 2127
008F 0000 0000 0001 FFFF 004B 0ABE
module: 2 channel: 15 range: 1 adc_data:FFFF ts:000C504B0ABE ch: 2127
008F 0000 0000 0001 FFFF 00E3 8136
module: 2 channel: 15 range: 1 adc_data:FFFF ts:000C50E38136 ch: 2127
008F 0000 0000 0001 FFFF 017B F7AE
module: 2 channel: 15 range: 1 adc_data:FFFF ts:000C517BF7AE ch: 2127
008F 0000 0000 0001 FFFF 050E BE7E
module: 2 channel: 15 range: 1 adc_data:FFFF ts:000C550EBE7E ch: 2127
008F 0000 0000 0001 FFFF 05A7 34F6
module: 2 channel: 15 range: 1 adc_data:FFFF ts:000C55A734F6 ch: 2127
008F 0000 0000 0001 FFFF 06D8 211E
module: 2 channel: 15 range: 1 adc_data:FFFF ts:000C56D8211E ch: 2127
008F 0000 0000 0001 FFFF 0770 9796
module: 2 channel: 15 range: 1 adc_data:FFFF ts:000C57709796 ch: 2127
008F 0000 0000 0001 FFFF 0939 F96E
module: 2 channel: 15 range: 1 adc_data:FFFF ts:000C5939F96E ch: 2127
008F 0000 0000 0001 FFFF 0B03 5B46
module: 2 channel: 15 range: 1 adc_data:FFFF ts:000C5B035B46 ch: 2127
008F 0000 0000 0001 FFFF 0B9B D0F6
module: 2 channel: 15 range: 1 adc_data:FFFF ts:000C5B9BD0F6 ch: 2127
008F 0000 0000 0001 FFFF 0C34 46A6
module: 2 channel: 15 range: 1 adc_data:FFFF ts:000C5C3446A6 ch: 2127
008F 0000 0000 0001 FFFF 0CCC BC56
module: 2 channel: 15 range: 1 adc_data:FFFF ts:000C5CCCBC56 ch: 2127
008F 0000 0000 0001 FFFF 0D65 3206
module: 2 channel: 15 range: 1 adc_data:FFFF ts:000C5D653206 ch: 2127
008F 0000 0000 0001 FFFF 0DFD A7B6
module: 2 channel: 15 range: 1 adc_data:FFFF ts:000C5DFDA7B6 ch: 2127
008F 0000 0000 0001 FFFF 005F 7DAE
module: 2 channel: 15 range: 1 adc_data:FFFF ts:000C605F7DAE ch: 2127
008F 0000 0000 0001 FFFF 0190 6846
module: 2 channel: 15 range: 1 adc_data:FFFF ts:000C61906846 ch: 2127
008F 0000 0000 0001 FFFF 0228 DD2E
module: 2 channel: 15 range: 1 adc_data:FFFF ts:000C6228DD2E ch: 2127
008F 0000 0000 0001 FFFF 0523 267E
module: 2 channel: 15 range: 1 adc_data:FFFF ts:000C6523267E ch: 2127
008F 0000 0000 0001 FFFF 05BB 9B66
module: 2 channel: 15 range: 1 adc_data:FFFF ts:000C65BB9B66 ch: 2127
008F 0000 0000 0001 FFFF 081D 6E3E
module: 2 channel: 15 range: 1 adc_data:FFFF ts:000C681D6E3E ch: 2127
008F 0000 0000 0001 FFFF 08B5 E326
module: 2 channel: 15 range: 1 adc_data:FFFF ts:000C68B5E326 ch: 2127
008F 0000 0000 0001 FFFF 094E 580E
module: 2 channel: 15 range: 1 adc_data:FFFF ts:000C694E580E ch: 2127
008F 0000 0000 0001 FFFF 0A7F 4116
module: 2 channel: 15 range: 1 adc_data:FFFF ts:000C6A7F4116 ch: 2127
008F 0000 0000 0001 FFFF 0BB0 2A1E
module: 2 channel: 15 range: 1 adc_data:FFFF ts:000C6BB02A1E ch: 2127
008F 0000 0000 0001 FFFF 0D79 8746
module: 2 channel: 15 range: 1 adc_data:FFFF ts:000C6D798746 ch: 2127
008F 0000 0000 0001 FFFF 0E11 FB66
module: 2 channel: 15 range: 1 adc_data:FFFF ts:000C6E11FB66 ch: 2127
008F 0000 0000 0001 FFFF 0EAA 6F86
module: 2 channel: 15 range: 1 adc_data:FFFF ts:000C6EAA6F86 ch: 2127
008F 0000 0000 0001 FFFF 036E 1086
module: 2 channel: 15 range: 1 adc_data:FFFF ts:000C736E1086 ch: 2127
008F 0000 0000 0001 FFFF 0537 6C1E
module: 2 channel: 15 range: 1 adc_data:FFFF ts:000C75376C1E ch: 2127
008F 0000 0000 0001 FFFF 05CF E03E
module: 2 channel: 15 range: 1 adc_data:FFFF ts:000C75CFE03E ch: 2127
008F 0000 0000 0001 FFFF 0700 C7B6
module: 2 channel: 15 range: 1 adc_data:FFFF ts:000C7700C7B6 ch: 2127
008F 0000 0000 0001 FFFF 08CA 234E
module: 2 channel: 15 range: 1 adc_data:FFFF ts:000C78CA234E ch: 2127
008F 0000 0000 0001 FFFF 09FB 0AC6
module: 2 channel: 15 range: 1 adc_data:FFFF ts:000C79FB0AC6 ch: 2127
008F 0000 0000 0001 FFFF 0B2B F23E
module: 2 channel: 15 range: 1 adc_data:FFFF ts:000C7B2BF23E ch: 2127
008F 0000 0000 0001 FFFF 0C5C D9B6
module: 2 channel: 15 range: 1 adc_data:FFFF ts:000C7C5CD9B6 ch: 2127
008F 0000 0000 0001 FFFF 0D8D C12E
module: 2 channel: 15 range: 1 adc_data:FFFF ts:000C7D8DC12E ch: 2127
008F 0000 0000 0001 FFFF 0EBE A8A6
module: 2 channel: 15 range: 1 adc_data:FFFF ts:000C7EBEA8A6 ch: 2127
008F 0000 0000 0001 FFFF 0FEF 901E
module: 2 channel: 15 range: 1 adc_data:FFFF ts:000C7FEF901E ch: 2127
008F 0000 0000 0001 FFFF 0120 7796
module: 2 channel: 15 range: 1 adc_data:FFFF ts:000C81207796 ch: 2127
008F 0000 0000 0001 FFFF 02E9 D32E
module: 2 channel: 15 range: 1 adc_data:FFFF ts:000C82E9D32E ch: 2127
008F 0000 0000 0001 FFFF 0382 474E
module: 2 channel: 15 range: 1 adc_data:FFFF ts:000C8382474E ch: 2127
008F 0000 0000 0001 FFFF 041A BB6E
module: 2 channel: 15 range: 1 adc_data:FFFF ts:000C841ABB6E ch: 2127
008F 0000 0000 0001 FFFF 05E4 17CE
module: 2 channel: 15 range: 1 adc_data:FFFF ts:000C85E417CE ch: 2127
008F 0000 0000 0001 FFFF 067C 8BEE
module: 2 channel: 15 range: 1 adc_data:FFFF ts:000C867C8BEE ch: 2127
008F 0000 0000 0001 FFFF 0715 000E
module: 2 channel: 15 range: 1 adc_data:FFFF ts:000C8715000E ch: 2127
*** items: 114240 events: 10590 count: 21180
*** time warp: 0 count2: 0
*** elapsed time: 9.76562500E-02 s items: 1169817.6 events: 108441.60 count: 216883.20
*** Entry finish
S O R T C O M P L E T E ..... Wed Feb 24 16:11:54 2016
*** items: 114240 events: 10590 count: 21180
*** time warp: 0 count2: 0
*** elapsed time: 9.76562500E-02 s items: 1169817.6 events: 108441.60 count: 216883.20
*** Entry finish
S O R T S T O P P E D ..... Wed Feb 24 16:11:54 2016 |
|
Thu Feb 25 12:47:43 2016, PJCS, First data with two streams merged from one FEE64
|
My GREAT data analyser program reports that the 'fail' bit is set ?
$ ./a.exe v R1_0 | more
*** GREAT format 3.2.0 analyser - TD - May 2014
verbose
*** SYNC100 timestamp: block: 1 ptr: 7 data: 0x824000C0 module: 2 information type: 4 information
field: 0x000000C0 ts: 0x000C088000A0
*** SYNC100 timestamp: block: 1 ptr: 9 data: 0x824000C0 module: 2 information type: 4 information
field: 0x000000C0 ts: 0x000C088400A0
*** SYNC100 timestamp: block: 1 ptr: 11 data: 0x824000C0 module: 2 information type: 4 information
field: 0x000000C0 ts: 0x000C088800A0
*** SYNC100 timestamp: block: 1 ptr: 13 data: 0x824000C0 module: 2 information type: 4 information
field: 0x000000C0 ts: 0x000C088C00A0
*** SYNC100 timestamp: block: 1 ptr: 15 data: 0x824000C0 module: 2 information type: 4 information
field: 0x000000C0 ts: 0x000C089000A0
*** SYNC100 timestamp: block: 1 ptr: 17 data: 0x824000C0 module: 2 information type: 4 information
field: 0x000000C0 ts: 0x000C089400A0
*** SYNC100 timestamp: block: 1 ptr: 19 data: 0x824000C0 module: 2 information type: 4 information
field: 0x000000C0 ts: 0x000C089800A0
*** SYNC100 timestamp: block: 1 ptr: 21 data: 0x824000C0 module: 2 information type: 4 information
field: 0x000000C0 ts: 0x000C089C00A0
*** SYNC100 timestamp: block: 1 ptr: 23 data: 0x824000C0 module: 2 information type: 4 information
field: 0x000000C0 ts: 0x000C08A000A0
*** SYNC100 timestamp: block: 1 ptr: 25 data: 0x824000C0 module: 2 information type: 4 information
field: 0x000000C0 ts: 0x000C08A400A0
*** SYNC100 timestamp: block: 1 ptr: 27 data: 0x824000C0 module: 2 information type: 4 information
field: 0x000000C0 ts: 0x000C08A800A0
*** SYNC100 timestamp: block: 1 ptr: 29 data: 0x824000C0 module: 2 information type: 4 information
field: 0x000000C0 ts: 0x000C08AC00A0
*** SYNC100 timestamp: block: 1 ptr: 31 data: 0x824000C0 module: 2 information type: 4 information
field: 0x000000C0 ts: 0x000C08B000A0
*** SYNC100 timestamp: block: 1 ptr: 33 data: 0x824000C0 module: 2 information type: 4 information
field: 0x000000C0 ts: 0x000C08B400A0
*** SYNC100 timestamp: block: 1 ptr: 35 data: 0x824000C0 module: 2 information type: 4 information
field: 0x000000C0 ts: 0x000C08B800A0
*** SYNC100 timestamp: block: 1 ptr: 37 data: 0x824000C0 module: 2 information type: 4 information
field: 0x000000C0 ts: 0x000C08BC00A0
*** SYNC100 timestamp: block: 1 ptr: 39 data: 0x824000C0 module: 2 information type: 4 information
field: 0x000000C0 ts: 0x000C08C000A0
*** SYNC100 timestamp: block: 1 ptr: 41 data: 0x824000C0 module: 2 information type: 4 information
field: 0x000000C0 ts: 0x000C08C400A0
*** SYNC100 timestamp: block: 1 ptr: 43 data: 0x824000C0 module: 2 information type: 4 information
field: 0x000000C0 ts: 0x000C08C800A0
*** SYNC100 timestamp: block: 1 ptr: 45 data: 0x824000C0 module: 2 information type: 4 information
field: 0x000000C0 ts: 0x000C08CC00A0
*** SYNC100 timestamp: block: 1 ptr: 47 data: 0x824000C0 module: 2 information type: 4 information
field: 0x000000C0 ts: 0x000C08D000A0
*** SYNC100 timestamp: block: 1 ptr: 49 data: 0x824000C0 module: 2 information type: 4 information
field: 0x000000C0 ts: 0x000C08D400A0
*** SYNC100 timestamp: block: 1 ptr: 51 data: 0x824000C0 module: 2 information type: 4 information
field: 0x000000C0 ts: 0x000C08D800A0
*** SYNC100 timestamp: block: 1 ptr: 53 data: 0x824000C0 module: 2 information type: 4 information
field: 0x000000C0 ts: 0x000C08DC00A0
*** SYNC100 timestamp: block: 1 ptr: 55 data: 0x824000C0 module: 2 information type: 4 information
field: 0x000000C0 ts: 0x000C08E000A0
*** SYNC100 timestamp: block: 1 ptr: 57 data: 0x824000C0 module: 2 information type: 4 information
field: 0x000000C0 ts: 0x000C08E400A0
*** SYNC100 timestamp: block: 1 ptr: 59 data: 0x824000C0 module: 2 information type: 4 information
field: 0x000000C0 ts: 0x000C08E800A0
*** SYNC100 timestamp: block: 1 ptr: 61 data: 0x824000C0 module: 2 information type: 4 information
field: 0x000000C0 ts: 0x000C08EC00A0
*** SYNC100 timestamp: block: 1 ptr: 63 data: 0x824000C0 module: 2 information type: 4 information
field: 0x000000C0 ts: 0x000C08F000A0
*** SYNC100 timestamp: block: 1 ptr: 65 data: 0x824000C0 module: 2 information type: 4 information
field: 0x000000C0 ts: 0x000C08F400A0
*** SYNC100 timestamp: block: 1 ptr: 67 data: 0x824000C0 module: 2 information type: 4 information
field: 0x000000C0 ts: 0x000C08F800A0
*** SYNC100 timestamp: block: 1 ptr: 69 data: 0x824000C0 module: 2 information type: 4 information
field: 0x000000C0 ts: 0x000C08FC00A0
*** SYNC100 timestamp: block: 1 ptr: 71 data: 0x824000C0 module: 2 information type: 4 information
field: 0x000000C0 ts: 0x000C090000A0
*** SYNC100 timestamp: block: 1 ptr: 73 data: 0x824000C0 module: 2 information type: 4 information
field: 0x000000C0 ts: 0x000C090400A0
*** SYNC100 timestamp: block: 1 ptr: 75 data: 0x824000C0 module: 2 information type: 4 information
field: 0x000000C0 ts: 0x000C090800A0
*** SYNC100 timestamp: block: 1 ptr: 77 data: 0x824000C0 module: 2 information type: 4 information
field: 0x000000C0 ts: 0x000C090C00A0
*** SYNC100 timestamp: block: 1 ptr: 79 data: 0x824000C0 module: 2 information type: 4 information
field: 0x000000C0 ts: 0x000C091000A0
*** SYNC100 timestamp: block: 1 ptr: 81 data: 0x824000C0 module: 2 information type: 4 information
field: 0x000000C0 ts: 0x000C091400A0
*** SYNC100 timestamp: block: 1 ptr: 83 data: 0x824000C0 module: 2 information type: 4 information
field: 0x000000C0 ts: 0x000C091800A0
*** SYNC100 timestamp: block: 1 ptr: 85 data: 0x824000C0 module: 2 information type: 4 information
field: 0x000000C0 ts: 0x000C091C00A0
*** SYNC100 timestamp: block: 1 ptr: 87 data: 0x824000C0 module: 2 information type: 4 information
field: 0x000000C0 ts: 0x000C092000A0
*** SYNC100 timestamp: block: 1 ptr: 89 data: 0x824000C0 module: 2 information type: 4 information
field: 0x000000C0 ts: 0x000C092400A0
*** SYNC100 timestamp: block: 1 ptr: 91 data: 0x824000C0 module: 2 information type: 4 information
field: 0x000000C0 ts: 0x000C092800A0
*** SYNC100 timestamp: block: 1 ptr: 93 data: 0x824000C0 module: 2 information type: 4 information
field: 0x000000C0 ts: 0x000C092C00A0
*** SYNC100 timestamp: block: 1 ptr: 95 data: 0x824000C0 module: 2 information type: 4 information
field: 0x000000C0 ts: 0x000C093000A0
*** SYNC100 timestamp: block: 1 ptr: 97 data: 0x824000C0 module: 2 information type: 4 information
field: 0x000000C0 ts: 0x000C093400A0
*** SYNC100 timestamp: block: 1 ptr: 99 data: 0x824000C0 module: 2 information type: 4 information
field: 0x000000C0 ts: 0x000C093800A0
*** SYNC100 timestamp: block: 1 ptr: 101 data: 0x824000C0 module: 2 information type: 4 information
field: 0x000000C0 ts: 0x000C093C00A0
*** SYNC100 timestamp: block: 1 ptr: 103 data: 0x824000C0 module: 2 information type: 4 information
field: 0x000000C0 ts: 0x000C094000A0
*** SYNC100 timestamp: block: 1 ptr: 105 data: 0x824000C0 module: 2 information type: 4 information
field: 0x000000C0 ts: 0x000C094400A0
*** SYNC100 timestamp: block: 1 ptr: 107 data: 0x824000C0 module: 2 information type: 4 information
field: 0x000000C0 ts: 0x000C094800A0
*** SYNC100 timestamp: block: 1 ptr: 109 data: 0x824000C0 module: 2 information type: 4 information
field: 0x000000C0 ts: 0x000C094C00A0
*** SYNC100 timestamp: block: 1 ptr: 111 data: 0x824000C0 module: 2 information type: 4 information
field: 0x000000C0 ts: 0x000C095000A0
*** SYNC100 timestamp: block: 1 ptr: 113 data: 0x824000C0 module: 2 information type: 4 information
field: 0x000000C0 ts: 0x000C095400A0
*** SYNC100 timestamp: block: 1 ptr: 115 data: 0x824000C0 module: 2 information type: 4 information
field: 0x000000C0 ts: 0x000C095800A0
*** SYNC100 timestamp: block: 1 ptr: 117 data: 0x824000C0 module: 2 information type: 4 information
field: 0x000000C0 ts: 0x000C095C00A0
*** SYNC100 timestamp: block: 1 ptr: 119 data: 0x824000C0 module: 2 information type: 4 information
field: 0x000000C0 ts: 0x000C096000A0
*** SYNC100 timestamp: block: 1 ptr: 121 data: 0x824000C0 module: 2 information type: 4 information
field: 0x000000C0 ts: 0x000C096400A0
*** SYNC100 timestamp: block: 1 ptr: 123 data: 0x824000C0 module: 2 information type: 4 information
field: 0x000000C0 ts: 0x000C096800A0
*** SYNC100 timestamp: block: 1 ptr: 125 data: 0x824000C0 module: 2 information type: 4 information
field: 0x000000C0 ts: 0x000C096C00A0
*** SYNC100 timestamp: block: 1 ptr: 127 data: 0x824000C0 module: 2 information type: 4 information
field: 0x000000C0 ts: 0x000C097000A0
*** SYNC100 timestamp: block: 1 ptr: 129 data: 0x824000C0 module: 2 information type: 4 information
field: 0x000000C0 ts: 0x000C097400A0
*** SYNC100 timestamp: block: 1 ptr: 131 data: 0x824000C0 module: 2 information type: 4 information
field: 0x000000C0 ts: 0x000C097800A0
*** SYNC100 timestamp: block: 1 ptr: 133 data: 0x824000C0 module: 2 information type: 4 information
field: 0x000000C0 ts: 0x000C097C00A0
*** SYNC100 timestamp: block: 1 ptr: 135 data: 0x824000C0 module: 2 information type: 4 information
field: 0x000000C0 ts: 0x000C098000A0
*** SYNC100 timestamp: block: 1 ptr: 137 data: 0x824000C0 module: 2 information type: 4 information
field: 0x000000C0 ts: 0x000C098400A0
*** SYNC100 timestamp: block: 1 ptr: 139 data: 0x824000C0 module: 2 information type: 4 information
field: 0x000000C0 ts: 0x000C098800A0
*** SYNC100 timestamp: block: 1 ptr: 141 data: 0x824000C0 module: 2 information type: 4 information
field: 0x000000C0 ts: 0x000C098C00A0
*** SYNC100 timestamp: block: 1 ptr: 143 data: 0x824000C0 module: 2 information type: 4 information
field: 0x000000C0 ts: 0x000C099000A0
*** SYNC100 timestamp: block: 1 ptr: 145 data: 0x824000C0 module: 2 information type: 4 information
field: 0x000000C0 ts: 0x000C099400A0
*** SYNC100 timestamp: block: 1 ptr: 147 data: 0x824000C0 module: 2 information type: 4 information
field: 0x000000C0 ts: 0x000C099800A0
*** SYNC100 timestamp: block: 1 ptr: 149 data: 0x824000C0 module: 2 information type: 4 information
field: 0x000000C0 ts: 0x000C099C00A0
*** SYNC100 timestamp: block: 1 ptr: 151 data: 0x824000C0 module: 2 information type: 4 information
field: 0x000000C0 ts: 0x000C09A000A0
*** SYNC100 timestamp: block: 1 ptr: 153 data: 0x824000C0 module: 2 information type: 4 information
field: 0x000000C0 ts: 0x000C09A400A0
*** SYNC100 timestamp: block: 1 ptr: 155 data: 0x824000C0 module: 2 information type: 4 information
field: 0x000000C0 ts: 0x000C09A800A0
*** SYNC100 timestamp: block: 1 ptr: 157 data: 0x824000C0 module: 2 information type: 4 information
field: 0x000000C0 ts: 0x000C09AC00A0
*** SYNC100 timestamp: block: 1 ptr: 159 data: 0x824000C0 module: 2 information type: 4 information
field: 0x000000C0 ts: 0x000C09B000A0
*** SYNC100 timestamp: block: 1 ptr: 161 data: 0x824000C0 module: 2 information type: 4 information
field: 0x000000C0 ts: 0x000C09B400A0
*** SYNC100 timestamp: block: 1 ptr: 163 data: 0x824000C0 module: 2 information type: 4 information
field: 0x000000C0 ts: 0x000C09B800A0
*** SYNC100 timestamp: block: 1 ptr: 165 data: 0x824000C0 module: 2 information type: 4 information
field: 0x000000C0 ts: 0x000C09BC00A0
*** SYNC100 timestamp: block: 1 ptr: 167 data: 0x824000C0 module: 2 information type: 4 information
field: 0x000000C0 ts: 0x000C09C000A0
*** SYNC100 timestamp: block: 1 ptr: 169 data: 0x824000C0 module: 2 information type: 4 information
field: 0x000000C0 ts: 0x000C09C400A0
*** SYNC100 timestamp: block: 1 ptr: 171 data: 0x824000C0 module: 2 information type: 4 information
field: 0x000000C0 ts: 0x000C09C800A0
*** SYNC100 timestamp: block: 1 ptr: 173 data: 0x824000C0 module: 2 information type: 4 information
field: 0x000000C0 ts: 0x000C09CC00A0
*** SYNC100 timestamp: block: 1 ptr: 175 data: 0x824000C0 module: 2 information type: 4 information
field: 0x000000C0 ts: 0x000C09D000A0
*** SYNC100 timestamp: block: 1 ptr: 177 data: 0x824000C0 module: 2 information type: 4 information
field: 0x000000C0 ts: 0x000C09D400A0
*** SYNC100 timestamp: block: 1 ptr: 179 data: 0x824000C0 module: 2 information type: 4 information
field: 0x000000C0 ts: 0x000C09D800A0
*** SYNC100 timestamp: block: 1 ptr: 181 data: 0x824000C0 module: 2 information type: 4 information
field: 0x000000C0 ts: 0x000C09DC00A0
*** SYNC100 timestamp: block: 1 ptr: 183 data: 0x824000C0 module: 2 information type: 4 information
field: 0x000000C0 ts: 0x000C09E000A0
*** SYNC100 timestamp: block: 1 ptr: 185 data: 0x824000C0 module: 2 information type: 4 information
field: 0x000000C0 ts: 0x000C09E400A0
*** SYNC100 timestamp: block: 1 ptr: 187 data: 0x824000C0 module: 2 information type: 4 information
field: 0x000000C0 ts: 0x000C09E800A0
*** SYNC100 timestamp: block: 1 ptr: 189 data: 0x824000C0 module: 2 information type: 4 information
field: 0x000000C0 ts: 0x000C09EC00A0
*** SYNC100 timestamp: block: 1 ptr: 191 data: 0x824000C0 module: 2 information type: 4 information
field: 0x000000C0 ts: 0x000C09F000A0
*** SYNC100 timestamp: block: 1 ptr: 193 data: 0x824000C0 module: 2 information type: 4 information
field: 0x000000C0 ts: 0x000C09F400A0
*** SYNC100 timestamp: block: 1 ptr: 195 data: 0x824000C0 module: 2 information type: 4 information
field: 0x000000C0 ts: 0x000C09F800A0
*** SYNC100 timestamp: block: 1 ptr: 197 data: 0x824000C0 module: 2 information type: 4 information
field: 0x000000C0 ts: 0x000C09FC00A0
*** SYNC100 timestamp: block: 1 ptr: 199 data: 0x824000C0 module: 2 information type: 4 information
field: 0x000000C0 ts: 0x000C0A0000A0
*** SYNC100 timestamp: block: 1 ptr: 201 data: 0x824000C0 module: 2 information type: 4 information
field: 0x000000C0 ts: 0x000C0A0400A0
*** ADC data: block: 1 ptr: 203 data: 0xD08FFFFF module: 2 fail: 0 range: 1 id: 143
channel: 15 adc: 65535 ts: 0x000C0A0411AE
*** SYNC100 timestamp: block: 3 ptr: 1071 data: 0x824000D0 module: 2 information type: 4 information
field: 0x000000D0 ts: 0x000D0C7000A0
*** ERROR: fail bit set: block: 3 ptr: 1073 data:E09F0730
*** ADC data: block: 3 ptr: 1073 data: 0xE09F0730 module: 2 fail: 1 range: 0 id: 159
channel: 31 adc: 1840 ts: 0x000D0C71DC7E
*** SYNC100 timestamp: block: 3 ptr: 1075 data: 0x824000D0 module: 2 information type: 4 information
field: 0x000000D0 ts: 0x000D0C7400A0
*** SYNC100 timestamp: block: 3 ptr: 1077 data: 0x824000D0 module: 2 information type: 4 information
field: 0x000000D0 ts: 0x000D0C7800A0
*** SYNC100 timestamp: block: 3 ptr: 1079 data: 0x824000D0 module: 2 information type: 4 information
field: 0x000000D0 ts: 0x000D0C7C00A0
*** SYNC100 timestamp: block: 3 ptr: 1081 data: 0x824000D0 module: 2 information type: 4 information
field: 0x000000D0 ts: 0x000D0C8000A0
*** ERROR: fail bit set: block: 3 ptr: 1083 data:E09F0678
*** ADC data: block: 3 ptr: 1083 data: 0xE09F0678 module: 2 fail: 1 range: 0 id: 159
channel: 31 adc: 1656 ts: 0x000D0C811EB8
*** SYNC100 timestamp: block: 3 ptr: 1085 data: 0x824000D0 module: 2 information type: 4 information
field: 0x000000D0 ts: 0x000D0C8400A0
*** SYNC100 timestamp: block: 3 ptr: 1087 data: 0x824000D0 module: 2 information type: 4 information
field: 0x000000D0 ts: 0x000D0C8800A0
*** SYNC100 timestamp: block: 3 ptr: 1089 data: 0x824000D0 module: 2 information type: 4 information
field: 0x000000D0 ts: 0x000D0C8C00A0
*** SYNC100 timestamp: block: 3 ptr: 1091 data: 0x824000D0 module: 2 information type: 4 information
field: 0x000000D0 ts: 0x000D0C9000A0
*** ERROR: fail bit set: block: 3 ptr: 1093 data:E09F06BC
*** ADC data: block: 3 ptr: 1093 data: 0xE09F06BC module: 2 fail: 1 range: 0 id: 159
channel: 31 adc: 1724 ts: 0x000D0C9060F0
*** SYNC100 timestamp: block: 3 ptr: 1095 data: 0x824000D0 module: 2 information type: 4 information
field: 0x000000D0 ts: 0x000D0C9400A0
*** SYNC100 timestamp: block: 3 ptr: 1097 data: 0x824000D0 module: 2 information type: 4 information
field: 0x000000D0 ts: 0x000D0C9800A0
*** SYNC100 timestamp: block: 3 ptr: 1099 data: 0x824000D0 module: 2 information type: 4 information
field: 0x000000D0 ts: 0x000D0C9C00A0
*** ERROR: fail bit set: block: 3 ptr: 1101 data:E09F0703
*** ADC data: block: 3 ptr: 1101 data: 0xE09F0703 module: 2 fail: 1 range: 0 id: 159
channel: 31 adc: 1795 ts: 0x000D0C9FA328
*** SYNC100 timestamp: block: 3 ptr: 1103 data: 0x824000D0 module: 2 information type: 4 information
field: 0x000000D0 ts: 0x000D0CA000A0
*** SYNC100 timestamp: block: 3 ptr: 1105 data: 0x824000D0 module: 2 information type: 4 information
field: 0x000000D0 ts: 0x000D0CA400A0
*** SYNC100 timestamp: block: 3 ptr: 1107 data: 0x824000D0 module: 2 information type: 4 information
field: 0x000000D0 ts: 0x000D0CA800A0
*** SYNC100 timestamp: block: 3 ptr: 1109 data: 0x824000D0 module: 2 information type: 4 information
field: 0x000000D0 ts: 0x000D0CAC00A0
*** ERROR: fail bit set: block: 3 ptr: 1111 data:E09F0749
blocks: 14
ADC data format: 21180 ( 86.8 Hz)
Other data format: 93060 ( 381.5 Hz)
Sample trace data format: 0 ( 0.0 Hz)
Undefined format: 0 ( 0.0 Hz)
Other data format type: PAUSE: 0 ( 0.0 Hz)
RESUME: 0 ( 0.0 Hz)
SYNC100: 93060 ( 381.5 Hz)
FEE64 disc: 0 ( 0.0 Hz)
MBS info: 0 ( 0.0 Hz)
Other info: 0 ( 0.0 Hz)
ADC data range bit set: 1239 ( 5.1 Hz)
Timewarps: ADC: 0 ( 0.0 Hz)
PAUSE: 0 ( 0.0 Hz)
RESUME: 0 ( 0.0 Hz)
SYNC100: 0 ( 0.0 Hz)
FEE64 disc: 0 ( 0.0 Hz)
MBS info: 0 ( 0.0 Hz)
Undefined: 0 ( 0.0 Hz)
Sample trace: 0 ( 0.0 Hz)
Timestamp elapsed time: 243.950 s
*** Program elapsed time: 0.719s ( 19.478 blocks/s, 1.217 Mb/s) |
|
Wed Mar 2 11:59:48 2016, PJCS, First data with two streams merged from one FEE64
|
The Fail bit is used to indicate The Timing Vernier word.
I'll post a seperate Elog entry to explain the format.
>
> My GREAT data analyser program reports that the 'fail' bit is set ?
>
> $ ./a.exe v R1_0 | more
> *** GREAT format 3.2.0 analyser - TD - May 2014
> verbose
> *** SYNC100 timestamp: block: 1 ptr: 7 data: 0x824000C0 module: 2 information type: 4 information
> field: 0x000000C0 ts: 0x000C088000A0
> *** SYNC100 timestamp: block: 1 ptr: 9 data: 0x824000C0 module: 2 information type: 4 information
> field: 0x000000C0 ts: 0x000C088400A0
> *** SYNC100 timestamp: block: 1 ptr: 11 data: 0x824000C0 module: 2 information type: 4 information
> field: 0x000000C0 ts: 0x000C088800A0
> *** SYNC100 timestamp: block: 1 ptr: 13 data: 0x824000C0 module: 2 information type: 4 information
> field: 0x000000C0 ts: 0x000C088C00A0
> *** SYNC100 timestamp: block: 1 ptr: 15 data: 0x824000C0 module: 2 information type: 4 information
> field: 0x000000C0 ts: 0x000C089000A0
> *** SYNC100 timestamp: block: 1 ptr: 17 data: 0x824000C0 module: 2 information type: 4 information
> field: 0x000000C0 ts: 0x000C089400A0
> *** SYNC100 timestamp: block: 1 ptr: 19 data: 0x824000C0 module: 2 information type: 4 information
> field: 0x000000C0 ts: 0x000C089800A0
> *** SYNC100 timestamp: block: 1 ptr: 21 data: 0x824000C0 module: 2 information type: 4 information
> field: 0x000000C0 ts: 0x000C089C00A0
> *** SYNC100 timestamp: block: 1 ptr: 23 data: 0x824000C0 module: 2 information type: 4 information
> field: 0x000000C0 ts: 0x000C08A000A0
> *** SYNC100 timestamp: block: 1 ptr: 25 data: 0x824000C0 module: 2 information type: 4 information
> field: 0x000000C0 ts: 0x000C08A400A0
> *** SYNC100 timestamp: block: 1 ptr: 27 data: 0x824000C0 module: 2 information type: 4 information
> field: 0x000000C0 ts: 0x000C08A800A0
> *** SYNC100 timestamp: block: 1 ptr: 29 data: 0x824000C0 module: 2 information type: 4 information
> field: 0x000000C0 ts: 0x000C08AC00A0
> *** SYNC100 timestamp: block: 1 ptr: 31 data: 0x824000C0 module: 2 information type: 4 information
> field: 0x000000C0 ts: 0x000C08B000A0
> *** SYNC100 timestamp: block: 1 ptr: 33 data: 0x824000C0 module: 2 information type: 4 information
> field: 0x000000C0 ts: 0x000C08B400A0
> *** SYNC100 timestamp: block: 1 ptr: 35 data: 0x824000C0 module: 2 information type: 4 information
> field: 0x000000C0 ts: 0x000C08B800A0
> *** SYNC100 timestamp: block: 1 ptr: 37 data: 0x824000C0 module: 2 information type: 4 information
> field: 0x000000C0 ts: 0x000C08BC00A0
> *** SYNC100 timestamp: block: 1 ptr: 39 data: 0x824000C0 module: 2 information type: 4 information
> field: 0x000000C0 ts: 0x000C08C000A0
> *** SYNC100 timestamp: block: 1 ptr: 41 data: 0x824000C0 module: 2 information type: 4 information
> field: 0x000000C0 ts: 0x000C08C400A0
> *** SYNC100 timestamp: block: 1 ptr: 43 data: 0x824000C0 module: 2 information type: 4 information
> field: 0x000000C0 ts: 0x000C08C800A0
> *** SYNC100 timestamp: block: 1 ptr: 45 data: 0x824000C0 module: 2 information type: 4 information
> field: 0x000000C0 ts: 0x000C08CC00A0
> *** SYNC100 timestamp: block: 1 ptr: 47 data: 0x824000C0 module: 2 information type: 4 information
> field: 0x000000C0 ts: 0x000C08D000A0
> *** SYNC100 timestamp: block: 1 ptr: 49 data: 0x824000C0 module: 2 information type: 4 information
> field: 0x000000C0 ts: 0x000C08D400A0
> *** SYNC100 timestamp: block: 1 ptr: 51 data: 0x824000C0 module: 2 information type: 4 information
> field: 0x000000C0 ts: 0x000C08D800A0
> *** SYNC100 timestamp: block: 1 ptr: 53 data: 0x824000C0 module: 2 information type: 4 information
> field: 0x000000C0 ts: 0x000C08DC00A0
> *** SYNC100 timestamp: block: 1 ptr: 55 data: 0x824000C0 module: 2 information type: 4 information
> field: 0x000000C0 ts: 0x000C08E000A0
> *** SYNC100 timestamp: block: 1 ptr: 57 data: 0x824000C0 module: 2 information type: 4 information
> field: 0x000000C0 ts: 0x000C08E400A0
> *** SYNC100 timestamp: block: 1 ptr: 59 data: 0x824000C0 module: 2 information type: 4 information
> field: 0x000000C0 ts: 0x000C08E800A0
> *** SYNC100 timestamp: block: 1 ptr: 61 data: 0x824000C0 module: 2 information type: 4 information
> field: 0x000000C0 ts: 0x000C08EC00A0
> *** SYNC100 timestamp: block: 1 ptr: 63 data: 0x824000C0 module: 2 information type: 4 information
> field: 0x000000C0 ts: 0x000C08F000A0
> *** SYNC100 timestamp: block: 1 ptr: 65 data: 0x824000C0 module: 2 information type: 4 information
> field: 0x000000C0 ts: 0x000C08F400A0
> *** SYNC100 timestamp: block: 1 ptr: 67 data: 0x824000C0 module: 2 information type: 4 information
> field: 0x000000C0 ts: 0x000C08F800A0
> *** SYNC100 timestamp: block: 1 ptr: 69 data: 0x824000C0 module: 2 information type: 4 information
> field: 0x000000C0 ts: 0x000C08FC00A0
> *** SYNC100 timestamp: block: 1 ptr: 71 data: 0x824000C0 module: 2 information type: 4 information
> field: 0x000000C0 ts: 0x000C090000A0
> *** SYNC100 timestamp: block: 1 ptr: 73 data: 0x824000C0 module: 2 information type: 4 information
> field: 0x000000C0 ts: 0x000C090400A0
> *** SYNC100 timestamp: block: 1 ptr: 75 data: 0x824000C0 module: 2 information type: 4 information
> field: 0x000000C0 ts: 0x000C090800A0
> *** SYNC100 timestamp: block: 1 ptr: 77 data: 0x824000C0 module: 2 information type: 4 information
> field: 0x000000C0 ts: 0x000C090C00A0
> *** SYNC100 timestamp: block: 1 ptr: 79 data: 0x824000C0 module: 2 information type: 4 information
> field: 0x000000C0 ts: 0x000C091000A0
> *** SYNC100 timestamp: block: 1 ptr: 81 data: 0x824000C0 module: 2 information type: 4 information
> field: 0x000000C0 ts: 0x000C091400A0
> *** SYNC100 timestamp: block: 1 ptr: 83 data: 0x824000C0 module: 2 information type: 4 information
> field: 0x000000C0 ts: 0x000C091800A0
> *** SYNC100 timestamp: block: 1 ptr: 85 data: 0x824000C0 module: 2 information type: 4 information
> field: 0x000000C0 ts: 0x000C091C00A0
> *** SYNC100 timestamp: block: 1 ptr: 87 data: 0x824000C0 module: 2 information type: 4 information
> field: 0x000000C0 ts: 0x000C092000A0
> *** SYNC100 timestamp: block: 1 ptr: 89 data: 0x824000C0 module: 2 information type: 4 information
> field: 0x000000C0 ts: 0x000C092400A0
> *** SYNC100 timestamp: block: 1 ptr: 91 data: 0x824000C0 module: 2 information type: 4 information
> field: 0x000000C0 ts: 0x000C092800A0
> *** SYNC100 timestamp: block: 1 ptr: 93 data: 0x824000C0 module: 2 information type: 4 information
> field: 0x000000C0 ts: 0x000C092C00A0
> *** SYNC100 timestamp: block: 1 ptr: 95 data: 0x824000C0 module: 2 information type: 4 information
> field: 0x000000C0 ts: 0x000C093000A0
> *** SYNC100 timestamp: block: 1 ptr: 97 data: 0x824000C0 module: 2 information type: 4 information
> field: 0x000000C0 ts: 0x000C093400A0
> *** SYNC100 timestamp: block: 1 ptr: 99 data: 0x824000C0 module: 2 information type: 4 information
> field: 0x000000C0 ts: 0x000C093800A0
> *** SYNC100 timestamp: block: 1 ptr: 101 data: 0x824000C0 module: 2 information type: 4 information
> field: 0x000000C0 ts: 0x000C093C00A0
> *** SYNC100 timestamp: block: 1 ptr: 103 data: 0x824000C0 module: 2 information type: 4 information
> field: 0x000000C0 ts: 0x000C094000A0
> *** SYNC100 timestamp: block: 1 ptr: 105 data: 0x824000C0 module: 2 information type: 4 information
> field: 0x000000C0 ts: 0x000C094400A0
> *** SYNC100 timestamp: block: 1 ptr: 107 data: 0x824000C0 module: 2 information type: 4 information
> field: 0x000000C0 ts: 0x000C094800A0
> *** SYNC100 timestamp: block: 1 ptr: 109 data: 0x824000C0 module: 2 information type: 4 information
> field: 0x000000C0 ts: 0x000C094C00A0
> *** SYNC100 timestamp: block: 1 ptr: 111 data: 0x824000C0 module: 2 information type: 4 information
> field: 0x000000C0 ts: 0x000C095000A0
> *** SYNC100 timestamp: block: 1 ptr: 113 data: 0x824000C0 module: 2 information type: 4 information
> field: 0x000000C0 ts: 0x000C095400A0
> *** SYNC100 timestamp: block: 1 ptr: 115 data: 0x824000C0 module: 2 information type: 4 information
> field: 0x000000C0 ts: 0x000C095800A0
> *** SYNC100 timestamp: block: 1 ptr: 117 data: 0x824000C0 module: 2 information type: 4 information
> field: 0x000000C0 ts: 0x000C095C00A0
> *** SYNC100 timestamp: block: 1 ptr: 119 data: 0x824000C0 module: 2 information type: 4 information
> field: 0x000000C0 ts: 0x000C096000A0
> *** SYNC100 timestamp: block: 1 ptr: 121 data: 0x824000C0 module: 2 information type: 4 information
> field: 0x000000C0 ts: 0x000C096400A0
> *** SYNC100 timestamp: block: 1 ptr: 123 data: 0x824000C0 module: 2 information type: 4 information
> field: 0x000000C0 ts: 0x000C096800A0
> *** SYNC100 timestamp: block: 1 ptr: 125 data: 0x824000C0 module: 2 information type: 4 information
> field: 0x000000C0 ts: 0x000C096C00A0
> *** SYNC100 timestamp: block: 1 ptr: 127 data: 0x824000C0 module: 2 information type: 4 information
> field: 0x000000C0 ts: 0x000C097000A0
> *** SYNC100 timestamp: block: 1 ptr: 129 data: 0x824000C0 module: 2 information type: 4 information
> field: 0x000000C0 ts: 0x000C097400A0
> *** SYNC100 timestamp: block: 1 ptr: 131 data: 0x824000C0 module: 2 information type: 4 information
> field: 0x000000C0 ts: 0x000C097800A0
> *** SYNC100 timestamp: block: 1 ptr: 133 data: 0x824000C0 module: 2 information type: 4 information
> field: 0x000000C0 ts: 0x000C097C00A0
> *** SYNC100 timestamp: block: 1 ptr: 135 data: 0x824000C0 module: 2 information type: 4 information
> field: 0x000000C0 ts: 0x000C098000A0
> *** SYNC100 timestamp: block: 1 ptr: 137 data: 0x824000C0 module: 2 information type: 4 information
> field: 0x000000C0 ts: 0x000C098400A0
> *** SYNC100 timestamp: block: 1 ptr: 139 data: 0x824000C0 module: 2 information type: 4 information
> field: 0x000000C0 ts: 0x000C098800A0
> *** SYNC100 timestamp: block: 1 ptr: 141 data: 0x824000C0 module: 2 information type: 4 information
> field: 0x000000C0 ts: 0x000C098C00A0
> *** SYNC100 timestamp: block: 1 ptr: 143 data: 0x824000C0 module: 2 information type: 4 information
> field: 0x000000C0 ts: 0x000C099000A0
> *** SYNC100 timestamp: block: 1 ptr: 145 data: 0x824000C0 module: 2 information type: 4 information
> field: 0x000000C0 ts: 0x000C099400A0
> *** SYNC100 timestamp: block: 1 ptr: 147 data: 0x824000C0 module: 2 information type: 4 information
> field: 0x000000C0 ts: 0x000C099800A0
> *** SYNC100 timestamp: block: 1 ptr: 149 data: 0x824000C0 module: 2 information type: 4 information
> field: 0x000000C0 ts: 0x000C099C00A0
> *** SYNC100 timestamp: block: 1 ptr: 151 data: 0x824000C0 module: 2 information type: 4 information
> field: 0x000000C0 ts: 0x000C09A000A0
> *** SYNC100 timestamp: block: 1 ptr: 153 data: 0x824000C0 module: 2 information type: 4 information
> field: 0x000000C0 ts: 0x000C09A400A0
> *** SYNC100 timestamp: block: 1 ptr: 155 data: 0x824000C0 module: 2 information type: 4 information
> field: 0x000000C0 ts: 0x000C09A800A0
> *** SYNC100 timestamp: block: 1 ptr: 157 data: 0x824000C0 module: 2 information type: 4 information
> field: 0x000000C0 ts: 0x000C09AC00A0
> *** SYNC100 timestamp: block: 1 ptr: 159 data: 0x824000C0 module: 2 information type: 4 information
> field: 0x000000C0 ts: 0x000C09B000A0
> *** SYNC100 timestamp: block: 1 ptr: 161 data: 0x824000C0 module: 2 information type: 4 information
> field: 0x000000C0 ts: 0x000C09B400A0
> *** SYNC100 timestamp: block: 1 ptr: 163 data: 0x824000C0 module: 2 information type: 4 information
> field: 0x000000C0 ts: 0x000C09B800A0
> *** SYNC100 timestamp: block: 1 ptr: 165 data: 0x824000C0 module: 2 information type: 4 information
> field: 0x000000C0 ts: 0x000C09BC00A0
> *** SYNC100 timestamp: block: 1 ptr: 167 data: 0x824000C0 module: 2 information type: 4 information
> field: 0x000000C0 ts: 0x000C09C000A0
> *** SYNC100 timestamp: block: 1 ptr: 169 data: 0x824000C0 module: 2 information type: 4 information
> field: 0x000000C0 ts: 0x000C09C400A0
> *** SYNC100 timestamp: block: 1 ptr: 171 data: 0x824000C0 module: 2 information type: 4 information
> field: 0x000000C0 ts: 0x000C09C800A0
> *** SYNC100 timestamp: block: 1 ptr: 173 data: 0x824000C0 module: 2 information type: 4 information
> field: 0x000000C0 ts: 0x000C09CC00A0
> *** SYNC100 timestamp: block: 1 ptr: 175 data: 0x824000C0 module: 2 information type: 4 information
> field: 0x000000C0 ts: 0x000C09D000A0
> *** SYNC100 timestamp: block: 1 ptr: 177 data: 0x824000C0 module: 2 information type: 4 information
> field: 0x000000C0 ts: 0x000C09D400A0
> *** SYNC100 timestamp: block: 1 ptr: 179 data: 0x824000C0 module: 2 information type: 4 information
> field: 0x000000C0 ts: 0x000C09D800A0
> *** SYNC100 timestamp: block: 1 ptr: 181 data: 0x824000C0 module: 2 information type: 4 information
> field: 0x000000C0 ts: 0x000C09DC00A0
> *** SYNC100 timestamp: block: 1 ptr: 183 data: 0x824000C0 module: 2 information type: 4 information
> field: 0x000000C0 ts: 0x000C09E000A0
> *** SYNC100 timestamp: block: 1 ptr: 185 data: 0x824000C0 module: 2 information type: 4 information
> field: 0x000000C0 ts: 0x000C09E400A0
> *** SYNC100 timestamp: block: 1 ptr: 187 data: 0x824000C0 module: 2 information type: 4 information
> field: 0x000000C0 ts: 0x000C09E800A0
> *** SYNC100 timestamp: block: 1 ptr: 189 data: 0x824000C0 module: 2 information type: 4 information
> field: 0x000000C0 ts: 0x000C09EC00A0
> *** SYNC100 timestamp: block: 1 ptr: 191 data: 0x824000C0 module: 2 information type: 4 information
> field: 0x000000C0 ts: 0x000C09F000A0
> *** SYNC100 timestamp: block: 1 ptr: 193 data: 0x824000C0 module: 2 information type: 4 information
> field: 0x000000C0 ts: 0x000C09F400A0
> *** SYNC100 timestamp: block: 1 ptr: 195 data: 0x824000C0 module: 2 information type: 4 information
> field: 0x000000C0 ts: 0x000C09F800A0
> *** SYNC100 timestamp: block: 1 ptr: 197 data: 0x824000C0 module: 2 information type: 4 information
> field: 0x000000C0 ts: 0x000C09FC00A0
> *** SYNC100 timestamp: block: 1 ptr: 199 data: 0x824000C0 module: 2 information type: 4 information
> field: 0x000000C0 ts: 0x000C0A0000A0
> *** SYNC100 timestamp: block: 1 ptr: 201 data: 0x824000C0 module: 2 information type: 4 information
> field: 0x000000C0 ts: 0x000C0A0400A0
> *** ADC data: block: 1 ptr: 203 data: 0xD08FFFFF module: 2 fail: 0 range: 1 id: 143
> channel: 15 adc: 65535 ts: 0x000C0A0411AE
>
> *** SYNC100 timestamp: block: 3 ptr: 1071 data: 0x824000D0 module: 2 information type: 4 information
> field: 0x000000D0 ts: 0x000D0C7000A0
> *** ERROR: fail bit set: block: 3 ptr: 1073 data:E09F0730
> *** ADC data: block: 3 ptr: 1073 data: 0xE09F0730 module: 2 fail: 1 range: 0 id: 159
> channel: 31 adc: 1840 ts: 0x000D0C71DC7E
> *** SYNC100 timestamp: block: 3 ptr: 1075 data: 0x824000D0 module: 2 information type: 4 information
> field: 0x000000D0 ts: 0x000D0C7400A0
> *** SYNC100 timestamp: block: 3 ptr: 1077 data: 0x824000D0 module: 2 information type: 4 information
> field: 0x000000D0 ts: 0x000D0C7800A0
> *** SYNC100 timestamp: block: 3 ptr: 1079 data: 0x824000D0 module: 2 information type: 4 information
> field: 0x000000D0 ts: 0x000D0C7C00A0
> *** SYNC100 timestamp: block: 3 ptr: 1081 data: 0x824000D0 module: 2 information type: 4 information
> field: 0x000000D0 ts: 0x000D0C8000A0
> *** ERROR: fail bit set: block: 3 ptr: 1083 data:E09F0678
> *** ADC data: block: 3 ptr: 1083 data: 0xE09F0678 module: 2 fail: 1 range: 0 id: 159
> channel: 31 adc: 1656 ts: 0x000D0C811EB8
> *** SYNC100 timestamp: block: 3 ptr: 1085 data: 0x824000D0 module: 2 information type: 4 information
> field: 0x000000D0 ts: 0x000D0C8400A0
> *** SYNC100 timestamp: block: 3 ptr: 1087 data: 0x824000D0 module: 2 information type: 4 information
> field: 0x000000D0 ts: 0x000D0C8800A0
> *** SYNC100 timestamp: block: 3 ptr: 1089 data: 0x824000D0 module: 2 information type: 4 information
> field: 0x000000D0 ts: 0x000D0C8C00A0
> *** SYNC100 timestamp: block: 3 ptr: 1091 data: 0x824000D0 module: 2 information type: 4 information
> field: 0x000000D0 ts: 0x000D0C9000A0
> *** ERROR: fail bit set: block: 3 ptr: 1093 data:E09F06BC
> *** ADC data: block: 3 ptr: 1093 data: 0xE09F06BC module: 2 fail: 1 range: 0 id: 159
> channel: 31 adc: 1724 ts: 0x000D0C9060F0
> *** SYNC100 timestamp: block: 3 ptr: 1095 data: 0x824000D0 module: 2 information type: 4 information
> field: 0x000000D0 ts: 0x000D0C9400A0
> *** SYNC100 timestamp: block: 3 ptr: 1097 data: 0x824000D0 module: 2 information type: 4 information
> field: 0x000000D0 ts: 0x000D0C9800A0
> *** SYNC100 timestamp: block: 3 ptr: 1099 data: 0x824000D0 module: 2 information type: 4 information
> field: 0x000000D0 ts: 0x000D0C9C00A0
> *** ERROR: fail bit set: block: 3 ptr: 1101 data:E09F0703
> *** ADC data: block: 3 ptr: 1101 data: 0xE09F0703 module: 2 fail: 1 range: 0 id: 159
> channel: 31 adc: 1795 ts: 0x000D0C9FA328
> *** SYNC100 timestamp: block: 3 ptr: 1103 data: 0x824000D0 module: 2 information type: 4 information
> field: 0x000000D0 ts: 0x000D0CA000A0
> *** SYNC100 timestamp: block: 3 ptr: 1105 data: 0x824000D0 module: 2 information type: 4 information
> field: 0x000000D0 ts: 0x000D0CA400A0
> *** SYNC100 timestamp: block: 3 ptr: 1107 data: 0x824000D0 module: 2 information type: 4 information
> field: 0x000000D0 ts: 0x000D0CA800A0
> *** SYNC100 timestamp: block: 3 ptr: 1109 data: 0x824000D0 module: 2 information type: 4 information
> field: 0x000000D0 ts: 0x000D0CAC00A0
> *** ERROR: fail bit set: block: 3 ptr: 1111 data:E09F0749
>
>
> blocks: 14
> ADC data format: 21180 ( 86.8 Hz)
> Other data format: 93060 ( 381.5 Hz)
> Sample trace data format: 0 ( 0.0 Hz)
> Undefined format: 0 ( 0.0 Hz)
> Other data format type: PAUSE: 0 ( 0.0 Hz)
> RESUME: 0 ( 0.0 Hz)
> SYNC100: 93060 ( 381.5 Hz)
> FEE64 disc: 0 ( 0.0 Hz)
> MBS info: 0 ( 0.0 Hz)
> Other info: 0 ( 0.0 Hz)
>
> ADC data range bit set: 1239 ( 5.1 Hz)
>
> Timewarps: ADC: 0 ( 0.0 Hz)
> PAUSE: 0 ( 0.0 Hz)
> RESUME: 0 ( 0.0 Hz)
> SYNC100: 0 ( 0.0 Hz)
> FEE64 disc: 0 ( 0.0 Hz)
> MBS info: 0 ( 0.0 Hz)
> Undefined: 0 ( 0.0 Hz)
> Sample trace: 0 ( 0.0 Hz)
>
> Timestamp elapsed time: 243.950 s
>
> *** Program elapsed time: 0.719s ( 19.478 blocks/s, 1.217 Mb/s) |
|
Wed Feb 24 15:46:11 2016, PJCS, OR64 - OR of all the ASIC discriminator channels after application of a mask
|
Firmware version8 number 8 has an OR64 added which can be routed, using the Local control, to the Trigger output and hence seen at the front panel Fast NIM LEMO00 connector.
The OR64 is the OR of all the ASIC Discriminators. Each rising edge of a discriminator signal will give a 10ns pulse on the Fast NIM signal. If two coincide there will be one pulse.
The attached 'scope photograph shows the pulser trigger output ( orange trace ) and the OR64 signal ( blue trace) .
The delay shown is 98nS.
nnaida2 has no ASICs mounted so this timing is for the VHDL and MACB system.
Further tests will be run with the full T9 system ( nnaida11 -> 14 + detector ) and this entry updated with that result.
|
|
Wed Feb 24 13:54:53 2016, TD, Report - low - FEE temperature plot displays incorrect dates
|
See Attachment 1
FEE temperature plot shows data for incorrect dates |
|
Wed Feb 24 10:25:35 2016, TD, Wednesday 24 February 2016
|
MSL type BB18(DS)-1000 serial 2998-22
Bias +200V, I_L +=5.770uA, ambient temperature +19.8 deg C
DSSSD - AIDA adaptor PCB cabling
4 off LH Coupler (Kapton PCB, 5cm), 2x 34-way Samtec ribbon cable (45cm), RH coupler(Kapton PCB, 10cm)
+ 3M 1245 1.4mil copper foil screen ribbon cables + RH coupler only (i.e. not LH coupler)
+ drain wires -> gold-plated Lemo-00 test input connectors
nnaida 11 & 12 AIDA adaptor PCB rev B
nnaida 13 & 14 AIDA adaptor PCB rev C (LK1 fitted)
ground links LK3 & LK7 fitted to nnaida11-14 AIDA adaptor PCBs
Heavy duty copper cable connects copper front end frames of FEE modules
Nitto 5011N conductive gasket between FEE module and front end frames
Standard ASIC settings
nnaida 11 & 12 - negative input
nnaida 13 & 14 - positive input
Pulser BNC PB-5
Fall time 1.0ms
Rate 100Hz
Delay 250ns
Ampl 5.00000V
Polarity +
Pulse top Tail
Atten 10x
Clamp ON
- polarity via Cooknell SA1 Summing Amplifier
207Bi source, approx centred on DSSSD, approx 3cm from DSSSD
*** N.B. AIDA FEE firmware version 8 ***
File R37
shaping time 8uS
slow comparator 6 (dec)
start: 10.24 stop: 14.05
spectra saved to disk 15.05 BST (sic)
Pulser OFF
No merger error messages
See attachment 1
Changing slow comparator from 0x6 to 0x5, nnaida11 DAQ stalled at GO
Force stop, reset OK but then unable to connect to nnaida11
Recover with power cycle
File R38
shaping time 8uS
slow comparator 5 (dec)
start: 14.20 stop: 15.00
spectra saved to disk 16.05 BST (sic)
Pulser OFF
Slow comparator 0x10 for start of run and then changed to 0x5 when merger/tapeserver running
See attachment 2
Pulser BNC PB-5
Fall time 1.0ms
Rate 100Hz
Delay 250ns
Ampl 10.00000V
Polarity +
Pulse top Tail
Atten 10x
Clamp ON
- polarity via Cooknell SA1 Summing Amplifier
207Bi source, approx centred on DSSSD, approx 3cm from DSSSD
File R39
shaping time 8uS
slow comparator 16 (dec)
start: stop: 15.39
spectra saved to disk 16.39 BST (sic)
Pulser amplitude 10.0000V-1.00000V @ 1.00000V step
See attachment 3
BNC PB-5
atten 5x
File R41
shaping time 8uS
slow comparator 24 (dec)
start: stop:
spectra saved to disk 17.06 BST (sic)
Pulser amplitude 10.0000V-1.00000V @ 1.00000V step
See attachment 4 |
|
Tue Feb 23 12:16:08 2016, TD, Tuesday 23 February 2016
|
MSL type BB18(DS)-1000 serial 2998-22
Bias +200V, I_L +=5.570uA, ambient temperature +19.8 deg C
DSSSD - AIDA adaptor PCB cabling
4 off LH Coupler (Kapton PCB, 5cm), 2x 34-way Samtec ribbon cable (45cm), RH coupler(Kapton PCB, 10cm)
+ 3M 1245 1.4mil copper foil screen ribbon cables + RH coupler only (i.e. not LH coupler)
+ drain wires -> gold-plated Lemo-00 test input connectors
nnaida 11 & 12 AIDA adaptor PCB rev B
nnaida 13 & 14 AIDA adaptor PCB rev C (LK1 fitted)
ground links LK3 & LK7 fitted to nnaida11-14 AIDA adaptor PCBs
Heavy duty copper cable connects copper front end frames of FEE modules
Nitto 5011N conductive gasket between FEE module and front end frames
Standard ASIC settings
nnaida 11 & 12 - negative input
nnaida 13 & 14 - positive input
Pulser BNC PB-5
Fall time 1.0ms
Rate 100Hz
Delay 250ns
Ampl 5.00000V
Polarity +
Pulse top Tail
Atten 10x
Clamp ON
- polarity via Cooknell SA1 Summing Amplifier
207Bi source, approx centred on DSSSD, approx 3cm from DSSSD
*** N.B. AIDA FEE firmware version 8 ***
File R36
shaping time 8uS
slow comparator 7 (dec)
start: 12.20 stop: 09.54 24.2.16
spectra saved to disk 24.2.16 10.55 BST (sic)
Pulser OFF
09.55 Bias +200V, I_L +=5.695uA, ambient temperature +19.8 deg C
No Merger error messages |
|
Mon Feb 22 16:47:28 2016, PJCS, Version 8 in nnaida2 outputting and merging two streams
|
nnaida2 , the bare test FEE64 in T9, is successfully running with two streams connected to nndhcp177 ( a Linux64 computer )
Merge running on nndhcp177 is receiving the streams and merging them.
nnaida2 has a slow pulser , 100Hz , connected to one waveform input.
Apparently waveforms are being merged with ASIC data. ( stream 0 and 1 from nnaida2 )
Next step is to add a Tape server to nndhcp177 and verify the recorded events.
|
|
Mon Feb 22 15:19:52 2016, PJCS, T9 System changed to version 8
|
I have changed the T9 system to be using Version 8.
Tests using the detector and pulser seem to be ok.
Transmission to the Merge and Merging operating ok
Shaping time 8uS and threshold 64.
Note:-
The Leading Edge Discriminator has changed in Version 8 and is a true implementation of a Leading Edge Discriminator. With hysteresis which requires the input signal to go below the threshold before allowing another trigger.
The Delay setting on the LED web page is removed.
The LED web page is aware of the version being used ( shown at the top of the page ) as the Threshold for the LED is an ADC value ( 0 to 16383 ) rather than a difference from the current baseline.
For a positive waveform where the baseline is expected to be about 8192 a value of 9000 will potentially give a trigger.
For a negative waveform where the baseline is expected to be about 8192 a value of 7000 will potentially give a trigger.
Example window attached.
I would value feedback.
|
|
Fri Feb 19 10:23:31 2016, TD, 19 February 2016
|
MSL type BB18(DS)-1000 serial 2998-22
Bias +200V, I_L +=6.070uA, ambient temperature +20.2 deg C
DSSSD - AIDA adaptor PCB cabling
4 off LH Coupler (Kapton PCB, 5cm), 2x 34-way Samtec ribbon cable (45cm), RH coupler(Kapton PCB, 10cm)
+ 3M 1245 1.4mil copper foil screen ribbon cables + RH coupler only (i.e. not LH coupler)
+ drain wires -> gold-plated Lemo-00 test input connectors
nnaida 11 & 12 AIDA adaptor PCB rev B
nnaida 13 & 14 AIDA adaptor PCB rev C (LK1 fitted)
ground links LK3 & LK7 fitted to nnaida11-14 AIDA adaptor PCBs
Heavy duty copper cable connects copper front end frames of FEE modules
Nitto 5011N conductive gasket between FEE module and front end frames
Standard ASIC settings
nnaida 11 & 12 - negative input
nnaida 13 & 14 - positive input
Pulser BNC PB-5
Fall time 1.0ms
Rate 100Hz
Delay 250ns
Ampl 5.00000V
Polarity +
Pulse top Tail
Atten 10x
Clamp ON
- polarity via Cooknell SA1 Summing Amplifier
207Bi source, approx centred on DSSSD, approx 3cm from DSSSD
Compare measurements to previous electronic noise tests 27 January 2016
See https://elog.ph.ed.ac.uk/AIDA/145
nnaida11
Shaping time(us)
0.5 1 2 4 8
87 80 75 60 54
88 81 76 62 58
87 83 78 62 57
84 74 69 56 56
81 78 72 59 56
86 79 74 60 56
85 73 65 56 57
85 77 72 59 57
83 77 73 60 56
85 81 77 62 58
85 71 65 55 55
80 76 72 59 56
85 78 73 59 57
87 76 71 58 55
93 85 78 62 55
91 86 81 64 55
85.8 78.4 73.1 59.6 56.1 mean
3.2 4.2 4.5 2.5 1.2 std dev
nnaida12
0.5 1 2 4 8
87 77 69 58 55
83 78 75 61 58
80 84 77 63 56
86 73 64 54 54
85 77 69 58 55
86 77 71 59 55
85 72 64 55 55
84 74 66 56 55
82 74 67 57 55
80 78 73 61 55
80 70 63 55 55
82 72 65 56 53
82 73 69 58 56
90 74 64 55 55
95 84 74 59 53
86 82 74 59 55
84.6 76.2 69.0 57.8 55.0
4.0 4.3 4.6 2.5 1.2
nnaida13
0.5 1 2 4 8
51 51 51 46 47
49 53 52 47 48
53 60 61 50 49
50 46 45 42 46
48 50 50 45 48
57 54 54 47 49
49 47 46 44 48
49 50 50 46 49
50 51 52 46 48
50 54 54 47 49
49 45 44 43 48
47 50 50 45 47
49 52 52 47 49
48 45 42 42 47
54 55 55 47 45
47 54 53 47 46
50.0 51.1 50.7 45.7 47.7
2.7 4.0 4.7 2.1 1.3
nnaida14
0.5 1 2 4 8
81 79 75 60 53
79 77 73 57 52
79 78 73 61 54
85 81 76 61 54
79 71 70 56 51
82 79 74 60 54
83 78 73 59 54
79 74 70 56 52
82 78 73 59 54
76 75 70 54 52
82 75 72 58 54
81 76 71 58 54
78 75 70 58 53
96 87 81 62 54
108 103 94 69 55
95 90 85 68 54
84.1 79.8 75.0 59.8 53.4
8.5 7.8 6.5 4.0 1.1
* outlier ignored
** ground links LK3 & LK7 fitted to nnaida11-14 AIDA adaptor PCBs
electronic noise
p+n *and* n+n strips ~ 55 ch FWHM ~ 0.7 * 55 ~ 39keV FWHM
=> slow comparator (5x sigma) ~ 5 * 39 / 2.355 ~ 82keV
cf.
See https://elog.ph.ed.ac.uk/AIDA/145
n+n strips ~64 ch FWHM ~ 0.7 * 64 ~ 45keV FWHM
=> slow comparator threshold (5x sigma) ~ 5 * 45 / 2.355 ~ 96keV
p+n strips ~ 54 ch FWHM ~ 0.7 * 54 ~ 38keV FWHM
=> slow comparator threshold (5x sigma) ~ 5 * 38 / 2.355 ~ 81keV
Pulser BNC PB-5
Fall time 1.0ms
Rate 100Hz
Delay 250ns
Ampl 10.00000V
Polarity +
Pulse top Tail
Atten 10x
Clamp ON
- polarity via Cooknell SA1 Summing Amplifier
207Bi source, approx centred on DSSSD, approx 3cm from DSSSD
File R35
shaping time 8uS
slow comparator 6 (dec)
start: 13.26 stop: 13.50
spectra saved to disk 14.52 BST (sic)
Pulser amplitude 10.0000V-1.00000V @ 1.00000V step |
|
Thu Feb 18 13:23:03 2016, TD, Report: high: MERGE error messages
|
During R30 ( see https://elog.ph.ed.ac.uk/AIDA/154 ) obtain the following merger error messages
(rate ~ 10 per minute) with merger rate ~100-200k data items/s
Merge: Timestamp (611b2080877)[Q 2, Stream 2] is older than previous (611c207f4ef) [Q 2, Stream 2]
Merge: Attempting resynchronisation to timestamp 611c207f4f0 or greater
Merge: Last sync pulse time: 611c20400a0
Merge: Last timestamp seen: 611c207f4ef
Merge: Restarting at timestamp 611c72800a0
Merge: Timestamp (611f6f0101f)[Q 2, Stream 2] is older than previous (61206effe27) [Q 2, Stream 2]
Merge: Attempting resynchronisation to timestamp 61206effe28 or greater
Merge: Last sync pulse time: 61206ec00a0
Merge: Last timestamp seen: 61206effe27
Merge: Restarting at timestamp 612088000a0
Merge: Timestamp (61213ac1e1f)[Q 2, Stream 2] is older than previous (61223abffa7) [Q 2, Stream 2]
Merge: Attempting resynchronisation to timestamp 61223abffa8 or greater
Merge: Last sync pulse time: 61223a800a0
Merge: Last timestamp seen: 61223abffa7
Merge: Restarting at timestamp 6122ab400a0
611c72800a0-611c207f4ef = 5200BB1 = 85986225 * 1e-8 = 0.86s
612088000a0-61206effe27 = 1900279 = 0.26s
6122ab400a0-61223abffa7 = 70800F9 = 1.2s
Resynchronisation appears to require significant periods of time (~s) - why?
I assume this implies significant dead time (data loss) too? |
|
Thu Feb 18 10:23:48 2016, TD, Thursday 18 February 19x
|
MSL type BB18(DS)-1000 serial 2998-22
Bias +200V, I_L +=6.200uA, ambient temperature +20.1 deg C
DSSSD - AIDA adaptor PCB cabling
4 off LH Coupler (Kapton PCB, 5cm), 2x 34-way Samtec ribbon cable (45cm), RH coupler(Kapton PCB, 10cm)
+ 3M 1245 1.4mil copper foil screen ribbon cables + RH coupler only (i.e. not LH coupler)
+ drain wires -> gold-plated Lemo-00 test input connectors
nnaida 11 & 12 AIDA adaptor PCB rev B
nnaida 13 & 14 AIDA adaptor PCB rev C (LK1 fitted)
ground links LK3 & LK7 fitted to nnaida11-14 AIDA adaptor PCBs
Heavy duty copper cable connects copper front end frames of FEE modules
Nitto 5011N conductive gasket between FEE module and front end frames
Standard ASIC settings
nnaida 11 & 12 - negative input
nnaida 13 & 14 - positive input
Pulser BNC PB-5
Fall time 1.0ms
Rate 100Hz
Delay 250ns
Ampl 5.00000V
Polarity +
Pulse top Tail
Atten 10x
Clamp ON
- polarity via Cooknell SA1 Summing Amplifier
207Bi source, approx centred on DSSSD, approx 3cm from DSSSD
File R30
shaping time 8uS
slow comparator 6 (dec)
start: 10.21 stop: 15.09
spectra saved to disk 16.10 BST (sic)
Pulser OFF
see attachments 1-4 (stat & rate hit patterns)
File R33
shaping time 8uS
slow comparator 5 (dec)
start: 16.03 stop: 17.44
spectra saved to disk 18.45 BST (sic)
Pulser OFF
Connect DSSSD-AIDA adaptor PCB screened cabling drain wires to adaptor PCB
mounting holes and secure with M3 socket bolts. With introduction of conductive
gasket should be equivalent to previous grounding via crocodile clips and gold-plated
Lemo-00 test input connectors.
18.19 Bias +200V, I_L +=6.760uA, ambient temperature +20.2 deg C
File R34
shaping time 8uS
slow comparator 8 (dec)
start: 18.34 stop: 10.19 19.2.16
spectra saved to disk 11.20 BST (sic)
Pulser OFF
see attachments 5-8
Attachments 9 & 10
DSSSD energy (~10keV/ch) versus DSSSD strip #
Note some eveidence for non-linearity at low amplitude for p+n strips (128-255) cf. n+n strips
(0-127)
Projection of above showing energy spectrum for one strip. Can observe 478 and 975keV K-lines
and prominent Landau peak near threshold. Threshold estimated at ~80-100keV (slow comparator 0x8).
m(p+n strips) = m(n+n strips) = 1, E(p+n strip)-E(n+n strip) = +/- 100keV
Enegy spectra ADC offset correct, no relative gain adjustment
Attachments 11, 12
Energy (p+n strip) versus E(n+n strip)
~10keV/channel, m(p+n strips) = m(n+n strips) = 1, with & without equal energy gate
Attachments 13, 14 & 15
Raw hit pattern, m(n+n strips) and m(p+n strips)
Attachment 16 - gzip'd tar file of sorted R34 spectra (see attachments 17 & 18)
Attachment 17 - FORTRAN user subroutine
Attachment 18 - ADC offset variables used by FORTRAN user subroutine
Attachment 19 - ADC offsets |
|
Wed Feb 17 11:54:50 2016, CG, TD, 17 February 2016 6x
|
File R17 -> pulser walkthrough.
- Started ~10.00
- Pulser peak amplitude taken from 9.0V to 1.0 V in 1.0V steps
- Shaping time 8us, slow disc threshold 0x8
- File stopped 10.32. Spectra (.msf) saved 10.34
File R18 -> pulser walkthrough.
- Started 10.41.
- Stepped the pulser amp by 0.1V - too small.
- Not useful
- Stopped 10.50
File R19 - pulser walkthrough.
- Started 10.51
- empty
File R20 - empty
File R21 -> pulser Walkthrough
- started 11.18
- 1.0 - 0.2V in 0.2V steps.
- Stopped 11.50. Saved histograms 11.51.
File R22 -> source spectrum.
- slow comp threshold @ 0x7
- forgot to turn off pulser. => no good.
file R23 -> source spectrum.
- slow comp threshold @ 0x7
- started 16.09
18.05 DAQ found stalled, nnaida11 non-responsive
FORCE reset nnaida11 OK
but SETUP and FORCE setup failed with timeouts
Power-cycled all FEE modules to restart
eventual restart following workstation restart
file R29
start 18.50 stop: 09.55 18.2.16
spectra saved to disk 10.55 BST (sic)
see attachments 1-6
09.56 bias +200V I_L +6.105uA ambient temperature 20.1 deg C |
|
Tue Feb 16 17:32:21 2016, CG, TD, 16 February 2016
|
MSL type BB18(DS)-1000 serial 2998-22
Bias +200V, I_L +=6.150uA, ambient temperature +20.1 deg C
DSSSD - AIDA adaptor PCB cabling
4 off LH Coupler (Kapton PCB, 5cm), 2x 34-way Samtec ribbon cable (45cm), RH coupler(Kapton PCB, 10cm)
+ 3M 1245 1.4mil copper foil screen ribbon cables + RH coupler only (i.e. not LH coupler)
+ drain wires -> gold-plated Lemo-00 test input connectors
nnaida 11 & 12 AIDA adaptor PCB rev B
nnaida 13 & 14 AIDA adaptor PCB rev C (LK1 fitted)
ground links LK3 & LK7 fitted to nnaida11-14 AIDA adaptor PCBs
Heavy duty copper cable connects copper front end frames of FEE modules
Nitto 5011N conductive gasket between FEE module and front end frames
Standard ASIC settings
nnaida 11 & 12 - negative input
nnaida 13 & 14 - positive input
Pulser BNC PB-5
Fall time 1.0ms
Rate 100Hz
Delay 250ns
Ampl 5.00000V
Polarity +
Pulse top Tail
Atten 10x
Clamp ON
- polarity via Cooknell SA1 Summing Amplifier
207Bi source, approx centred on DSSSD, approx 3cm from DSSSD
File R16
shaping time 8uS
slow comparator 8 (dec)
start: 16.2.16 13.15 stop: 09.30 17.2.16
spectra saved to disk 10.30 BST (sic)
Pulser OFF
16.2.16
09.35 Bias +200V, I_L +=5.940uA, ambient temperature +20.0 deg C |
|
Wed Feb 10 10:56:02 2016, CG, TD, 9-10 February 2016 7x
|
MSL type BB18(DS)-1000 serial 2998-22
Bias +200V, I_L +=6.540uA, ambient temperature +19.9 deg C
DSSSD - AIDA adaptor PCB cabling
4 off LH Coupler (Kapton PCB, 5cm), 2x 34-way Samtec ribbon cable (45cm), RH coupler(Kapton PCB, 10cm)
+ 3M 1245 1.4mil copper foil screen ribbon cables + RH coupler only (i.e. not LH coupler)
+ drain wires -> gold-plated Lemo-00 test input connectors
nnaida 11 & 12 AIDA adaptor PCB rev B
nnaida 13 & 14 AIDA adaptor PCB rev C (LK1 fitted)
ground links LK3 & LK7 fitted to nnaida11-14 AIDA adaptor PCBs
Heavy duty copper cable connects copper front end frames of FEE modules
Nitto 5011N conductive gasket between FEE module and front end frames
Standard ASIC settings
nnaida 11 & 12 - negative input
nnaida 13 & 14 - positive input
Pulser BNC PB-5
Fall time 1.0ms
Rate 100Hz
Delay 250ns
Ampl 5.00000V
Polarity +
Pulse top Tail
Atten 10x
Clamp ON
- polarity via Cooknell SA1 Summing Amplifier
207Bi source, approx centred on DSSSD, approx 2cm from DSSSD
File R5
shaping time 0.5us
slow comparator 16 (dec)
File R6
shaping time 8us
slow comparator 16 (dec)
start: stop: 18.01
File R7
shaping time 8uS
slow comparator 12 (dec)
start: 18.02 stop: 09.29 10.2.16
spectra saved to disk 11.37 BST (sic)
10.2.16
-------
10.50 Bias +200V, I_L +=6.010uA, ambient temperature +20.0 deg C
File R8
shaping time 8uS
slow comparator 10 (dec)
start: 10.52 stop: 13.12
spectra saved to disk 14.13 BST (sic)
attachments 1 & 2 - hit patterns during R8
DAQ stalled at start of R9
Run control (updated) showed all FEEs going
No good events from nnaida12 & 14, nnaida11 & 13 OK
nnaida would not stop, would not reset
Power cycle to restart
Ignore R9
File R10
shaping time 8uS
slow comparator 10 (dec)
start: 13.27 stop: 14.09
spectra saved to disk 15.10 BST (sic)
Pulser walkthrough 9.00000V-1.00000V @ 1.0000V step
see attachment 3
File R11
shaping time 8uS
slow comparator 10 (dec)
start: 14.12 stop: 14.38
spectra saved to disk 15.39 BST (sic)
Pulser walkthrough 1.00000V-0.200000 @ 0.1000V step
See attachment 4 & 5
Ignore R12 - same issue as before R9
File R13
shaping time 8uS
slow comparator 8 (dec)
start: 14.50 stop: 15.11
Pulser amplitude 5.00000V
File R14
shaping time 8uS
slow comparator 8 (dec)
start: 15.12 stop: 15.20
Pulser amplitude 5.00000V & 0.20000V
File R15
shaping time 8uS
slow comparator 8 (dec)
start: 15.20 stop: 15.28
spectra saved to disk 16.33 BST (sic)
Pulser amplitude 0.10000V & 1.00000V
see attachments 6 & 7
For slow comaparator setting 8 (dec) and with the above BNC PB-5 pulser settings above
the slow comparator rate decreases from the expected 100Hz (plus source) to < 50Hz
between pulser amplitude 0.20000 and 0.10000V.
15.32 Bias +200V, I_L +=6.550uA, ambient temperature +19.6 deg C |
|
Tue Feb 9 17:27:12 2016, CG, TD, Ribbon cable + coupler tests at DL 8-9th Feb
|
08/02/16
Spoke to PJC-S -> Ethernet cables from FEEs to switch are all 4m Cat6.
System powered on with bias to detector of +200V and leakage current of 6.4uA at room temp 19.0oC.
Double peaking present again in nnaida11/12 -> individual peaks @ ~100ch FWHM with separation ~150ch @ 2us shaping time.
Double peaking also present in nnaida13/14 -> indiv peaks ~100ch FWHM and separation ~90ch.
Changing grounding had no effect.
Made ribbon cable with 2 separately shielded halves plus connecting Cu tape strip at FEE and + drain wire in contact with both halves - single peaks - widths of ~110-160ch.
09/02/16
Added conductive gasket to Cu mount blocks
- resistance between Cu and gasket ~0.2 Ohms (probe-to-probe = 0.16 Ohms)
- LEMO connector to Cu mount block ~0.35 Ohms
- LEMO to LEMO (between adapter PCBs) ~0.55 Ohms (connected by heavy duty Cu braid)
Powered system on. Bias of +200V and leakage current = 5.5uA @ room temp 19.5oC.
With gasket added and heavy duty Cu braid between mount blocks, pulser FWHM in nnaida11 ~ 62ch and in nnaida13 ~72ch at shaping time of 8us.
Investigated effect of shaping time on peak FWHM (avg width found from average of 1.(6,8,10,12).L for each FEE. (see attachments)
Shaping time (us) | nnaida11 | nnaida12 | nnaida13 | nnaida14
0.5 | 95* | 108* | 126* | 99*
1.0 | 82 | 116** | 130^ | 110**
2.0 | 68 | 83^ | 110^ | 92^
4.0 | 60 | 77 | 85' | 90
8.0 | 56 | 63 | 77 | 64
* = all peaks single and Gaussian looking
** = not all peaks Gaussian, some flat or sloped top
^ = double peaks, widths estimated from tallest peak
' = flat topped |
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Wed Feb 3 15:34:30 2016, CG, TD, Ribbon cable + coupler tests at DL 1st-2nd Feb
|
01/02/16
Started up system. Biased det to +200V |
|
Tue Feb 2 17:32:46 2016, CG, TD, Tuesday 2 February 2016 9x
|
Bias +200V, I_L +6.955uA, ambient temp +20.2 deg C
MSL type BB18(DS)-1000 2998-20
~42kBq 207Bi source ~3cm from DSSSD centre
Standard ASIC settings
shaping time 8us
BNC PB-5
frequency 100Hz
amplitude 5.0000V
x10 attenuation
Slow comparator 16 (dec) - saved to disk c. 18.58 BST (sic) 2.2.16
Slow comparator 10 (dec) - saved to disk c. 10.49 BST (sic) 3.2.16
10.54 3.2.16 I_L +6.305uA, ambient temp +20.1 deg C
Slow comparator 22 (dec) - saved to disk c. c. 12.31 BST (sic) 3.2.16 - see attachment 1
Slow comparator 16 (dec) - saved to disk c. c. 13.04 BST (sic) 3.2.16 - see attachment 2
Slow comparator 12 (dec) - saved to disk c. c. 14.15 BST (sic) 3.2.16 - see attachment 3
Slow comparator 10 (dec) - data to disk file R1 - see attachment 4
start: stop: 14.20
AIDA adaptor PCB ground links not fitted
Slow comparator 10 (dec) - data to disk file R2 - see attachment 5
start: 14.20 stop: 14.53
4x ground links fitted
14.22 3.2.16 I_L +6.625uA ambient temp +20.2 deg C
Slow comparator 10 (dec) - data to disk file R3 - see attachment 6
spectra to disk at 16.19 BST (sic) 3.2.16
start: 14.55 stop: 15.14
4x ground links fitted
BNC PB-5
amplitudes 9.00000 - 1.00000 @ 1.00000V step
Slow comparator 9 (dec) - data to disk file R4 - see attachment 7-9
start: 15.22 stop: 16.55
BNC PB-5
amplitude 5.00000V
From attachments 7-8 we can observe that rates (pulser @ 100Hz + 207Bi) are
generally sensible with slow comparator threshold = 9 (dec). Overall, merge
data rates ~110k data items / s.
Quick calculation suggests threshold (keV) ~ slow comparator setting * 10 |
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Tue Feb 2 14:08:44 2016, CG, TD, Report: Low - No SYNCs from FEEs
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Currently running with a source, and everything seems to be running fine in terms of histograms doing what we expect, no error messages etc.
Tried to start the merger and tape server, but the merger reports as waiting for the first SYNC.
Checked the stats page and sure enough, no SYCs are being produced.
Performed a re-sync from the MasterTS page but nothing changed. |
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Thu Jan 28 13:53:29 2016, CG, TD, Ribbon cable + coupler tests at DL - 25-26th Jan 15x
|
25/01/16
On start up, received error when trying to access spectrum browser (attachment 1) => required restart of 'Http for AIDA'
At 2us shaping time, and all other setting as last week, the situation remains the same
- nnaida11 has width ~50ch, nnaida12 has width ~300ch, nnaida13 is quad peaked and nnaida14 is not quite Gaussian but has width of ~80ch (possibly two peaks very close together)
Change shaping time to 8us.
Swap cables to see if the cable is the source. Currently have two LH coupler + shielded ribbon cables connected to nnaida11/13 (11 good performance, 13 quad peaked)
- swapped the ribbon cables over but left the couplers where they were to see if the good performance is a consequence of something intrinsic to a particular ribbon or coupler.
- nnaida11 now has width ~40ch (attachment 2)
- nnaida13 now back to double peaked (attachment 3)
- inconclusive.
Could old style kapton laid next to nnaida11 be shielding it due to the built in screen? (the kapton is laid against the ribbon cable)
- removing the kapton makes no difference to widths, other than nnaida12 which comes down to ~15ch (as expected)
Clipping cable ends together makes no difference, and no combination of jumpers could improve the widths.
Bending cables through 90 degrees makes no difference either (if they were acting as aerials).
Swapped complete PCBs with cables still in place over. Test first thing tomorrow.
26/01/16
Swapping PCBs produced no difference
- nnaida11 has widths of ~50-60ch, although some structure visible in some peaks
- nnaida14 sees double peaks.
Clipping ribbon ends together now makes things worse.
Swapped PSU cables to nnaida11/14
- nnaida11 now marginally worse @ ~70ch width
- nnaida14 sees no obvious change
Connected PSU chasis to NIM crate - no change.
Added two more ribbon + HL/RH couplers to system. Now:
- nnaida11 = LH + ribbon
- nnaida12 = LH + ribbon + RH
- nnaida13 = LH + ribbon + RH
- nnaida14 = LH + ribon
Clipped drain wire to LEMO connectors on PCB instead of pulser BNC cable.
See marked improvement in performance. All nnaida now have single Gaussian peaks with widths now: (attachments 4-6)
- nnaiada11 at ~35ch
- nnaida12 at ~70ch
- nnaida13 at ~80-120ch
- nnaida14 at ~45-55ch (3 at ~80-150ch)
Added RH coupler to nnaida11/14, with thin braid taped over joint in shielding to reduced resistance
- nnaida11 widths increase slightly to ~40-60ch
- nnaida14 widths increase slightly to ~60-80ch, few round ~100-120
This is consistent with the RH coupler increasing widths by ~25ch, as seen in previous tests.
See occasional ripple through waveforms in nnaida11/14 (attachments 7-11).
- expanded view shows period of 34 samples ==> 680ns ==> frequency ~1.5MHz
Variation with shaping time (avg peak width over a several channels):
| t_shaping (us) |
nnaida11 |
nnaida12 |
nnaida13 |
nnaida14 |
| 0.5 |
35 |
48 |
60 |
55 |
| 1.0 |
46 |
60 |
80 |
65* |
| 2.0 |
50 |
70 |
100 |
70 |
| 4.0 |
60 |
60 |
85 |
85 |
| 8.0 |
55 |
54 |
60 |
65 |
* = some non-Gaussian peaks
Connected detector, biased to +200V (+ve core to nnaida12, -ve braid to nnaida14) with leakage current = 9uA.
At 8us shaping time, and with Lk1 fitted on nnaida13/14 RevC adapter, peaks across all nnaida have widths ~70ch and are all single Gaussian peaks. (attachments 12-15)
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Wed Jan 27 14:54:48 2016, TD, CG, Wednesday 27 January 2016
|
MSL type BB18(DS)-1000 serial 2998-22
Bias +200V, I_L +8.110uA, ambient temperature +20.2 deg C
DSSSD - AIDA adaptor PCB cabling
4 off LH Coupler (Kapton PCB, 5cm), 2x 34-way Samtec ribbon cable (45cm), RH coupler(Kapton PCB, 10cm)
+ 3M 1245 1.4mil copper foil screen ribbon cables + RH coupler only (i.e. not LH coupler)
+ drain wires -> gold-plated Lemo-00 test input connectors
nnaida 11 & 12 AIDA adaptor PCB rev B
nnaida 13 & 14 AIDA adaptor PCB rev C (LK1 fitted)
Standard ASIC settings
nnaida 11 & 12 - negative input
nnaida 13 & 14 - positive input
Pulser BNC PB-5
Fall time 1.0ms
Rate 100Hz
Delay 250ns
Ampl 5.00000V
Polarity +
Pulse top Tail
Atten 10x
Clamp ON
- polarity via Cooknell SA1 Summing Amplifier
Pulser peak width (ch FWHM) from spectra 2.*.L
nnaida11
Shaping time(us)
0.5 1 2 4 8 8**
80 83 76 82 87 82
82 84 77 82 87 83
82 80 77 82 79 75
75 77 73 77 91 87
79 81 76 78 90 88
79 81 76 80 90 85
72 77 73 83 100 98
82 81 79 88 99 94
81 81 79 86 94 96
84 84 77 86 93 94
76 87 100 325 557 828*
86 83 84 100 119 121*
83 83 82 92 108 106*
78 77 83 85 110 111*
98 81 96 105 119 123*
89 89 93 104 109 108*
81.6 81.8 81.3 82.4 91.0 88.2 mean
6.0 3.4 8.2 3.5 6.1 7.3 std dev
nnaida12
0.5 1 2 4 8 8**
72 79 70 68 65 62
77 81 74 73 70 70
81 85 77 76 70 70
66 74 64 63 62 63
73 79 71 69 63 65
75 83 73 70 64 65
65 74 65 64 63 63
70 74 68 66 65 65
73 79 69 68 64 65
78 80 76 72 67 65
61 72 61 60 61 62
69 77 68 61 63 63
74 80 71 68 66 66
64 69 63 61 61 62
74 83 72 67 58 57
75 82 72 70 62 64
71.7 78.2 69.6 67.3 64.0 64.2
5.5 4.5 4.6 4.6 3.2 3.1
nnaida13
0.5 1 2 4 8 8**
71 72 72 63 54 53
75 80 76 64 56 54
77 86 83 67 56 56
61 66 60 57 52 51
69 74 71 62 55 52
74 77 75 64 56 53
59 65 60 57 53 52
66 70 68 60 55 54
66 65 67 60 53 53
72 75 75 59 52 53
58 63 59 54 50 51
62 65 64 57 52 52
68 75 68 60 55 51
55 59 55 52 51 49
61 68 65 57 49 46
71 74 72 63 51 49
66.6 70.9 68.1 59.8 53.1 51.8
6.6 7.0 7.5 4.0 2.2 2.4
nnaida14
0.5 1 2 4 8 8**
68 76 68 64 56 54
69 76 73 48 56 51
68 77 72 66 56 53
67 75 70 66 54 52
68 77 70 57 54 49
69 77 71 66 56 53
65 76 69 65 56 55
66 75 67 65 54 54
67 76 68 65 57 53
70 79 74 67 46 48
66 76 68 64 53 53
65 75 68 64 56 54
69 77 70 66 52 56
70 81 73 69 57 54
81 96 82 74 54 50
74 84 78 71 54 52
68.9 78.3 71.3 64.8 54.4 52.6
3.9 5.3 4.0 5.8 2.7 2.2
* outlier ignored
** ground links LK3 & LK7 fitted to nnaida11-14 AIDA adaptor PCBs
electronic noise
n+n strips ~64 ch FWHM ~ 0.7 * 64 ~ 45keV FWHM
=> slow comparator threshold (5x sigma) ~ 5 * 45 / 2.355 ~ 96keV
p+n strips ~ 54 ch FWHM ~ 0.7 * 54 ~ 38keV FWHM
=> slow comparator threshold (5x sigma) ~ 5 * 38 / 2.355 ~ 81keV |
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Wed Jan 20 17:02:47 2016, CG, TD, Ribbon cable + coupler tests at DL 17x
|
18/01/16
Set up as last week but with 8us shaping time.
With detector connected, still seeing rail-to-rail noise on waveforms in nnaida13 and double peaking in all nnaida.
Measured various resistances around the system to gauge quality of grounding connections (all measured in Ohms).
- NIM crate to PCB LEMO connector: 4.8
- NIM crate to mezzanine Cu block: 5.3 -> Plastic guide pins now installed.
- Between LEMO connectors on the adapter boards: 0.19
- nnaida11/12 drain wire to nnaida13/14 drain wire: 0.25
- RH coupler nnaida13 to RH coupler nnaida11: 1.4
- LEMO to ribbon shielding nnaida13: 0.2
- LEMO to RH coupler shielding nnaida13: 0.4
Double peaking not seen in RIKEN or by PCS during his tests -> most likely pickup of external noise.
Connected multiple different cable types to see effect they have on the sinusoidal wave seen in the waveforms and on the double peaking.
- nnaida11: LH coupler (not shielded) + 45cm ribbon (shielded) + RH coupler (shielded)
- nnaida12: LH coupler (not shielded) + 45cm ribbon (shielded)
- nnaida13: old style 90cm kapton (19/02/14 revision)
- nnaida14: 45cm thin kapton (shielded) with foil over loose end
Setting as last week, with 2us shaping time.
Peak -to-peak differences in all nnaida for several channels:
| nnaida11 | nnaida12 | nnaida13 | nnaida14
1.4.L | 157 | 123 | 160 | single peak of width ~400ch
1.6.L | 119 | 111 | 170 | " "
1.8.L | 72 | Flat top single peak, width ~35 | 155 | " "
1.10.L | 90 | " " 42 | 177 | " " -> Noticed after cable gnd jumper was not connected on nnaida14 and needs to be for these kaptons. Explains v. large peak width. (Attachments 3-5)
19/01/16
Swapped cables on nnaida11 and nnaida13. Now have:
- nnaida11: old style 90cm kapton (19/02/14 revision)
- nnaida12: LH coupler (not shielded) + 45cm ribbon (shielded)
- nnaida13: LH coupler (not shielded) + 45cm ribbon (shielded) + RH coupler (shielded)
- nnaida14: 45cm thin kapton (shielded) with foil over loose end
In nnaida13 see ripple on baseline of waveform with period ~30ch = 600ns (@20ns per ch) => frequency of 1.67 MHz. (Attachment 6+7)
Resistance between drain wire end and ribbon shielding on nnaida13 cabele: ~0.8 Ohms.
" " RH coupler shielding on nnaida13: ~1.1 Ohms.
For shielded ribbon cable on nnaida13, see fairly flat waveforms. High frequency transients pass through, but no sign of sinusoidal wave over time window of 6us. (Attachment 9)
After swapping cables on nnaida11 and nnaida13 (only change to system), now see single, Gaussian peaks in nnaida12 with widths ~40ch.
For nnaida12:
Shaping time (us) | Avg peak width (ch) (avg of 1.8/9/10/11.L peak widths)
0.5 | 35
1.0 | 39 (1.11 width ~50ch, all others ~37-42)
2.0 | 39 ( " " )
4.0 | 35 (1.11 width ~45ch, all others ~32-38)
8.0 | 37
At 8us shaping time: in nnaida11 (old style cable), see single pulser peak of width ~150 ch.
nnaida13, still see double peaking with peak separation of ~90ch and an extra structure, like a small shoulder, on the outside of the peaks. (Attachments 8+10)
nnaida14, not fully double peaked, more a peak with a shoulder ~40ch apart.
At 2us shaping time: in nnaida11, pusler peak width back to ~300ch.
nnaida13, retains extra structure on outside of peaks, but peak searation increased to ~150ch.
nnaida14, double peaked, with peak separation of ~65ch.
(Attachments 11-15)
Cannot see waveforms on nnaida12, so swapped cables with nnaida11. Also acts as test of whether the good performance seen in nnaida12 follows the cables or is something to do with the FEE.
Now have:
- nnaida11: LH coupler (not shielded) + 45cm ribbon (shielded)
- nnaida12: old style 90cm kapton (19/02/14 revision)
Now see some Gaussian peaks in nnaida11 with width of ~60ch @2us shaping time, however some peaks seem to have a slight shoulder.
> suggests issue causing double-peaking is still present (and likely was in nnaida12), but is more/less apparent in some channels than others.
Questions:
** Is this just a very well shielded cable, or something to do with the intrinsic properties of this specific cable?
** What happens if a RH coupler is added?
** What happens if the RH coupler is removed from the cable connected to nnaida13?
Added RH coupler to cable on nnaida11.
Measured some resistances of the shielding on the nnaida11 (good performance - single peaks) cable and the nnaida13 (double peaks) cable:
- drain wire to far end of shielding: nnaida11 = 0.2 Ohms nnaida13 = 0.2 Ohms
- drain wire to RH coupler: nnaida11 = 0.4 Ohms nnaida13 = 0.5 Ohms
- far end of nnaida11 cable shielding to far end of nnaida13 cable shielding: 0.05 Ohms (this seems wrong considering pushing the multimeter probes together gets 0.14 Ohms, but was repeated several times and was always 0.05 Ohms)
With addition of RH coupler to nnaida11 (and shaping time still at 2us): (Attachments 16+17)
- nnaida11 peaks show slight shoulder and increased width of ~110ch.
- nnaida12 now sees noise over full-scale range
- nnaida13 now quad peaked.
- nnaida14 still double peaked, but peak separation increased to ~150ch.
Removed RH coupler from nnaida11, all peaks go back to how they were previously, before its addition (Something is repeatable - excellent!)
- some peaks in nnaida11 now non-Gaussian nad with widths ~130ch. Most Gaussian and width ~50ch.
Removed RH coupler from nnaida13:
- no real change in the spectra of any nnaida -> what is the difference between the cables on nnaida11/13???
Stock take of ribbon cables currently at DL:
- 90cm = 16
- 45cm = 16 (4 with me for testing in Edinburgh this week. Will be returned to DL next week)
- LH couplers = 10 (2 with me for testing in Edinburgh this week. Will be returned to DL next week)
- RH couplers = 10 (2 with me for testing in Edinburgh this week. Will be returned to DL next week)
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Wed Jan 20 16:44:02 2016, TD, Report - LOW - spectrum browser x/y expand
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Spectrum Browser
y expand by manual entry of values to YMin/YMax does not work unless the spectrum
has first been expanded/moved using the Expand/Contract Y or Move View up/down
buttons.
Also, the only spectrum affected by manual entry of values to YMin/YMax or
XMin/XMax is the 'current' spectrum (gallery) regardless of current/all gallery
setting. |
|
Wed Jan 20 12:00:19 2016, CG, TD, Wednesday 20 January 2016 6x
|
11.58 Repeat yesterday's test - no significant change observed
nnaida11 - input -, shaping time 2us - attachment 1
nnaida14 - input +, shaping time 2us - attachment 2
15.20 invert input polarity - no significant change observed
nnaida11 - input +, shaping time 2us - attachment 3
nnaida14 - input -, shaping time 2us - attachment 4
Note - nnaida11 1.12.L pulser peak width ~45 ch FWHM (integrate)
Test conducted yesterday and today suggest that it is the grounding and/or
the AIDA adaptor PCB that is significant - *not* the particular LH coupler
+ 2x 34-way ribbon cable + 3M 1245 Cu foil screen assembly or FEE64 polarity
Current AIDA adaptor PCB configuration
nnaida11 rev C, LK1 fitted
nnaida14 rev B, no links fitted
15.37 Add LK1 to nnaida14 AIDA adaptor PCB - no significant change
nnaida11 - input +, shaping time 2us - attachment 5
nnaida14 - input -, shaping time 2us - attachment 6 |
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Tue Jan 19 18:09:53 2016, CG, TD, Tuesday 19 january 2016
|
18.00 Swapped input cables to nnaida11 and nnaida14
both cables LH coupler + 2x 34-way Samtec ribbon cables + 3M 1245 1.4mil Copper screen w/ground wire
RH coupler not fitted
both ground wires tied to BNC cable from pulser to AIDA adaptor PCBs at BNC(F)-Lemo-00(M) adaptor
Before swap, input cable attached to nnaida11 exhibited typical peak widths ~50 ch FWHM, cable
attached to nnaida exhibited double peaking and other structure
This is unchanged following swap => grounding and/or AIDA adaptor PCB significant *not* cable
See attachments 1-4 post swap
nnaida11 ASIC 2*L ~40-60 ch FWHM pulser peak width
standard ASIC settings, shaping time 2us |
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Fri Jan 15 16:50:09 2016, CG, TD, Ribbon cable + couple tests at DL 20x
|
12/01/16 (Attachments 1-8)
FEEs set up as per ELOG entry 136 (15/12/15)
Connected cables as follows:
- nnaida11 > LH coupler + 45cm ribbon (unshielded)
- nnaida12 > no load (no waveforms from this card)
- nnaida13 > LH coupler + 45cm ribbon (unshielded) + RH coupler
- nnaida14 > LH coupler
Peak widths (ch): <all with shaping time of 8us and heavy duty Cu braid between test inputs on each adapter card>
nnaida11 | nnaida12 | nnaida13 | nnaida14
1.4.L | 392 | 14.7 | 250 | 34.3
1.6.L | 300 | 13.6 | 150 | 23.1
1.8.L | 290 | 13.0 | 123 | 16.8
1.10.L | 309 | 13.2 | 129 | no output
> widths greater than expected
> thought it could possibly be due to pickup of external noise in the room so added Cu tape as shielding to cable connected to nnaida13 with drain wire connected to CU braid on pulser input
> reduced peak with in nnaida13 to ~160ch
> connecting far end of Cu shielding via a Cu braid to main Cu braid reduces this to ~130ch
> connecting Cu shielding on RH coupler to main ribbon cable shielding with thin braid reduced this further to ~110ch
For nnaida13, see double peaking of pulser peak with all shaping times up to 2us. At 4us, see single peak of width ~160ch. At 8us, see single peak of width ~110ch.
13/01/16 (Attachments 9-20)
Set up system as yesterday.
With shaping time of 2us, nnaida13 does not show Gaussian peaks. Some peaks are double, others just single non-Gaussian peaks.
Yesterday peak-to-peak difference was ~150ch
- added tin foil to loose coupler end and over connection between ribbon cable and RH coupler, as it was suspected it could be pickup of external noise
- @ 2us shaping time, double peaks still present with p-2-p difference of ~130ch
- clipped foil firmly to Cu shielding tape > no difference.
In nnaida14, see single roughly Gaussian peak of width ~15ch.
In nnaida11, see single peaks of widths ~250ch. At 8us this reduces to ~180ch.
Connecting the Lk7 jumper for nnaida13 produces no difference.
Added full LH coupler + 45cm ribbon + RH coupler to all nnaida, with full shielding > no improvement.
Connected all to detector and saw no improvements, in fact increased noise in nnaida13 dramatically (see waveforms)
See low frequency wave in waveforms, will work next week to try remove this as this could be what is causing the double peaking and hiding the true capabilities of the cables.
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Thu Jan 7 13:55:24 2016, CG, RIKEN progress - 15/12/15 (late)
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Tues 15/12/15
Swapped previously tripped detector (3131-11) on to kaptons already in place for (working) 2977-15 and attempted to bias
- i.e. made no changes (FEEs, or jumpers etc) to the known working setup of 2977-15, just replaced the detector with 3131-11
> still trips at ~6-7V
> conclusion: He's dead Jim.
Took some measurements of rough max positions of DSSSDs from the FEEs with the current 90cm kaptons (pictures in attached PowerPoint and PDF)
- Vertical EURIKA support to centre of EURIKA ~ 60cm
- AIDA Cu cooling pipe to end of snout ~ 75cm
- Base of snout to end = 57cm
- Min distance from end of snout to inner most FEE (horizontal FEEs) ~ 92cm
- additional 6cm per extra adapter
- Further DSSSD can go from base of snout ~ 54cm (60cm from Cu pipe)
- limiting factor is kaptons to nnaida5+6 (bottom stack). Still a few more cm slack in the other kaptons.
- For kaptons in 4th horizontal connector (furthest slot in 2nd adapter), detector 48cm from base of snout.
- For kaptons in 8th horizontal connector (furthest slot in 4th adapter), detector 36cm from base of snout.
Note (PCS): In disconnecting things to check ground connections, and when putting AIDA away before I left, I noticed ~20% of the network cables are of the shielded variety. I know this didn't seem to make any difference in the setup at DL, but I don't know how concerned you are about this and if you would suggest changing them in future.
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Thu Jan 7 16:04:44 2016, CG, PJCS, PCS Reply to RIKEN progress - 15/12/15 (late)
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| Quote: |
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Tues 15/12/15
Swapped previously tripped detector (3131-11) on to kaptons already in place for (working) 2977-15 and attempted to bias
- i.e. made no changes (FEEs, or jumpers etc) to the known working setup of 2977-15, just replaced the detector with 3131-11
> still trips at ~6-7V
> conclusion: He's dead Jim.
Took some measurements of rough max positions of DSSSDs from the FEEs with the current 90cm kaptons (pictures in attached PowerPoint and PDF)
- Vertical EURIKA support to centre of EURIKA ~ 60cm
- AIDA Cu cooling pipe to end of snout ~ 75cm
- Base of snout to end = 57cm
- Min distance from end of snout to inner most FEE (horizontal FEEs) ~ 92cm
- additional 6cm per extra adapter
- Further DSSSD can go from base of snout ~ 54cm (60cm from Cu pipe)
- limiting factor is kaptons to nnaida5+6 (bottom stack). Still a few more cm slack in the other kaptons.
- For kaptons in 4th horizontal connector (furthest slot in 2nd adapter), detector 48cm from base of snout.
- For kaptons in 8th horizontal connector (furthest slot in 4th adapter), detector 36cm from base of snout.
Note (PCS): In disconnecting things to check ground connections, and when putting AIDA away before I left, I noticed ~20% of the network cables are of the shielded variety. I know this didn't seem to make any difference in the setup at DL, but I don't know how concerned you are about this and if you would suggest changing them in future.
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I would recommend changing the network cables for unshielded versions to remove a potential ground connection. |
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Thu Dec 3 10:12:08 2015, CG, TD, Report: Low - RPi power cable can't be fully inserted due to case conflict
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The RPi power cable cannot sit fully in the connector, and the lock pins can't engage, because the case gets in the way of the plastic around the end.
As a result we have knocked it out a couple of times and lost power to the system.
Can this be modified or can we get a new case/cable that resolves this issue? |
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Wed Jan 6 16:06:32 2016, CG, TD, PJCS, Report: Low - RPi power cable can't be fully inserted due to case conflict - solved
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| Quote: |
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The RPi power cable cannot sit fully in the connector, and the lock pins can't engage, because the case gets in the way of the plastic around the end.
As a result we have knocked it out a couple of times and lost power to the system.
Can this be modified or can we get a new case/cable that resolves this issue?
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The case has been changed for one that doesn't allow the power cable to be easily extracted. |
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Tue Dec 15 11:17:05 2015, TD, STFC DL tests - 14-15.12.15 13x
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BNC PB-5 Pulser
Fall time 1.0ms
Rate 100Hz
Delay 250ns
Ampl 5.0V
Polarity +
Pulse Top Tail
Atten 10x
PB-5 Pulse ON
Clamp ON
- polarity via Cooknell SA1 Summing Amplifier
nnaida11 & 12 AIDA adaptor rev C (280114) LK1 jumper fitted
nnaida13 & 14 AIDA adaptor rev B (180713)
Heavy duty Cu braid and large clips connect BNC connectors of
cabling to test inputs of both adaptor PCBs.
Heavy duty Cu braid connects Cu mezzanines of nnaida11 & 14
Standard ASIC settings
nnaida11 & 12 - input, nnaida13 & 14 + input
shaping time 8us
fast discriminators 0xff
slow comparator 0x40
***
Zero input load
nnaida11 nnaida12 nnaida13 nnaida14
1.4.L 14.63 14.88 15.95 13.03
1.6.L 14.35 15.01 13.47 12.62
1.8.L 14.86 14.54 12.88 13.43
1.10.L 14.67 13.76 13.03 13.43
See attachments 1-3
***
Left hand coupler (011215) nnaida11 & 14 (only)
No EMC shielding or grounding
nnaida11 nnaida12 nnaida13 nnaida14
1.4.L 33.64 16.02 15.34 18.74
1.6.L 23.92 14.92 12.98 14.00
1.8.L 17.09 14.36 13.07 13.63
1.10.L 16.66 14.67 13.27 13.92
Left hand coupler (011215) nnaida11 & 14
No EMC shielding or grounding
***
Left hand coupler (011215) + 1x 45cm 34-way ribbon cable nnaida13
Left hand coupler (011215) + 1x 90cm 34-way ribbon cable nnaida12
No EMC shielding or grounding
nnaida11 nnaida12 nnaida13 nnaida14
1.4.L 30.37 19.41 23.02 21.15
1.6.L 21.64 16.99 17.73 15.82
1.8.L 16.85 16.43 14.14 14.78
1.10.L 16.31 16.70 13.07 13.75
3.4.L 16.13 650 122.61 14.76
3.6.L 15.98 710 140.07 14.32
3.8.L 16.53 610 111.10 14.36
3.10.L 17.05 630 121.59 14.26
See attachment 4 - are these actually 3*W waveforms?
***
Left hand coupler (011215) + 1x 45cm 34-way ribbon cable nnaida11
Left hand coupler (011215) + 1x 90cm 34-way ribbon cable nnaida12
Left hand coupler (011215) + 1x 90cm 34-way ribbon cable nnaida14
Left hand coupler (011215) + 1x 45cm 34-way ribbon cable nnaida13
No EMC shielding or grounding
nnaida11 nnaida12 nnaida13 nnaida14
1.4.L 27.44 18.70 21.79 20.32
1.6.L 19.84 16.90 17.06 16.06
1.8.L 16.20 15.73 14.06 19.34
1.10.L 16.23 16.42 14.27 17.11
3.4.L 146.47 510 91.03 390
3.6.L 160.69 555 105.11 640
3.8.L 142.32 490 85.85 370
3.10.L 144.06 510 93.30 390
See attachments 5-13
***
Shaping time 2us
nnaida11 nnaida12 nnaida13 nnaida14
1.4.L 19.60
1.6.L 15.67
1.8.L 17.68
1.10.L 15.88
3.4.L 160.95 560 90.85 550
3.6.L 173.91 600 108.19 865
3.8.L 155.90 535 88.35 460
3.10.L 162.21 560 95.45 540 |
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Mon Dec 14 19:25:35 2015, AE, CG ,Phong, Merger/TapeServer trouble report
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Sat. 12/12/15
Working with a 8-FEE setup (as in https://elog.ph.ed.ac.uk/AIDA/133). We could open a file with the
TapeServer. Merger also seems to be working (cursor spinning, and merge statistics ~ok). However the
TapeServer doesn’t write anything to disk (just empty an file).
A few observations; I only took ‘systematic’ notes after we had reduced the number of FEEs to 8, but it's
likely we were also facing the same problems before with a full system:
+ When enabling data transfer from NNAIDA modules (in Run Control page), it switches to the right mode for
all FEEs except for NNAIDA5. NNAIDA5 is the master FEE. The merger also doesn’t show any stats for NNAIDA5
(but stats look ok for all other FEEs). The spectra for NNAIDA5 look ok, so the FEE is generating data.
+ A few times we observe the following behavior: DAQ running without trouble. We start Merger+TapeServer,
and when attempting some actions in RunControl (start-stop, or reset), we loose the ability to communicate
with a number of FEEs. These FEEs can not perform a ReSYNC, and the only way to get them back to life is
going through a power cycle. It seems like the TaperServer or Merger is somehow upsetting the FEEs or the
DAQ. We can still ‘ping’ all FEEs, even after the ‘connect failed’ message.
Attached are a few screenshots, and the text in the terminals for Merger and TapeServer. The following is
the error returned by one FEE when we can’t ReSync them:
STATE for nnaida3 returned with an error
connect failed
NONE
connect failed
while executing
"::http::geturl http://nnaida3:8015/DataAcquisitionControlServer -headers {} -type text/xml -timeout 20000
-query {<?xml version="1.0" encoding="UTF-8"..."
("eval" body line 1)
invoked from within
"eval [list ::http::geturl $url] $args"
(procedure "::http::geturl_followRedirects" line 4)
invoked from within
"::http::geturl_followRedirects http://nnaida3:8015/DataAcquisitionControlServer -headers {} -type
text/xml -timeout 20000 -query {<?xml version="1.0" ..."
("eval" body line 1)
invoked from within
"eval ::http::geturl_followRedirects [list $url] -headers [list $local_headers] -type text/xml -timeout
$timeout -query [list $request] $local_pro..."
(procedure "::SOAP::Transport::http::xfer" line 61)
invoked from within
"$transport $procVarName $url $req"
(procedure "::SOAP::invoke" line 18)
invoked from within
"::SOAP::invoke ::SOAP::_DataAcquisitionControlClient__GetState"
("eval" body line 1)
invoked from within
"eval ::SOAP::invoke ::SOAP::_DataAcquisitionControlClient__GetState $args"
(procedure "DataAcquisitionControlClient__GetState" line 1)
invoked from within
"DataAcquisitionControlClient__GetState"
GET OPTION for nnaida3 returned with an error
connect failed
NONE
connect failed
while executing
"::http::geturl http://nnaida3:8015/DataAcquisitionControlServer -headers {} -type text/xml -timeout 60000
-query {<?xml version="1.0" encoding="UTF-8"..."
("eval" body line 1)
invoked from within
"eval [list ::http::geturl $url] $args"
(procedure "::http::geturl_followRedirects" line 4)
invoked from within
"::http::geturl_followRedirects http://nnaida3:8015/DataAcquisitionControlServer -headers {} -type
text/xml -timeout 60000 -query {<?xml version="1.0" ..."
("eval" body line 1)
invoked from within
"eval ::http::geturl_followRedirects [list $url] -headers [list $local_headers] -type text/xml -timeout
$timeout -query [list $request] $local_pro..."
(procedure "::SOAP::Transport::http::xfer" line 61)
invoked from within
"$transport $procVarName $url $req"
(procedure "::SOAP::invoke" line 18)
invoked from within
"::SOAP::invoke ::SOAP::_DataAcquisitionControlClient__GetOption NetVar=NetVar.DACQ.Chistenable"
("eval" body line 1)
invoked from within
"eval ::SOAP::invoke ::SOAP::_DataAcquisitionControlClient__GetOption $args"
(procedure "DataAcquisitionControlClient__GetOption" line 1)
invoked from within
"DataAcquisitionControlClient__GetOption "$AcqGetOption"" |
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Mon Dec 14 07:56:27 2015, CG, RIKEN progress 10x
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13/12/15
Current jumper setup:
- detector 2977-15 connected to nnaida1,3,5,8 with GND kapton to nnaida1
- bias of +75V to nnaida3 and nnaida5
- Jumpers:
- nnaida1 > Lk1. If Lk3 3 connected unable to bias detector
- nnaida3 > Lk3. if Lk1 connected unable to bias detector as the HV ground reference is connected at both p- and n-sides of detector.
- nnaida5 > Lk1 + Lk3
- nnaida8 > Lk3
Powered system up as it was last night -> 2977-15 connected to nnaida1,3,5,8 with only 4 FEE modules powered.
- n-side widths ~190-200 ch
- p-side widths ~100ch
- jumpers as above, ASIC setting as 2015Dec12_smallSetup, wav thresholds all at 500 apart from nnaida5 @ 250.
Spend remainder of day trying to fit mezzanine cables.
14/12/15
Completed installation of mezzanine cables.
Resistance between all mezzanines and cooling crates still ~200 kOhms (up from ~2-5 Ohms on our arrival), apart from nnaida7+8, which is now at ~5 Ohms
However, all see resistance to main vertical copper pipe of ~3 Ohms.
As best as I can see, isolating tape in still in place for all FEEs => unknown point of contact.
> LEMO cables to test inputs carry ground connection from NIM bin -> NIM bin in electrical contact with support frame -> coolant loop in electrical contact with support frame => electrical connection still present between FEEs and coolant loop, even in insulating guide pins are introduced
> this problem is not observed at DL because the NIM bin in on the wooden table top and isolated from the coolant loop and any support structure
> is it possible to isolate the NIM bins from the support structure?
> need to come up with some more systematic and fixed way/positions for measuring these resistances, i.e. always measure mezzanine to X.
Resistance between all mezzanines now ~ 0.5 Ohms.
n-side widths ~ 120ch and p-side widths ~ 120ch => peak widths almost halved in n-side, but increased by ~20% in p-side.
Attempted to bias previously tripped detector.
- same jumper combination as other detector caused failure to bias > leakage current jumps to 50uA at ~2V and trips shortly after, ramping back down from there.
- removed all jumpers and see same thing.
Will try again in the morning by attaching 3131-11 to cables currently on 2977-15, but it looks like 3131-11 really is defective somehow. |
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Sat Dec 12 03:30:50 2015, Alfred, Chris, Phong, change configuration of NNAIDA modules in setup
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We want to reduce the configuration of the setup to 4 FEE cards (8 NNAIDA modules), so we only have to isolate 4 of them from the cooling crate for a noise test. Following instructions in April2015 test logbook.
Copied directory /MIDAS@aidas to /MIDAS@aidas.121215
In /MIDAS@aidas/config/TclHttpd/aidas1@8015 edit file:
-rw-rw-r--. 1 npg npgstaff 2281 May 3 2015 startup.tcl
Now scripts does 'lappend ACQSERVERS nnaida$i' from i=1 to 8
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Sat Dec 12 02:12:17 2015, CG, AE, VH, RIKEN progress 9x
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Stripped down contents of AIDA NIM bins to only what is required by AIDA.
Now have BNC PB-5 pulser, sum and invert module, single and quad Caen HV supplies in the top crate and the MACBs in the bottom crate.
Removed were FIFO, leading edge discriminator and a quad coincidence module, all used in the DAQ integration.
Smallest dial on pulser potentiometer was round at an unlikely number, seems to have been knocked.
- connected to scope and consecutive values on the biggest dial does not produce integer multiples of the lowest setting -> needs sorting out for future pulser walkthroughs.
Tested tripped detector from Apr/May (BB18-1000 3131-11) with kaptons connected to nnaida1,3,5,8 (GND to nnaida1), +ve HV with braid to front strips via nnaida5 and core to back strips via nnaida3.
- biased to +150V with a stable leakage current of 9.5uA in a very warm room.
- stable for ~2mins then I_L jumped to 20uA and detector tripped.
- subsequently unable to successfully bias the detector. Trips on ramping up around 15-20V every time.
- no visible damage or broken bond wire.
Initial conclusion is this detector is broken (but see bellow). Then tried with another (BB18-1000 2977-15, pre-prod)
- encountered similar problems in that the detector tripped once at ~+50V and then kept tripping around +12V thereafter.
This was all carried out with the jumper combination already present from the end of the run in May - Lk1,3,5+7 had jumpers on on all FEEs, but we were unable to bias detector.
Removed all jumpers and 2977-15 biased successfully to ~75V (with 10.12 uA leakage current). Pulser resolution ~700 ch FWHM for NNAIDA 1 (p-side); 20 ch for NNAIDA2 (no DSSD connected)
Setting1:
- Add jumpers LK1 to nnaida1 (w/grounded Kapton cable), LK3 to nnaida3 (+75 V), LK1 and LK3 to nnaida5 (ref. 0V), and LK3 to nnaida8 (revB PCB). See attachment 1.
- Biased with 10.44 uA leakage current @ 75V
- About half of the Cu-braids with ground connections across FEEs are loose (clamps had snapped while moving table/mounting DSSD).
- Using 2015Apr30-diode-mod2 ASIC settings.
- Resolution of sample channels (FWHM): nnaida1: 320 ch, nnaida3: 500 ch, nnaida5: 280 ch, nnaida8: 180 ch.
Tried a couple more jumper settings:
- nnaida1: LK1+LK3, nnaida3: LK3, nnaida5: LK1+LK3, nnaida8: LK1+LK3: overcurrent with a couple of volts (short circuit, likely LK1 in nnaida8).
- nnaida1: LK1+LK3, nnaida3: LK3, nnaida5: LK1+LK3, nnaida8: LK3: detector trips (I>20uA) at about 18 V, and after tripping first time there is a steeper increase of I vs V (~20uA at ~ 9V).
Setting2:
- Same jumpers as setting 1: nnaida1: LK1, nnaida3: LK3, nnaida5: LK1+LK3, nnaida8: LK3.
- Connect all Cu-braid cables to ground the Cu blocks of first two rings of FEEs.
- The resolution in all FEEs improved to about 170ch FWHM, except for nnaida1 (with grounded Kapton cable): nnaida1: 310 ch, nnaida3: 170 ch, nnaida5: 180 ch, nnaida8: 160 ch. See attached sample spectra and waveforms.
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Thu Dec 10 04:56:08 2015, CG, AE, RIKEN progress - first day and a half
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08/12/15 - Day 0.5
Test fitted new snout to snout base
- the holes in the base of the just-shipped section all line up with those in the corresponding part just taken off.
- however, the raised corners of the rear metal plate (around the rods), which sits in the downstream end of the Al section of the snout now presents a conflict.
- the old snout sat inside the raised section but, now that the side length of the snout has been increased, there is a conflict between the snout and the raised portion (see attached photos), which means the snout will not seat properly in the base section.
Checked for electrical connection between cooling crate and FEE mezzanines
- connection present in all FEEs with resistance < 2 Ohms for most, and the maximum at 1 kOhm for one of the FEE modules.
09/12/15
Moved AIDA back into rough experimental position, re-cabled setup and powered on complete system.
Chiller levels ok, no leaks after ~1hr of operation. Temperatures all remained low and stable.
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Thu Dec 3 16:28:46 2015, CG, TD, New Kapton cable tests at DL 18x
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Spent whole day trying to isolate mezzanines from cooling crate.
Finally managed to increase resistance between crate and mezzanines from ~5 Ohms to ~380 kOhms with some masking tape and parcel tape over the slots in the FEE modules in which rest the guide pins on the bottom of cooling crate.
See excellent performance in nnaida11, with peak widths down to ~45ch and almost perfectly smooth waveforms.
- this is with just the kaptons connected (all of which are shielded with tape) and no detector. Shaping time of 8us.
Performance in other FEEs remains largely unchanged. (Note: Yesterday saw similar performance in nnaida13+14 for 15mins but lost it and couldn't regain same performance.)
Turned off cooler to see what effect that had - no major changes to peak widths.
Turned off cooler and loosened crate lid - again no appreciable difference.
=> It seems this electrical connection between cooling crate and mezzanines could be the source of a lot of our noise.
Could remove pins completely to see effect that has, before trying with plastic ones when they arrive.
Attachment 1 shows FADC monitor during period in which ADCs in nnaida14 were not calibrated correctly. |
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Wed Dec 2 18:39:44 2015, CG, New Kapton cable tests at DL
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Powered on system ok.
Electrical connection between crate and mezzanines still persists, but only to the top cool plate (no connection to the bottom or sides), eith resistance ~5-10 ohms
Seems to have no effect on performance though as without the kaptons connected, still see pulser widths of ~14ch at t_shape = 8us.
Connecting cables reinstates double peaking in n-side.
Without HV or detector connected, nnaida13+14 gibe single Gaussian peaks of width ~45ch, with almost perfect waveforms.
- Patrick saw this too, I'm not going crazy, but on zeroing histograms (didn't change a single other thing) it went back to having double peaks again.
Replaced nnaida13 shielded kapton with unshielded one to see if that is causing this effect
- still see double peaking but width of tallest peak is down by ~25% (likely just due to capacitance)
With shielding on, do see much noisier waveforms however.
- note: attachments 1 and 2 were taken using exactly the same threshold of 512. When shielded, bumping this up to 1000 still made little difference and 'actual' traces were only caught ~25% of the time
Changed firmware to V8.
No difference in performance.
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Thu Nov 26 16:32:52 2015, CG, TD, New Kapton cable tests at DL 9x
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Powered on system without issue. biased detector to -200V. Leakage current not stable, bouncing around between ~3.66 - 3.74uA. Room temp 22.0oC -> Peak widths similar to yesterday.
Changed through various permutations of jumper connections (field planes, detector grounds, bias ground reference).
The only change that led to any change in performance was the removal of the bias ground reference jumper, this made the waveform noise much worse and increased peak widths (attachment 4).
Changed the network cables to unshielded (no ground connection) ones. No difference in performance.
Connecting thick Cu braid from NIM bin chasis to LEMO connectors makes noise worse.
Moving this braid to the PSU case made peak widths larger and waveform noise in nnaida14 much worse. Traces do not return to baseline after a pulser event (attachment 2+3)
Reduced bias to -100V in an attempt to stabilise the jumpy leakage current -> made it worse.
Increased to -250V and the leakage current stability improved -> fluctuations of < 0.10uA @ 4.985uA.
Connected Al detector box with thick braid to braid connecting HV and pulser input -> no difference.
Replaced metal detector box with cardboard box so it was floating -> no difference.
Made sure kaptons were all separated with sheets of paper to prevent electrical contact of shielding -> no difference.
Disconnected detector and found double-peaking remains => this is not a detector issue, but intrinsic to the kaptons (with the kaptons removed, we observe Gaussian peaks of width ~14ch) (attachments 5-9).
Occasionally, waveforms fail to reset correctly (attachment 7).
Cu mezzanine block and Al crate now no longer isolated from each other. Resistance between them ~6 Ohms with crate locked up, increases to ~300kOhms when crate opened. |
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Wed Nov 25 19:24:39 2015, CG, TD, PJCS, New Kapton cable tests at DL 6x
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Powered system on and biased to +200V at room temp of 22.4oC. Leakage current of 3.37uA.
Waveforms very noisy and spectra dominated by low E noise. Upon taking a close look at front end found one of the kaptons to have broken a connection. Swapped it out for a spare.
Returned to same situation as last week. Peaks all have a shoulder at t_shape of 8us, but main peak has width ~80ch. Shorter shaping times lead to double peaking.
Removed FEEs from crate and properly seated adapter PCBs on Cu mounting block, with washers between plated part of PCB and allen screw.
- <0.4 ohm impedance betwee Cu mount block and washer/screw but ~20 ohms between screw and LEMO connector => 20 ohms between Cu mounting block and LEMO connectors
- plating around screw holes doesn't go anywhere.
Confirmed LEMOs are connected to ASIC ground (as they should be) on the Cu mezzanine block with <0.2 ohm impedance between mezzanine Cu and LEMO connectors.
With adapter PCBs removed, Cu mezzanine blocks of separate modules still have impedance < 0.3 ohm between them. How/why?
- found out MACB cables, power cables and network cables all connect the grounds of each FEE card/module. Was this expected? Does this cause us problems?
Swapped non-functioning nnaida12 for the former nnaida11 from the module featuring the other broken nnaida12 - all seems to work, although no waveforms are produced.
Very low impedance between ASIC grounds of FEE cards in same module.
To obtain a better ground connection between the ASIC grounds of separate modules, connected a thick braid to Cu mezzanine block of each. Operating at limit of multimeter so no noticeable difference in impedance. But...
With mezzanines connected and thick braid connecting HV and pulser at LEMO connectors, see the best waveforms so far; very little noise, some transients (attachments 1+2).
However, in nnaida14 waveform does not get back to baseline properly after a pulser event (attachments 2+3).
Despite very clean waveforms, still see double-peaking in spectra, although peak widths are fairly low (attachment 6).
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Fri Nov 20 16:29:49 2015, CG, New Kapton cable tests at DL
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Powered system up from state it was left in last night. Biased to +200V with leakage current 3.9uA @ room temp 23.3oC.
nnaida14 now performing as it was at the beginning of yesterday, with nnaida11 back to having noisy waveforms.
Tried various combinations of grounding to ascertain minimum possible configuration to maintain (or improve) current performance.
- detector ground jumper required, noise in waveforms increases significantly if removed
- system seemingly has no preference of jumper combinations for the left-hand pairs of pins, other than all 4 at once increase noise. Any combination of 3 or fewer seems to have no effect
- fitted additional small braids to kaptons and took them directly to the PCBs (like in the previous ELog entry) which made no difference
Found LEMO connectors on both PCBs to show open circuit with the Cu adapter mount block (not mezzanine block). Wrapped thin braid round connectors and took attached directly to each respective Cu block.
Resistance between any two points between the detector and Cu mezzanine blocks now < 0.5 Ohm.
- when i left for lunch this had no effect on nnaida11, but nnaida14 showed improvement in fine noise on waveforms but none for the low frequency 'wave' (see attachment 1)
- after returning from lunch, both were noisy again and I was unable to repeat original improvement over a few attempts at the same or similar grounding. Subsequently removed completely and performance returned to normal...
When we arrived on Wednesday, detector box was floating and performance was OK. Box is now not floating, and attempts to make it so were unsuccessful, although nothing I did changed the noise situation.
Removing the Al plates either side of the detector made had no impact on the noise.
Didn't get chance to try swapping the PCBs over. |
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Thu Nov 19 17:31:24 2015, CG, TD, New Kapton cable tests at DL
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Powered system on from the state it was in last night. Biased to +200V with leakage current 3.9uA at room temp 22.8oC.
Performance of nnaida14 at shaping time of 8us slightly worse than last night - peak now non-Gaussian and double peaked. New source of noise?
Trying different permutations of grounding options initially led to no improvements.
- tried various jumper combinations and taking the braids from the kaptons to various different points on the adapter PCBs - no appreciable changes.
However, connected the braids from the kaptons to the thick Cu braid with a crocodile clip and the noise in the back side FEEs significantly reduced.
Throughout, both sides of the detector saw improvements, but the front side performed much better than the back (rear waveforms were still just noise, just slightly reduced noise).
Soldered 4 drain wires to the thick Cu braid to improve connection and taped them to the Cu tape on the kaptons so as to give the shortest possible distance between kapton and thick braid (attachment 2).
- performance in nnaida11 improved dramatically, the waveforms looked sensible instead of just noise (see attachment 1)
- however, nnaida14 waveforms have now just gone to noise... We have swapped the performance of the front/rear strips.
In investigating this, we have found poor connections and high resistance between the Cu blocks and adapter PCBs, despite all screws connecting them -> a good connection cannot always be assumed it seems.
However, taking a braid from the PCBs directly to the Cu blocks makes little difference to performance. Neither did putting an Al plate on the front of the detector.
The Al detector box was previously floating, but now is not - the effect of this will be investigated tomorrow. |
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Thu Nov 19 12:23:03 2015, CG, TD, Report: Low - Error message when selecting Act on all FEE64s for FADC calibrate
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When trying to calibrate FADCs in FADC Align and Control page, ticked 'Act on ALL FEE64 modules'.
Error message displayed (attachment 1) and, despite 'Act on ALL' box being ticked, was only able to act on one FEE64 at a time. |
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Thu Nov 19 12:19:15 2015, CG, TD, Report: Low - nnaida12 ASIC4 not functioning
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Current nnaida12 (MAC address 2b:09:e8) has several noisy channels in ASICs 1-3, whilst ASIC4 does not work at all.
Frequently, but not always, ASIC4 fails to load/check.
Additionally, fast discriminators are turned off in settings but show activity in the Hit spectrum. |
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Wed Nov 18 18:18:26 2015, CG, TD, New Kapton cable tests at DL
|
Note: kapton #7 may have broken pins next to (deliberately) broken ground pin. Unclear, but should not be used for bias until certain.
Detector BB18 2998-22 connected via 4 45cm kaptons and biased to +200V via nnaida12+14, with leakage current 4.310uA @ room temp 25.4oC.
Turned off FADCs as per PCS instructions in previous entry - no change. Turned back on.
Braid grounding HV to pulser and all jumpers removed - makes performance much worse.
Connecting only jumper to ground detector brings performance back to moderate, but not good. Re-adding braid bring further improvement.
- other jumpers don't seem to have a considerable affect on performance.
Added short (~few cm) drain wire to outside of Cu tape covering kaptons and attached to nearest allen bolt in adapter PCB, i.e. at the top of each connector, plus the jumper for the detector ground. Looked at variation with shaping time:
t_shape (us) || 0.5 | 1.0 | 2.0 | 4.0 | 8.0
Pulser FWHM (ch) || 715 | 687 | 448 | 246 | 124 (nnaida14)
- all peaks were non-Gaussian and double peaked apart from at 8us. @ 8us it was not quite Gaussian, but much closer than the rest.
Added ~20cm drain wires to each kapton and connected all at one point on mount screw above nnaida14 adapter PCB connector. Again looked at variation with shaping time.
t_shape (us) || 0.5 | 1.0 | 2.0 | 4.0 | 8.0
Pulser FWHM (ch) || 363 | 354 | 245 | 120 | 85 (nnaida14)
- again, at low shaping times all peaks started out double peaked, but moved closer to Gaussian as t_shape was increased. At 8us, not quite Gaussian, but close.
P-side performance much better than n-side.
- currently drain wires are connected to p-side adapter PCB. Will move these to n-side PCB tomorrow to see if this has any affect. |
|
Fri Nov 13 16:17:14 2015, CG, TD, 13 Nov 2015 - new Kapton cable tests at DL 6x
|
Powered system up with 4 bare 45cm kaptons connected and nothing seems to have changed from where we left last night
Waveforms in nnaida11 look good and peak widths in nnaida11 1.8.L and 1.10.L are ~70ch.
Turned off flash ADCs for all FEEs by setting Q8_transfer.vhd: 0xa00, offset 0x00, to 0 to assess any affect they may play in the observed noise
no obvious change in peak widths for nnaida11
turned all back on by resetting value of offset 0x00 to 1
Measured RMS deviation of waveform baseline for nnaida11 with 45cm unshielded kapton connected by sampling waveform every 10 samples over 100 samples, i.e. every 200ns for 2us.
1.4.W - mean: 8612.9 st. dev.: 20.5
1.6.W - mean: 8548.9 st. dev.: 16.6
1.8.W - mean: 8900.8 st. dev.: 16.2
1.10.W - mean: 8744.5 st. dev.: 15.0
Removed kapton to check intrinsic RMS deviation of pre-amp using the same method
1.4.W - mean: 8666.8 st. dev.: 4.7
1.6.W - mean: 8586.6 st. dev.: 2.0
1.8.W - mean: 8918.7 st. dev.: 3.2
1.10.W - mean: 8782.3 st. dev.: 4.2
These results are consistent with the pulser peak widths observed with/without Kapton PCBs attached
Make a makeshift screening plate for the adapter PCBs using the Cu tape -> widths in nnaida11 all slightly worse but still comparable.
Connected detector using 4 45cm kaptons (gnd via nnaida13) and baised via nnaida12+13 to +200V with a leakage current of 5.16uA (Room temp 24.2oC)
Initially observed very noisy waveforms but grounding adapter PCBs together improved the noise slightly but not to an acceptable level (see attachment 2+3).
Measure the peak width as a function of shaping time:
t_shape: 0.5 | 1.0 | 2.0 | 4.0 | 8.0
FWHM (ch): 308 | 352 | 345 | 252 | 130
Throughout, the peaks were non-Gaussian and double peaked with single peak widths ~50-70ch.
Pickup effect rather than white noise?
Shielded kapton to nnaida11 with Cu tape and found noise to decrease slightly when grounded to LEMO connector on adapter PCB - bursts reduced in amplitude but persistent periodic noise remained (see attachments 4+5).
Changed grounding around (adapters to NIM crate, adapters to detector box etc) and observed no noticeable difference.
However, removing jumpers grounding PCBs to FEE cards and the grounding between the adapter PCBs makes the noise worse.
Shielded 3 more 45cm kaptons and connected detector -> no leakage current.
Found several pins on 2 kaptons to be broken. Will get these fixed in Edinburgh for use next week.
Reconnected old kaptons and system is as expected - slower rise time in waveforms but reasonable levels of noise and expected peak widths (see attachment 6). |
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Sat Nov 14 20:19:43 2015, CG, TD, PJCS, 13 Nov 2015 - new Kapton cable tests at DL
|
| Quote: |
|
Powered system up with 4 bare 45cm kaptons connected and nothing seems to have changed from where we left last night
Waveforms in nnaida11 look good and peak widths in nnaida11 1.8.L and 1.10.L are ~70ch.
Turned off flash ADCs for all FEEs by setting Q8_transfer.vhd: 0xa00, offset 0x00, to 0 to assess any affect they may play in the observed noise
no obvious change in peak widths for nnaida11
turned all back on by resetting value of offset 0x00 to 1
Measured RMS deviation of waveform baseline for nnaida11 with 45cm unshielded kapton connected by sampling waveform every 10 samples over 100 samples, i.e. every 200ns for 2us.
1.4.W - mean: 8612.9 st. dev.: 20.5
1.6.W - mean: 8548.9 st. dev.: 16.6
1.8.W - mean: 8900.8 st. dev.: 16.2
1.10.W - mean: 8744.5 st. dev.: 15.0
Removed kapton to check intrinsic RMS deviation of pre-amp using the same method
1.4.W - mean: 8666.8 st. dev.: 4.7
1.6.W - mean: 8586.6 st. dev.: 2.0
1.8.W - mean: 8918.7 st. dev.: 3.2
1.10.W - mean: 8782.3 st. dev.: 4.2
These results are consistent with the pulser peak widths observed with/without Kapton PCBs attached
Make a makeshift screening plate for the adapter PCBs using the Cu tape -> widths in nnaida11 all slightly worse but still comparable.
Connected detector using 4 45cm kaptons (gnd via nnaida13) and baised via nnaida12+13 to +200V with a leakage current of 5.16uA (Room temp 24.2oC)
Initially observed very noisy waveforms but grounding adapter PCBs together improved the noise slightly but not to an acceptable level (see attachment 2+3).
Measure the peak width as a function of shaping time:
t_shape: 0.5 | 1.0 | 2.0 | 4.0 | 8.0
FWHM (ch): 308 | 352 | 345 | 252 | 130
Throughout, the peaks were non-Gaussian and double peaked with single peak widths ~50-70ch.
Pickup effect rather than white noise?
Shielded kapton to nnaida11 with Cu tape and found noise to decrease slightly when grounded to LEMO connector on adapter PCB - bursts reduced in amplitude but persistent periodic noise remained (see attachments 4+5).
Changed grounding around (adapters to NIM crate, adapters to detector box etc) and observed no noticeable difference.
However, removing jumpers grounding PCBs to FEE cards and the grounding between the adapter PCBs makes the noise worse.
Shielded 3 more 45cm kaptons and connected detector -> no leakage current.
Found several pins on 2 kaptons to be broken. Will get these fixed in Edinburgh for use next week.
Reconnected old kaptons and system is as expected - slower rise time in waveforms but reasonable levels of noise and expected peak widths (see attachment 6).
|
To power down the ADCs the register to be loaded with 0xFF is in the "Local Registers" window.
What you did was to disable the readout of the ADCs which doesn't change the level of activity or reduce the power.
|
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Thu Nov 12 18:28:41 2015, CG, TD, 12 Nov 2015 - new Kapton cable tests at DL 23x
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This morning PC-S changed firmware and DAQ software to that of the RIKEN setup
Firmware version /MIDAS/AIDA/FEE_Riken_Apr14_26.bin
DAQ software has been changed from AidaExecV8 to AidaExecV7
nnaida12 is not playing ball -> ASIC4 has stopped outputting any data and ASICs2+3 are missing multiple channels. Not running hot
Suspicions over the power cable as the source of the problem (previous nnaida12 developed noisy ASICs) and tests found this not to be an issue. Neither are the MACB HDMIs as they were swapped for new ones last night.
Then changed the adapted PCB to see if that was a possible cause. No change -> FEE or mezzanine problem?
With old kaptons attached, peak widths in nnaida11 are ~180-190ch with shaping time 2us. Increasing this to 6us brings FWHM to ~170ch, and increasing further to 8us reduces the FWHM to ~140ch.
FAO PC-S -> After lunch, upon clearing the spectra, nnaida12 stopped responding (terminal screenshot below - attachment 19). Brought system to halt. Power cycling resolved the isssue.
A series of tests over the afternoon found peak widths to vary only by ~10-20% when the second length (detector end) of kapton was removed. Removing the connecter PCB showed no improvement over this.
However, removing the Cu tape put on as shielding, reduces the FWHM by a factor of 3.
see nnaida11_wav_newCable.png (attachment 17) for before waveforms -> the Cu tape is clearly doing something we are unaware of.
Attachment 18 shows improvement in just removing the Cu tape.
Re-adding connector PCB, increased widths by ~5-10% and re-adding second length of kapton increased widths by x3-4.
Second length of kapton was tested on its own and was found to have roughly the same widths as the first length, no issues with this cable -> increase in FWHM just due to increased capacitance (possibly...)
Connected a 45cm kapton to each FEE, 3 with the ground connection broken, and the grounded one connected to nnaida13 (attachment 23).
Varied shaping time and found 0.5us to consistently provide lowest FWHM (summary graphs to follow).
With just one length (+connector PCB) of kapton connected to adapter PCBs, waveforms all look very good, too good to explain the higher than expected FWHM.
Upon connecting 90cm of kaptons, noise creeps in to waveforms. Also observed reoccurring periodic transients in some waveforms (attachment 20).
Rise time with new kaptons connected (45cm) noticeably faster that with the old cables -> new show rise time of ~140ns, old cables has rise time ~3us.
To do tomorrow:
connect detector to FEEs using 4 45cm kaptons, assess affect on FWHM. |
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Wed Nov 11 17:36:19 2015, CG, TD, 11 Nov 2015 - new Kapton cable tests at DL 18x
|
Upon starting system with nothing connected beyond adapter PCBs, observed pulser peak FWHM of ~12-15ch in nnaida13+14 and ~15-18ch in nnaida11+12
All newly shielded new kapton cables passed continuity tests between drain wire and Cu tape.
Throughout all tests, grounded cable has been connected to nnaida13. All other nnaida have ground isolated cables.
Initially, upon biasing, leakage current reached 50uA at ~2V HV and tripped.
After much searching, found one of the drain wires from the kaptons to be touching the core of the HV cable.
Tidied all drain wires and made sure none were touching anything they shouldn't.
Bias ramped up successfully to +200V with leakage current of 5.630uA @ room temp ~25.5oC.
Very noisy waveforms to begin with, notes Cu tape on kaptons was in contact with the Al housing for the detector.
Isolated kaptons from Al housing with black tape and the waveforms became much less noisy, but still not as calm as expected.
Connecting Cu covered kaptons with croc clips made this problem worse. However, grounding adapter PCBs together improved the waveform noise.
FWHM with new cables ~200-300ch, much worse than previous cables.
Reconnected system with old kaptons and they now see FWHM of ~200-300ch, as opposed to ~100ch observed earlier in the year.
What has changed?
Waveforms are smoother with old kaptons, but still not as flat as previously observed.
Had some issues with waveforms not being output by FEE cards and ASIC4 of nnaida12 has failed to Check/Load and is not outputting any data.
Standard ASIC parameters throughout, with shaping time of 0.5us. |
|
Thu Nov 5 16:28:05 2015, CG, TD, 5 Nov 2015 - New kapton cable tests @ DL 11x
|
New Kapton PCB design (2x 0.45m + inter-connecting PCB, no ground plane layers) under test with small system in T9.
3 cables modified to remove ground connection.
When just connected to system and BB18 2998-20, with no additional grounding or shielding of the cables
and bias of +200V (leakage current +6.2uA, ambient temp +27 deg C) to nnaida14, we observed average pulser peak widths
of ~250ch FWHM
Waveforms were just noise.
Added heavy duty copper braid between adapter PCBs, the small metal box for the detector and Cu tape and drain wire to the kapton connected to nnaida14.
This reduced the peak widths to ~160ch FWHM
Adding grounding between the adapter PCBs and the NIM bin chasis increased the peak widths.
Waveforms for nnaida11-13 remained unchanged, but expected (albeit noisy) traces could be seen for nnaida14).
------> Patrick: with ASIC1 waveforms for all nnaida turned on, we found they would occasionally stall for some. e.g. of 4 being observed, upon update, only 1 or 2 actually would. Stop-Go did not resolve this. Load/check ASIC resolved issue.
nnaida14 developed double peaking of pulser peak.
Note waveforms exhibit significantly faster risetime than previous Kapton PCB variants => lower C, as expected |
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Fri Jul 17 17:28:35 2015, AE, [Data Analysis] Correlation Scaler 100Kr data (go4_30**.root)
|
Plots of corr-scaler vs event number in Root files for 100Kr(?) setting: go4_40XX.root.
Same script, and plot description, as in the ELOG entry for go4_30XX.root files: https://elog.ph.ed.ac.uk/AIDA/112
These are accumulated events for each run (to map event# -> run number):
Number of entries in PID tree= 2606359 for file /Disk/ds-sopa-group/np/RIKEN/May2015/PID_data/go4_4001.root
(accumulated= 2606359)
Number of entries in PID tree= 2609120 for file /Disk/ds-sopa-group/np/RIKEN/May2015/PID_data/go4_4002.root
(accumulated= 5215479)
Number of entries in PID tree= 2607343 for file /Disk/ds-sopa-group/np/RIKEN/May2015/PID_data/go4_4003.root
(accumulated= 7822822)
Number of entries in PID tree= 2603241 for file /Disk/ds-sopa-group/np/RIKEN/May2015/PID_data/go4_4004.root
(accumulated= 10426063)
Number of entries in PID tree= 2602664 for file /Disk/ds-sopa-group/np/RIKEN/May2015/PID_data/go4_4005.root
(accumulated= 13028727)
Number of entries in PID tree= 2597915 for file /Disk/ds-sopa-group/np/RIKEN/May2015/PID_data/go4_4006.root
(accumulated= 15626642)
Number of entries in PID tree= 2606679 for file /Disk/ds-sopa-group/np/RIKEN/May2015/PID_data/go4_4007.root
(accumulated= 18233321)
Number of entries in PID tree= 2604197 for file /Disk/ds-sopa-group/np/RIKEN/May2015/PID_data/go4_4008.root
(accumulated= 20837518)
Number of entries in PID tree= 2604402 for file /Disk/ds-sopa-group/np/RIKEN/May2015/PID_data/go4_4009.root
(accumulated= 23441920)
Number of entries in PID tree= 2604980 for file /Disk/ds-sopa-group/np/RIKEN/May2015/PID_data/go4_4010.root
(accumulated= 26046900)
Number of entries in PID tree= 2608074 for file /Disk/ds-sopa-group/np/RIKEN/May2015/PID_data/go4_4011.root
(accumulated= 2608074)
Number of entries in PID tree= 2609093 for file /Disk/ds-sopa-group/np/RIKEN/May2015/PID_data/go4_4012.root
(accumulated= 5217167)
Number of entries in PID tree= 2608080 for file /Disk/ds-sopa-group/np/RIKEN/May2015/PID_data/go4_4013.root
(accumulated= 7825247)
Number of entries in PID tree= 2605479 for file /Disk/ds-sopa-group/np/RIKEN/May2015/PID_data/go4_4014.root
(accumulated= 10430726)
Number of entries in PID tree= 2598820 for file /Disk/ds-sopa-group/np/RIKEN/May2015/PID_data/go4_4015.root
(accumulated= 13029546)
Number of entries in PID tree= 2603066 for file /Disk/ds-sopa-group/np/RIKEN/May2015/PID_data/go4_4016.root
(accumulated= 15632612)
Number of entries in PID tree= 2605692 for file /Disk/ds-sopa-group/np/RIKEN/May2015/PID_data/go4_4017.root
(accumulated= 18238304)
Number of entries in PID tree= 2611812 for file /Disk/ds-sopa-group/np/RIKEN/May2015/PID_data/go4_4018.root
(accumulated= 20850116)
Number of entries in PID tree= 2607623 for file /Disk/ds-sopa-group/np/RIKEN/May2015/PID_data/go4_4019.root
(accumulated= 23457739)
Number of entries in PID tree= 2607970 for file /Disk/ds-sopa-group/np/RIKEN/May2015/PID_data/go4_4020.root
(accumulated= 26065709)
Number of entries in PID tree= 2609207 for file /Disk/ds-sopa-group/np/RIKEN/May2015/PID_data/go4_4021.root
(accumulated= 2609207)
Number of entries in PID tree= 2602567 for file /Disk/ds-sopa-group/np/RIKEN/May2015/PID_data/go4_4022.root
(accumulated= 5211774)
Number of entries in PID tree= 2613624 for file /Disk/ds-sopa-group/np/RIKEN/May2015/PID_data/go4_4023.root
(accumulated= 7825398)
Number of entries in PID tree= 2612418 for file /Disk/ds-sopa-group/np/RIKEN/May2015/PID_data/go4_4024.root
(accumulated= 10437816)
Number of entries in PID tree= 2615720 for file /Disk/ds-sopa-group/np/RIKEN/May2015/PID_data/go4_4025.root
(accumulated= 13053536)
Number of entries in PID tree= 2615051 for file /Disk/ds-sopa-group/np/RIKEN/May2015/PID_data/go4_4026.root
(accumulated= 15668587)
Number of entries in PID tree= 2610490 for file /Disk/ds-sopa-group/np/RIKEN/May2015/PID_data/go4_4027.root
(accumulated= 18279077)
Number of entries in PID tree= 2608960 for file /Disk/ds-sopa-group/np/RIKEN/May2015/PID_data/go4_4028.root
(accumulated= 20888037)
Number of entries in PID tree= 2599656 for file /Disk/ds-sopa-group/np/RIKEN/May2015/PID_data/go4_4029.root
(accumulated= 23487693)
Number of entries in PID tree= 2611283 for file /Disk/ds-sopa-group/np/RIKEN/May2015/PID_data/go4_4030.root
(accumulated= 26098976)
Number of entries in PID tree= 2597833 for file /Disk/ds-sopa-group/np/RIKEN/May2015/PID_data/go4_4031.root
(accumulated= 2597833)
Number of entries in PID tree= 2574550 for file /Disk/ds-sopa-group/np/RIKEN/May2015/PID_data/go4_4032.root
(accumulated= 5172383)
Number of entries in PID tree= 2592651 for file /Disk/ds-sopa-group/np/RIKEN/May2015/PID_data/go4_4033.root
(accumulated= 7765034)
Number of entries in PID tree= 2598995 for file /Disk/ds-sopa-group/np/RIKEN/May2015/PID_data/go4_4034.root
(accumulated= 10364029)
Number of entries in PID tree= 2605854 for file /Disk/ds-sopa-group/np/RIKEN/May2015/PID_data/go4_4035.root
(accumulated= 12969883)
Number of entries in PID tree= 2603045 for file /Disk/ds-sopa-group/np/RIKEN/May2015/PID_data/go4_4036.root
(accumulated= 15572928)
Number of entries in PID tree= 2596530 for file /Disk/ds-sopa-group/np/RIKEN/May2015/PID_data/go4_4037.root
(accumulated= 18169458)
Number of entries in PID tree= 2582396 for file /Disk/ds-sopa-group/np/RIKEN/May2015/PID_data/go4_4038.root
(accumulated= 20751854)
Number of entries in PID tree= 2573176 for file /Disk/ds-sopa-group/np/RIKEN/May2015/PID_data/go4_4039.root
(accumulated= 23325030)
Number of entries in PID tree= 2579368 for file /Disk/ds-sopa-group/np/RIKEN/May2015/PID_data/go4_4040.root
(accumulated= 25904398)
Number of entries in PID tree= 2576076 for file /Disk/ds-sopa-group/np/RIKEN/May2015/PID_data/go4_4041.root
(accumulated= 2576076)
Number of entries in PID tree= 2571398 for file /Disk/ds-sopa-group/np/RIKEN/May2015/PID_data/go4_4042.root
(accumulated= 5147474)
Number of entries in PID tree= 2561229 for file /Disk/ds-sopa-group/np/RIKEN/May2015/PID_data/go4_4043.root
(accumulated= 7708703)
Number of entries in PID tree= 2555236 for file /Disk/ds-sopa-group/np/RIKEN/May2015/PID_data/go4_4044.root
(accumulated= 10263939)
Number of entries in PID tree= 2550104 for file /Disk/ds-sopa-group/np/RIKEN/May2015/PID_data/go4_4045.root
(accumulated= 12814043)
Number of entries in PID tree= 2617418 for file /Disk/ds-sopa-group/np/RIKEN/May2015/PID_data/go4_4046.root
(accumulated= 15431461)
Number of entries in PID tree= 2625206 for file /Disk/ds-sopa-group/np/RIKEN/May2015/PID_data/go4_4047.root
(accumulated= 18056667)
Number of entries in PID tree= 2619409 for file /Disk/ds-sopa-group/np/RIKEN/May2015/PID_data/go4_4048.root
(accumulated= 20676076)
Number of entries in PID tree= 1540255 for file /Disk/ds-sopa-group/np/RIKEN/May2015/PID_data/go4_4049.root
(accumulated= 22216331) |
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Fri Jul 17 16:00:38 2015, CG, Run summary for Apr-May 2015
|
A table summarising the run information within the lab book and ELog for Apr-May. |
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Thu Jul 16 15:10:34 2015, Patrick Coleman-Smith, [DAQ and VHDL] Changes to the Discriminator Information data item
|
I have attached a document describing the new format of the Discriminator Information data item used in Version 8 |
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Tue Jul 14 18:06:54 2015, AE, CG, [Data Analysis] Correlation Scaler timestamp in PID data (go4_30**.root) 10x
|
The attached plots show the time-stamp data in the EURICA files with PID information (EventInfo.timestamp). The
timestamp value should correspond to the correlation scaler included as info_code==8 in AIDA.
The plots show time-stamp vs entry number in the TTree of the Root file, with the events in groups of about 10
*.root files counted consecutively. To map entry-number to data file use informatino of number of entries per
file in the lines bellow (output of analysis script). NOTE: label for plots in right colume is wrong, trigger
type=3 (pulser) in stead of 2.
The final three plots (pulser_dts_go4_3022*.png) show the time difference between two sequential data points of a
given trigger type (fBit==2 or 3). The value that would correspond to the external scaler (fBit==3) has a peak at
about delta(ts)= 1.7 sec, but also a lot of events with a distribution centered around a smaller value of
delta(ts)~ 10 msec! One can also see the deadtime at about 300 usec at a smaller scale. The units for the
time-stamp are 1-ns.
A plot of a similar distribution for the data in AIDA shows that the peak of the correlation scaler has, in this
case, a very narrow distribution, with a frequency of ~43.5e6 x 40 ns (would agree with Go4 data from EURICA).
When scanning the files the analysis script (attached) skips a given number of entries (~100) to speed up the
analysis.
Number of entries in PID tree= 2592193 for file /Disk/ds-sopa-group/np/RIKEN/May2015/PID_data/go4_3002.root
(accumulated= 2592193)
Number of entries in PID tree= 2570084 for file /Disk/ds-sopa-group/np/RIKEN/May2015/PID_data/go4_3003.root
(accumulated= 5162277)
Number of entries in PID tree= 676355 for file /Disk/ds-sopa-group/np/RIKEN/May2015/PID_data/go4_3004.root
(accumulated= 5838632)
Number of entries in PID tree= 2582203 for file /Disk/ds-sopa-group/np/RIKEN/May2015/PID_data/go4_3005.root
(accumulated= 8420835)
Number of entries in PID tree= 2602541 for file /Disk/ds-sopa-group/np/RIKEN/May2015/PID_data/go4_3006.root
(accumulated= 11023376)
Number of entries in PID tree= 2602681 for file /Disk/ds-sopa-group/np/RIKEN/May2015/PID_data/go4_3007.root
(accumulated= 13626057)
Number of entries in PID tree= 2605726 for file /Disk/ds-sopa-group/np/RIKEN/May2015/PID_data/go4_3008.root
(accumulated= 16231783)
Number of entries in PID tree= 2606264 for file /Disk/ds-sopa-group/np/RIKEN/May2015/PID_data/go4_3009.root
(accumulated= 18838047)
Number of entries in PID tree= 2603841 for file /Disk/ds-sopa-group/np/RIKEN/May2015/PID_data/go4_3010.root
(accumulated= 21441888)
Number of entries in PID tree= 2599770 for file /Disk/ds-sopa-group/np/RIKEN/May2015/PID_data/go4_3011.root
(accumulated= 24041658)
Number of entries in PID tree= 2601002 for file /Disk/ds-sopa-group/np/RIKEN/May2015/PID_data/go4_3012.root
(accumulated= 2601002)
Number of entries in PID tree= 2598946 for file /Disk/ds-sopa-group/np/RIKEN/May2015/PID_data/go4_3013.root
(accumulated= 5199948)
Number of entries in PID tree= 2596582 for file /Disk/ds-sopa-group/np/RIKEN/May2015/PID_data/go4_3014.root
(accumulated= 7796530)
Number of entries in PID tree= 2596506 for file /Disk/ds-sopa-group/np/RIKEN/May2015/PID_data/go4_3015.root
(accumulated= 10393036)
Number of entries in PID tree= 2588772 for file /Disk/ds-sopa-group/np/RIKEN/May2015/PID_data/go4_3016.root
(accumulated= 12981808)
Number of entries in PID tree= 2583160 for file /Disk/ds-sopa-group/np/RIKEN/May2015/PID_data/go4_3017.root
(accumulated= 15564968)
Number of entries in PID tree= 2589905 for file /Disk/ds-sopa-group/np/RIKEN/May2015/PID_data/go4_3018.root
(accumulated= 18154873)
Number of entries in PID tree= 2581979 for file /Disk/ds-sopa-group/np/RIKEN/May2015/PID_data/go4_3019.root
(accumulated= 20736852)
Number of entries in PID tree= 2582410 for file /Disk/ds-sopa-group/np/RIKEN/May2015/PID_data/go4_3020.root
(accumulated= 23319262)
Number of entries in PID tree= 2582181 for file /Disk/ds-sopa-group/np/RIKEN/May2015/PID_data/go4_3021.root
(accumulated= 25901443)
Number of entries in PID tree= 2580798 for file /Disk/ds-sopa-group/np/RIKEN/May2015/PID_data/go4_3022.root
(accumulated= 2580798)
Number of entries in PID tree= 2580669 for file /Disk/ds-sopa-group/np/RIKEN/May2015/PID_data/go4_3023.root
(accumulated= 5161467)
Number of entries in PID tree= 2583346 for file /Disk/ds-sopa-group/np/RIKEN/May2015/PID_data/go4_3024.root
(accumulated= 7744813)
Number of entries in PID tree= 2645673 for file /Disk/ds-sopa-group/np/RIKEN/May2015/PID_data/go4_3025.root
(accumulated= 10390486)
Number of entries in PID tree= 1984963 for file /Disk/ds-sopa-group/np/RIKEN/May2015/PID_data/go4_3026.root
(accumulated= 12375449)
Number of entries in PID tree= 2629453 for file /Disk/ds-sopa-group/np/RIKEN/May2015/PID_data/go4_3027.root
(accumulated= 15004902)
Number of entries in PID tree= 2636095 for file /Disk/ds-sopa-group/np/RIKEN/May2015/PID_data/go4_3028.root
(accumulated= 17640997)
Number of entries in PID tree= 2639067 for file /Disk/ds-sopa-group/np/RIKEN/May2015/PID_data/go4_3029.root
(accumulated= 20280064)
Number of entries in PID tree= 2643485 for file /Disk/ds-sopa-group/np/RIKEN/May2015/PID_data/go4_3030.root
(accumulated= 22923549)
Number of entries in PID tree= 2644457 for file /Disk/ds-sopa-group/np/RIKEN/May2015/PID_data/go4_3031.root
(accumulated= 25568006)
Number of entries in PID tree= 2643522 for file /Disk/ds-sopa-group/np/RIKEN/May2015/PID_data/go4_3032.root
(accumulated= 2643522)
Number of entries in PID tree= 2641053 for file /Disk/ds-sopa-group/np/RIKEN/May2015/PID_data/go4_3033.root
(accumulated= 5284575)
Number of entries in PID tree= 2637280 for file /Disk/ds-sopa-group/np/RIKEN/May2015/PID_data/go4_3034.root
(accumulated= 7921855)
Number of entries in PID tree= 2627822 for file /Disk/ds-sopa-group/np/RIKEN/May2015/PID_data/go4_3035.root
(accumulated= 10549677)
Number of entries in PID tree= 2637326 for file /Disk/ds-sopa-group/np/RIKEN/May2015/PID_data/go4_3036.root
(accumulated= 13187003)
Number of entries in PID tree= 2635601 for file /Disk/ds-sopa-group/np/RIKEN/May2015/PID_data/go4_3037.root
(accumulated= 15822604)
Number of entries in PID tree= 2606912 for file /Disk/ds-sopa-group/np/RIKEN/May2015/PID_data/go4_3038.root
(accumulated= 18429516)
Number of entries in PID tree= 2635101 for file /Disk/ds-sopa-group/np/RIKEN/May2015/PID_data/go4_3039.root
(accumulated= 21064617)
Number of entries in PID tree= 2634932 for file /Disk/ds-sopa-group/np/RIKEN/May2015/PID_data/go4_3040.root
(accumulated= 23699549)
Number of entries in PID tree= 2633415 for file /Disk/ds-sopa-group/np/RIKEN/May2015/PID_data/go4_3041.root
(accumulated= 26332964)
Number of entries in PID tree= 2633892 for file /Disk/ds-sopa-group/np/RIKEN/May2015/PID_data/go4_3042.root
(accumulated= 2633892)
Number of entries in PID tree= 2640264 for file /Disk/ds-sopa-group/np/RIKEN/May2015/PID_data/go4_3043.root
(accumulated= 5274156)
Number of entries in PID tree= 2612700 for file /Disk/ds-sopa-group/np/RIKEN/May2015/PID_data/go4_3044.root
(accumulated= 7886856)
Number of entries in PID tree= 2632762 for file /Disk/ds-sopa-group/np/RIKEN/May2015/PID_data/go4_3045.root
(accumulated= 10519618)
Number of entries in PID tree= 1962430 for file /Disk/ds-sopa-group/np/RIKEN/May2015/PID_data/go4_3046.root
(accumulated= 12482048)
Number of entries in PID tree= 2611491 for file /Disk/ds-sopa-group/np/RIKEN/May2015/PID_data/go4_3047.root
(accumulated= 15093539)
Number of entries in PID tree= 2649244 for file /Disk/ds-sopa-group/np/RIKEN/May2015/PID_data/go4_3048.root
(accumulated= 17742783)
Number of entries in PID tree= 2679210 for file /Disk/ds-sopa-group/np/RIKEN/May2015/PID_data/go4_3049.root
(accumulated= 20421993)
Number of entries in PID tree= 518667 for file /Disk/ds-sopa-group/np/RIKEN/May2015/PID_data/go4_3050.root
(accumulated= 20940660) |
|
Wed Jul 1 16:42:39 2015, Patrick Coleman-Smith, Testing Version 8
|
I have installed Version 8 of the AidaExec program and FEE_GF_Feb15_6.bin for the VHDL on the system in T9.
On the whole the new firmware operates successfully.
I am now pursuing a few niggles.
I have disconnected the detector in order to have a deterministic set of data through the system.
If the system is required for other tests please let me know and the V7 setup can be restored quite quickly.
|
|
Fri May 22 11:58:02 2015, TD, 22 May 2015 6x
|
MSL type BB18 serial 2998-22
CAEN N1419B floating HV bias +150V I_L +4.255uA
(bias network locally grounded at AIDA adaptor PCB connected to p+n junction strips)
ASIC settings attachments 1-4
BNC PB-5 Pulser
Amplitude 0.50V
Attenuator x1
Polarity - (output split to Cooknell SA2 to provide + polarity signals)
Decay time 1ms
Frequency 50Hz
Unable to replace PCL Kapton PCBs with FCT Kapton PCBs.
FCT Kapton PCBs exhibited either a high resistance short
(15v/50uA) or expecte diode response as voltage increased
from zero until ~20-30V when leakage curent abruptly increased
to CAN N1419B OVC limit (curremtly 50uA). Return FCT Kapton PCBs
to Edinburgh for continuity/short tests in the automated tester
in the electronics workshop.
MSL type BB18 serial 2998-20
CAEN N1419B floating HV bias +200V I_L +5.705uA |
|
Fri May 22 11:26:43 2015, TD, Internal Server Error - attempting to save settings to /MIDAS/DB/EXPERIMENTS/AIDA/2015May22-11.19.38
|
Got the error Server Internal Error
while trying to obtain /AIDA/SaveRestore/SaveRestore.tml.
can't read "env(MIDASBASE)": no such variable while executing "file join $env(MIDASBASE) XilinxLinux ppc_4xx rfs $fee64 tmp SaveState.log" (procedure "do_Save" line 17) invoked from within "do_Save" ("SAVE" arm line 1) invoked from within "switch -glob [lindex $w 0] { RESET {set started 0} CLEAR {EmptyLog} ELOG {PrintLog} ..." (procedure "do_click" line 21) invoked from within "do_click" invoked from within "if {$started != 0} { variable JS "" variable LogFlag if {$LogFlag == 1} {InsertLog "Last Updated: [clock format [clock seconds] -forma..." (file "SaveRestore.tcl" line 8) invoked from within "source SaveRestore.tcl" (in namespace eval "::AIDA_SaveRestore" script line 6) invoked from within "namespace eval AIDA_SaveRestore { global env source [file join $env(MIDASBASE) TclHttpd tcl Common common.tcl] source [file join ..." invoked from within "subst \n\n\[Doc_Dynamic\]\n\n<html>\n<head>\n\n<title>Module\ Settings\ Save/Restore</title>\n\n\[global\ env\;\ source\ \[file\ join\ \$env(MIDASBASE..." ("uplevel" body line 1) invoked from within "uplevel #0 [list subst $script]" (procedure "SubstFile" line 12) invoked from within "SubstFile /MIDAS/TclHttpd/Html/AIDA/SaveRestore/SaveRestore.tml {}" ("uplevel" body line 1) invoked from within "uplevel 1 [list SubstFile $path $interp]" (procedure "Subst_File" line 7) invoked from within "Subst_File $template $interp" invoked from within "TemplateInstantiate $sock $path {} $suffix {} $Template(templateInterp)" (procedure "Doc_application/x-tcl-template" line 9) invoked from within "$cmd $path $suffix $sock" (procedure "Doc_Handle" line 20) invoked from within "Doc_Handle $prefix $path $suffix $sock" (procedure "DocDomain" line 44) invoked from within "DocDomain / /MIDAS/TclHttpd/Html sock8 AIDA/SaveRestore/SaveRestore.tml" ("eval" body line 1) invoked from within "eval $Url(command,$prefix) [list $sock $suffix]"
Tcl Call Trace
6: DocSubstSystemFile sock8 error 500 can't\ read\ "\;env(MIDASBASE)"\;:\ no\ such\ variable\n\ \ \ \ while\ executing\n"\;file\ join\ \$env(MIDASBASE)\ XilinxLinux\ ppc_4xx\ rfs\ \$fee64\ tmp\ SaveState.log"\;\n\ \ \ \ (procedure\ "\;do_Save"\;\ line\ 17)\n\ \ \ \ invoked\ from\ within\n"\;do_Save"\;\n\ \ \ \ ("\;SAVE"\;\ arm\ line\ 1)\n\ \ \ \ invoked\ from\ within\n"\;switch\ -glob\ \[lindex\ \$w\ 0\]\ \{\n\n\ \ \ \ \ \ \ \ \ \ \ \ \ \ \ \ RESET\ \ \ \ \{set\ started\ 0\}\n\ \ \ \ \ \ \ \ \ \ \ \ \ \ \ \ CLEAR\ \ \ \ \{EmptyLog\}\n\ \ \ \ \ \ \ \ \ \ \ \ \ \ \ \ ELOG\ \ \ \ \ \{PrintLog\}\n\ \ \ \ \ \ \ ..."\;\n\ \ \ \ (procedure\ "\;do_click"\;\ line\ 21)\n\ \ \ \ invoked\ from\ within\n"\;do_click"\;\n\ \ \ \ invoked\ from\ within\n"\;if\ \{\$started\ !=\ 0\}\ \{\n\n\ \ \ \ \ variable\ JS\ "\;"\;\n\ \ \ \ \ variable\ LogFlag\n\n\ \ \ \ if\ \{\$LogFlag\ ==\ 1\}\ \{InsertLog\ "\;Last\ Updated:\ \[clock\ format\ \[clock\ seconds\]\ -forma..."\;\n\ \ \ \ (file\ "\;SaveRestore.tcl"\;\ line\ 8)\n\ \ \ \ invoked\ from\ within\n"\;source\ SaveRestore.tcl"\;\n\ \ \ \ (in\ namespace\ eval\ "\;::AIDA_SaveRestore"\;\ script\ line\ 6)\n\ \ \ \ invoked\ from\ within\n"\;namespace\ eval\ AIDA_SaveRestore\ \{\n\ \ \ \ \ \ \ global\ env\n\ \ \ \ \ \ \ source\ \[file\ join\ \$env(MIDASBASE)\ TclHttpd\ tcl\ Common\ common.tcl\]\n\ \ \ \ \ \ \ source\ \[file\ join\ ..."\;\n\ \ \ \ invoked\ from\ within\n"\;subst\ \\n\\n\\\[Doc_Dynamic\\\]\\n\\n<\;html>\;\\n<\;head>\;\\n\\n<\;title>\;Module\\\ Settings\\\ Save/Restore<\;/title>\;\\n\\n\\\[global\\\ env\\\;\\\ source\\\ \\\[file\\\ join\\\ \\\$env(MIDASBASE..."\;\n\ \ \ \ ("\;uplevel"\;\ body\ line\ 1)\n\ \ \ \ invoked\ from\ within\n"\;uplevel\ #0\ \[list\ subst\ \$script\]"\;\n\ \ \ \ (procedure\ "\;SubstFile"\;\ line\ 12)\n\ \ \ \ invoked\ from\ within\n"\;SubstFile\ /MIDAS/TclHttpd/Html/AIDA/SaveRestore/SaveRestore.tml\ \{\}"\;\n\ \ \ \ ("\;uplevel"\;\ body\ line\ 1)\n\ \ \ \ invoked\ from\ within\n"\;uplevel\ 1\ \[list\ SubstFile\ \$path\ \$interp\]"\;\n\ \ \ \ (procedure\ "\;Subst_File"\;\ line\ 7)\n\ \ \ \ invoked\ from\ within\n"\;Subst_File\ \$template\ \$interp"\;\n\ \ \ \ invoked\ from\ within\n"\;TemplateInstantiate\ \$sock\ \$path\ \{\}\ \$suffix\ \{\}\ \$Template(templateInterp)"\;\n\ \ \ \ (procedure\ "\;Doc_application/x-tcl-template"\;\ line\ 9)\n\ \ \ \ invoked\ from\ within\n"\;\$cmd\ \$path\ \$suffix\ \$sock"\;\n\ \ \ \ (procedure\ "\;Doc_Handle"\;\ line\ 20)\n\ \ \ \ invoked\ from\ within\n"\;Doc_Handle\ \$prefix\ \$path\ \$suffix\ \$sock"\;\n\ \ \ \ (procedure\ "\;DocDomain"\;\ line\ 44)\n\ \ \ \ invoked\ from\ within\n"\;DocDomain\ /\ /MIDAS/TclHttpd/Html\ sock8\ AIDA/SaveRestore/SaveRestore.tml"\;\n\ \ \ \ ("\;eval"\;\ body\ line\ 1)\n\ \ \ \ invoked\ from\ within\n"\;eval\ \$Url(command,\$prefix)\ \[list\ \$sock\ \$suffix\]"\;
5: Doc_Error sock8 can't\ read\ \"env(MIDASBASE)\":\ no\ such\ variable\n\ \ \ \ while\ executing\n\"file\ join\ \$env(MIDASBASE)\ XilinxLinux\ ppc_4xx\ rfs\ \$fee64\ tmp\ SaveState.log\"\n\ \ \ \ (procedure\ \"do_Save\"\ line\ 17)\n\ \ \ \ invoked\ from\ within\n\"do_Save\"\n\ \ \ \ (\"SAVE\"\ arm\ line\ 1)\n\ \ \ \ invoked\ from\ within\n\"switch\ -glob\ \[lindex\ \$w\ 0\]\ \{\n\n\ \ \ \ \ \ \ \ \ \ \ \ \ \ \ \ RESET\ \ \ \ \{set\ started\ 0\}\n\ \ \ \ \ \ \ \ \ \ \ \ \ \ \ \ CLEAR\ \ \ \ \{EmptyLog\}\n\ \ \ \ \ \ \ \ \ \ \ \ \ \ \ \ ELOG\ \ \ \ \ \{PrintLog\}\n\ \ \ \ \ \ \ ...\"\n\ \ \ \ (procedure\ \"do_click\"\ line\ 21)\n\ \ \ \ invoked\ from\ within\n\"do_click\"\n\ \ \ \ invoked\ from\ within\n\"if\ \{\$started\ !=\ 0\}\ \{\n\n\ \ \ \ \ variable\ JS\ \"\"\n\ \ \ \ \ variable\ LogFlag\n\n\ \ \ \ if\ \{\$LogFlag\ ==\ 1\}\ \{InsertLog\ \"Last\ Updated:\ \[clock\ format\ \[clock\ seconds\]\ -forma...\"\n\ \ \ \ (file\ \"SaveRestore.tcl\"\ line\ 8)\n\ \ \ \ invoked\ from\ within\n\"source\ SaveRestore.tcl\"\n\ \ \ \ (in\ namespace\ eval\ \"::AIDA_SaveRestore\"\ script\ line\ 6)\n\ \ \ \ invoked\ from\ within\n\"namespace\ eval\ AIDA_SaveRestore\ \{\n\ \ \ \ \ \ \ global\ env\n\ \ \ \ \ \ \ source\ \[file\ join\ \$env(MIDASBASE)\ TclHttpd\ tcl\ Common\ common.tcl\]\n\ \ \ \ \ \ \ source\ \[file\ join\ ...\"\n\ \ \ \ invoked\ from\ within\n\"subst\ \\n\\n\\\[Doc_Dynamic\\\]\\n\\n<html>\\n<head>\\n\\n<title>Module\\\ Settings\\\ Save/Restore</title>\\n\\n\\\[global\\\ env\\\;\\\ source\\\ \\\[file\\\ join\\\ \\\$env(MIDASBASE...\"\n\ \ \ \ (\"uplevel\"\ body\ line\ 1)\n\ \ \ \ invoked\ from\ within\n\"uplevel\ #0\ \[list\ subst\ \$script\]\"\n\ \ \ \ (procedure\ \"SubstFile\"\ line\ 12)\n\ \ \ \ invoked\ from\ within\n\"SubstFile\ /MIDAS/TclHttpd/Html/AIDA/SaveRestore/SaveRestore.tml\ \{\}\"\n\ \ \ \ (\"uplevel\"\ body\ line\ 1)\n\ \ \ \ invoked\ from\ within\n\"uplevel\ 1\ \[list\ SubstFile\ \$path\ \$interp\]\"\n\ \ \ \ (procedure\ \"Subst_File\"\ line\ 7)\n\ \ \ \ invoked\ from\ within\n\"Subst_File\ \$template\ \$interp\"\n\ \ \ \ invoked\ from\ within\n\"TemplateInstantiate\ \$sock\ \$path\ \{\}\ \$suffix\ \{\}\ \$Template(templateInterp)\"\n\ \ \ \ (procedure\ \"Doc_application/x-tcl-template\"\ line\ 9)\n\ \ \ \ invoked\ from\ within\n\"\$cmd\ \$path\ \$suffix\ \$sock\"\n\ \ \ \ (procedure\ \"Doc_Handle\"\ line\ 20)\n\ \ \ \ invoked\ from\ within\n\"Doc_Handle\ \$prefix\ \$path\ \$suffix\ \$sock\"\n\ \ \ \ (procedure\ \"DocDomain\"\ line\ 44)\n\ \ \ \ invoked\ from\ within\n\"DocDomain\ /\ /MIDAS/TclHttpd/Html\ sock8\ AIDA/SaveRestore/SaveRestore.tml\"\n\ \ \ \ (\"eval\"\ body\ line\ 1)\n\ \ \ \ invoked\ from\ within\n\"eval\ \$Url(command,\$prefix)\ \[list\ \$sock\ \$suffix\]\"
4: Url_Unwind sock8 can't\ read\ \"env(MIDASBASE)\":\ no\ such\ variable\n\ \ \ \ while\ executing\n\"file\ join\ \$env(MIDASBASE)\ XilinxLinux\ ppc_4xx\ rfs\ \$fee64\ tmp\ SaveState.log\"\n\ \ \ \ (procedure\ \"do_Save\"\ line\ 17)\n\ \ \ \ invoked\ from\ within\n\"do_Save\"\n\ \ \ \ (\"SAVE\"\ arm\ line\ 1)\n\ \ \ \ invoked\ from\ within\n\"switch\ -glob\ \[lindex\ \$w\ 0\]\ \{\n\n\ \ \ \ \ \ \ \ \ \ \ \ \ \ \ \ RESET\ \ \ \ \{set\ started\ 0\}\n\ \ \ \ \ \ \ \ \ \ \ \ \ \ \ \ CLEAR\ \ \ \ \{EmptyLog\}\n\ \ \ \ \ \ \ \ \ \ \ \ \ \ \ \ ELOG\ \ \ \ \ \{PrintLog\}\n\ \ \ \ \ \ \ ...\"\n\ \ \ \ (procedure\ \"do_click\"\ line\ 21)\n\ \ \ \ invoked\ from\ within\n\"do_click\"\n\ \ \ \ invoked\ from\ within\n\"if\ \{\$started\ !=\ 0\}\ \{\n\n\ \ \ \ \ variable\ JS\ \"\"\n\ \ \ \ \ variable\ LogFlag\n\n\ \ \ \ if\ \{\$LogFlag\ ==\ 1\}\ \{InsertLog\ \"Last\ Updated:\ \[clock\ format\ \[clock\ seconds\]\ -forma...\"\n\ \ \ \ (file\ \"SaveRestore.tcl\"\ line\ 8)\n\ \ \ \ invoked\ from\ within\n\"source\ SaveRestore.tcl\"\n\ \ \ \ (in\ namespace\ eval\ \"::AIDA_SaveRestore\"\ script\ line\ 6)\n\ \ \ \ invoked\ from\ within\n\"namespace\ eval\ AIDA_SaveRestore\ \{\n\ \ \ \ \ \ \ global\ env\n\ \ \ \ \ \ \ source\ \[file\ join\ \$env(MIDASBASE)\ TclHttpd\ tcl\ Common\ common.tcl\]\n\ \ \ \ \ \ \ source\ \[file\ join\ ...\"\n\ \ \ \ invoked\ from\ within\n\"subst\ \\n\\n\\\[Doc_Dynamic\\\]\\n\\n<html>\\n<head>\\n\\n<title>Module\\\ Settings\\\ Save/Restore</title>\\n\\n\\\[global\\\ env\\\;\\\ source\\\ \\\[file\\\ join\\\ \\\$env(MIDASBASE...\"\n\ \ \ \ (\"uplevel\"\ body\ line\ 1)\n\ \ \ \ invoked\ from\ within\n\"uplevel\ #0\ \[list\ subst\ \$script\]\"\n\ \ \ \ (procedure\ \"SubstFile\"\ line\ 12)\n\ \ \ \ invoked\ from\ within\n\"SubstFile\ /MIDAS/TclHttpd/Html/AIDA/SaveRestore/SaveRestore.tml\ \{\}\"\n\ \ \ \ (\"uplevel\"\ body\ line\ 1)\n\ \ \ \ invoked\ from\ within\n\"uplevel\ 1\ \[list\ SubstFile\ \$path\ \$interp\]\"\n\ \ \ \ (procedure\ \"Subst_File\"\ line\ 7)\n\ \ \ \ invoked\ from\ within\n\"Subst_File\ \$template\ \$interp\"\n\ \ \ \ invoked\ from\ within\n\"TemplateInstantiate\ \$sock\ \$path\ \{\}\ \$suffix\ \{\}\ \$Template(templateInterp)\"\n\ \ \ \ (procedure\ \"Doc_application/x-tcl-template\"\ line\ 9)\n\ \ \ \ invoked\ from\ within\n\"\$cmd\ \$path\ \$suffix\ \$sock\"\n\ \ \ \ (procedure\ \"Doc_Handle\"\ line\ 20)\n\ \ \ \ invoked\ from\ within\n\"Doc_Handle\ \$prefix\ \$path\ \$suffix\ \$sock\"\n\ \ \ \ (procedure\ \"DocDomain\"\ line\ 44)\n\ \ \ \ invoked\ from\ within\n\"DocDomain\ /\ /MIDAS/TclHttpd/Html\ sock8\ AIDA/SaveRestore/SaveRestore.tml\"\n\ \ \ \ (\"eval\"\ body\ line\ 1)\n\ \ \ \ invoked\ from\ within\n\"eval\ \$Url(command,\$prefix)\ \[list\ \$sock\ \$suffix\]\" NONE
3: Url_DeferredDispatch / AIDA/SaveRestore/SaveRestore.tml sock8 buffer {}
2: HttpdReadPost sock8 buffer 16384 {Url_DeferredDispatch / AIDA/SaveRestore/SaveRestore.tml}
1: HttpdReadPostGlobal sock8 Httpdsock8(query) 16384 { |
|
Fri May 22 11:14:21 2015, TD, AIDA T9 test bed - nnaida11 DAQ stall
|
AIDA T9 test bed
nnaida11 DAQ stall (0 AIDA SYNCs) at DAQ GO. Merger not in use. Fixed by STOP/GO cycle.
Attachment 1 - FEE64 firmware revision |
|
Sat May 9 11:47:40 2015, TD, Network cabling & Raspberry Pi configuration
|
| |
|
Sat May 9 23:40:49 2015, TD, Network cabling & Raspberry Pi configuration
|
Hi Tom,
Please could you photo the power supply cabling and the MACBs.
Hope i'm not too late,
Thanks
Patrick |
|
Sat May 9 11:28:32 2015, TD, AIDA DSSSD dis-assembly
|
| AIDA DSSSD #1-3 stack disassembled without problem. DSSSDs returned to boxes
in the BF3 AIDA storage area.
Attachments 1 & 2 show DSSSD #1 (3131-11) - spot the difference! |
|
Sat May 9 03:50:56 2015, TD & CG, Saturday 9 May 2015
|
Gzip'd tar file of /MIDAS/DB - attachment 1
Scan of AIDA logbook - attachment 2
AIDA FEE64 power OFF
JUlabo FL11006 chiller OFF
USB ac mains control OFF
Mains power disconnected from ac mains network to AIDA.
2x RJ45 network cables from NetGear Gbit switches to AIDA
server aidas1 disconnected and rolled up.
AIDA withdrawn from in-beam position within EURICA.
AIDA stand, Julabo FL11006 chiller and ac mains transformer
moved downstream from EURICA.
AIDA snout removed and DSSSD stack dis-assembled. |
|
Fri May 8 01:05:18 2015, JA, TD, AE & CG, Friday 8 May 2015
|
08.50 FEE64 temperatures (attachment 1)
09.03 R70 ends OK
Beamtime ends
R71
background/residual activity
12.12 R71 ends
R72
Pulser walkthough, amplitude 90,000-10,000 @ 10,000 step, freq 25Hz
12.33 R72 ends
External clock was removed by mistake - DAQ stopped
Pulser data for amplitudes 90,000-50,000 only
Ignore R73, R74
12.59 R75
Conclusion of pulser walkthrough for amplitudes 40,000-10,000 |
|
Thu May 7 01:32:39 2015, JA, TD, AE, CG & JLT, Thursday 7 May 2015
|
09.25 R69 continues
100Kr setting, degrader 4mm + 0.4mm (variable) Al
DSSSD #1 off due to detector failure ( https://elog.ph.ed.ac.uk/AIDA/101 ) |
|
Tue May 5 16:40:23 2015, JA, TD, AE, CG & JLT, Wednesday 6 May 2015
|
00.00 Degrader changed to 4mm + some of variable (need to confirm)
Extra 1mm removed.
00.30 R63
95Br BigRIPS setting -> 94Se
Degrader ?
FEE64 nnaida1-16 stat spectra (attachment 1)
00.50 Beam tuning for 100Kr started
Degrader changed to 4mm fixed + 0.6mm + 0.2mm variable
=> total 4.8mm
09.40 Found detector bias DSSSD #1 tripped
Detector trips at +20uA at ~ +10V
10.45 R63 stopped
10.45 Bias(V) I_L(uA) set 50uA trip current
10 45.105
20 trips at ~15V
2 4.450
4 ~7.4 rising to ~9.4 over ~2 mins
6 20.4 and rising
Not open circuit. Not Ohmic. Radiation damage?
Time between successive 32000 block data files changes from ~5-6 mins to ~3-4 mins
07.57-08.00. SEASTAR Elog records F/C drops in at 08.20. Nishimura-san reports MAKI
DAQ stopped/stalled c.08.00. Abrupt failure?
11.15 R64
DSSSD #1 off
nnaida6, 10, 11 & 16 slow comparator -> 0xff, medium/low energy selection -> 0x1
12.10 R64 stopped
beam off
12.25 R65
14.09 R65 ends
R66
New ZDS setting (change in B-rho)
F11 rate ~4kHz
~15.00 Degrader changed -> 4mm + 1.3mm (variable) Al
16.01 R66 ends
17.00 Checked CAEN N1419 ch #1 with/without bias cable and disconnecetd from DSSSD #1 - zero current
at bias => problem forward of adaptor PCB
17.28 R68
100Kr setting
While tuning ZDS, observe few, if any, implants in DSSSD #2 & #3
18.30 Degrader changed to 4mm fixed + 0.4mm variable
19.16 R68 ends
R69
Degrader -> 4mm + 0.4mm (variable) Al |
|
Mon May 4 18:09:42 2015, JA, TD, AE, CG & JLT, Tuesday 5 May 2015
|
02.09 R61 starts
nnaida1, 2, 6, 10, 13 & 14 fast discs disabled
10.10 R61 ends
background + pulser run |
|
Mon May 4 12:10:35 2015, AE, online monitor and data transfer
|
Online monitor program for AIDA is in /homes/npg/AIDAonline
The program is now running in Desktop#4 of aidas1, with mode to forward data to BRIKEN PC enabled (if more than one instance forwarding data are running, the code could get stalled).
The current code identifies implant and decays candidates by conditions on hit multiplicity, energy of n-side vs p-side, and cluster size. These are noted with the implant-flag and decay_flag variables, which are transmitted in the data buffer to the BRIKEN PC. If the flags are greater than one these are candidated for implants or decays at different DSSDs (valid codes, 1, 2, 3, 11, 12, 13; for now the program looks for implants in DSSD #2 and #3, and decays in all 3 DSSDs).
A few sample histograms from analyzing run R53_20 are attached
+++++++++++++++ HOW TO +++++++++++++++++++++++++++++++++++++++++++++
To start it type AIDA-online.exe from that directory:
aidas1> ./AIDA-online.exe
AIDA be like: in da F11!!
declaring my class objects
I'm here
and here...
... source ...
... unpacker ...
... calibrator ...
... analysis ...
initializing things
- DataSource: attaching online to shared memory area with ID= 0.
dataSpy Shared buffer area 0 (/SHM_110205) located at 0xca9f9000
dataSpy Current age 26182952 index 40
+ DataSource attached online **************
Setting Transfer Block Size 65536
Setting Transfer Mode 3
TCP transfer library version 4.0T
2: TCP socket send buffer was 16384 - now 249856
2: TCP socket receive buffer was 87380 - now 249856
2: TCP socket created OK - now connecting to 10.32.6.54 port 10310
2: Connected to 10.32.6.54 port 10310
+ DataSource.cpp:: initialized data trasfer protocols **************
Calibrator.cpp:: LoadParameters() reached end of parameter file. Loaded new value for 202 parameters.
InitAnalysis(): initialize histograms for evend clustering
db Analysis.cpp: Initialized histograms and canvas for this step
*** ANALYSIS: TIME WINDOW= 2000
almost in looop
before looop
Once it's runnig, one can reach a menu by typing 'space' (or any keyboard hit) in the terminal, and the following menu appears (note: select 1 to update histograms and dsiplay data at begining of run):
online monitor is paused;
press 0 <Enter> to stop, 1 <Enter> to update hitograms, 2 <Enter> to clear histograms;
1
You chose restart
monitor restarted, press <Space> to pause;
Analysis::UpdateHistograms()... updating
online monitor is paused;
press 0 <Enter> to stop, 1 <Enter> to update hitograms, 2 <Enter> to clear histograms;
2
You chose clear
monitor restarted, press <Space> to pause;
Analysis::ResetHistograms(): all histograms have been reset...
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Mon May 4 02:32:29 2015, VFEP & TD, How to fix DAQ stalls at GO
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It has been observed that when starting the AIDA data acquisition (select 'GO' from the 'Data Acquisition Run
Control' window) that from time to time one, or possibly more, FEE64 modules fail to begin producing data.
Once running they appear to be totally reliable.
The result is that these FEE64 modules produce no AIDA SYNC data items or ASIC Events - they may still
produce WAVE SYNC and Wave Events.
The best check to make after starting the AIDA data acquisition is to select 'Data Acquisition Statistics'
from the 'Data Acquisition Run Control' window. In the 'Data Acquisition Statistics' window check that
'Show ALL Data Acquisition Servers?' is selected. From the 'Select counter to monitor' menu select
'AIDA SYNC' and select 'Update Once' to update the counters and rates.
Check that all FEE64 modules show a rate of ~1500/s.
If you see 0 then that module has failed to start.
The recommended procedure is:
1) Make a note of the FEE64 module which is not producing AIDA SYNCs.
2) Go to the 'Merge Control' window and select 'Reload'.
The status banner should show
'Merge State = GOing : merging : xfer enabled : waiting for SYNC'
Select 'Toggle Merge Program Pause State'. The status banner should show
'Merge State = GOing : paused : xfer enabled : waiting for SYNC'
In this state the Merge software will read data from all links but discard the data and make no attempt
to time align the data streams which is impossible if one, or more, streams is not producing AIDA SYNC
data items.
3) Return to the 'Data Acquisition Run Control' window
Deselect 'Act on ALL Data Acquisition Servers?'
Select the FEE64 module which is not producing AIDA SYNC data items from the 'Acquisition Servers' menu.
From the 'System functions (Only use if you know what they do!!!)' menu select 'Go Electronics'.
This will reset and restart the electronics for this FEE64 module without changing any setting.
If you now check the 'Run Control Data Acquisition Statistics' window, hopefully you will see
that the FEE64 module is now producing AIDA SYNC data items.
4) If so, return to the Merge Control window.
Select 'Toggle Merge Program Pause State' and the status should change from 'paused' to 'merging'.
After a few second you will hopefully observe the Merge software begin to time align the data streams
and start producing a merged, time-ordered data stream. |
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Mon May 4 01:23:48 2015, TD, Unable to obtain Data Acqusition Statistics frame
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Got the error Server Internal Error
while trying to obtain /DataAcquisitionControl/DataAcquisitionStats.tml.
can't read "cgiNUMdata": no such variable while executing "InsertLog "cgidata= ([llength $cgidata]) $cgiNUMdata"" (procedure "do_click" line 9) invoked from within "do_click" invoked from within "if {$started != 0} { variable JS "" variable LogFlag if {$LogFlag == 1} {InsertLog "Last Updated: [clock format [clock seconds] -form..." (file "DataAcquisitionStats.tcl" line 8) invoked from within "source DataAcquisitionStats.tcl" (in namespace eval "::DataAcquisitionStats" script line 3) invoked from within "namespace eval DataAcquisitionStats { source Global.tcl source DataAcquisitionStats.tcl source DataAcquisitionStatsALL.tcl ..." invoked from within "subst { [Doc_Dynamic] [global env; source [file join $env(MIDASBASE) TclHttpd Html settings.tml]] <! [global Httpd; upvar #0 Httpd[set Httpd(curren..." ("uplevel" body line 1) invoked from within "uplevel #0 [list subst $script]" (procedure "SubstFile" line 12) invoked from within "SubstFile /MIDAS@aidas/TclHttpd/Html/DataAcquisitionControl/DataAcquisitionStats.tml {}" ("uplevel" body line 1) invoked from within "uplevel 1 [list SubstFile $path $interp]" (procedure "Subst_File" line 7) invoked from within "Subst_File $template $interp" invoked from within "TemplateInstantiate $sock $path {} $suffix {} $Template(templateInterp)" (procedure "Doc_application/x-tcl-template" line 9) invoked from within "$cmd $path $suffix $sock" (procedure "Doc_Handle" line 20) invoked from within "Doc_Handle $prefix $path $suffix $sock" (procedure "DocDomain" line 44) invoked from within "DocDomain / /MIDAS@aidas/TclHttpd/Html sock8 DataAcquisitionControl/DataAcquisitionStats.tml" ("eval" body line 1) invoked from within "eval $Url(command,$prefix) [list $sock $suffix]"
Tcl Call Trace
5: DocSubstSystemFile sock8 error 500 can't\ read\ "\;cgiNUMdata"\;:\ no\ such\ variable\n\ \ \ \ while\ executing\n"\;InsertLog\ "\;cgidata=\ (\[llength\ \$cgidata\])\ \$cgiNUMdata"\;"\;\n\ \ \ \ (procedure\ "\;do_click"\;\ line\ 9)\n\ \ \ \ invoked\ from\ within\n"\;do_click"\;\n\ \ \ \ invoked\ from\ within\n"\;if\ \{\$started\ !=\ 0\}\ \{\n\n\ \ \ \ \ variable\ JS\ "\;"\;\n\ \ \ \ \ variable\ LogFlag\n\n\ \ \ \ \ if\ \{\$LogFlag\ ==\ 1\}\ \{InsertLog\ "\;Last\ Updated:\ \[clock\ format\ \[clock\ seconds\]\ -form..."\;\n\ \ \ \ (file\ "\;DataAcquisitionStats.tcl"\;\ line\ 8)\n\ \ \ \ invoked\ from\ within\n"\;source\ DataAcquisitionStats.tcl"\;\n\ \ \ \ (in\ namespace\ eval\ "\;::DataAcquisitionStats"\;\ script\ line\ 3)\n\ \ \ \ invoked\ from\ within\n"\;namespace\ eval\ DataAcquisitionStats\ \{\n\ \ \ \ \ \ \ source\ Global.tcl\n\ \ \ \ \ \ \ source\ DataAcquisitionStats.tcl\n\ \ \ \ \ \ \ source\ DataAcquisitionStatsALL.tcl\n\ \ \ \ \ \ ..."\;\n\ \ \ \ invoked\ from\ within\n"\;subst\ \{\n\n\[Doc_Dynamic\]\n\n\[global\ env\;\ source\ \[file\ join\ \$env(MIDASBASE)\ TclHttpd\ Html\ settings.tml\]\]\n\n<\;!\n\[global\ Httpd\;\ upvar\ #0\ Httpd\[set\ Httpd(curren..."\;\n\ \ \ \ ("\;uplevel"\;\ body\ line\ 1)\n\ \ \ \ invoked\ from\ within\n"\;uplevel\ #0\ \[list\ subst\ \$script\]"\;\n\ \ \ \ (procedure\ "\;SubstFile"\;\ line\ 12)\n\ \ \ \ invoked\ from\ within\n"\;SubstFile\ /MIDAS@aidas/TclHttpd/Html/DataAcquisitionControl/DataAcquisitionStats.tml\ \{\}"\;\n\ \ \ \ ("\;uplevel"\;\ body\ line\ 1)\n\ \ \ \ invoked\ from\ within\n"\;uplevel\ 1\ \[list\ SubstFile\ \$path\ \$interp\]"\;\n\ \ \ \ (procedure\ "\;Subst_File"\;\ line\ 7)\n\ \ \ \ invoked\ from\ within\n"\;Subst_File\ \$template\ \$interp"\;\n\ \ \ \ invoked\ from\ within\n"\;TemplateInstantiate\ \$sock\ \$path\ \{\}\ \$suffix\ \{\}\ \$Template(templateInterp)"\;\n\ \ \ \ (procedure\ "\;Doc_application/x-tcl-template"\;\ line\ 9)\n\ \ \ \ invoked\ from\ within\n"\;\$cmd\ \$path\ \$suffix\ \$sock"\;\n\ \ \ \ (procedure\ "\;Doc_Handle"\;\ line\ 20)\n\ \ \ \ invoked\ from\ within\n"\;Doc_Handle\ \$prefix\ \$path\ \$suffix\ \$sock"\;\n\ \ \ \ (procedure\ "\;DocDomain"\;\ line\ 44)\n\ \ \ \ invoked\ from\ within\n"\;DocDomain\ /\ /MIDAS@aidas/TclHttpd/Html\ sock8\ DataAcquisitionControl/DataAcquisitionStats.tml"\;\n\ \ \ \ ("\;eval"\;\ body\ line\ 1)\n\ \ \ \ invoked\ from\ within\n"\;eval\ \$Url(command,\$prefix)\ \[list\ \$sock\ \$suffix\]"\;
4: Doc_Error sock8 can't\ read\ \"cgiNUMdata\":\ no\ such\ variable\n\ \ \ \ while\ executing\n\"InsertLog\ \"cgidata=\ (\[llength\ \$cgidata\])\ \$cgiNUMdata\"\"\n\ \ \ \ (procedure\ \"do_click\"\ line\ 9)\n\ \ \ \ invoked\ from\ within\n\"do_click\"\n\ \ \ \ invoked\ from\ within\n\"if\ \{\$started\ !=\ 0\}\ \{\n\n\ \ \ \ \ variable\ JS\ \"\"\n\ \ \ \ \ variable\ LogFlag\n\n\ \ \ \ \ if\ \{\$LogFlag\ ==\ 1\}\ \{InsertLog\ \"Last\ Updated:\ \[clock\ format\ \[clock\ seconds\]\ -form...\"\n\ \ \ \ (file\ \"DataAcquisitionStats.tcl\"\ line\ 8)\n\ \ \ \ invoked\ from\ within\n\"source\ DataAcquisitionStats.tcl\"\n\ \ \ \ (in\ namespace\ eval\ \"::DataAcquisitionStats\"\ script\ line\ 3)\n\ \ \ \ invoked\ from\ within\n\"namespace\ eval\ DataAcquisitionStats\ \{\n\ \ \ \ \ \ \ source\ Global.tcl\n\ \ \ \ \ \ \ source\ DataAcquisitionStats.tcl\n\ \ \ \ \ \ \ source\ DataAcquisitionStatsALL.tcl\n\ \ \ \ \ \ ...\"\n\ \ \ \ invoked\ from\ within\n\"subst\ \{\n\n\[Doc_Dynamic\]\n\n\[global\ env\;\ source\ \[file\ join\ \$env(MIDASBASE)\ TclHttpd\ Html\ settings.tml\]\]\n\n<!\n\[global\ Httpd\;\ upvar\ #0\ Httpd\[set\ Httpd(curren...\"\n\ \ \ \ (\"uplevel\"\ body\ line\ 1)\n\ \ \ \ invoked\ from\ within\n\"uplevel\ #0\ \[list\ subst\ \$script\]\"\n\ \ \ \ (procedure\ \"SubstFile\"\ line\ 12)\n\ \ \ \ invoked\ from\ within\n\"SubstFile\ /MIDAS@aidas/TclHttpd/Html/DataAcquisitionControl/DataAcquisitionStats.tml\ \{\}\"\n\ \ \ \ (\"uplevel\"\ body\ line\ 1)\n\ \ \ \ invoked\ from\ within\n\"uplevel\ 1\ \[list\ SubstFile\ \$path\ \$interp\]\"\n\ \ \ \ (procedure\ \"Subst_File\"\ line\ 7)\n\ \ \ \ invoked\ from\ within\n\"Subst_File\ \$template\ \$interp\"\n\ \ \ \ invoked\ from\ within\n\"TemplateInstantiate\ \$sock\ \$path\ \{\}\ \$suffix\ \{\}\ \$Template(templateInterp)\"\n\ \ \ \ (procedure\ \"Doc_application/x-tcl-template\"\ line\ 9)\n\ \ \ \ invoked\ from\ within\n\"\$cmd\ \$path\ \$suffix\ \$sock\"\n\ \ \ \ (procedure\ \"Doc_Handle\"\ line\ 20)\n\ \ \ \ invoked\ from\ within\n\"Doc_Handle\ \$prefix\ \$path\ \$suffix\ \$sock\"\n\ \ \ \ (procedure\ \"DocDomain\"\ line\ 44)\n\ \ \ \ invoked\ from\ within\n\"DocDomain\ /\ /MIDAS@aidas/TclHttpd/Html\ sock8\ DataAcquisitionControl/DataAcquisitionStats.tml\"\n\ \ \ \ (\"eval\"\ body\ line\ 1)\n\ \ \ \ invoked\ from\ within\n\"eval\ \$Url(command,\$prefix)\ \[list\ \$sock\ \$suffix\]\"
3: Url_Unwind sock8 can't\ read\ \"cgiNUMdata\":\ no\ such\ variable\n\ \ \ \ while\ executing\n\"InsertLog\ \"cgidata=\ (\[llength\ \$cgidata\])\ \$cgiNUMdata\"\"\n\ \ \ \ (procedure\ \"do_click\"\ line\ 9)\n\ \ \ \ invoked\ from\ within\n\"do_click\"\n\ \ \ \ invoked\ from\ within\n\"if\ \{\$started\ !=\ 0\}\ \{\n\n\ \ \ \ \ variable\ JS\ \"\"\n\ \ \ \ \ variable\ LogFlag\n\n\ \ \ \ \ if\ \{\$LogFlag\ ==\ 1\}\ \{InsertLog\ \"Last\ Updated:\ \[clock\ format\ \[clock\ seconds\]\ -form...\"\n\ \ \ \ (file\ \"DataAcquisitionStats.tcl\"\ line\ 8)\n\ \ \ \ invoked\ from\ within\n\"source\ DataAcquisitionStats.tcl\"\n\ \ \ \ (in\ namespace\ eval\ \"::DataAcquisitionStats\"\ script\ line\ 3)\n\ \ \ \ invoked\ from\ within\n\"namespace\ eval\ DataAcquisitionStats\ \{\n\ \ \ \ \ \ \ source\ Global.tcl\n\ \ \ \ \ \ \ source\ DataAcquisitionStats.tcl\n\ \ \ \ \ \ \ source\ DataAcquisitionStatsALL.tcl\n\ \ \ \ \ \ ...\"\n\ \ \ \ invoked\ from\ within\n\"subst\ \{\n\n\[Doc_Dynamic\]\n\n\[global\ env\;\ source\ \[file\ join\ \$env(MIDASBASE)\ TclHttpd\ Html\ settings.tml\]\]\n\n<!\n\[global\ Httpd\;\ upvar\ #0\ Httpd\[set\ Httpd(curren...\"\n\ \ \ \ (\"uplevel\"\ body\ line\ 1)\n\ \ \ \ invoked\ from\ within\n\"uplevel\ #0\ \[list\ subst\ \$script\]\"\n\ \ \ \ (procedure\ \"SubstFile\"\ line\ 12)\n\ \ \ \ invoked\ from\ within\n\"SubstFile\ /MIDAS@aidas/TclHttpd/Html/DataAcquisitionControl/DataAcquisitionStats.tml\ \{\}\"\n\ \ \ \ (\"uplevel\"\ body\ line\ 1)\n\ \ \ \ invoked\ from\ within\n\"uplevel\ 1\ \[list\ SubstFile\ \$path\ \$interp\]\"\n\ \ \ \ (procedure\ \"Subst_File\"\ line\ 7)\n\ \ \ \ invoked\ from\ within\n\"Subst_File\ \$template\ \$interp\"\n\ \ \ \ invoked\ from\ within\n\"TemplateInstantiate\ \$sock\ \$path\ \{\}\ \$suffix\ \{\}\ \$Template(templateInterp)\"\n\ \ \ \ (procedure\ \"Doc_application/x-tcl-template\"\ line\ 9)\n\ \ \ \ invoked\ from\ within\n\"\$cmd\ \$path\ \$suffix\ \$sock\"\n\ \ \ \ (procedure\ \"Doc_Handle\"\ line\ 20)\n\ \ \ \ invoked\ from\ within\n\"Doc_Handle\ \$prefix\ \$path\ \$suffix\ \$sock\"\n\ \ \ \ (procedure\ \"DocDomain\"\ line\ 44)\n\ \ \ \ invoked\ from\ within\n\"DocDomain\ /\ /MIDAS@aidas/TclHttpd/Html\ sock8\ DataAcquisitionControl/DataAcquisitionStats.tml\"\n\ \ \ \ (\"eval\"\ body\ line\ 1)\n\ \ \ \ invoked\ from\ within\n\"eval\ \$Url(command,\$prefix)\ \[list\ \$sock\ \$suffix\]\" |
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Mon May 4 02:03:24 2015, TD, Unable to obtain Data Acqusition Statistics frame
|
| Quote: |
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Got the error Server Internal Error
while trying to obtain /DataAcquisitionControl/DataAcquisitionStats.tml.
can't read "cgiNUMdata": no such variable while executing "InsertLog "cgidata= ([llength $cgidata]) $cgiNUMdata"" (procedure "do_click" line 9) invoked from within "do_click" invoked from within "if {$started != 0} { variable JS "" variable LogFlag if {$LogFlag == 1} {InsertLog "Last Updated: [clock format [clock seconds] -form..." (file "DataAcquisitionStats.tcl" line 8) invoked from within "source DataAcquisitionStats.tcl" (in namespace eval "::DataAcquisitionStats" script line 3) invoked from within "namespace eval DataAcquisitionStats { source Global.tcl source DataAcquisitionStats.tcl source DataAcquisitionStatsALL.tcl ..." invoked from within "subst { [Doc_Dynamic] [global env; source [file join $env(MIDASBASE) TclHttpd Html settings.tml]] <! [global Httpd; upvar #0 Httpd[set Httpd(curren..." ("uplevel" body line 1) invoked from within "uplevel #0 [list subst $script]" (procedure "SubstFile" line 12) invoked from within "SubstFile /MIDAS@aidas/TclHttpd/Html/DataAcquisitionControl/DataAcquisitionStats.tml {}" ("uplevel" body line 1) invoked from within "uplevel 1 [list SubstFile $path $interp]" (procedure "Subst_File" line 7) invoked from within "Subst_File $template $interp" invoked from within "TemplateInstantiate $sock $path {} $suffix {} $Template(templateInterp)" (procedure "Doc_application/x-tcl-template" line 9) invoked from within "$cmd $path $suffix $sock" (procedure "Doc_Handle" line 20) invoked from within "Doc_Handle $prefix $path $suffix $sock" (procedure "DocDomain" line 44) invoked from within "DocDomain / /MIDAS@aidas/TclHttpd/Html sock8 DataAcquisitionControl/DataAcquisitionStats.tml" ("eval" body line 1) invoked from within "eval $Url(command,$prefix) [list $sock $suffix]"
Tcl Call Trace
5: DocSubstSystemFile sock8 error 500 can't\ read\ "\;cgiNUMdata"\;:\ no\ such\ variable\n\ \ \ \ while\ executing\n"\;InsertLog\ "\;cgidata=\ (\[llength\ \$cgidata\])\ \$cgiNUMdata"\;"\;\n\ \ \ \ (procedure\ "\;do_click"\;\ line\ 9)\n\ \ \ \ invoked\ from\ within\n"\;do_click"\;\n\ \ \ \ invoked\ from\ within\n"\;if\ \{\$started\ !=\ 0\}\ \{\n\n\ \ \ \ \ variable\ JS\ "\;"\;\n\ \ \ \ \ variable\ LogFlag\n\n\ \ \ \ \ if\ \{\$LogFlag\ ==\ 1\}\ \{InsertLog\ "\;Last\ Updated:\ \[clock\ format\ \[clock\ seconds\]\ -form..."\;\n\ \ \ \ (file\ "\;DataAcquisitionStats.tcl"\;\ line\ 8)\n\ \ \ \ invoked\ from\ within\n"\;source\ DataAcquisitionStats.tcl"\;\n\ \ \ \ (in\ namespace\ eval\ "\;::DataAcquisitionStats"\;\ script\ line\ 3)\n\ \ \ \ invoked\ from\ within\n"\;namespace\ eval\ DataAcquisitionStats\ \{\n\ \ \ \ \ \ \ source\ Global.tcl\n\ \ \ \ \ \ \ source\ DataAcquisitionStats.tcl\n\ \ \ \ \ \ \ source\ DataAcquisitionStatsALL.tcl\n\ \ \ \ \ \ ..."\;\n\ \ \ \ invoked\ from\ within\n"\;subst\ \{\n\n\[Doc_Dynamic\]\n\n\[global\ env\;\ source\ \[file\ join\ \$env(MIDASBASE)\ TclHttpd\ Html\ settings.tml\]\]\n\n<\;!\n\[global\ Httpd\;\ upvar\ #0\ Httpd\[set\ Httpd(curren..."\;\n\ \ \ \ ("\;uplevel"\;\ body\ line\ 1)\n\ \ \ \ invoked\ from\ within\n"\;uplevel\ #0\ \[list\ subst\ \$script\]"\;\n\ \ \ \ (procedure\ "\;SubstFile"\;\ line\ 12)\n\ \ \ \ invoked\ from\ within\n"\;SubstFile\ /MIDAS@aidas/TclHttpd/Html/DataAcquisitionControl/DataAcquisitionStats.tml\ \{\}"\;\n\ \ \ \ ("\;uplevel"\;\ body\ line\ 1)\n\ \ \ \ invoked\ from\ within\n"\;uplevel\ 1\ \[list\ SubstFile\ \$path\ \$interp\]"\;\n\ \ \ \ (procedure\ "\;Subst_File"\;\ line\ 7)\n\ \ \ \ invoked\ from\ within\n"\;Subst_File\ \$template\ \$interp"\;\n\ \ \ \ invoked\ from\ within\n"\;TemplateInstantiate\ \$sock\ \$path\ \{\}\ \$suffix\ \{\}\ \$Template(templateInterp)"\;\n\ \ \ \ (procedure\ "\;Doc_application/x-tcl-template"\;\ line\ 9)\n\ \ \ \ invoked\ from\ within\n"\;\$cmd\ \$path\ \$suffix\ \$sock"\;\n\ \ \ \ (procedure\ "\;Doc_Handle"\;\ line\ 20)\n\ \ \ \ invoked\ from\ within\n"\;Doc_Handle\ \$prefix\ \$path\ \$suffix\ \$sock"\;\n\ \ \ \ (procedure\ "\;DocDomain"\;\ line\ 44)\n\ \ \ \ invoked\ from\ within\n"\;DocDomain\ /\ /MIDAS@aidas/TclHttpd/Html\ sock8\ DataAcquisitionControl/DataAcquisitionStats.tml"\;\n\ \ \ \ ("\;eval"\;\ body\ line\ 1)\n\ \ \ \ invoked\ from\ within\n"\;eval\ \$Url(command,\$prefix)\ \[list\ \$sock\ \$suffix\]"\;
4: Doc_Error sock8 can't\ read\ \"cgiNUMdata\":\ no\ such\ variable\n\ \ \ \ while\ executing\n\"InsertLog\ \"cgidata=\ (\[llength\ \$cgidata\])\ \$cgiNUMdata\"\"\n\ \ \ \ (procedure\ \"do_click\"\ line\ 9)\n\ \ \ \ invoked\ from\ within\n\"do_click\"\n\ \ \ \ invoked\ from\ within\n\"if\ \{\$started\ !=\ 0\}\ \{\n\n\ \ \ \ \ variable\ JS\ \"\"\n\ \ \ \ \ variable\ LogFlag\n\n\ \ \ \ \ if\ \{\$LogFlag\ ==\ 1\}\ \{InsertLog\ \"Last\ Updated:\ \[clock\ format\ \[clock\ seconds\]\ -form...\"\n\ \ \ \ (file\ \"DataAcquisitionStats.tcl\"\ line\ 8)\n\ \ \ \ invoked\ from\ within\n\"source\ DataAcquisitionStats.tcl\"\n\ \ \ \ (in\ namespace\ eval\ \"::DataAcquisitionStats\"\ script\ line\ 3)\n\ \ \ \ invoked\ from\ within\n\"namespace\ eval\ DataAcquisitionStats\ \{\n\ \ \ \ \ \ \ source\ Global.tcl\n\ \ \ \ \ \ \ source\ DataAcquisitionStats.tcl\n\ \ \ \ \ \ \ source\ DataAcquisitionStatsALL.tcl\n\ \ \ \ \ \ ...\"\n\ \ \ \ invoked\ from\ within\n\"subst\ \{\n\n\[Doc_Dynamic\]\n\n\[global\ env\;\ source\ \[file\ join\ \$env(MIDASBASE)\ TclHttpd\ Html\ settings.tml\]\]\n\n<!\n\[global\ Httpd\;\ upvar\ #0\ Httpd\[set\ Httpd(curren...\"\n\ \ \ \ (\"uplevel\"\ body\ line\ 1)\n\ \ \ \ invoked\ from\ within\n\"uplevel\ #0\ \[list\ subst\ \$script\]\"\n\ \ \ \ (procedure\ \"SubstFile\"\ line\ 12)\n\ \ \ \ invoked\ from\ within\n\"SubstFile\ /MIDAS@aidas/TclHttpd/Html/DataAcquisitionControl/DataAcquisitionStats.tml\ \{\}\"\n\ \ \ \ (\"uplevel\"\ body\ line\ 1)\n\ \ \ \ invoked\ from\ within\n\"uplevel\ 1\ \[list\ SubstFile\ \$path\ \$interp\]\"\n\ \ \ \ (procedure\ \"Subst_File\"\ line\ 7)\n\ \ \ \ invoked\ from\ within\n\"Subst_File\ \$template\ \$interp\"\n\ \ \ \ invoked\ from\ within\n\"TemplateInstantiate\ \$sock\ \$path\ \{\}\ \$suffix\ \{\}\ \$Template(templateInterp)\"\n\ \ \ \ (procedure\ \"Doc_application/x-tcl-template\"\ line\ 9)\n\ \ \ \ invoked\ from\ within\n\"\$cmd\ \$path\ \$suffix\ \$sock\"\n\ \ \ \ (procedure\ \"Doc_Handle\"\ line\ 20)\n\ \ \ \ invoked\ from\ within\n\"Doc_Handle\ \$prefix\ \$path\ \$suffix\ \$sock\"\n\ \ \ \ (procedure\ \"DocDomain\"\ line\ 44)\n\ \ \ \ invoked\ from\ within\n\"DocDomain\ /\ /MIDAS@aidas/TclHttpd/Html\ sock8\ DataAcquisitionControl/DataAcquisitionStats.tml\"\n\ \ \ \ (\"eval\"\ body\ line\ 1)\n\ \ \ \ invoked\ from\ within\n\"eval\ \$Url(command,\$prefix)\ \[list\ \$sock\ \$suffix\]\"
3: Url_Unwind sock8 can't\ read\ \"cgiNUMdata\":\ no\ such\ variable\n\ \ \ \ while\ executing\n\"InsertLog\ \"cgidata=\ (\[llength\ \$cgidata\])\ \$cgiNUMdata\"\"\n\ \ \ \ (procedure\ \"do_click\"\ line\ 9)\n\ \ \ \ invoked\ from\ within\n\"do_click\"\n\ \ \ \ invoked\ from\ within\n\"if\ \{\$started\ !=\ 0\}\ \{\n\n\ \ \ \ \ variable\ JS\ \"\"\n\ \ \ \ \ variable\ LogFlag\n\n\ \ \ \ \ if\ \{\$LogFlag\ ==\ 1\}\ \{InsertLog\ \"Last\ Updated:\ \[clock\ format\ \[clock\ seconds\]\ -form...\"\n\ \ \ \ (file\ \"DataAcquisitionStats.tcl\"\ line\ 8)\n\ \ \ \ invoked\ from\ within\n\"source\ DataAcquisitionStats.tcl\"\n\ \ \ \ (in\ namespace\ eval\ \"::DataAcquisitionStats\"\ script\ line\ 3)\n\ \ \ \ invoked\ from\ within\n\"namespace\ eval\ DataAcquisitionStats\ \{\n\ \ \ \ \ \ \ source\ Global.tcl\n\ \ \ \ \ \ \ source\ DataAcquisitionStats.tcl\n\ \ \ \ \ \ \ source\ DataAcquisitionStatsALL.tcl\n\ \ \ \ \ \ ...\"\n\ \ \ \ invoked\ from\ within\n\"subst\ \{\n\n\[Doc_Dynamic\]\n\n\[global\ env\;\ source\ \[file\ join\ \$env(MIDASBASE)\ TclHttpd\ Html\ settings.tml\]\]\n\n<!\n\[global\ Httpd\;\ upvar\ #0\ Httpd\[set\ Httpd(curren...\"\n\ \ \ \ (\"uplevel\"\ body\ line\ 1)\n\ \ \ \ invoked\ from\ within\n\"uplevel\ #0\ \[list\ subst\ \$script\]\"\n\ \ \ \ (procedure\ \"SubstFile\"\ line\ 12)\n\ \ \ \ invoked\ from\ within\n\"SubstFile\ /MIDAS@aidas/TclHttpd/Html/DataAcquisitionControl/DataAcquisitionStats.tml\ \{\}\"\n\ \ \ \ (\"uplevel\"\ body\ line\ 1)\n\ \ \ \ invoked\ from\ within\n\"uplevel\ 1\ \[list\ SubstFile\ \$path\ \$interp\]\"\n\ \ \ \ (procedure\ \"Subst_File\"\ line\ 7)\n\ \ \ \ invoked\ from\ within\n\"Subst_File\ \$template\ \$interp\"\n\ \ \ \ invoked\ from\ within\n\"TemplateInstantiate\ \$sock\ \$path\ \{\}\ \$suffix\ \{\}\ \$Template(templateInterp)\"\n\ \ \ \ (procedure\ \"Doc_application/x-tcl-template\"\ line\ 9)\n\ \ \ \ invoked\ from\ within\n\"\$cmd\ \$path\ \$suffix\ \$sock\"\n\ \ \ \ (procedure\ \"Doc_Handle\"\ line\ 20)\n\ \ \ \ invoked\ from\ within\n\"Doc_Handle\ \$prefix\ \$path\ \$suffix\ \$sock\"\n\ \ \ \ (procedure\ \"DocDomain\"\ line\ 44)\n\ \ \ \ invoked\ from\ within\n\"DocDomain\ /\ /MIDAS@aidas/TclHttpd/Html\ sock8\ DataAcquisitionControl/DataAcquisitionStats.tml\"\n\ \ \ \ (\"eval\"\ body\ line\ 1)\n\ \ \ \ invoked\ from\ within\n\"eval\ \$Url(command,\$prefix)\ \[list\ \$sock\ \$suffix\]\"
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Restarting Httpd for DataAcqusition and browser fixes problem. |
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Mon May 4 01:27:56 2015, JA, TD, AE, CG & JLT, Monday 4 May 2015 16x
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09.18 SN changed degrader to 5.7mm Al (4mm + all variable degraders + additional 1mm)
09.24 R53 continues
DSSSD#1 I_L to 8.16uA
FEE64 temps OK
Julabo FL11006 recirculating chiller OK - op temp +20 deg C
Example HEC ADC spectra DSSSD #1-3 (attachments 1-12)
09.59 R53 ends
Beam off - problem with refrigeration plant for BigRIPS quads
10.39 FEE64 temperatures (attachment 13)
10.51 Check ALL ASIC Control parameters
11.15 Stat and Hit spectra for all AIDA FEE64 modules (attachments 14-15)
Illustrates common noisy channels for each FEE64 channels 1 & 55 of 0-63
11.28 R54
Short run without beam, BNC PB-4 pulser frequency ~1Hz
12.55 R54 ends OK
14.00 Plot of leakage currents up to now included.
Gradual increase in all detectors over course of experiment.
Bias voltage on detector 1 (ch 1) increased to +150V at 0900 on 03/05, causing
an increase in I_L over preceding value.
16.00 Beam expected 21.00
18.30 No beam.
HV ch 2 tripped (det 3)
Reset HV and observed expected leakage current
19.00 HV ch 1 also tripped.
Increased HV to +150V. Leakage current @ 8.02uA |
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Sun May 3 01:32:18 2015, JA, TD, AE, CG, VP & JLT, Sunday 3 May 2015
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09.19 Beam off on arrival, now back
R51 running
BigRIPS 88Ge setting
Degraders 4mm Al + 1.3mm Al variable, MINOS target filled
FEE64 temperatures OK
Julabo FL11006 recirculating chiller OK, operating temp +20 deg C
Detector HV OK
AIDA SYNC/PAUSE/RESUME rates OK
10.05 R51 ends
10.51 Change BigRIPS setting to 94Se
OR MACB triggers from nnaida1, 2, 6, 10, 13 & 14 input EURICA trigger module input #7
All nnaida1, 2, 6, 10, 13 & 14 fast discriminators currently disabled.
11.33 R53
BigRIPS 94Se setting
c. 15.54 EURICA DAQ LUPO timestamp reset
14.00 Degrader changed t0 4mm fixed + 0.7mm variable (Al) |
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Sat May 2 19:20:59 2015, AE, run R51 online spectra
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Online spectra to monitor condition during run R51.
Position and energy spectra indicate implantation in 2nd DSSD.
Tracking spectra is consistent with a larger beam angle on the horizontal direction. |
|
Sat May 2 19:17:25 2015, AE, time-stamp for event reconstruction
|
Some first analysis of building events to look for implants and decays
Using both DISC and slow comparator values for time-stamp (whatever is available). Clearly there are some ADC
hits with a very early value for their corresponding time-stamp, that result in negative or very large dTS
values. Probably safer to use only ADC data for now (it's likely the simple algorithm used to correlate
discriminator hits and ADC hits can not cope with current conditions of ADC hits >> DISC hits):
time_stamp_dist_disc.png
Comparing analysis of file R51_3 for the two conditions: using the Fast discriminator data when available for
low energy range, or using only the time-stamp from the ADC hits.
The first two figures (time_stamp_dist_disc.png, XY_implant_disc_R51.png) are for including DISC hits as
time-stamp for event building: some have much smaller values than corresponding ADC hits, so the event is cut
short and we see a small number of identified implants.
Second set of plots is the same data but using only the timestamp for the slow comparator of the low energy
range. The number of identified events is much higher (compare 'Integral' value of the stats box). |
|
Sat May 2 14:41:20 2015, JA, TD, AE, CG, VP & JLT, MUSIC detector signals
|
Adjusted setting of MUSIC detector signals during break
MUSIC ---> (16dB att) --> Lemo split ---> J13
---> J14
MUSIC ---> (16dB att) --> Lemo split ---> J15
---> J16
MUSIC ---> (BNC att.) --> Lemo split ---> J17
---> J18
MUSIC ---> (BNC att.) --> Lemo split ---> J19
---> J20
A couple seem to bee too much attenuated. Spectra for 88Ge setting attached. |
|
Sat May 2 02:04:50 2015, JA, TD, AE, CG, VP & JLT, Saturday 2 May 2015 50x
|
0055: Degrader changed. 1mm removed.
1.4mm total
0537: R38 ends nnaida11 slow comparator 0x20 -> 0x40 LEC fast comparator -> 0xff
0530: R39 10.00 AIDA status screenshots
1159: R39 ends HEC fast comparator 0x2 -> 0xf (all FEE64s)
1202: R40 nnaida8 no SYNCS see attachments 19-22
VFEP toggled merge pause state check merge activity spinner accelerates nnaida8 GO Electronics (from select required function menu of Run Control) nnaida8 started OK toggled merge pause state
1500: Attachments 23-28 show waveforms, low E and high E spectra for nnaida6+11.
Increasing fast comp threshold to 0xf shifts position of energy cut off away from zero point, as expected, but does not remove low E peak around ch 32500.
1530: Increase bias to +150V on det 1 (ch 1). Attachments 29-34 show waveforms, low E and high E spectra with increased bias voltage. Diode link threshold at 0x23
V high E events in .L spectra show reduction over those before bias increase.
In .H spectra from both nnaida6+11, increased bias reduced threshold. Finite threshold still seen on n-side however (greater than on p-side).
All references/comparisons in this ELog entry re. nnaida11 are w.r.t. to spectra/waveforms seen at this 'standard' setting.
1544: Changed diode link thresh on nnaida11 to 0x11. Attachments 35-37.
Saved run R42.
High energy spectra saw threshold increase of ~700ch, but no other changed were observed.
1555: Change nnaida11 diode link thresh to 0x29. Saved run R43. Attachments 38-40.
Saw reduction in high E threshold by ~700 ch but no other obvious changes.
1610: Changed diode link thresh on nnaida11 to 0x14 and preAmp reference to 0x20. Saved run R44. Attachments 41-44.
Waveforms look much worse, more flatlining that previously seen.
High E spectra show marginally higher threshold. No significant change in low E spectra.
1630: Changed nnaida11 preAmp ref to 0x40 and diode link thresh to 0x38. Saved run R45. Attachments 45-47
Waveforms look similar to original setting. High E spectra show no significant change.
Low E spectra have small peak near 32k and v. wide stretching to top of FSR.
1643: Changed nnaida11 preAmp ref to 0x60 and diode link thresh to 0x58. Saved run R46. Attachments 48-50.
Waveforms settled on ~7500 much more frequently, with most signals beginning and returning to ~7500.
High E spectra thresh at ~33500 as it was with 'standard' setting.
Low E spectra show vast reduction in high E rubbish, looking more like an exponential decay compared to previous wide 'mound'.
Big improvement over previous settings. Will try all n-side FEE with these settings later.
1700: Changed nnaida11 diode link thresh to 0x5a. Saved run R47 (~2hr run during tea break and other work).
0x60 HEC fast comparator threshold (all FEE64s except nnaida30) 0x02.
19.04 R47 ends Change BigRIPS setting from 110Zr to 88Ge
19.15 R48 Pulser walkthough BNC PB-4 amplitude 90,000-10,000 @ 10,000 step, freq 25Hz.
nnaida7 showed no SYNCS.
Used procedure described above (1202) - nnaida7 recovered OK
19.28 Started run R48 - pulser walkthrough.
R48 ends OK..
1944: Changed fast comparator threshold on LEC for...
- nnaida 1: 0xb -> 0x30
- nnaida2: 0x18 -> 0x30
- nnaida6: 0x10 -> 0x30
- nnaida10: 0x10 -> 0x30
- nnaida13: 0x12 -> 0x30
- nnaida14: 0x14 -> 0x30
Change, for all n-side FEE64s, preAmp reference from previous value to 0x60 and diode link thresh to 0x5a.
Saved settings to /MIDAS/DB/EXPERIMENTS/AIDA/2015Apr30-diode-mod3
(around) 20:30 pm: started data taking for 88Ge setting. First runs are with empty H target at MINOS/DALI for transmission measurement.
Degrader also changed during run R50. Initially: 0.6mm + 0.4mm + (0.3 mm?) + 1mm. The 1mm degrader was removed after ~ 1hr of run.
2300: NNAIDA#11: changed Fast Comparator of Low Energy channels to 0x40. It was set at 0xFF, and no discriminator data being produced. Rate of ~12 kHz for discriminator events in NNAIDA#11 for this setting (comparable to other FEE64s).
RUN: R51_* started after adjusting the NNAIDA11 setting |
|
Thu Apr 30 15:28:25 2015, Patrick Coleman-Smith, High Energy Spectra from LYCCA with pulser
|
I have an eight FEE64 system now in place on the LYCCA chamber with a PB-5 pulser going into the adapter cards test input. The test capacitor is 30pF.
I was going to explore the effect of the thresholds on the pulser peak.
I notice that the spectra look like those taken in RIKEN and not a single peak. In the 1GeV range I would interpret this as noise but since this is such a high energy i don't quite understand what is happening in the ASIC.
I thought i would share it with you.
PB-5 input to 50R is 10v with no attenuation. Signal height on the inline 'scope is +5.2v
ASICs are set to "default" with 1GeV range and 3uS shaping time.
Let me know if anything useful can be gleaned by more tests on LYCCA. |
|
Thu Apr 30 17:43:36 2015, Patrick Coleman-Smith, High Energy Spectra from LYCCA with pulser
|
I have an eight FEE64 system now in place on the LYCCA chamber with a PB-5 pulser going into the adapter cards
test input. The test capacitor is 30pF.
I was going to explore the effect of the thresholds on the pulser peak.
I notice that the spectra look like those taken in RIKEN and not a single peak. In the 1GeV range I would
interpret this as noise but since this is such a high energy i don't quite understand what is happening in the
ASIC.
I thought i would share it with you.
PB-5 input to 50R is 10v with no attenuation. Signal height on the inline 'scope is +5.2v
ASICs are set to "default" with 1GeV range and 3uS shaping time.
Let me know if anything useful can be gleaned by more tests on LYCCA.
Q = CV = 30pF * 5V = 150pC => ~ 3.42GeV => ADC channel ~ 27880
The spectra imply a positive test input. The spectra imply an inconsistency between the data
supplied and the peak position.
You display the spectra on a log scale ... so the majority of events are in the peak ... but
why do some channels so a peak and others a peak plus a small number of higher amplitude/events?
What ASIC settings are you using?
What is the PB-5 frequency? ... PB-5 settings? |
|
Thu Apr 30 20:21:20 2015, Patrick Coleman-Smith, High Energy Spectra from LYCCA with pulser
|
> I have an eight FEE64 system now in place on the LYCCA chamber with a PB-5 pulser going into the adapter cards
> test input. The test capacitor is 30pF.
>
> I was going to explore the effect of the thresholds on the pulser peak.
>
> I notice that the spectra look like those taken in RIKEN and not a single peak. In the 1GeV range I would
> interpret this as noise but since this is such a high energy i don't quite understand what is happening in the
> ASIC.
>
> I thought i would share it with you.
>
> PB-5 input to 50R is 10v with no attenuation. Signal height on the inline 'scope is +5.2v
>
> ASICs are set to "default" with 1GeV range and 3uS shaping time.
>
> Let me know if anything useful can be gleaned by more tests on LYCCA.
>
>
>
> Q = CV = 30pF * 5V = 150pC => ~ 3.42GeV => ADC channel ~ 27880
>
> The spectra imply a positive test input. The spectra imply an inconsistency between the data
> supplied and the peak position.
>
> You display the spectra on a log scale ... so the majority of events are in the peak ... but
> why do some channels so a peak and others a peak plus a small number of higher amplitude/events?
>
> What ASIC settings are you using?
>
> What is the PB-5 frequency? ... PB-5 settings?
PB-5 is at 100Hz, fall time is 1 ms.
ASIC settings default from VHDL.
They are in the manual. See EDOC955 at npg.dl.ac.uk
29300 => 2.1GeV ( very approx ) so yes this doesn't make sense.
Hard to have a specific calibration or will your beam time give that.
I think the 30pF is correct but i can measure it on Wednesday...... |
|
Thu Apr 30 16:20:54 2015, JA, LHB, TD, AE, CG & VP, Friday 1 May 2015
|
diode link threshold 0xca -> 0xb6
0x11 -> 0x2c
00.20 R31
1mm + 1.4mm Al degrader
00.42 R31 ends
R32
-1mm Al degrader
00.54 R32 ends
Data indicates changes to diode link threshold is 'switching off' decay p+n strip events,
n+n strips appear to be less affected
01.00 R33
diode link threshold 0xca -> 0xbf
0x11 -> 0x23
ASIC parameters saved to /MIDAS/DB/EXPERIMENTS/AIDA/2015Apr30-diode-mod2
Ignore R34 & R35
09.40 Fast LEC/MEC discriminators disabled:
Mask bits 31->0, 63->32 *not* 0->31 and 32->63 as implied by Disc Controls window
Chan Mask
31->0 63->32
nnaida1 0x0 0x4000000
nnaida2 ch 22, 26 0x4400001 0x8000000
nnaida6 ch 1 0x2 0x0
nnaida9 ch 45 " 0x0 0x2000
nnaida10 ch 31 " 0x82000000 0x80000000
nnaida11 ch 55 " 0x0 0x800000
nnaida13 0x0 0x4000000
nnaida16 ch 55 " 0x0 0x800000
Local Controls -> Timing O/P Control Register 0xc -> 0xe (OR64) https://elog.ph.ed.ac.uk/AIDA/79
09.48 R36
BigRIPS 110Zr setting
Degrader ?
10.43 R36 ends
Beam off for ion source re-tune
10.50 nnaida6 good events c. 250k, c. 20Hz PAUSE/RESUME
change slow comparator 0x14 -> 0x20
rate/channel ~5kHz -> ~1kHz
ASIC parameters saved to /MIDAS/DB/EXPERIMENTS/AIDA/2015Apr30-diode-mod2
12.00 VFEP updates
DataAcquisitionControl.tcl and sys.tcl
Fast comparator masks are now saved
MACB trigger mode default 0xe (OR64) and can be saved as a setting
Stop/Go logic altered so that electronics data generation is the last to be GOED and first to be STOPPED
12.10 Beam back
12.13 R38 |
|
Thu Apr 30 03:00:48 2015, TD, Degrader changes
|
From 20.00 29.4.15
Added
3mm Al plate in front of MACI + Veto plastic detectors
(offset in front of AIDA)
From 09.00 30.4.15
Added
2mm Al plate following MUSIC
+
1.0 + 0.6 + 0.3 + 0.4 = 2.3mm Al plate (variable degrader) |
|
Thu Apr 30 02:11:19 2015, TD, Example waveforms with heavy-ion beam 7x
|
1 - nnaida1 DSSSD#3 p+n (pulser?)
2 - nnaida1 DSSSD#3 p+n heavy ion
3 - nnaida6 DSSSD#1 p+n
4 - nnaida16 DSSSD#1 n+n
5 - nnaida14 DSSSD#2 p+n
6 - nnaida3 DSSSD#3 n+n
7 - nnaida13 DSSSD#3 p+n
50MSPS, 14-bit ADC, 1000 samples
Each trace is the most recent capture for that specific channel |
|
Thu Apr 30 01:06:44 2015, JA, LHB, TD, AE, CG & VP, Thursday 30 April 2015 16x
|
Overnight
Degrader OUT
DAQ ran OK - data file R22
DSSSD #3 (N1419 ch #2) tripped, re-enabled OK
Attachments 1-15 from R22
nnaida10 DSSSD #1 ASIC #1-4 HEC ADC spectra + hit patterns
nnaida2 DSSSD #1 ASIC #1-4 HEC ADC spectra + hit patterns
nnaida1 DSSSD #1 ASIC #1-4 HEC ADC spectra + hit patterns
HEC fast comparator LLD 0x8 - standard ASIC parameters
09.06 Beam off
09.36 Beam on
09.46 R23
HEC fast comparator LLD 0x8 -> 0x2
c. 10.00 beam lost, cyclotron re-tuning
10.56 R23 stopped
11.20 FEE64 firmware update - /MIDAS/Aida/FEE_Riken_Apr14_26.bin
See attachment 16
11.58 R24
14.35 R24 stopped
R25 diode link threshold nnaida1 0xca -> 0xba, nnaida3 0x11 -> 0x18
14.52 R25 stopped
R26 diode link threshold nnaida1 -> 0xbc, nnaida3 -> 0x1c
15.06 R26 stopped
15.00 Beam off
15.25 BigRIPS changed to 110Zr setting. Tuning.
17.05 Beam on
Ignore R27_0
17.06 R28
17.49 R28 stopped
Ignore R29, R30
22.56 diode link threshold 0xca -> 0xb6 (cf. preAmp ref 0xb2)
0x11 -> 0x2c (cf. preAmp ref 0x30)
ASIC parameters saved to /MIDAS/DB/EXPERIMENTS/AIDA/2015Apr30-diode-mod
23.18 Fast LEC/MEC discriminators disabled:
Mask bits 31->0, 63->32 *not* 0->31 and 32->63 as implied by Disc Controls window
Chan Mask
31->0 63->32
nnaida1 0x0 0x4000000
nnaida2 ch 22, 26 0x4400001 0x8000000
nnaida6 ch 1 0x1 0x0
nnaida9 ch 45 " 0x0 0x2000
nnaida10 ch 31 " 0x82000000 0x80000000
nnaida11 ch 55 " 0x0 0x800000
nnaida13 0x0 0x4000000
nnaida16 ch 55 " 0x0 0x800000
00.04 Local Controls -> Timing O/P Control Register 0xc -> 0xe (OR64) https://elog.ph.ed.ac.uk/AIDA/79 |
|
Wed Apr 29 18:12:02 2015, AE, online analysis code 8x
|
A first online analysis code is running now in Desktop 4 aidas1
The source code and executable are in
/homes/npg/AIDAonline
The following command launches the program from the above directory:
aidas1> ./AIDA-online.exe
The code is set to update histograms every 10e6 events (about once per minute?).
Otherwise, click on the terminal running the program and press any key. This will produce the following menu:
online monitor is paused;
press 0 <Enter> to stop, 1 <Enter> to restart;
If <1> is selected the histogram are updated and the execution is continued.
If <0> is selected the program requests a confirmation and then exits (without saving the histograms, that's the
next step).
A few (interesting) screenshots attached. |
|
Wed Apr 29 11:34:09 2015, Patrick Coleman-Smith, Fast Trigger timings against Pulser Input and LEC/MEC Fast Comparator threshold setting
|
I have tried the latest version ( 26 ) of the FEE64 code and carried out some measurements of the Fast Trigger delay from the Pulser signal ( not the Pulser Trigger out ) and observed the following.
The pulser gives a centroid of 28217 in the histogram.
| Threshold setting |
Delay observed at MACB Fast Trigger output (nS) |
| 0x40 |
no Trigger |
| 0x38 |
no Trigger |
| 0x30 |
no Trigger |
| 0x28 |
1200 to 1800 |
| 0x20 |
690 to 860 |
| 0x18 |
505 to 600 |
| 0x10 |
320 to 385 |
| 0x8 |
210 to 270 |
This seems to me to be sensible as the discriminator is only a very simple comparator.
The OR64 ( 0xE ) signal works as True Fast NIM Logic. The OR16s ( 0xC ) logic works as inverse Fast NIM.
The OR64 is derived from the individual masked discriminator outputs. By default the Mask is not set.
|
|
Wed Apr 29 11:00:29 2015, TD, Wednesday 29 April 2015 - R20 screenshots 10x
|
1230: Attachments
19.00 Screenshots taken during R20 |
|
Wed Apr 29 10:01:27 2015, Patrick Coleman-Smith, Fast Trigger output fault in FEE64 FPGA logic
|
The Fast Trigger output of the FEE64 is formed from the OR of the four OR16 signals ( one from each of the ASICs.
The logic levels of the OR16 signals are active low in the FPGA and so if the are OR'd together then the output is inactive if any one of the ASICs is inactive.
This is a problem when the Fast Trigger is being used by other DAQ systems.
A new FPGA program 0x1b4FE01A ( version 26 ) is being compiled.
The Fast Trigger output will provide the logic AND of the four OR16 signals which should give the correct signal. This setting is selected by "Setup".
The other settings available using the Trigger register are shown below. Note that OR64 is the logic OR of the masked outputs of the ASIC individual Discriminator outputs.
when 0 =>
trigger_hit <= ASIC1_data_ready ;
when 1 =>
trigger_hit <= ASIC1_rdo_range and ASIC1_data_ready ;
when 2 =>
trigger_hit <= ASIC2_rdo_range and ASIC2_data_ready ;
when 3 =>
trigger_hit <= led_trigger(0) ;
when 4 =>
trigger_hit <= led_raw(0) ;
when 5 =>
trigger_hit <= chan_reset(0) ;
when 6 =>
trigger_hit <= force_capture_sync ;
when 7 =>
trigger_hit <= force_capture ;
when 8 =>
trigger_hit <= ASIC1_OR_16 ;
when 9 =>
trigger_hit <= ASIC2_OR_16 ;
when 10 =>
trigger_hit <= ASIC3_OR_16 ;
when 11 =>
trigger_hit <= ASIC4_OR_16 ;
when 12 =>
trigger_hit <= ASIC4_OR_16 and ASIC3_OR_16 and ASIC2_OR_16 and ASIC1_OR_16;
when 13 =>
trigger_hit <= led_trigger(1) ;
when 14 =>
trigger_hit <= OR64 ;
when 15 =>
trigger_hit <= ASIC4_OR_16 or ASIC3_OR_16 or ASIC2_OR_16 or ASIC1_OR_16; |
|
Wed Apr 29 01:03:41 2015, JA, LHB, TD, AE, CG & VP, Wednesday 29 April 2015 16x
|
Overnight
Beam tuning, PID tests - beam stopped in scintilator detector + 1" thick Pb bricks
DAQ ran OK (not to disk)
DSSSD #3 tripped, re-enabled OK
09.00 AIDA temperatures - attachment 1
CAEN N1419 HV settings - attachment 2
09.25 Statistics & lost activity - attachments 3-8
10.30 Scintilator detector + 1" thick Pb bricks removed
~1KHz 84Zn to Degrader + MICA + Veto + AIDA DSSSDs #1-3 + 10mm Al
Data file R15 12.15-12.59 beam lost
Attachments 9-14 DSSSD #1-3 HEC ADC spectra, HEC LLD 0x08
Attachments 15-16 Examples of Data Readout Control following stalled DAQ GO (no SYNCs)
Data file R16 13.02-13.46 SYNCs lost/MERGE stalled
HEC LLD 0x02
Data file R17 13.46-14.20
Data file R19 15.30-17.05
Data file R20 17.06
Fast comparator LLD HEC 0x02, LEC 0x20 (except nnaida30 HEC 0x20)
22.14 Data file R22 22.14 - 30.4.15 09.00
Now using /data20/TapeData/May2015 to store data
Spectra cleared at start of run
DAQ OK, CAEN N1419 ch #2 tripped
|
|
Tue Apr 28 11:22:25 2015, VP, RPI
|
replace RPI with model B+. 4 USB ports + 4 port switch
The RPI system has been replaced by a model B+ which has 4 internal USB ports
Connects to:
AIDA Power Control USB1
Serial port to FEE for console output USB0
CAEN N1419 HV power supply USB2
All 3 connections use a USB => RS232 convert chip. The hardware cannot simply tell these apart. The USB ports assigned should however remain constant as long as the connections remain the same.
Power up RPI system.
At end of boot check the last couple of lines on the console for the assigned IP address. Should be 10.1.1.114.
login using ID npg Password is the same as for the data acq system.
then type startx
When the graphical console appears.
Firstly click on the icon TclHttpd Server to start the web server.
Start the web browser (Icon immediately to the right of the MENU icon at extreme left of the top row).
Connect to http://localhost:8015/AIDA/Rly16/Rly16.tml (the browser will have this in its recently used list)
The software now checks the potential USB devices for one which responds correctly to a request for the firmware in the AIDA Power Control box.
The GUI shows the port in use. Currently it is /dev/ttyUSB1
Even if the hardware changes the software should find the correct port to use but this suggests the other uses will also have changed (you may need to use dmesg to locate which ports are assigned)
You can use the icon PuTTY Client to start the putty program.
connect and open for USB0 to monitor the FEE64 console
connect and open for USB2 to control the CAEN N1419
You can connect from a remote terminal using ssh -X -l npg nnrpi1
However to start putty from the command line you will need
sudo chmod 660 /dev/ttyUSB0; putty (for the FEE console)
or
sudo chmod 660 /dev/ttyUSB2; putty (for the N1419 control)
|
|
Tue Apr 28 06:25:13 2015, JA, LHB, TD, AE & CG, Tuesday 28th April progress 6x
|
28/04/15
1420: Carried out ASIC optimisation tests to find best shaping time. Chose system wide shaping time of 0x6.
Waveforms of example FEEs/channels attachments 1-6.
20.34 Pulser walkthough - data file /TapeData/May2015/R14_0
BNC PB_4 settings
90,000 - 10,0000 @ 10,000 step
t_r = 50ns, tau_d = 50us
- polarity
x10 attenuator in
tail pulse, delay min, int ref
frequency 250Hz |
|
Tue Apr 28 05:59:48 2015, AE, "beta" trigger from MACB Trigger outputs 6x
|
We've constructed a beta trigger with the signals from the p-side of the three DSSDs (OR of all fast
discriminator channels of each FEE).
det1 -> NNAIDA#6 -> MACB#10.2
det1 -> NNAIDA#10 -> MACB#3.4
det2 -> NNAIDA#2 -> MACB#10.3
det2 -> NNAIDA#14 -> MACB#3.2
det3 -> NNAIDA#1 -> MACB#10.4
det3 -> NNAIDA#13 -> MACB#3.3
beta-trigger is OR of all above MACB trigger outputs. Diagram for logic circuit is in paper logbook.
Bellow are some oscilloscope sceenshots. Some things to note about the MACB trigger outputs:
- all show multiple outputs for each pulser input. Some channels seem to have higher level for such 'multiplicity'.
- the width of the outputs varies for different channels (from ~40 ns to ~300 ns)
- the delay between the pulser signal and the output from the MACB is quite large, and also different for each
MACB (measured from ~800 ns up to 2 usec).
Scope screenshots:
- light blue is the trigger output from Pulser
- dark blue is output from trigger channel of MACB
MACB#10.2: tek00001.tif
MACB#3.4: tek00002.tif
MACB#10.3: tek00005.tif
MACB#3.2: tek00007.tif
MACB#10.4: tek000011.tif
MACB#3.3: tek000018.tif |
|
Mon Apr 27 04:54:02 2015, VFEP & TD, [How To] Remote control of CAEN N1419 Programmable HV Power Supply
|
@ CAEN N1419
Set programmable parameters - see CAEN N1419 manual p.16 (attachment 1)
INTERLOCK = CLOSED
CONTROL = REMOTE
Set front panel switches HV on/off/kill = ON
No interlock jumpers
@ AIDA server
From a command terminal, login to nnrpi1 using ssh, set device permissions, and launch putty.
ssh -X nnrpi1 -l npg
password:
:
:
:
% sudo chmod 777 /dev/ttyUSB2
% putty &
From the putty window sequentially select 'USB2', 'load' and 'open' - this will select
and load a saved serial session for device /dev/ttyUSB2 and launch a command terminal
for the serial session.
Enter the command 'caen' followed by return. Note the command is not echoed.
The CAEN HV interface should appear. Enter the command 'd' to display/modify parameters.
See CAEN N1419 manual pp.27-29 for further commands. See attachment 2.
N.B. The above procedure assumes:
/dev/ttyUSB0 = USB-controlled ac mains switch (device pl2303)
/dev/ttyUSB1 = serial link to FEE64 system console (device FT232RL)
/dev/ttyUSB2 = CAEN N1419 (device FT232BM)
However, these assignments may vary. You can use the command dmesg to check assignments.
For example,
% dmesg | grep usb
[ 1.178926] usbcore: registered new interface driver usbfs
[ 1.184722] usbcore: registered new interface driver hub
[ 1.190218] usbcore: registered new device driver usb
[ 1.568604] usbcore: registered new interface driver smsc95xx
[ 2.065233] dwc_otg bcm2708_usb: DWC OTG Controller
[ 2.075294] dwc_otg bcm2708_usb: new USB bus registered, assigned bus number 1
[ 2.087646] dwc_otg bcm2708_usb: irq 32, io mem 0x00000000
[ 2.115566] usb usb1: New USB device found, idVendor=1d6b, idProduct=0002
[ 2.127464] usb usb1: New USB device strings: Mfr=3, Product=2, SerialNumber=1
[ 2.139731] usb usb1: Product: DWC OTG Controller
[ 2.149477] usb usb1: Manufacturer: Linux 3.18.7+ dwc_otg_hcd
[ 2.160291] usb usb1: SerialNumber: bcm2708_usb
[ 2.190521] usbcore: registered new interface driver usb-storage
[ 2.348492] usbcore: registered new interface driver usbhid
[ 2.360241] usbhid: USB HID core driver
[ 2.677666] usb 1-1: new high-speed USB device number 2 using dwc_otg
[ 2.897985] usb 1-1: New USB device found, idVendor=0424, idProduct=9514
[ 2.910008] usb 1-1: New USB device strings: Mfr=0, Product=0, SerialNumber=0
[ 3.217656] usb 1-1.1: new high-speed USB device number 3 using dwc_otg
[ 3.327968] usb 1-1.1: New USB device found, idVendor=0424, idProduct=ec00
[ 3.340138] usb 1-1.1: New USB device strings: Mfr=0, Product=0, SerialNumber=0
[ 3.422390] smsc95xx 1-1.1:1.0 eth0: register 'smsc95xx' at usb-bcm2708_usb-1.1, smsc95xx USB 2.0 Ethernet,
b8:27:eb:0b:f6:73
[ 3.517666] usb 1-1.3: new full-speed USB device number 4 using dwc_otg
[ 3.630124] usb 1-1.3: New USB device found, idVendor=067b, idProduct=2303
[ 3.642534] usb 1-1.3: New USB device strings: Mfr=1, Product=2, SerialNumber=0
[ 3.655514] usb 1-1.3: Product: USB-Serial Controller D
[ 3.666257] usb 1-1.3: Manufacturer: Prolific Technology Inc.
[ 3.761138] usb 1-1.4: new low-speed USB device number 5 using dwc_otg
[ 3.894746] usb 1-1.4: New USB device found, idVendor=046d, idProduct=c016
[ 3.908414] usb 1-1.4: New USB device strings: Mfr=1, Product=2, SerialNumber=0
[ 3.922059] usb 1-1.4: Product: Optical USB Mouse
[ 3.933904] usb 1-1.4: Manufacturer: Logitech
[ 3.955374] input: Logitech Optical USB Mouse as
/devices/platform/bcm2708_usb/usb1/1-1/1-1.4/1-1.4:1.0/0003:046D:C016.0001/input/input0
[ 3.976035] hid-generic 0003:046D:C016.0001: input,hidraw0: USB HID v1.10 Mouse [Logitech Optical USB Mouse]
on usb-bcm2708_usb-1.4/input0
[ 4.087698] usb 1-1.5: new low-speed USB device number 6 using dwc_otg
[ 4.343360] usb 1-1.5: New USB device found, idVendor=04f2, idProduct=0402
[ 4.359726] usb 1-1.5: New USB device strings: Mfr=1, Product=2, SerialNumber=0
[ 4.377627] usb 1-1.5: Product: USB Keyboard
[ 4.377641] usb 1-1.5: Manufacturer: Chicony
[ 4.456521] input: Chicony USB Keyboard as
/devices/platform/bcm2708_usb/usb1/1-1/1-1.5/1-1.5:1.0/0003:04F2:0402.0002/input/input1
[ 4.475410] hid-generic 0003:04F2:0402.0002: input,hidraw1: USB HID v1.11 Keyboard [Chicony USB Keyboard] on
usb-bcm2708_usb-1.5/input0
[ 4.634626] input: Chicony USB Keyboard as
/devices/platform/bcm2708_usb/usb1/1-1/1-1.5/1-1.5:1.1/0003:04F2:0402.0003/input/input2
[ 4.657391] hid-generic 0003:04F2:0402.0003: input,hiddev0,hidraw2: USB HID v1.11 Device [Chicony USB
Keyboard] on usb-bcm2708_usb-1.5/input1
[ 7.431307] usbcore: registered new interface driver usbserial
[ 7.659127] usbcore: registered new interface driver usbserial_generic
[ 7.806673] usbserial: USB Serial support registered for generic
[ 8.078137] usbcore: registered new interface driver pl2303
[ 8.408967] usbserial: USB Serial support registered for pl2303
[ 9.088988] usb 1-1.3: pl2303 converter now attached to ttyUSB0 <- FEE64 console
[ 13.617763] usb 1-1.2: new high-speed USB device number 7 using dwc_otg
[ 13.749727] usb 1-1.2: New USB device found, idVendor=05e3, idProduct=0608
[ 13.775541] usb 1-1.2: New USB device strings: Mfr=0, Product=1, SerialNumber=0
[ 13.807792] usb 1-1.2: Product: USB2.0 Hub
[ 20.127979] usb 1-1.2.2: new full-speed USB device number 8 using dwc_otg
[ 20.294212] usb 1-1.2.2: New USB device found, idVendor=0403, idProduct=6001
[ 20.323567] usb 1-1.2.2: New USB device strings: Mfr=1, Product=2, SerialNumber=3
[ 20.357627] usb 1-1.2.2: Product: FT232R USB UART
[ 20.397680] usb 1-1.2.2: Manufacturer: FTDI
[ 20.415415] usb 1-1.2.2: SerialNumber: A801LOA8
[ 20.542107] usbcore: registered new interface driver ftdi_sio
[ 20.569826] usbserial: USB Serial support registered for FTDI USB Serial Device
[ 20.628458] usb 1-1.2.2: Detected FT232RL
[ 20.651619] usb 1-1.2.2: FTDI USB Serial Device converter now attached to ttyUSB1 <- ac mains switch
[ 23.708086] usb 1-1.2.3: new full-speed USB device number 9 using dwc_otg
[ 23.824265] usb 1-1.2.3: New USB device found, idVendor=0403, idProduct=6001
[ 23.824306] usb 1-1.2.3: New USB device strings: Mfr=1, Product=2, SerialNumber=0
[ 23.824326] usb 1-1.2.3: Product: USB <-> Serial
[ 23.824346] usb 1-1.2.3: Manufacturer: FTDI
[ 23.833176] usb 1-1.2.3: Detected FT232BM
[ 23.834515] usb 1-1.2.3: FTDI USB Serial Device converter now attached to ttyUSB2 <- CAEN N1419
[ 775.531187] ftdi_sio ttyUSB2: usb_serial_generic_read_bulk_callback - urb stopped: -32
[ 775.531296] ftdi_sio ttyUSB2: usb_serial_generic_read_bulk_callback - urb stopped: -32
[ 775.705443] usb 1-1.2.3: USB disconnect, device number 9
[ 780.036554] usb 1-1.2.3: new full-speed USB device number 10 using dwc_otg
[ 780.153082] usb 1-1.2.3: New USB device found, idVendor=0403, idProduct=6001
[ 780.153150] usb 1-1.2.3: New USB device strings: Mfr=1, Product=2, SerialNumber=0
[ 780.153174] usb 1-1.2.3: Product: USB <-> Serial
[ 780.153193] usb 1-1.2.3: Manufacturer: FTDI
[ 780.167981] usb 1-1.2.3: Detected FT232BM
[ 780.169356] usb 1-1.2.3: FTDI USB Serial Device converter now attached to ttyUSB2 <- CAEN N1419
[ 2364.526816] ftdi_sio ttyUSB2: usb_serial_generic_read_bulk_callback - urb stopped: -32
[ 2364.526982] ftdi_sio ttyUSB2: usb_serial_generic_read_bulk_callback - urb stopped: -32
[ 2364.657165] usb 1-1.2.3: USB disconnect, device number 10
[ 2365.657499] usb 1-1.2.3: new full-speed USB device number 11 using dwc_otg
[ 2365.774075] usb 1-1.2.3: New USB device found, idVendor=0403, idProduct=6001
[ 2365.774116] usb 1-1.2.3: New USB device strings: Mfr=1, Product=2, SerialNumber=0
[ 2365.774142] usb 1-1.2.3: Product: USB <-> Serial
[ 2365.774268] usb 1-1.2.3: Manufacturer: FTDI
[ 2365.788695] usb 1-1.2.3: Detected FT232BM
[ 2365.790604] usb 1-1.2.3: FTDI USB Serial Device converter now attached to ttyUSB2 <- CAEN N1419
If using >1 CAEN N1419 check the output of the command 'demsg usb' for FT232BM devices and identify
the USB device numbers.
You should then set the device permissions for *each* /dev/ttyUSB[n] and start a putty session for *each*
CAEN N1419 module. You can distinguish CAEN N1419 modules by the address (Addr) label shown in the CAEN
display. |
|
Mon Apr 27 01:48:59 2015, JA, LHB, TD, VP, AE & CG, Monday 27 April 2015 8x
|
DSSSD #1 +100V, +3.8uA
DSSSD #2 +100V, +5.5uA
09.48 nnaida16 stalled at DAQ GO
see attachments 1 & 2 for statistics & lost activity monitors
1830: Current FEE configuration (looking downstream):
| | | |
| x |nnaida25+26| x |
| | | |
| x |nnaida17+18| x |
| | | |
| x |nnaida9+10 | x |
| | | |
| x | nnaida1+2 | x |
|nnaida |nnaida |nniada |nnaida | |nnaida |nnaida |nniada |nnaida |
|27+28 |19+20 |11+12 |3+4 | |7+8 |15+16 |23+24 |31+32 |
| | | |
| x | nnaida5+6 |nnaida13+14|
| | | |
| x | x | x |
| | | |
| x |nnaida21+22| x |
| | | |
| x |nnaida29+30| x |
Detector 1 (3131-11) is connected to nnaida 10, 11, 6, 16
Detector 2 (3058-09) is connected to nnaida 2, 4, 14, 7
Detector 3 (2977-20) is connected to nnaida 1, 3, 13, 8
19.30 Check of AIDA alignment and positioning within EURICA
See attachments 4-8
16.03 April 28 VP
adding data sources (ie FEE64s) into the system and rules for TCP ports
1) FEE needs to have an entry in the DHCP configuration (/etc/dhcp/dhcp.conf)
This assigns a host name (nnaidaxx) to the FEE based on ethernet MAC address and assigns an IP address
10.1.1.xx or 10.1.2.xx
Also copy an existing file system in /MIDAS/XilinxLinux/ppc_4xx/rfs for nnaidaxx. This MUST be done as root
to preserve important file properties. (Use the existing tar file)
2) The file /MIDAS/linux-ppc_4xx/startup/nnaidaxx assigns xx as the AIDA Module Number and destination IP
port for created data. In this example xx = 22.
netstring TS_Server "myserver"
netint TS_Port 11022
netstring TS2_Server "myserver"
netint TS2_Port 11122
netint Aida_ModuleNum 22
TS2_Server is currently not used
So nnaidaxx will send data to port 110xx in the Merger
3) Add nnaidaxx to the list of ACQSERVERS in /MIDAS/config/TclHttpd/aidas1/startup.tcl
4) The Merger configuration file is /MIDAS/Merger/AIDA/GS_configuration
If the highest Aida ModuleNum is xx then modify the links definition so you have
links xx ./link64 11001
Note that xx may be greater than the actual number of FEE modules if there are gaps in your name scheme
The highest enabled IP port will be (11001 + xx - 1)
You can enable/disable links to the Merge via the Merge GUI.
Note: nnaidaxx appears to the Merge link table as link (xx-1). So if you ask for 32 links they are
0 => 31 in the Merge GUI table.
|
|
Sun Apr 26 02:28:59 2015, JA, LHB, TD, AE & CG, Sunday 26 April 2015 33x
|
Upstream, 207Bi source
DSSSD #1 nnaida 6 & 9 (p+n), nnaida 11 & 16 (n+n)
DSSSD #2 nnaida 2 & 5 (p+n), nnaida 4 & 7 (n+n)
DSSSD #3 nnaida 1 & 14 (p+n), nnaida 3 & 8 (n+n)
N/C nnaida 10 & 13 (p+n), nnaida 12 & 15 (n+n)
3x MSL type BB18(DS)-1000 DSSSDs connected via 12x flexible Kapton PCB cables to 8x adaptor PCBs
Hit patterns show attachments 1-16
Default ASIC parameters *except* slow comparator 0x10 -> 0x20
Example ASIC configuration attachment 17
Example 'Good Events' statistics attachment 18
ASIC #1 waveforms of nnaida 1 - 16 enabled
Example waveform for p+n and n+n strips of each DSSSD attachments 19-24
Parameters saved to: /MIDAS/DB/EXPERIMENTS/AIDA/2015Apr26-10.56.40
12.10 Removing bias gnd jumper from p+n adaptor PCBs increases amplitude of ~100kHz RFI/EMI
(attachment 25)
15.20 Reduce DSSSD configuration to 1x DSSSD using 4x adaptor PCBs + heavy duty copper braid
DSSSD #2 nnaida 2 & 14 (p+n), nnaida 4 & 7 (n+n)
attachments 26-33 show example preamp traces and ASIC#1 spectra
similar stability/performance to previous tests with a single DSSSD, typical pulser
peak widths ~130-200 ch FWHM
AIDA snout drain wire - no obvious difference if connected, or not (as before)
15.40 DSSSD configuration 2x DSSSD using 8x adaptor PCBs
DSSSD #2 nnaida 2 & 14 (p+n), nnaida 4 & 7 (n+n) + heavy duty copper braid
DSSSD #1 nnaida 6 & 10 (p+n), nnaida 11 & 16 (n+n) + black jumper cables from above adaptor PCBs
to these adaptor PCBs
Detector bias from N1419 and N1419B, i.e. separate NIM modules => separate floating grounds
similar or improved performance to 1x DSSSD test, typical pulser peak widths ~115-250 ch FWHM
16.15 CG smartphone camera pictures of front end config
16.30 data to disk - file /Tapedata/May2015/R3_0.gz (BNC Pb-4 25Hz + 207Bi source)
17.30 Detector bias from N1419, i.e. both detector biases from same NIM module => same floating ground
for both DSSSDs
Similar performance to case above (separate NIM modules)
17.46 data to disk - file /Tapedata/May2015/R4_0.gz (BNC Pb-4 25Hz + 207Bi source) |
|
Sat Apr 25 03:56:44 2015, JA, LHB, TD, AE & CG, Saturday 25 April 2015
|
1130: Rotated forward water inlet connection to point towards rear of AIDA stand to remedy mechanical
conflict with EURICA support frame - see attachments. During drain and re-fill of Julabo FL1106
recirculating chiller no evidence of sediment in, or discoloration of, the water. Coolant loop closed
and tested OK.
CG installing (new, production batch) second and third MSL type BB18(DS)-1000 detectors to stack using
the new FCT reduced capacitance 0.9m, 68-way to 68-way, flexible Kapton PCBs - see attachments.
1200: Installed two new BB18 detectors (3131-11 and 3058-09) to nose mount.
Modified isolated kaptons labelled and number 1 and 5.
Source (207Bi) mounted upstream of first detector approx 5-10mm away.
Configuration - 3131-11 (#1) furthest upstream, 3058-09 (#2) in middle, 2977-20 (#3) at rear, followed by
10mm of Al.
1800: Cabled everything up.
3131-11 connected to nnaida10+6 (p-side) and nnaida11+16 (n-side). HV from single supply.
3058-09 connected to nnaida2+5 (p-side) and nnaida4+7 (n-side). HV from ch0 of quad supply.
2977-20 connected to nnaida1+14 (p-side) and nnaida3+8 (n-side). HV from ch1 of quad supply.
Typical resistance of new kaptons ~6.5 ohm.
Typical resistance of old kaptons ~3.2 ohm.
Makes sense if track width has been roughly halved, doubling resistivity.
At +100V bias:
- 3131-11 has leakage current 5.88 uA.
- 3058-09 has leakage current 3.82 uA.
- 2977-20 has leakage current 10.99 uA.
2000: Carried out brief pulser test of all connected modules.
Many spectra exhibit double-peaking of the pulser peak or otherwise non-Gaussian peaks.
Of the ones the have single Gaussian shaped peaks, many now have much larger FWHM than previously observed. |
|
Fri Apr 24 08:11:04 2015, CG, AE & TD, Thursday 23 April 2015 contd
|
Image of interior of closed EURICA array with AIDA inserted. |
|
Thu Apr 23 10:27:59 2015, CG, AE, TD, Thursday 23rd April progress
|
23/04/15
1800: Spent majority of the day moving AIDA forward and into EURICA.
So far everything seems to fit very well, we have just noticed a few points of possible mechanical conflict that should be watched when inserting/removing AIDA into EURICA
- Overhead LN2 pipes are lower than the top of the FEE tower. These have been loosely cable tied to some other cables to keep them away from AIDA. Need to make sure they don't move upon filling of LN2
- Yellow water pipe at front of AIDA may be pinched by EURICA structure upon full closure. Will check first time we close.
- Horizontal screw at base of nose is the most rearward point of contact and means AIDA cannot be inserted further than this. Already sufficiently far into EURICA so not a problem in that sense.
- Table itself can be moved to within ~5cm of EURICA structure without disturbing cabling along floor too much or touching rails.
- Front leg fits easily under EURICA structure.
Due to the number and file size of the photos, I can't upload them here so have made them available at:
https://www.dropbox.com/sh/ho1c0ocgc7rjji4/AADNsFZjSi6-Tx5CfxBt1PKUa?dl=0 |
|
Wed Apr 22 03:33:01 2015, TD, FEE64 Fast Discriminator OR o/p via MACB
|
Illustration of the trigger timing of the AIDA FEE64 fast discriminator OR output via the
MACB front panel Trigger outputs.
Channel 1: BNC PB-4 Pulser Trigger Output
Channel 2: BNC PB-4 Pulser Analogue Output
Channel 3: MACB Trigger Output
MACB Trigger Output: NIM complement
width ~ 7us
delay ~ 750ns (with respect to BNC PB_4 Pulser Analogue Output)
Example illustrates MAC Trigger Output from nnaida5 with standard ASIC settings and
LEC/MEC fast discriminator 0x40 |
|
Thu Apr 23 09:02:57 2015, TD, Patrick, FEE64 Fast Discriminator OR o/p via MACB
|
> Illustration of the trigger timing of the AIDA FEE64 fast discriminator OR output via the
> MACB front panel Trigger outputs.
>
> Channel 1: BNC PB-4 Pulser Trigger Output
> Channel 2: BNC PB-4 Pulser Analogue Output
> Channel 3: MACB Trigger Output
>
> MACB Trigger Output: NIM complement
> width ~ 7us
> delay ~ 750ns (with respect to BNC PB_4 Pulser Analogue Output)
>
> Example illustrates MAC Trigger Output from nnaida5 with standard ASIC settings and
> LEC/MEC fast discriminator 0x40
It would be useful to show the Trigger signal at the different levels of the MACB distribution system... then
the difference will show the delay through the MACB layer.
Are you able to estimate the length of cable between the pulser and the adaptor boards.
What are the conclusions about the delay .... is it too much to be useful ? |
|
Thu Apr 23 03:21:48 2015, TD, MSL type BB18(DS)-1000
|
MSL type BB18
Serial Thickness Depletion Date Note Location
(um) (V)
2933-7 1004 ? 7.11.11 Mechanical Sample Edinburgh
2933-13/2933-18/2933-20 1001/1001/990 290/300/340 24.11.11 Mechanical Sample Edinburgh
2944-4 1034 RIKEN
2944-10 1038 RIKEN
2944-15 1044 Edinburgh
2977-6 1004 75 6.6.12 Pre-production series RIKEN
bond wire repair reqd
2977-7 1010 70 26.7.12 Pre-production series RIKEN
2977-15 1007 75 26.7.12 Pre-production series RIKEN
2977-20 1008 70 6.6.12 Pre-production series RIKEN
2998-20 1006 100 21.3.13 Edinburgh
2998-22 1006 Edinburgh
2998-23 1012 Edinburgh
3058-2 1016 60 17.11.14 Edinburgh
3058-3 1033 70 10.11.14 Edinburgh
3058-4 1023 60 7.11.14 Edinburgh
3058-5 1010 70 23.2.15 Edinburgh
3058-6 1013 66 12.11.14 Edinburgh
3058-7 1027 63 10.11.14 Edinburgh
3058-9 1029 60 11.11.14 RIKEN
3058-25 1011 115 3.3.15 RIKEN
3131-9 925 120 16.2.15 RIKEN
3131-11 923 80 6.3.15 RIKEN |
|
Wed Apr 22 08:50:59 2015, CG, AE, TD, Wednesday 22nd April progress
|
22/04/15
1230: Solved problem (empty spectra despite changing modules) with nnaida5 noted in previous progress update.
During Feb tests, nnaida5 was very noisy compared to other nnaida => switched it to medium energy range to effectively turn it off.
This was saved in the default setting so this same configuration was loaded on startup.
Changed back to low energy mode, giving nnaida5 equally good performance as other nnaida, and altered system settings save file.
1630: Added heavy duty ground cabling to the copper blocks holding the adapter PCBs in loop around inner FEE modules with connections out to further out ones.
Removed PC-S copper braids with clippy ends.
Put electrical tape over the surrounding aluminium cooling crate to prevent electrical contact with that.
Using BB18 detector 2977-20 connected to FEEs 1, 3, 5, 8 using kaptons labelled E, B, F, G respectively.
The FEEs connected to the detector saw much higher low-energy noise levels and typical FWHM of pulser peak increased by ~100ch to ~250ch.
Reduced shaping time and increased thresholds but saw no improvements.
Refitted PC-S clippy copper braids in loop around inner most FEE modules and saw all pulser FWHM reduced to the ~130-150ch we saw during Feb tests (see attachments 1-4).
Suggests poor electrical connection between adapter PCBs and copper blocks.
1840: Added 4 new FEEs (nnaida25+26, 29+30) to system for use with new adapter PCBs accepting LEMO inputs from BigRIPS DAQ.
Edited /MIDAS/config/TclHttpd/aidas1@8015/startup.tcl to make system contain new FEEs.
Created new ASIC setting save file @ /MIDAS/DB/2015Apr22-extraInput.
nnaida25,29 have positive pre-amp polarity and nnaida26,30 have negative pre-amp polarity (along with other associated setting).
|
|
Wed Apr 22 07:28:25 2015, AE (PM), Mechanical setup instructions: AIDA+EURICA at F11
|
Attached are Paul Morrall's instructions on how to move new AIDA support table into place, for a setup with
EURICA at F11 (March 2015). |
|
Tue Apr 21 09:39:00 2015, AE, LISE estimates for implantation setup [updated]
|
[UPDATED 22/4: initial LISE file had incorrect thickness for MACi plastic]
Calculations for Al degrader thickness required to implant ions in AIDA DSSD stack.
Calculations are based on LISE files from main experiment, and done for settings with expected longest and shortest range
of
ions
before implantation setup:
- LISE++ for the 95Br BigRIPS setting : B1_U_BefissionZDSLAA_95Br_6mmF1.lpp
- LISE++ for the 85Ga BigRIPS setting : B1_U_BefissionZDSLAA_85Ga_6mmF1.lpp
Setup after last beamline detector (IC): 180cm Air + Al degrader + MACi (7mm plastic@45 degrees) + AIDA (3mm silicon) +
thick
Al
plate (1 cm).
+ 84Zn setting (long range):
- Al degrader of 1 mm required in front of implantation setup to stop 84Zn activity in AIDA (end of stack). The range in
Si
is
reduced by ~1.1 mm per each mm of Al added in degrader.
- Activity from heavier (more intense) isotopes seems to be implanted at similar location as more exotic isotopes (always
considering 1p knockout channel, might be worth looking also at unreacted channels).
+ 94Se setting (short range):
- Activity stopped before AIDA. We'll need to remove MACi if we want ions implanted in AIDA (unless the tail of energy
distribution
after secondary target is very large).
- If we remove the MACi plastic, we would need 2 to 3 mm of Al degrader to stop ions in AIDA (assuming the 1mm veto after
segmented
MACi plastics remain).
See attachments for detailed description |
|
Tue Apr 21 06:01:50 2015, CG, TD, Tuesday 21 April 2015 8x
|
21/04/15
1325: Recabled the MACB distribution tree as per PC-S instruction yesterday.
Now have nnaida5+6, 13+14 in MACB3 (nnaida5 in output 1) and nnaida3+4, 11+12 in MACB10 (following the numbering system used in yesterday's ELog entry).
Complete system now happily resyncs on initial reset after power cycle.
nnaida7+15 still give a temperature reading of 0oC and nnaida8 is still running hot, but stable, at 65oC.
Visual inspection of cooling crate didn't reveal and air gaps between cooling plates and the FEE cards, or anything else to suggest there would be lower than expected cooling performance.
1340: After complete system start up, nnaida3+4, 11+12 now show absolutely no data (empty histograms, no good events/SYNC pulses in stats). (Attachments 1-4, example good spectrum/stats attachments 5-6)
nnaida5 shows nonsensical data in histograms. (Attachments 7-8)
1500: Swapped HDMI cables from MACB NIM mdules cabling for FEE modules nnaida1+2, 9+10 for nnaida3+4, 11+12 - problem appears to move implying MACB is the problem
Swap MACB #13 for MACB #4 - problem resolved (still in position #10 as per CG numbering system used previously).
1600: nnaida5 does not produce sensible data - typically ~3-4 active channels with ADC and fast disc data with rates ~kHz/channel
Swap nnaida5 & 6 for (currently not used and not powered) nnaida27 & 28. Update /etc/dhcp/dhcpd.conf, restart dhcpd.
1800: Sync problem resolved, stable operation all afternoon including several system resets - no ReSync issues noticed. SYNC pulses provided to all FEEs consistently.
Connected detector BB18 2977-20 (same detector as used during Feb 2015 tests, with same kapton config as per 1520 on Feb 19th) to system with +ve 100V bias provided to n-side.
Updated firmware in new nnaida5+6 (formerly nnaida27+28) to be in line with all those currently in use.
Used saved ASIC settings from Feb 2015 visit and see similar FWHM in most spectra to those found during February after connecting heavy duty copper braids in loop between FEE modules in use.
nnaida5 still does not produce sensible data with almost identical spectra/stats to those seen before the module was replaced.
To be investigate tomorrow. |
|
Mon Apr 20 06:53:24 2015, CG, TD, Progress 20th April + RPi procedure 7x
|
20/04/15
1200: Complete all points on first part of check list, except checking the PSU voltages.
System now in powered and has all network/HDMI cables attached.
1300: Connect RPi to power switch but when powered on it didn't find the switch. A reliable procedure to start seems to be...
- connect USB power switch to RPI, make sure serial cable is disconnected from hub
- power up RPi and power switch
- check connection using dmesg, should see ...FT232RL for USB power switch on USB0
- check connection from aidas1 by pinging RPi inet address 10.1.1.251
- if good, Rly16 page should work from aidas1
- connect serial cable, open PuTTY session, select AIDA console settings, open
- should assign serial cable as USB1 an allow use of both the power switch and FEE console.
Currently this all works, we can control the power switch both from the RPi and aidas1, and see the FEE console via PuTTY session.
1400: Powered on system and tried to set up DAQ but received error (attachment 1) when doing the initial system reset in Run Control.
DAQ still usable for spectrum/temperature viewing, and all FEEs can be accessed to check ASIC control, but it seems timestamping will not be correct.
Tried to perform manual ReSync from master timestamp window and received similar error (attachment 2).
1430: nnaida8 running quite hot (ASIC temp ~65oC) and ASIC temp on nnaida7+15 read as 0.00oC. Otherwise, from pulser/stats data, both seem to be working correctly.
Unplugged power cable for nnaida7+8 at PSU end.
1600: Could timestamping issue originate from MACBs?
In rebuilding AIDA MACB -> FEE cabling redone. Should it follow a particular pattern/tree?
Current tree structure looks like (with MACB numbering going 1->11 L->R as you look at it):
MACB1(setting: 0) ------- out 1: MACB2 (setting: 2) ---------- out 1: MACB3 (setting: 2) -> nnaida3+4, 11+12
---------- out 2: MACB4 (setting: 3) -> nnaida19+20, 27+28
---------- out 3: MACB5 (setting: 3) -> nniada1+2, 9+10
---------- out 4: MACB6 (setting: 3) -> nnaida17+18, 25+26
--------- out 2: MACB7 (setting: 3) ---------- out 1: MACB8 (setting: 3) -> nnaida21+22, 29+30
---------- out 2: MACB9 (setting: 3) -> nnaida7+8, 15+16
---------- out 3: MACB10 (setting: 3) -> nnaida5+6, 13+14 -----> nnaida5 is the master and this comes from output2.
---------- out 4: MACB11 (setting: 3) -> nnaida23+24, 31+32
Patrick - Is this set up OK? Do certain FEEs need to receive the MACB signal from certain MACBs or just all at the same point in the tree?
Also, MACBs 2+3 are on setting 2 on the dial, whereas the others (except MACB1, the 'grandparent') are set to 3. It seems like a hard thing to change accidentally so are they supposed to be like this or should they all be on the same setting?
1630: Voltages to nnaida7+8 OK at PSU output (+6V, +6V, +6V, -6.5V, +8V). Issue with contact to cooling rack?
With pulser input to all FEEs, only see pulser data in spectra for n-side (nnaida3+4, 7+8, 11+12, 15+16) FEEs. Other FEEs all show zero statistics.
|
|
Mon Apr 20 09:07:59 2015, CG, TD, Patrick Coleman-Smith, Progress 20th April + RPi procedure + reply
|
| Quote: |
|
20/04/15
1200: Complete all points on first part of check list, except checking the PSU voltages.
System now in powered and has all network/HDMI cables attached.
1300: Connect RPi to power switch but when powered on it didn't find the switch. A reliable procedure to start seems to be...
- connect USB power switch to RPI, make sure serial cable is disconnected from hub
- power up RPi and power switch
- check connection using dmesg, should see ...FT232RL for USB power switch on USB0
- check connection from aidas1 by pinging RPi inet address 10.1.1.251
- if good, Rly16 page should work from aidas1
- connect serial cable, open PuTTY session, select AIDA console settings, open
- should assign serial cable as USB1 an allow use of both the power switch and FEE console.
Currently this all works, we can control the power switch both from the RPi and aidas1, and see the FEE console via PuTTY session.
1400: Powered on system and tried to set up DAQ but received error (attachment 1) when doing the initial system reset in Run Control.
DAQ still usable for spectrum/temperature viewing, and all FEEs can be accessed to check ASIC control, but it seems timestamping will not be correct.
Tried to perform manual ReSync from master timestamp window and received similar error (attachment 2).
1430: nnaida8 running quite hot (ASIC temp ~65oC) and ASIC temp on nnaida7+15 read as 0.00oC. Otherwise, from pulser/stats data, both seem to be working correctly.
Unplugged power cable for nnaida7+8 at PSU end.
1600: Could timestamping issue originate from MACBs?
In rebuilding AIDA MACB -> FEE cabling redone. Should it follow a particular pattern/tree?
Current tree structure looks like (with MACB numbering going 1->11 L->R as you look at it):
MACB1(setting: 0) ------- out 1: MACB2 (setting: 2) ---------- out 1: MACB3 (setting: 2) -> nnaida3+4, 11+12
---------- out 2: MACB4 (setting: 3) -> nnaida19+20, 27+28
---------- out 3: MACB5 (setting: 3) -> nniada1+2, 9+10
---------- out 4: MACB6 (setting: 3) -> nnaida17+18, 25+26
--------- out 2: MACB7 (setting: 3) ---------- out 1: MACB8 (setting: 3) -> nnaida21+22, 29+30
---------- out 2: MACB9 (setting: 3) -> nnaida7+8, 15+16
---------- out 3: MACB10 (setting: 3) -> nnaida5+6, 13+14 -----> nnaida5 is the master and this comes from output2.
---------- out 4: MACB11 (setting: 3) -> nnaida23+24, 31+32
Patrick - Is this set up OK? Do certain FEEs need to receive the MACB signal from certain MACBs or just all at the same point in the tree?
Also, MACBs 2+3 are on setting 2 on the dial, whereas the others (except MACB1, the 'grandparent') are set to 3. It seems like a hard thing to change accidentally so are they supposed to be like this or should they all be on the same setting?
1630: Voltages to nnaida7+8 OK at PSU output (+6V, +6V, +6V, -6.5V, +8V). Issue with contact to cooling rack?
With pulser input to all FEEs, only see pulser data in spectra for n-side (nnaida3+4, 7+8, 11+12, 15+16) FEEs. Other FEEs all show zero statistics.
|
The MACB system of clock and SYNC pulse distribution does have to follow some rules.
The Master needs to be in a very particular place. The rest are less important as long as they are all at the same level in the tree.
In the tree you report above and using the numbering you report. The Master should be in MACB3:out1.
The settings you have shown are correct if the Master is placed correctly ...
I will input a separate Elog entry detailing the settings for the MACB and the rules for the tree.
Regarding nnaida7+8. I agree the issue to tackle first is the cooling plate contact to the module. Where do they feature in the layout ?
Is the plate tightened up correctly ?
Regarding the P side FEE64s ... sorry about this ... but is the P pulser working ... well i did have to ask ;-)
|
|
Mon Apr 20 09:38:15 2015, CG, TD, Patrick Coleman-Smith, Progress 20th April + RPi procedure + reply
|
| Quote: |
|
| Quote: |
|
20/04/15
1200: Complete all points on first part of check list, except checking the PSU voltages.
System now in powered and has all network/HDMI cables attached.
1300: Connect RPi to power switch but when powered on it didn't find the switch. A reliable procedure to start seems to be...
- connect USB power switch to RPI, make sure serial cable is disconnected from hub
- power up RPi and power switch
- check connection using dmesg, should see ...FT232RL for USB power switch on USB0
- check connection from aidas1 by pinging RPi inet address 10.1.1.251
- if good, Rly16 page should work from aidas1
- connect serial cable, open PuTTY session, select AIDA console settings, open
- should assign serial cable as USB1 an allow use of both the power switch and FEE console.
Currently this all works, we can control the power switch both from the RPi and aidas1, and see the FEE console via PuTTY session.
1400: Powered on system and tried to set up DAQ but received error (attachment 1) when doing the initial system reset in Run Control.
DAQ still usable for spectrum/temperature viewing, and all FEEs can be accessed to check ASIC control, but it seems timestamping will not be correct.
Tried to perform manual ReSync from master timestamp window and received similar error (attachment 2).
1430: nnaida8 running quite hot (ASIC temp ~65oC) and ASIC temp on nnaida7+15 read as 0.00oC. Otherwise, from pulser/stats data, both seem to be working correctly.
Unplugged power cable for nnaida7+8 at PSU end.
1600: Could timestamping issue originate from MACBs?
In rebuilding AIDA MACB - > FEE cabling redone. Should it follow a particular pattern/tree?
Current tree structure looks like (with MACB numbering going 1->11 L->R as you look at it):
MACB1 (setting: 0) ------- out 1: MACB2 (setting: 2) ---------- out 1: MACB3 (setting: 2) -> nnaida3+4, 11+12
&nb sp; &nb sp; ---------- out 2: MACB4 (setting: 3) -> nnaida19+20, 27+28
&nb sp; &nb sp; ---------- out 3: MACB5 (setting: 3) -> nniada1+2, 9+10
&nb sp; &nb sp; ---------- out 4: MACB6 (setting: 3) -> nnaida17+18, 25+26
&nb sp; --------- out 2: MACB7 (setting: 3) ---------- out 1: MACB8 (setting: 3) -> nnaida21+22, 29+30
&nb sp; &nb sp; ---------- out 2: MACB9 (setting: 3) -> nnaida7+8, 15+16
&nb sp; &nb sp; ---------- out 3: MACB10 (setting: 3) -> nnaida5+6, 13+14 -----> nnaida5 is the master and this comes from output2.
&nb sp; &nb sp; ---------- out 4: MACB11 (setting: 3) -> nnaida23+24, 31+32
Patrick - Is this set up OK? Do certain FEEs need to receive the MACB signal from certain MACBs or just all at the same point in the tree?
Also, MACBs 2+3 are on setting 2 on the dial, whereas the others (except MACB1, the 'grandparent') are set to 3. It seems like a hard thing to change accidentally so are they supposed to be like this or should they all be on the same setting?
1630: Voltages to nnaida7+8 OK at PSU output (+6V, +6V, +6V, -6.5V, +8V). Issue with contact to cooling rack?
With pulser input to all FEEs, only see pulser data in spectra for n-side (nnaida3+4, 7+8, 11+12, 15+16) FEEs. Other FEEs all show zero statistics.
|
The MACB system of clock and SYNC pulse distribution does have to follow some rules.
The Master needs to be in a very particular place. The rest are less important as long as they are all at the same level in the tree.
In the tree you report above and using the numbering you report. The Master should be in MACB3:out1.
The settings you have shown are correct if the Master is placed correctly ...
I will input a separate Elog entry detailing the settings for the MACB and the rules for the tree.
Thanks
Regarding nnaida7+8. I agree the issue to tackle first is the cooling plate contact to the module. Where do they feature in the layout ?
Is the plate tightened up correctly ?
As far as I am aware this module/crate has not recently been opened so the 'contact' should be as good (or bad) as it ever was.
But it would, of course, bear checking.
Regarding the P side FEE64s ... sorry about this ... but is the P pulser working ... well i did have to ask ;-
According to a DSO the positive and negative pulser inputs and cabling are OK
|
|
|
Mon Apr 20 09:45:38 2015, CG, TD, Patrick Coleman-Smith, Progress 20th April + RPi procedure + reply ++
|
| Quote: |
|
| Quote: |
|
| Quote: |
|
20/04/15
1200: Complete all points on first part of check list, except checking the PSU voltages.
System now in powered and has all network/HDMI cables attached.
1300: Connect RPi to power switch but when powered on it didn't find the switch. A reliable procedure to start seems to be...
- connect USB power switch to RPI, make sure serial cable is disconnected from hub
- power up RPi and power switch
- check connection using dmesg, should see ...FT232RL for USB power switch on USB0
- check connection from aidas1 by pinging RPi inet address 10.1.1.251
- if good, Rly16 page should work from aidas1
- connect serial cable, open PuTTY session, select AIDA console settings, open
- should assign serial cable as USB1 an allow use of both the power switch and FEE console.
Currently this all works, we can control the power switch both from the RPi and aidas1, and see the FEE console via PuTTY session.
1400: Powered on system and tried to set up DAQ but received error (attachment 1) when doing the initial system reset in Run Control.
DAQ still usable for spectrum/temperature viewing, and all FEEs can be accessed to check ASIC control, but it seems timestamping will not be correct.
Tried to perform manual ReSync from master timestamp window and received similar error (attachment 2).
1430: nnaida8 running quite hot (ASIC temp ~65oC) and ASIC temp on nnaida7+15 read as 0.00oC. Otherwise, from pulser/stats data, both seem to be working correctly.
Unplugged power cable for nnaida7+8 at PSU end.
1600: Could timestamping issue originate from MACBs?
In rebuilding AIDA MACB - > FEE cabling redone. Should it follow a particular pattern/tree?
Current tree structure looks like (with MACB numbering going 1->11 L->R as you look at it):
MACB1 (setting: 0) ------- out 1: MACB2 (setting: 2) ---------- out 1: MACB3 (setting: 2) -> nnaida3+4, 11+12
&nb sp; &nb sp; ---------- out 2: MACB4 (setting: 3) -> nnaida19+20, 27+28
&nb sp; &nb sp; ---------- out 3: MACB5 (setting: 3) -> nniada1+2, 9+10
&nb sp; &nb sp; ---------- out 4: MACB6 (setting: 3) -> nnaida17+18, 25+26
&nb sp; --------- out 2: MACB7 (setting: 3) ---------- out 1: MACB8 (setting: 3) -> nnaida21+22, 29+30
&nb sp; &nb sp; ---------- out 2: MACB9 (setting: 3) -> nnaida7+8, 15+16
&nb sp; &nb sp; ---------- out 3: MACB10 (setting: 3) -> nnaida5+6, 13+14 -----> nnaida5 is the master and this comes from output2.
&nb sp; &nb sp; ---------- out 4: MACB11 (setting: 3) -> nnaida23+24, 31+32
Patrick - Is this set up OK? Do certain FEEs need to receive the MACB signal from certain MACBs or just all at the same point in the tree?
Also, MACBs 2+3 are on setting 2 on the dial, whereas the others (except MACB1, the 'grandparent') are set to 3. It seems like a hard thing to change accidentally so are they supposed to be like this or should they all be on the same setting?
1630: Voltages to nnaida7+8 OK at PSU output (+6V, +6V, +6V, -6.5V, +8V). Issue with contact to cooling rack?
With pulser input to all FEEs, only see pulser data in spectra for n-side (nnaida3+4, 7+8, 11+12, 15+16) FEEs. Other FEEs all show zero statistics.
|
The MACB system of clock and SYNC pulse distribution does have to follow some rules.
The Master needs to be in a very particular place. The rest are less important as long as they are all at the same level in the tree.
In the tree you report above and using the numbering you report. The Master should be in MACB3:out1.
The settings you have shown are correct if the Master is placed correctly ...
I will input a separate Elog entry detailing the settings for the MACB and the rules for the tree.
Thanks
Regarding nnaida7+8. I agree the issue to tackle first is the cooling plate contact to the module. Where do they feature in the layout ?
Is the plate tightened up correctly ?
As far as I am aware this module/crate has not recently been opened so the 'contact' should be as good (or bad) as it ever was.
But it would, of course, bear checking.
Regarding the P side FEE64s ... sorry about this ... but is the P pulser working ... well i did have to ask ;-
According to a DSO the positive and negative pulser inputs and cabling are OK
|
|
Regarding the P side problem.
What is the result if you change one of the N-Side FEEs to use the P-side pulser and vice-versa ?
Regarding the temperature problem.
Which position are the problem modules in ? |
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Mon Apr 20 07:39:49 2015, CG, TD, Rasberry Pi : USB ac mains switch + USB serial link to FEE64 console
|
It would appear that you cannot reliably startup the Raspberry Pi (nnrpi1)
connected to both the USB ac mains switch *and* the USB-serial link to FEE64
console. This is because the Rly16 Service to the USB ac mains switch expects
to use /dev/ttyUSB0. However this is often assigned (at Raspberry Pi startup)
to the USB-serial link.
You can use the command 'dmesg' to observe device assignments.
Workaround
- connect USB cable from USB ac mains witch to powered USB hub socket
- switch off & disconnect USB-serial cable from powered USB hub socket to FEE64 console
- power up Raspberry Pi (nnrpi1)
At startup the USB ac mains switch should be assigned to the first available
device /dev/ttyUSB0 - as required.
- connect & switch on USB-serial cable from powered USB hub socket to FEE64 console
The USB-serial connection should be assigned to the next available devoce /dev/ttyUSB1
- as required. Further instructions can be found at:
https://elog.ph.ed.ac.uk/AIDA/42 |
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Sat Apr 18 09:30:11 2015, CG, To do list 19/04/15 - 21/04/15
|
To do (roughly in order):
- Move shipped boxes down from Gabor's office to the experimental area. Check contents. Should include:
- 3x 3Tb HDD
- NIM floating HV supply
- 2x Si detector boxes, containing MSL type BB18 detectors 3131-9 + 3131-11 and 3058-9 + 3058-25
- flex circuit tester
- misc items including Al plates, grub nuts etc.
- Put everything back into working positions @ F11.
- Put computer table back to normal. Turn on/check aidas1.
- Reconnect power to chiller. Check water levels, fill if needed. Turn on and check for leaks.
- Install PSUs, USB and network switches in new AIDA base.
- Set up Raspberry Pi.
- Check modified PSU voltages.
- Reconnect FEE64s (power/network/HDMI). Label everything.
- Power on. Check
- Basic pusler test to check function and server. Confirm FWHMs are as expected.
Late Monday or on Tuesday:
- Talk to Shunji re. AIDA/BRIKEN + EURICA setup requirements.
- Install Al/Si accordingly.
- Complete AIDA build with snout, kaptons etc.
- Acquire sources (Am/Bi) for source test ------> Speak to Gabor first thing about this.
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Mon Mar 9 16:51:26 2015, TD, AIDA adaptor PCB configuration - RIKEN - Feb 2015 6x
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Mon Mar 9 16:45:35 2015, TD, Julabo FL11006 Recirculating Chiller: connection to 3ph ac mains 7x
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3ph 100VAC/50Hz to Julabo FL11006 3ph 230VAC/50Hz via local transformer |
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Mon Mar 9 13:59:32 2015, TD, New AIDA support frame for F11/F12 @ RIKEN
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Mon Mar 9 09:02:03 2015, Patrick Coleman-Smith, Adding Filters to the AIDA PSU.
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This guide is to help with the filter pcb assembly and installation into the AIDA power supply. |
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Thu Mar 5 12:11:44 2015, TD, To Do list - March 2015
|
A draft 'to do' list in preparation for further AIDA tests at RIKEN from mid-April.
Please feel free to add your comments, suggestions, other items etc.
High Priority
- [VP] fix problem with new merger program which crashes (SEGV) at startup
see https://elog.ph.ed.ac.uk/AIDA/48
- [PCS/Edinburgh] fit 4x AIDA FEE64 PSUs with LCR filters and return to RIKEN
- [PM] transfer AIDA support assembly from original base to new RIKEN F11 base
Medium Priority
- [VP] TapeServer 'no storage' mode should not create files (cf. MIDAS VME DAQ TapeServer behaviour) ... ?
- [VP] TapeServer should check for existence of file before opening new file
(and possibly overwriting an existing file) as a workaround for umode 022 file perms
- [VP] Define robust procedure for starting/stopping MIDAS DAQ/Merger/TapeService
- [VP/PCS] Critically review data synchronisation methodology
see https://elog.ph.ed.ac.uk/BRIKEN/5 and https://elog.ph.ed.ac.uk/BRIKEN/6
Low Priority
- [Edinburgh] modify USB ac mains switches - relays default to off state - ship to RIKEN
- [Edinburgh] purchase 3x 3TB SATA disks for installation in aidas1 |
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Wed Mar 4 17:38:06 2015, CG, Log book for Feb 2015 tests
|
04/03/15
Please find attached a scan of the log book for the Feb 2015 AIDA tests at RIKEN. |
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Wed Feb 25 09:59:28 2015, CG, AE, Weds 25th Feb progress
|
25/02/15
1200: Swapped out old green power switch for new one from UoE (having previously tested them both yesterday and found them to work fine).
With first switch connected and PuTTY session opened cannot get RPi to connect to it. See (bodged) screen shots below.
Tried many permutations of trying to connect using ttyUSB0/1/2 with various permissions set, none yielded any results other than the error messages below.
1500: Swapped 1st UoE power switch out for the second. Plugged it straight in and it works... ???
Later unplugged it and when reconnected saw the same errors as before. We got rid of these by plugging in the USB cable once the unit was powered on. Does this make any sense, or was it just luck?
Carried out pulser walkthrough to file R22_0. Use same "best" settings as yesterday.
Changed polarity of detector bias (from -100V to +100) and observed a similar leakage current as previously (11.5uA) and normal rates/spectra for each detector. No obvious changes from -ve bias polarity. GOOD.
1830: Looked at effect of supplying each FEE64 from various power supplies (as per request PC-S email on Sun 22nd Feb).
Original configuration : | 1 2 | 4 3 | 5 7 | 8 6 | (all in one PSU)
Changed to: | 1 - | - - | - - | - - | PSU#1
| 3 - | - - | - - | - - | PSU#2
| 6 - | - - | - - | - - | PSU#3
| 8 - | - - | - - | - - | PSU#4
with PSUs #3+4 completely unplugged apart from nnaida6+8. In PSUs #1+2, the remainder of the slots were connected as previously (apart from for nnaida3,6,8, in which case they were swapped for another FEE64 at random).
Initially all PSUs were plugged into one half of the power switch, but the fuse blew. We replaced it with a spare fuse from the unused supply and distributed the PSUs 2 to each half of the switch.
This configuration yielded larger FWHM than original set up ---> worsened performance.
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Tue Feb 24 03:04:59 2015, CG, TD, Tues 24th Feb progress 9x
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24/02/15
1200: Update the FEE firmware on nnaida1-16 without problem.
Gone from file FEE_Oct12_27Nov13.bin ----> FEE_Riken_Apr14_24.bin
Included are a screen shot of the temperature window showing the new firmware versions and a stats screen.
12.15 Update MIDAS DAQ software
su
cp -r /MIDAS@aiidas /MIDAS@aidas.240214 ( /MIDAS is a link to /MIDAS@aidas )
exit
cd <update directory>
cp -r Data_Acq /MIDAS
cp -r Merger /MIDAS
cp -r TclHttpd /MIDAS
New versions of merge64.AD and master64 were installed in /MIDAS/Merger but the process crashed at startup
with multiple messages of the type:
MIDAS Data Link (12345) : Received SEGV signal; exiting.
(see attachment 3)
Is this related to the recent changes to the MIDAS TapeServer software to resolve problems with MIDAS Data
libraries libdataspy.so and libxfer.so ?
As a temporary workaround I have copied the backups of merge64.AD and master64 back to the install
directory /MIDAS/Merger. With the old verison of the merger we continue to obtain error messages
(see attachments 4-8)
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Mon Feb 23 11:10:44 2015, TD, Outline test plan - RIKEN - Feb 2015
|
With the exception of one AIDA FEE64 PSU configuration test (5) and the upgrades
of the AIDA FEE64 firmware (8) and MIDAS DAQ software (9) we have now completed all
of tasks described in the outline plan. |
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Mon Feb 23 07:23:08 2015, J. Agramunt, H. Baba, A. Estrade, DAQ correlation test
|
The attached figure shows the configuration used to test the synchronization of the DAQ systems using a
correlation scalar counted from a common clock signal (DAQcorrelation_diagram.pdf).
The chosen solution was to use a 25 MHz clock generated by the MACB modules of AIDA, which was distributed to
the other two systems by a SIS36/38xx module in the BRIKEN VME crate.
The correlation can be monitored online using the MIDAS DataXfer and DataSpy libraries
(http://npg.dl.ac.uk/MIDAS/DataAcq/Data.html). Each system operates a
DataRelay program that sends a data stream consisting only of IDs and time-stamps to a common DataSink (this
requires a DataRelay code that does some filtering of the raw data for each system). The scheme is shown in
attached diagram (DAQsoftware.pdf).
The DataPeek_Merge and SyncCheck codes use C++11 for parallelization of tasks, which is a helpful feature to
improve the efficiency of finding coincidences between the correlation pulses. Thus, the code will not run in
PCs with any Linux version. For example, it requires version 7 of ScientificLinux, which installed in the PC
being used for BRIKEN DAQ control that will stay at RIBF for the time being.
++ SYNCHRONIZATION RESULTS ++
The figure correlation_25Hz.png shows a correlation plot for the BRIKEN+RIBF+AIDA running with correlations done
by a pulser at 25 Hz. A large fraction of the pulsers appear in the double-coincidence plots (top row; same plots,
except the 'Partial' one is automatically cleared every ~10seconds).
The bottom plots show the pair-wise correlations between BRIKEN and RIBF or AIDA. BRIKEN was defined as the
'master' in this test, but current version of the program is flexible to select any stream as the master one.
The second figure (correlation_random.png) shows the same test, but using a non-periodic pulser to trigger the
correlation scalar. We observed the same level of synchronization (peaks look brader just because of the zoom level). |
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Mon Feb 23 07:03:10 2015, TD, AE & CG, Monday 23 February 2015
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14.30 Saved nnaida1-16 ASIC + Waveform configurations to directory (Data Base Key)
2015Feb23-12.11.40
(directory aidas1:/MIDAS/DB/EXPERIMENTS/AIDA/2015Feb23-12.11.40)
nnaida 1-2, 5-6, 9-10, 13-14 positive input ( front p+n junction strips )
nnaida 3-4, 7-8, 11-12, 15-16 negative input ( back n+n ohmic strips )
Standard ASIC configurations except
- shaping time 0xb (6,5us)
- peaking time 0x8 (16us)
- slow comparator 0x10 (~160keV)
- fast comparator (LEC/MEC) 0xff
- fast comparator (HEC) 0xff
nnaida 1-2, 5-6, 9-10, 13-14 negative input ( AIDA ASIC preamp output inverts input,
i.e. preamp with positive input produces negative input for sampling ADC )
nnaida 3-4, 7-8, 11-12, 15-16 positive input
Standard Waveform configurations except
- threshold 1000
- pre-trigger 0x100
- all channels disabled
2015Feb23-12.11.40 is now the default configuration file
Note: The directory (Data Base Key) which will contain the saved settings is created uid: npg, gid: npgstaff, perms 755.
However, its contents are written uid: nfsnobody, gid nfsnobody, perms 777. The default directory (Data Base Key) permissions
do not work - it is necessary to change the directory (Data Base Key) to perms 777 after its creation and before saving the
individual FEE64 configuration directories/files to it.
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Sun Feb 22 06:47:23 2015, CG, AE, TD, Sunday 22 February 2015
|
22/02/15
am Testing various grounding configurations for the connection between the DSSSD and the FEE64 modules.
15.45 Obtaining error messages from Merger TTY console (see attachment 1)
1700: Summary of AM testing of grounding configurations.
Set up system as it was when we left last night to check reproducibility -> peak FWHMs all same to within 10%.
Throughout tests yesterday, nnaida8 was consistently worse than the other nnaida, why? Can it be improved?
Most obvious difference between 8 and the rest was that the nose was grounded through nnaida8.
Removed nose grounding cable and left to hang -> no appreciable difference in FWHMs.
It was then attached to the Cu piping using a croc clip -> no change.
Connected to nnaida6 -> no change.
The heavy duty Cu braiding was removed from all nnaida and the pulser FWHM in all nnaida increase significantly.
=> clearly the braiding is helping.
Put Cu braiding back in place and added shielding plates to nnaida1,3,8 (kapton in way on nnaida5/6, also useful as a reference point).
Each shield plate was fit onto the set screws with two spacers and sat over the kaptons, black tape was put over the vias to prevent them touching the plates.
No change with respect to the first measurements this morning.
=> the grounding changes implemented today have had no effect at the current noise level, but that is not to say they may not have an effect in combination with production detectors, new kaptons etc.
1715: Tested the new USB mains power switches for function (without load). All seem to function correctly and are controllable from the RPi.
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Sat Feb 21 06:37:52 2015, CG, AE, TD, Sat 21st Feb progress 6x
|
21/02/15
1230: Developing the software to check synchronisation between DAQs. Below line runs program on aidas1 - sends data from TapeServer to BELEN.
./DataRelayFilter -n 10.32.6.196 -p 10307 -I 2
1500: Investigating pulser peak FWHMs as function of bias voltage.
Constant shaping time of 0x3, slow comp thresh 0x20, fast comp thresholds of 0xff. All other setting as standard. Detector MSL BB18 2977-20.
Results summarised in table directly below.
| |
Pulser peak FWHM (ch) |
| |
|
nnaida1 |
nnaida3 |
nnaida6 |
nnaida8 |
| Bias (v) |
Leakage current (uA) |
1.9.L |
2.10.L |
1.9.L |
2.9.L |
2.10.L |
3.11.L |
2.10.L |
3.9.L |
| 75 |
10.700 |
166 |
133 |
174 |
156 |
176 |
168 |
271 |
285 |
| 100 |
10.905 |
165 |
131 |
174 |
158 |
168 |
166 |
272 |
285 |
| 125 |
11.090 |
167 |
151 |
175 |
158 |
167 |
160 |
271 |
285 |
| 150 |
11.410 |
179 |
140 |
178 |
158 |
169 |
166 |
271 |
283 |
| 200 |
12.275 |
----- |
------ |
175 |
159 |
------ |
------ |
272 |
286
|
At bias of -200V nnaida1+6 stopped outputting data but continued to produce SYNCs. Good event rate dropped from ~few thousand per sec to ~300 per sec.
After returning bias to -150V, nnaida1+6 started producing data again. No effect was seen in nnaida3+8.
nnaida8 peaks are not particularly Gaussian in shape. Look more skewed with one rolling edge and one side a relatively sharp drop.
No obvious trends with changing bias voltage. Will return to -100V.
1545: Investigating pulser peak FWHMs as function of shaping time.
Bias returned to -100V, with leakage current 11.000uA.
Settings for all nnaida: slow comp thresh = 0x20, fast comp thresh = 0xff, hold time = 0x4 if shaping time <= 0x8, 0x8 if shaping time > 0x8.
| Pulser peak FWHM (ch) |
| |
nnaida1 |
nnaida3 |
nnaida6 |
nnaida8 |
| Shaping time (Hex) |
1.9.L |
2.10.L |
1.9.L |
2.9.L |
2.10.L |
3.11.L |
2.10.L |
3.9.L |
| 0x0 |
254 |
172 |
151 |
160 |
172 |
164 |
287 |
293 |
| 0x1 |
237 |
167 |
176 |
172 |
184 |
176 |
328 |
367 |
| 0x2 |
193 |
146 |
184 |
168 |
180 |
175 |
306 |
321 |
| 0x4 |
149 |
119 |
171 |
152 |
159 |
155 |
252 |
261 |
| 0x8 |
129 |
122 |
154 |
147 |
139 |
137 |
195 |
201 |
| 0xb |
133 |
129 |
160 |
148 |
137 |
135 |
184 |
188 |
| 0xf |
139 |
139 |
169 |
159 |
141 |
142 |
184 |
183 |
Visual 'analysis' suggested 0xb to be the optimal value so used that as shaping time in further tests.
(Graph to follow)
1900: Investigating effect of changes to slow comparator thresholds.
Settings: bias = -100V, hold timing = 0x8, shaping time = 0xb, fast comp thresholds = 0xff. Otherwise, standard settings.
| Position of threshold (ch) |
| |
nnaida1 |
nnaida3 |
nnaida6 |
nnaida8 |
| Slow comp threshold |
1.9.L |
2.10.L |
1.9.L |
2.9.L |
2.10.L |
3.11.L |
2.10.L |
3.9.L |
| 0x20 |
32164 |
32378 |
33102 |
32990 |
32427 |
32261 |
33433 |
33433 |
| 0x18 |
32271 |
32481 |
32997 |
32890 |
32529 |
32369 |
33334 |
33349 |
| 0x10 |
32389 |
32589 |
32898 |
32788 |
32648 |
32449 |
33225 |
33260 |
| 0xd |
32420 |
32596 |
32858 |
32755 |
------ ? |
----- ? |
----- ? |
----- ? |
With threshold at 0xd, threshold position was very hard to determine for nnaida6+8, assume discirminator is running in the noise. Will ignore data for 0xd.
Assuming central position of 32768 and energy per channel of 0.7 keV, below table gives approximate position of threshold in keV.
| Position of threshold (ch) |
| |
nnaida1 |
nnaida3 |
nnaida6 |
nnaida8 |
| Slow comp threshold |
1.9.L |
2.10.L |
1.9.L |
2.9.L |
2.10.L |
3.11.L |
2.10.L |
3.9.L |
| 0x20 |
423 |
273 |
234 |
155 |
239 |
355 |
467 |
467 |
| 0x18 |
348 |
201 |
160 |
85 |
167 |
279 |
396 |
407 |
| 0x10 |
265 |
125 |
91 |
14 |
84 |
223 |
320 |
344 |
Thus (very roughly), between 0x10 and 0x20, the above table shows the threshold moving by about 10 keV per increment in the threshold.
With the threshold at 0x10, the data rate show on the TapeServer window was ~3Mb/s (uncompressed?).
This was with 1 detector (BB18 2977-20) connected to 4 FEE64s with above settings, a 25Hz pulser and 241Am+207Bi sources (activities in ELog entry 40).
The Good Events rate averaged around 30,000-60,000/s per FEE64 card, with only a few Pause/Resumes coming through.
Example stats screen and hit patterns included below for final configuration. |
|
Fri Feb 20 10:48:09 2015, TD, How To Connect the FEE64 System Console Using PuTTY
|
Set permissions for the USB-serial device using the command
sudo chmod 777 /dev/ttyUSB0
Note: Vic Pucknell reports that he has sometime observed the device
rotate between /dev/ttyUSB0, /dev/ttyUSB1, /dev/ttyUSB2 etc - make\
sure you are using the correct device name with the command:
ls -l /dev/ttyUSB*
Start PuTTY
Select Connection Type 'Serial'
Enter Serial Line (/dev/ttyUSB0 or /dev/ttyUSB1)
Enter speed (9600)
Select 'Open'
Note: permissions for the USB-serial device will revert to their
default (mode 440) when the OS notices the change but by then
the serial line connection will have been established. |
|
Fri Feb 20 10:04:29 2015, CG, AE, TD, Fri 20th progress
|
20/02/15
1400: Measured leakage current as function of bias V for the Caen 1419B high voltage supply and detector BB18 2977-20. (see attachment #1)
1500: Modified MACB installed and connected to BELEN and RIBF DAQs (see attachment #2 for signal flow diagram).
Increased noise in several nnaida, possibly due to grounding issues introduced by inclusion of modules for other DAQs. |
|
Thu Feb 19 08:21:33 2015, CG, AE, TD, Thrus 19th Feb progress 39x
|
19/02/15
1000: Check system gives same resolution as yesterday, removing only the Cu braiding connecting and grounding all adapter PCBs (also moved bias braid back to nnaida3).
Pulser FWHM in each FEE... nnaida1 ~800ch, nnaida3 ~110ch, nnaida6 ~2300ch, nnaida8 ~950ch. Rate in 6 and 8 ~5kHz per strip.
Re-added Cu braids, clipping on to LEMO connectors of adapter PCBs.
FWHM and rate/strip in nnaida1,3,6,8 now (respectively): ~600ch and 100Hz, ~120ch and 25Hz, ~2100ch and 6kHz, 1000ch and 6kHz. => small reduction in nnaida1+6
nnaida8 also has non-Gaussian pulser peaks.
No clear effect, but minor improvement and no negative effects mean we will keep Cu braids attached.
1045: Grounded nose to adapter PCB attached to nnaida7+8. No clear effect.
1055: Changed pre-amp reference settings in nnaida1+8.
nnaida1 0x30 -> 0x60. nnaida8 0xb2 -> 0x82.
No clear change. Reverted back to original settings.
1130: Changed to detector BB18 2977-20 and added 241Am (1uCi) and 207Bi (few uCi) sources 2cm from front of detector (see attached photos for arrangement).
Bias set at -100V with leakage current -10.9uA.
Pulser peak FWHMs for each nnaida are: #1 ~600ch, #3 ~150ch, #6 ~1300ch, #8 ~ 700ch. Minor improvement over previous detector.
1345: nnaida3 still much more well behaved than other nnaida. To test if kapton cables are source of issue, swapped kaptons for nnaida3+8 at FEE end.
Peak FWHMs and rates for nnaida3+8 having swapped cables are: #3 ~700ch and 300Hz, #8 ~200ch and 30Hz.
=> noise moved with kapton! Kaptons could be the issue. (For completeness, FWHM in nnaida1 ~800ch and nnaida6 ~1100ch.)
1435: Disconnected kaptons at detector end (still connected to FEE adapters).
Pulser FWHMs and rates/strip per strip now: nnaida1 - ~250ch and 25Hz, nnaida3 - ~120ch and 25Hz, nnaida6 - ~160ch and 25Hz, nnaida8 - ~120ch and 25Hz.
Waveforms for all nnaida looked similar and with little noise => no way of telling a 'bad' cable from a 'good' one, just from FEE + cable (without detector).
Current cable configuration/pairings: nnaida1-kapton A, 3-B, 6-C, 8-D.
Kapton B shows no alpha/beta spectrum from sources in 1.1.L, a problem which tracked across to nnaida8 when cables were swapped => suggesting break in cable for this channel.
Waveforms in all nnaida look relatively noise free (nnaida1 slightly noisier) and as expected.
1520: Changed some of the kaptons to check all were functioning properly. Kept nnaida3-kapton B combo as this was working as expected from DL tests.
Changed nnaida1 A->E (neither isolated), nnaida6 C->F, nnaida8 D->G.
After removal. noticed outgoing kaptons C+D did not have "Isolated" label on them (B does).
Without connecting new cables to detector, FWHMs and rates/strip in all nnaida ~130-150ch and ~25Hz, respectively.
1545: Connected kaptons to detector 2977-20 and with alpha+beta sources 2cm in front of detector.
Bias connected via nnaida6 (-ve core) and nnaida3 (low V ref braid). nnaida3+8 grounded.
nnaida-kapton pairings now as follows: nnaida1-kapton E, 3-B, 6-F, 8-G.
Pulser FWHMs and rates/strip now: nnaida 1 - ~190ch and ~60Hz, nnaida3 - ~250ch and ~60Hz, nnaida6 - ~180ch and ~40Hz, nnaida8 - ~350ch and ~100Hz.
Above rates seem sensible considering we have 25Hz pulser going into FEEs, plus alpha and beta sources.
MUCH better than previous! (apart from nnaida3 which remains about the same)
Further more, rate spectrum for each nnaida shows slow decline in rate with increasing bin number. Expected as 241Am placed centrally and outer strips will see lower rate as more alphas are stopped due to path travelled.
1645: Saving data to file with system configuration: Am+Bi sources, EBFG kaptons, Cu braid grounding between adapters and nose grounded to nnaida7+8 adapter.
File - /TapeData/Feb2015/Run1_*.gz.
Run stopped at 1715.
17:40: Providing one pulser signal to BRIKEN VME crate, which is in the same main bias supply as AIDA. Start a new run to check things are not changed
File - /TapeData/Feb2015/Run3_*.gz.
19.42 File /TapeDate/R3_1.gz closed (985+303Mb)
|
|
Wed Feb 18 11:25:54 2015, Patrick Coleman-Smith, Investigations into removing HV noise
|
With the system in T9 and a Keithley Source Meter supplying HV to the detector.
The source meter supplies 200V and measures the current ....
I noticed that the current value was not stable... varying by +/-0.5uA. In conversation with Marcello i learnt that normally much more stable than this.
I have carried out the following changes.
added a 22nF X7R capacitor at the detector end of the Kapton cable from the HV connector pin ( G/R ) to the ground plane of the Kapton.
added a 14k resistor in series with the HV supply +ve signal before it connects to the adaptor board.
isolated the G/R connection on the second Kapton that would normally be connected to the HV on the detector.
The HV now is a lot quieter +/-0.01uA.
Next i disconnected the HV -ve input from ground at the adaptor board. This resulted in all the FEE64 being equally noisy!!
Next I connected a 22nF X7R capacitor between the HV negative and ground at the adaptor. This resulted in all FEE64 becoming equally calm.
The FWHM of the spectra is not good at 250 to 300 but the fact that all FEE64 are equal now is interesting.
I will update this post with pictures.
Update:-
This change was not stable and repeatable. I changed back to the original connections and things haven't gone back.
So power down and leave for today.... It doesn't make sense to me ... but then that's nothing new :-)
It appears that something is heating/charging up during the day and the noise becomes swamped by this effect ???? |
|
Wed Feb 18 05:49:29 2015, CG, AE, TD, PJC-S, Wed 18th Feb progress 15x
|
18/02/15
1300: Error seen when trying to check ASIC settings. See Attachment #1. Power cycle removed error.
nnaida3 still performing much better than other three cards connected to detector (nnaida1,6,8). Why?
Noticed nnaida3 was connected to only adapter PCB which did not feature a metal shielding plate on the front?
Noise in other cards caused by possible short or capacitance between PCB pins and shielding plate?
-> Removed all shielding plates and no difference seen. Pulser peak widths all still approximately the same.
nnaida3+6 PCB grounds connected by thin braid, as well as nnaida1+8. These were all removed. No change.
1830: Still seeing errors when data is sent through them Merger, see attachments #2-6.
Attached heavy duty copper braiding in loop, connecting all nnaida PCBs in use. Improved FWHM of nnaida1 by factor of 2. No change in other nnaida.
Moved kapton and bias from nnaida3 to nnaida11 (same crate, next module along) and saw no appreciable difference in the spectra.
Changed voltages in PSUs for first 16 nnaida.
+5V -> +5.5V, -6V -> -6.5V, +7V -> +8V.
All +5.5V rails at 5.5V, however in PSU#1 (supplying inner FEE modules) -6.5V and +8V rails show variations of +- ~12mV and +- ~4mV respectively, between outlets.
Installed PSUs with updated voltages.
nnaida8 FWHM improved by factor of 2 but no difference in other nnaida.
Current configuration nnaida1,6,8,11. nnaida1+8 connected to p+n side, nnaida6+11 connected to n+n side.
Current FWHM: nnaida1 ~500ch, nnaida6 ~1500ch, nnaida8 ~600ch, nnaida11 ~120ch.
Update response from Patrick:-
Please see posting number 39 for ideas to improve noise and possible reasons why some FEE64 are quieter than others.
I think the SYNC problem is likely due to the version of VHDL perhaps not including the flush of buffers and with the widely different data rates. 224k against 3k.
This should improve with the VHDL update as I think the flush system is more efficient.
|
|
Mon Feb 16 09:41:45 2015, Patrick Coleman-Smith, [How To] Set up the Raspberry Pi for PuTTY
|
When logged in and before opening PuTTY open a cmdtool window.
cd /dev
sudo chmod 777 /dev/ttyUSB0
then you should be able to run PuTTY.
This is based on notes in my log-book.
|
|
Tue Feb 17 08:03:32 2015, Patrick Coleman-Smith, [How To] Set up the Raspberry Pi for PuTTY
|
| Quote: |
|
When logged in and before opening PuTTY open a cmdtool window.
cd /dev
sudo chmod 777 /dev/ttyUSB0
then you should be able to run PuTTY.
This is based on notes in my log-book.
|
Tried this when we got in this morning and successfully changed the permissions for /dev/ttyUSB0, but made no difference to the error received when opening the PuTTY session, which was:
PuTTy Fatal Error
Unable to open connection to:
Unable to open serial port. |
|
Tue Feb 17 06:32:24 2015, CG, AE, TD, Tues 17th Feb progress 22x
|
17/02/15
1515: Installed detector BB18 2977-7 with 3 modified kapton cables, one unmodified (in nnaida1) with 207Bi source.
Bias voltage @ -100V with leakage current -11.6uA @ ambient temp of ~20oC.
nnaida1,3,6,8 connected to detector, all with shaping time of 2us and hold time 8us.
Slow comparator thresholds around 0x18 and fast comparators 0xf (see below images).
Pulser at 50,000 with x5 attenuator @ 25Hz. Both polarities supplied via use of Ortec 433A dual sum and invert amp.
nnaida1+6 p+n side, -ve bias. nnaida3+8 n+n side, ground.
nnaida3 most well behaved, with low rate similar to that of pulser rate and no missing channels. Waveforms look good.
Pulser peak has smallest FWHM @ ~150ch, compared to 1000s of ch for the other nnaida.
For comparison, nnaida7 (not connected to detector) has peak width of ~18ch FWHM.
nnaida1,6,8 have typical pulser peak widths of the order 1000-3000ch FWHM. Peak too broad in nnaida6 to be distinguishable from noise peak.
Waveforms from nnaida3 stable and as expected. nnaida1+6 slightly more variable and noisy.
Waveforms from nnaida8 see much greater noise and variability, including rail-to-rail transitions.
Increasing the pre-amp reference from 0x30 to 0x60, removes rail-to-rail transitions, but waveforms remain just as noisy.
1650: Successfully started Merge and Tape servers, writing data to disk.
Merge terminal window shows errors regarding Sync pulse timestamp sequence errors (see attachment #18).
1900: Installed Caen N1419 floating HV bias supply.
Connected to detector via nnaida3, positively biasing n-side through core with p-side as low V reference through braid. Saw no leakage current => open circuit.
After some problem solving found reversing the bias and negatively biasing p-side worked. Possible broken bond wires delivering bias on n-side.
Connected to nnaida8 (also positive bias to n-side) and found short circuit. Saw leakage current of 200uA (trip level) @ 5V.
Changed to negative polarity bias and connected to nnaida6 and saw sensible leakage current of -11.5uA @ -100V bias.
Spectra for each module showed FWHM for the pulser peaks to be: nnaida1 ~800ch, nnaida3 ~150ch, nnaida6 ~3000ch, nnaida8 ~1200ch.
FWHM in nnaida1 reduced by ~1/3, nnaida6 shows little change, nnaida8 reduced by ~1/2. nnaida3 shows no change, but in line with what was seen at DL. (w.r.t peak widths seen last night using Selena bias supply)
nnaida3 performing much better than other three cards connected to detector, but in line with what was seen at DL. Other 3 cards very noisy.
|
|
Mon Feb 16 12:17:21 2015, Patrick Coleman-Smith, MACB update for 50Mhz external clock
|
This version of the MACB has an additional selection at 5 for a ROOT module.
This will operate the Correlation Scalar signals used for RIBF and use the External Clock signal directly for the FEE64 50MHz distribution.
This has been tested at Daresbury with and external clock source and operates successfully with the merger.
|
|
Mon Feb 16 06:17:31 2015, TD, AEV & CG, Monday 16th Feb progress 10x
|
16/02/2015
1500: AIDA moved into operational position.
Water cooling circuit visually checked, fittings, etc for loose fittings/snags/kinks. No problems
Julabo FL11006 chiller moved into position with mains transformer, filled and turned on without problem (small leak from rear overflow, due to overfilling).
Took roughly 2 ~30L water containers to fill reservoir.
Brief leak at connection between back of chiller and yellow hose, bolt tightened and it stopped.
Having been turned on and loop filled, reservoir at ~50% full. Pressure ~10 psi.
No leaks observed in main coolant loop.
When standing downstream of AIDA RH flow gauge blurred due to high rotational speed, LH flow gauge rotating at ~1 rev/s.
Two FEE modules closest to centre in each block checked for power cabling, TS distribution and network cables. All ok.
MACBs front panel cabling checked, no obvious problems. TS distribution tree in order.
Power on for NIM bins and fan tray, network switches and Raspberry Pi. Not yet for the FEE module PSUs.
1 corner of each new USB power supply damaged in transit.
Fuses changed from 10A -> 16A in each PSU. Old 10A fuses taped to back of each module.
1730: Turned on nnaida1-16. Temperatures stable. All on firmware version 0xa4ed006.
Input pulser into all FEE cards. All FEEs bar nnaida5 well-behaving. nnaida12 has several missing channels.
Typical pulser peak width for -ve input modules was ~14ch FWHM with shaping time of 1us.
Typical pulser peak width for +ve input modules was ~27ch FWHM with shaping time of 1us.
Changing shaping time of nnaida10 from 1->2.5us reduced FWHM from 27ch to 23ch.
Attachment 1: temperatures & FEE firmware revisions nnaida1-16
|
|
Sun Feb 15 22:30:48 2015, TD, Julabo FL11006 Operating Manual
|
|
|
Sun Feb 15 06:12:00 2015, TD, AEV & CG, How to mount USB disk with NTFS
|
Mount external USB expansion disk with NTFS filesystems
with the (superuser) command:
su root
password:
mount -t ntfs-3g /dev/sdd1 /ntfs
[root@aidas1 /]# df -h
Filesystem Size Used Avail Use% Mounted on
/dev/mapper/vg_aidas1-lv_root
50G 33G 15G 69% /
tmpfs 3.9G 4.3M 3.9G 1% /dev/shm
/dev/sda1 485M 61M 399M 14% /boot
/dev/mapper/vg_aidas1-lv_home
860G 201M 816G 1% /home
/dev/mapper/Data1-data10
1.8T 1.4T 309G 83% /data10
/dev/sdd1 3.7T 1.3T 2.4T 36% /ntfs |
|
Tue Feb 10 16:01:50 2015, Chris Griffin, Alfredo Estrade, High data rate - Pause/Resume 6x
|
06/02/15
A look at the data rate at which Pause/Resumes start to cause missing data.
Pulser settings:
Slow comparitor thresholds were altered using the ASIC4 page to artificially increase the data rate in the ASICs.
Default settings for all modules, apart from the changing slow comp threshold.
nnaida13+14 both functioning well. nnaida11+12 both have one noisy channel contributing to high data rate.
Echoing Alfredo's previous post, using the AIDA Good Events and AIDA Data Rate from the stats page as metrics, I found there to be no Pause/Resume items present in the data up to a Good Events rate of ~250-300 kHz and Data Rate of ~1-1.2 MHz.
Around this point the data shifts very quickly from containing no Pause/Resume items to having a rate of ~18 Hz, almost as a step function. At this point the Good Events and AIDA data rate sharply reach a maximum rate of 300 kHz and 1.2 MHz respectively. The rate of AIDA SYNC data items drops sharply at this point and decreases slowly with decreasing threshold.
Included are some plots showing this for each of the modules and some summary plots.
Further to the data rate at which the appearance of Pause/Resume items causes significant data loss, I looked at what happens when you break this threshold and then come back down, i.e. do the Pause/Resume items persist?
In short, no. Starting from a threshold of 64 and working down to 1, then taking the slow comparitor threshold back to a level at which no Pause/Resumes were present, the Good Events, AIDA SYNC and AIDA Data rates all went back to their original values within a couple of refreshes of the stats screen (and stayed as such thereafter). |
|
Mon Feb 9 11:52:52 2015, Patrick Coleman-Smith, [ How To ] Integrating AIDA with other systems
|
This document details how to integrate AIDA with other systems. |
|
Fri Jan 30 15:27:35 2015, Alfredo Estrade, [Analysis] 207Bi source (R61): check of monitor spectra 7x
|
A first look at the data from the 207Bi source (run described in previous elog entry, ID 27)
The main conclusions are (see description of spectra further bellow):
- NNAIDA11 and NNAIDA13 were running stable, even though NNAIDA11 had one channel with very high rate.
NNAIDA12 and 14 were running unstably with frequent instances of Pause/Resume. A possible explanation is
their higher data rates (due to a bad channel and noise, respectively).
- I think using only a window in time will not be sufficient to identify electron signals in the data.
This is a particular issue for the data of NNAIDA14, where there is a high noise and a energy threshold,
or some more ingenious condition, is likely required.
Plots were generated with the script in /Home/aestrade/AIDA/analysis/loopAIDAsort.cpp
Only a fraction of the 207Bi data was processed (corresponding to file R62_2).
+ Distribution of time-stamps
R61part_ts_dist_adc_hit.png: The spectra show the difference between the
time-stamp of a given ADC hit (ts_i) and the time-stamp of subsequent ADC
hits (ts_i+n):
Delta ts(i+n,i) = ts_(i+n) - ts(i)
So the first plot, for Delta ts(i+1,i), is the difference between each ADC
hit and the next ADC hit. The second plot is the ts difference between each
ADC hit and the second to next ADC hit, and so on...
The data mixes the spectra for all FEE cards and all ADC channels. One can
still see a clear structure with a peak at low values of Delta ts, and then
a second distribution up to Delta ts= 30*n usec. These is the time it takes
to loop through all 16 channels of the ADC (2 usec/channel), so is likely
the distribution generated by one channel is firing at a very high rate.
I'll make similar plots with conditions to mask out noisy channels and/or
pulser events to look for a value of the coincidence time-window to use to
reconstruct events.
+ Rates
R61part_rates.png: the spectra shows various rates (in Hz) as a function of
run time and of channel. The plots on the top are the rate of ADC hits (for
low energy range) of each FEE module, and one showing the rate of ADC hits
for the high energy range in all modules combined. The bottom row shows rate
per channel, and the rate of Information type hits.
some conclusions: NNAIDA11 and 13 show a flat rate, and as will be seen from other plots are very stable
during the run. NNAIDA11 has a larger rate than 13, but the difference is mostly due to a very high-rate
channel; the rate in most channels is consistent with a 100 Hz pulser for both.
NNAIDA12 and 14 show the largest rate that can peak at 35kHz, and looks quite unstable. These modules also
have a choppy run of the DAQ (many Pause/Resume). NNAIDA11 actually has similar rate to NNAIDA12 and 14,
but is still stable.
Both NNAIDA11 and 12 have one channel wiht very high rate compared to the
rest (rather than unusually noisy channel, could it be one that is always
above the threshold of the slow discriminator?).
+ ADC Rate with fine granularity
R61part_t1_hits_ts_adc.png: These spectra show the ADC hits (low range) vs time but with a higher binning
of the data (1 ms/bin). The one channel with a very high rate in NNAIDA11 and 12 is seen in red. Also that
the data readout from NNAIDA12 and 14 is frequently halted by Pause/Resume signals.
R61part_t1_hits_ts_adc_zoom.png: The second file hast the same spectra but zoomed in a narrow time window,
and one can see the hits from the pulser 10 ms appart (as vertial lines with hits in all channels for 2D
spectra). In between the pulser signals, as hits in individual channels, are hits from the source or from
noise. For NNAIDA14 this white noise was very high, so at the binning of 1ms/bin this spectra there are
many channels with hits in each time bin. I think it will be difficult to identify electron events from
such spectra using only a time window as requirement for coincidence.
+ Info Codes Rates
R61part_t1_hits_ts_info.png : The spectra show the rates of information words. The first plots are again
for a narrow section of the run (same as previous spectra). One can see the frequent sequence of
Pause/Resume for NNAIDA12 and 14. Also note discriminator data and ADC(high range) hits only come for
NNAIDA12 (we used very high value for discriminator threshold).
R61part_ts_info_fee.png: The figure shows the distribution of the different information codes for each FEE
module, but now for the full lenght of the run.
++ Sorted Root TTree fiels ++
All raw files of run R61 were processed with the 'beta' version of the Root
sort code for event reconstruction (/homes/npg/AIDAsort/ in DL PC), but only
up to the 'Calibration' step (no event reconstructino).
R61_207Bi_2_sort.root used for above plots.
Root tree saved here:
/Disk/ds-sopa-personal/aestrade/rootfiles/AIDA/R61_207Bi_0_calib.root
/Disk/ds-sopa-personal/aestrade/rootfiles/AIDA/R61_207Bi_0_sort.root
/Disk/ds-sopa-personal/aestrade/rootfiles/AIDA/R61_207Bi_1_calib.root
/Disk/ds-sopa-personal/aestrade/rootfiles/AIDA/R61_207Bi_1_sort.root
/Disk/ds-sopa-personal/aestrade/rootfiles/AIDA/R61_207Bi_2_calib.root
/Disk/ds-sopa-personal/aestrade/rootfiles/AIDA/R61_207Bi_2_sort.root
/Disk/ds-sopa-personal/aestrade/rootfiles/AIDA/R61_207Bi_3_calib.root
/Disk/ds-sopa-personal/aestrade/rootfiles/AIDA/R61_207Bi_3_sort.root
/Disk/ds-sopa-personal/aestrade/rootfiles/AIDA/R61_207Bi_4_calib.root
/Disk/ds-sopa-personal/aestrade/rootfiles/AIDA/R61_207Bi_4_sort.root
/Disk/ds-sopa-personal/aestrade/rootfiles/AIDA/R61_207Bi_5_calib.root
/Disk/ds-sopa-personal/aestrade/rootfiles/AIDA/R61_207Bi_5_sort.root
A bug on the Root sort code was identified from this output: the code waits
for a SYNC100 pulse from *each* FEE card to update their corresponding
most-significant bits (MSB) for the timestamp, while one has to use *any*
SYNC100 pulse to update the MSB of all FEE modules. As a consecuence, a
(very small) fraction of the processed hits have the wrong time-stamp (off
by bit 28). |
|
Fri Jan 30 13:02:35 2015, Alfredo Estrade, [Data] R61 (207Bi source) and R62-R65 (pulser walk-through)
|
Jan 22, 2015
R61: 207Bi source spectra accumulated during one afternoon. Same settings as in R49 (alpha background run,
elog entry 23)
+ pulser: 0.5V, split and one of the signals inverted, and f=100 Hz.
+ threshold for slow comparators:
- Eth(nnaida11)= 0x16
- Eth(nnaida12)= 0x20
- Eth(nnaida13)= 0x40
- Eth(nnaida14)= 0x16
R62-R65: short runs with different amplitude for pulser (source still in):
+ R62: pulser @ 0.75 V
+ R63: pulser @ 1.00 V
+ R64: pulser @ 0.30 V
+ R65: pulser @ 0.18 V
R61 provides another point @ 0.5. V.
Raw data files saved in external drive (/media/data/TapeData/Test100/), and in UoEdinburgh disk space
(/Disk/ds-sopa-personal/aestrade/data/AIDA/):
-rw------- 1 aestrade root 1177685085 Jan 21 16:55 R61_0.gz
-rw------- 1 aestrade root 1175087265 Jan 21 16:57 R61_1.gz
-rw------- 1 aestrade root 1176655505 Jan 21 17:00 R61_2.gz
-rw------- 1 aestrade root 1173848081 Jan 21 17:02 R61_3.gz
-rw------- 1 aestrade root 1180888194 Jan 21 17:05 R61_4.gz
-rw------- 1 aestrade root 168022642 Jan 21 17:05 R61_5.gz
-rw------- 1 aestrade root 77074827 Jan 22 13:12 R62_0.gz
-rw------- 1 aestrade root 45584289 Jan 22 13:12 R63_0.gz
-rw------- 1 aestrade root 42043231 Jan 22 13:12 R64_0.gz
-rw------- 1 aestrade root 41005241 Jan 22 13:12 R65_0.gz |
|
Thu Jan 29 15:57:01 2015, Patrick Coleman-Smith, [How To] AIDA power supply alteration document
|
I've added the power supply change document.
Please have a look and let me know if it requires further clarification.
I have ordered some plastic "pot twiddlers".
I have run a simple test with the four FEE64 here + detector.
The sequence was :-
Run the system with filtered PSU and record FWHM for 1.4.L for each of the four FEE64 boards.
Replace the PSU with a standard but with outputs set as per the attachement.
Results were approx 1.5 x worse.
Replace filtered PSU..... back as expected.
Addition: For Filter PSU only :- Set +5v to +6v when the FEE64 is not attached.
This is required as the extar impedance of the filter drops the voltage too much by the time it reaches the FEE64. |
|
Wed Jan 28 16:19:05 2015, Patrick Coleman-Smith, [How To] Loading new firmware into a FEE64
|
Log into the FEE64 module using telnet.
use root
enter => /usr/sbin/flash_unlock /dev/mtd2
enter => /usr/sbin/flashcp -v /MIDAS/Aida/< filename>.bin /dev/mtd2
then logout when done.
The flashcp program will erase the existing contents, then write the new file and finally verify the result.
Power cycle the FEE64 will load the new firmware.
The -v flag after the flashcp command ensures you can see what is going on.
There is a script in the /MIDAS/Aida directory called FlashPgm.csh which contains these commands and is used by the global re-programming command from the "Expert" menu on the RunControl page.
If you wish to program a lot of modules then alter the filename in the flashcp command in this script.
Please let me know if you see errors in this description.
|
|
Wed Jan 28 16:12:52 2015, Tom Davinson, AIDA Tests at STFC DL - 27-28.1.15 - TD & PCS
|
MSL type BB18-1000 2998-22 bias +200V I_L +3.52uA
Detector bias CAEN N1419 Programmable HV Power Supply
- FAGND isolated from AGND (AGND = NIM chassis ground)
- floating HV supply, <5mV pp noise specification
- configured + polarity, i.e. core to nnaida11 & nnaida12 MSL type BB18 n+n ohmic strips
braid to nnaida12 & nnaida13 MSL type BB18 p+n junction strips
- configured bias voltage to 200V, max bias voltage 200V, max leakage current 20uA,
trip 10s, ramp up/down 1V/s
BNC PB-5
amp 0.5V
atten x1
tau_d 1ms
freq 100Hz
pol - (output split via EG&G Ortec 433A to generate + polarity too)
PSU
Standard AIDA FEE64 PSU + new filter PCBs
Adaptor
nnaida11 & nnaida12 - polarity input (n+n ohmic strips)
MSL type BB18 adaptor PCB rev 180713 LK 3 & 7
nnaida13 & nnaida14 + polarity input (p+n junction strips)
MSL type BB18 adaptor PCB rev 290114 LK 1, 3, 5 & 7
+/- test inputs terminated by 50 Ohm
DSSSD grounded locally at nnaida12 & nnaida13 adaptor PCBs
by ground links LK 1 & 5
Adaptor PCB grounds connected by thick copper braid (see attached images)
FEE64
nnaida11 2b:09:ce
nnaida12 2b:09:e8
nnaida13 2b:09:07
nnaida14 2b:22:55
FEE firmware release 0x16cee018
ASIC parameters
Default ASIC parameters (EXPERIMENT/AIDA/2014Aug13-13.44.58) except
- shaping time 2us
- slow comparator 64 (hex 40)
- nnaida11 & nnaida12 preAmp reference 0x30 -> 0x38
which will reduce linear output range but significantly stabilises
negative polarity input ASICs
Typical pulser peak widths for nnaida11, 12, 13 and 14 c. 130-150ch FWHM.
Without the copper braid connecting the two adaptor PCBs the peak widths
are typically 200-250ch FWHM.
The problem observed last week (leakage current > 20uA, bias c. 3V, i.e. an
apparent 150k short) was found to be due to a fault on the n+n side FEE Adaptor
PCB rev 290114. Specifically the left hand connector was faulty. The exact
nature of the fault has not yet been determined but will be investigated.
For time being the rev 290114 PCB has been replaced by a rev 180713 PCB
with a 2-way IDC connector from the HV cable (core) to LK1. |
|
Thu Jan 22 14:26:10 2015, Alfredo and Tom, [DATA] R49: alpha background radioactivity
|
Jan20-21, 2015
R49_* are a set of files corresponding to an overnight background measurement, with goal of detecting alphas
from uranium decay chain contaminants.
The settings of ASICs are attached as a screenshot. The low comparator thresholds are (see previous entry):
nnaida#11= 0x16
nnaida#12= 0x40
nnaida#13= 0x20
nnaida#14= 0x16
For a significant fraction of the measurement, NNAIDA12 and NNAIDA13 were not generating good data. We
didn't
invest much time in solving the issue, as it's recurrent problem with NNAIDA12, but it seems some ASICS went
back to normal behavior overnight.
Due to limited storage space, data in external drive (/media/data/TapeData/Test100/), and backued up
temporarly
in Edinburhg (/Disk/ds-sopa-personal/aestrade/data/AIDA/).
A pulser walkthrough for this setting is available in runs R61-R65 (see next elog entry).
++ DATA ANALYSIS ++
A fraction of the runs (R49_1, R40_10-14) were analysed with the 'beta' version of the Root sort code for
event
reconstruction (/homes/npg/AIDAsort/). The code creates events from data bits that fall within a window of
50usec, and included the additional requirement that the calibrated energy of each ADC hit should be E>1500
keV.
Output from Root sort code saved here:
aestrade: AIDA $ pwd
/Disk/ds-sopa-personal/aestrade/rootfiles/AIDA
aestrade: AIDA $ ls R49_alpha_bckgr*
R49_alpha_bckgr_10_calib_log.txt R49_alpha_bckgr_13_calib.root
R49_alpha_bckgr_10_calib.root R49_alpha_bckgr_13_event_log.txt
R49_alpha_bckgr_10_event_log.txt R49_alpha_bckgr_13_event.root
R49_alpha_bckgr_10_event.root R49_alpha_bckgr_14_calib_log.txt
R49_alpha_bckgr_11_calib_log.txt R49_alpha_bckgr_14_calib.root
R49_alpha_bckgr_11_calib.root R49_alpha_bckgr_14_event_log.txt
R49_alpha_bckgr_11_event_log.txt R49_alpha_bckgr_14_event.root
R49_alpha_bckgr_11_event.root R49_alpha_bckgr1_calib_log.txt
R49_alpha_bckgr_12_calib_log.txt R49_alpha_bckgr1_calib.root
R49_alpha_bckgr_12_calib.root R49_alpha_bckgr1_event_log.txt
R49_alpha_bckgr_12_event_log.txt R49_alpha_bckgr1_event.root
R49_alpha_bckgr_12_event.root R49_alpha_bckgr1_sort_log.txt
R49_alpha_bckgr_13_calib_log.txt R49_alpha_bckgr1_sort.root
A few plots from these data:
R49few_a_bckgrnd_multiplicity.png: Shows the multiplicity of reconstructed events. Peaks corresponding to
multiples of 64 are clear from pulser (64 ch/asic, although one FEE has some channels off so peaks shifted).
There is also peak at low multiplicity where gate to search for events can be placed. The events with very
high
multiplicity indicate the time window used is too large, so we get random coincidences or high count from
noisy
channels. The lower plots show how the energy sum increases linearly with the multiplicity of the event
R49few_a_bckgrnd_xy.png: Plots for the calculated mean strip for hits on each side (<x>: nnaida#11 and #12,
<y>:
nnaida#13 and #14). The different plots have different condition applied. Top left only requires
multiplicity on
x and y greater than zero (i.e., a hit for each side). The others require low multiplicity, or low spread of
the
timestamp of the hits included (spread dts<10usec), and also mask out hits with x value of 18 or 101 (very
high
count channels)
R49few_a_bckgrnd_dt_event.png: The difference of the time-stamp for hits with lowest and highest time-stamp
within each event. 50 usec is the event window considered (so highest possible value). Note that events with
multiplicity 2 (1 hit in x, and 1 hit in y) have almost exclusively a spread of very few clock cycles.
R49few_a_bckgrnd_EfEb.png: Energy front vs energy back spectra, with some of the conditions described above
(e.g. low multiplicity, or multi=2, low spread in time-stamp). All have hits with x=78 and 102 excluded. The
most clean spectra is top-right (one hit in x, one hit in y), but shows only a couple of hits with good
energy
in both sides. |
|
Thu Jan 22 13:50:33 2015, Alfredo and Tom, Further measurements with filtered PSU
|
Jan 20, 2015
Test settings: DSSD biased at 100V, with 3.5 uA leakage current. Pulser at 0.5 V, split and inverted for both
positive and negative polarity. Frequency at 100 Hz.
++SHAPING TIME++
We varied shaping time (Tsh), and adjusted hold time (Th) accordingly. We measured the width of pulser spectra
for two channels using 'integrate' function of spectrum browser.
Tsh Th nnaida#11-2.6L nnaida#13-2.6L
[usec] [usec] FWHM [ch] FWHM [ch]
0.5 2 146 109
1 2 133 113
2 2 131 116
4 6 130 126
8 8 145 136
note: Tsh= ( 0.5*offset9 + 0.5) usec, Th= 2*offset7 usec
The first two data points where saved to file R44_0.gz, and R45_0.gz. Starting from the Tsh=2usec measurement,
NNAIDA#12 was causing communication issues with the merger/tape server, so we don't have files for last few.
Due to limited storange in AIDA PC, data was stored to external drive provided by Vic
(/media/data/TapeData/Test100/), and backued up temporarly also in Edinburhg
(/Disk/ds-sopa-personal/aestrade/data/AIDA/).
++THRESHOLDS++
Next step was to adjust threshold of the slow comparator, in order to lower them and take data looking for
background alpha radioactivity.
At this point NNAIDA#13 had stopped producing data (probably similar issue as NNAIDA#12, which could be
recovered with power cycling FEEs), so we used nnaida#14
FEE Eth rate/channel integral(pulse peak):integral(noise peak)
nnaida#11 0x40 115 Hz (~only pulser)
nnaida#14 0x40 115 Hz(~only pulser)
nnaida#14 0x20 ~350 Hz 2:1
nnaida#11 0x10 ~150 Hz 1:2 (one channel very noisy @ 15kHz)
nnaida#14 0x10 ~5 kHz (asic 1-3) 80:1
0x10 ~3kHz-100 Hz (asic 4)
For background run (see next elog entry) threshold values set at:
nnaida#11= 0x16
nnaida#12= 0x40
nnaida#13= 0x20
nnaida#14= 0x16 |
|
Wed Jan 14 15:29:01 2015, Patrick, Filtered switch mode PSU performance
|
Trying the AIDA format power supply with the simple filters installed.
The detector is attached and HV of 200v@3.8uA
Using one channel from each FEE64 as a guide to compare performance. Using the Integrate analysis function Peak width.
With the bench power supply and the restored setup for the ASICs.
FEE64 #11:1.4.L:311, #12:2.8.L:183, #13:1.4.L:202, #14:1.4.L:342
Change to the filtered power supply
FEE64 #11:1.4.L:345, #12:2.8.L:414, #13:1.4.L:311, #14:1.4.L:476
Add Braid between the LEMO00 connectors on the two adaptor boards using "croc" clips.
FEE64 #11:1.4.L:172, #12:2.8.L:141, #13:1.4.L:106, #14:1.4.L:161
Change the shaping time of all the ASICs from 0.5uS to 5uS
FEE64 #11:1.4.L:128, #12:2.8.L:127, #13:1.4.L:119, #14:1.4.L:199
I think this means the AIDA power supply with the simple filters is equivalent or better than the bench supply.
Good news I think.....
It needs a more extensive test ( more channels ? ) |
|
Wed Dec 3 12:13:03 2014, Alfredo Estrade, IV curve with CAEN N1419
|
Measured IV curve for BB18 DSSD with new CAEN HV supply. Settings as in previous elog entry:
Detector bias CAEN N1419 Programmable HV Power Supply
- FAGND isolated from AGND (AGND = NIM chassis ground)
- floating HV supply, <5mV pp noise specification
- configured + polarity, i.e. core to nnaida11 & nnaida12 MSL type BB18 n+n ohmic strips
braid to nnaida12 & nnaida13 MSL type BB18 p+n junction strips
Data (see attachment):
V [V] I [uA]
3 1.34
6 1.62
9 1.81
12 1.97
15 2.1
18 2.21
21 2.31
24 2.39
27 2.46
30 2.52
35 2.61
40 2.68
45 2.73
50 2.77
55 2.8
60 2.82
70 2.86
80 2.91
90 2.94
100 2.97
110 3
120 3.06
130 3.12
140 3.18
150 3.26
160 3.34
170 3.43
180 3.53
190 3.62 |
|
Thu Nov 20 14:05:21 2014, Tom Davinson, AIDA Tests at STFC DL - PCS, TD 20x
|
Configuration per Elog entries:
https://elog.ph.ed.ac.uk/AIDA/3
https://elog.ph.ed.ac.uk/AIDA/4
- except -
FEE firmware
- reverted release 0xa4ed006
as used at RIKEN due to stability/data issues with most recent releases
Detector bias CAEN N1419 Programmable HV Power Supply
- FAGND isolated from AGND (AGND = NIM chassis ground)
- floating HV supply, <5mV pp noise specification
- configured + polarity, i.e. core to nnaida11 & nnaida12 MSL type BB18 n+n ohmic strips
braid to nnaida12 & nnaida13 MSL type BB18 p+n junction strips
- configured bias voltage to 200V, max bias voltage 200V, max leakage current 20uA,
trip 10s, ramp up/down 1V/s
- bias 200V, leakage current 4.9-5.1uA
ASIC parameters
Default ASIC parameters (EXPERIMENT/AIDA/2014Aug13-13.44.58) except
- shaping time 5us
- slow comparator 20 (hex 14)
R31
- 207Bi source (serial AD6201) mounted c. 3cm from MSL type BB18 DSSSD
- p+n junction side faces 207Bi source
- source serial number *away* from DSSSD
- Pulser BNC PB-5
fall time 1ms
rate 10Hz
delay 250ns
ampl 1.00000V
polarity -
pulse top tail
atten x1
positive polarity test input via EG&G Ortec 433A
R32
- 207Bi source (serial AD6201) mounted c. 3cm from MSL type BB18 DSSSD
- p+n junction side faces 207Bi source
- source serial number faces DSSSD
Attachments 1-20 from R32 |
|
Fri Oct 24 16:02:26 2014, Alfredo Estrade, bench tests with pulser
|
Performed pulser measurements with test setup at Daresbury lab, with main purpose of remembering how to operate the system! The status is similar to what Chris observed in Elog entry #14. Confirmed ASIC settings as in entry#4 of elog.
The pulser spectra shows FWHM of ~ 13.5 ch for all FEE64 cards with no DSSD connected to the system (i.e. Kapton cables unplugged). Some channels in a few FEE64 cards show two peaks on the pulse spectra, but still narrow and only slightly wider distribution for the two peak combined (~ 15 ch, see Figure 1).
With the DSSD connected, the pulser spectra shows a double peak structure with FWHM ~ 250 ch for each peak (Figure 2).
However, for NNAIDA#11 and #12 a few ASICs had high level of noise, and were therefore used in the 1GeV range to become quiet (ASIC3 for nnaida#11, ASIC1 and 2 for nnaida#12). Figure 3 and 4 show sample of these noisy channels.
A good question brought up by Patrick is if the true noise level with a biased DSSD corresponds to these 'noisy' ASICs, or to the ones that are much more quiet (maybe some signal path disconnected for these?). Measurements with a radioactive source could clarify this.
Figure 1: pulser, no DSSD connected
Figure 2: double peak structure for pulser spectra for NNAIDA13 (similar spectra seen in the other FEE64 cards)
Figure 3: spectra for NNAIDA#11 with biased DSSD connected, and no pulser signal going into the system (only noise)
Figure 4: spectra for NNAIDA#12 with biased DSSD connected, and no pulser signal going into the system (only noise)
|
|
Fri Oct 24 15:05:28 2014, Patrick and Alfredo, new VHDL: FEE_Riken_Apr14_21.bin
|
New VHDL loaded in NNAIDA#11,#12,#13,#14: /MIDAS/Aida/FEE_Riken_Apr14_21.bin
The code introduces the feature of turning ON or OFF individual ASICs in a FEE64 card. This is achieved by turning off the clock signal to a individual ASIC, which then will not produce any data.
Feature controled through "ASIC readout bugger and control", by register onn base address 0x300 and offset 7 (until now 'ASIC readout enable').
Only basic tests of new VHDL were done, but the system seems to be working as before and the operation of turning off individual ASICs works as expected. Screenshot is sample of turning off ASIC3 in NNAIDA#12.
|
|
Sun Oct 5 22:42:56 2014, Chris Griffin, DL tests on 02/10/14 17x
|
A late entry for the work I carried out on Thursday.
With the Emco box providing the HV, the pulser peak showed double (or triple) peaks. This was not seen with the SY1527 so I thought this would be better for looking at peak widths.
Same ASIC settings my previous entry, and a HV of 200V with leakage current 3.8uA.
I varied the shaping time in each module using the ASIC4 control page as this also changes the hold time automatically. Slow comparitor threshold of 64.
Checked each module and took sample channels from a couple of ASICs in each but made qualitative comparisons with random channels in all ASICs to make sure the chosen ones were representative of the ASIC/module as a whole.
Tables and graphs are included below for nnaida11 and 13. nnaida13 showed a high level of low E noise on some spectra, but the pulser peaks were always well defined single peaks.
nnaida12 showed noises across the full range of many spectra in all ASICs apart from ASIC4. Patrick suggested this module may possibly be suffering and need replacing. A quick scan through some channels showed:
- average peak width @ shaoing time of 0.5us of ~150-180 ch
- same at shaping times of 2.5 and 4.5us. Noise present over full range throughout
My taxi was arriving so I didn't have chance to go through nnaida14 in depth, but a quick scan showed peak widths within ~10-15ch of those seen in nnaida13. |
|
Thu Oct 2 15:23:38 2014, Patrick Coleman-Smith and Chris Griffin, Trial with Filtered AIDA PSU
|
Assembled three more of the filter boards and installed them in the AIDA PSU with the first, wired to use the switchmode power supply.
Powered up nnaida14 first and went fine. Just the boot sequence and measure the voltages for stability.
Powered up the remainder and all was well.
Setup and go..... the rates were way too high in all of them.
nnaida12 was running at 200k/sec+ most of the time.
The other three could be reduced in rate by changing the slow comp thresh as would be expected but 12 wasn't any good.
Tried:
Remove MACB HDMI.... no good
isolate psu earth from NIM crate ( put psu on foam support ) ..... no good
Checked the filter output and the sine wave reported yesterday ( nnaida2 ) was present on all voltage rails but no evidence of high frequency noise.
Set all channels to 1GeV, with Slow comp thresh of 10, and 11,13 & 14 showed roughly the same rate of 10 to 15k/sec. Peaks in the spectra were FWHM 12 at a random sample. nnaida12 would not conform.
Changed back to the bench power supply connections so Chris can continue. |
|
Wed Oct 1 18:37:42 2014, Chris Griffin, 01/10/2014 Tests @ DL 11x
|
Kept largely the same settings at the entry https://elog.ph.ed.ac.uk/AIDA/4
Same ASIC settings
Emco used to provide HV
HV+ --> nnaida11 & nnaida12 (p+n strips, -ve pulser input)
HV- --> nnaida13 & nnaida14 (n+n strips, +ve pulser input)
Stat spectra look roughly the same as those included in the above entry.
Now see large peak around ~32k, present in all spectra to some degree. Mostly larger than corresponding pulser peak.
Power cycled several times, reloaded+checked ASIC settings etc., no change. Any ideas? Have I forgotten something?
The ASIC events stats rate is also very high on nnaida11,12,14. 13 is high but not excessively.
Pulser peak shows double peaking on all ASIC channels with individual widths of ~250ch and total width of ~500ch.
Noise peak has width ~50ch. This has reduced somewhat (was ~100s ch) with my last power cycle, but clearly still not gone.
I'll try again in the morning, but if no change will proceed with the shaping time tests with the spectra as they are.
|
|
Wed Oct 1 15:41:07 2014, Patrick Coleman-Smith, Power supply filters #3
|
Measuring the signal at the FEE64 end.
+5v , -6v , +7v, +7v
The two other 'scope channels are connected by FET probes to the FEE64. I now see there is a ground connection.... so i will remove it and re-measure the signals in the filter.
No real difference.
Measuring at the FEE64 and the spikes when the Mux ADC is reading out have disappeared. |
|
Wed Oct 1 15:15:32 2014, Patrick Coleman-Smith, Power supply filters 14x
|
2.0.L FWHM:14.26
2.15.L ( 270pF ) FWHM : 119.04
(ooops found the 'scope channel was on 20Mhz BW filter )
DC measurements.
At FEE64 :- +7.822 , -6.36, +4.937
at Filter output ( AIDA Cable input ) :- +7.96, -6.46, 5.37
at filter input:- +7.97, -6.476, +5.488
Set supply with these voltages and add filter.
Measured earth point to mains earth pin as 0.095ohms.
Power-up with nnaida2. ADCs Calibrate fine....successful boot.
Voltages at FEE64:- +7.802, -6.324, +4.887. I will adjust the power supply voltages to match the FEE64 previous setup.
2.0.L FWHM :13.83
2.15.L FWHM:116.6
So not really a difference in performance at this simple level.
Attached are some oscilloscope traces of the six voltage rails after the filter on the filter board. +5v & 0v , -6v & 0v, +7v & 0v relative to the earth on the filter board.
Attached are some oscilloscope traces of the six voltage rails before the filter on the filter board. +5v & 0v , -6v & 0v, +7v & 0v relative to the earth on the filter board.
There is a nice sine wave at 235KHz that needs to be finished off perhaps. Otherwise the filter seems to be doing well.
Next set of 'scope traces are across the three supplies. +7v, -6v, +5v.
Sine wave is present ( 220KHz ) at 80mv, 80mv, 105mv.
Next I'll try this supply on nnaida12 ( detector negative ) ...... next entry ....
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Wed Oct 1 13:28:03 2014, Patrick Coleman-Smith, Power supply filters
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The new pcb for the power supply filter arrived.
I assembled the components ( after finding the whoops ) and connected it to the bench power supply for nnaida2.
nnaida2 functions just about the same as before but the power supply filter results seem amazing.
I have measured the signals on the power supply before and after the filter.
The 'scope is referenced to earth on the filter board and this earth is connected to earth through the +5v@10A supply.
Before the filter the average noise on the rail ( AC coupled ) is 33mV and after is ....... 5mV pretty exciting stuff.
I have attached the two 'scope pictures.
The same measurements on the +7v, -6v and 0v rails give similar improvements.
The choke on the +5v rail measures 34 degrees C so care will need to be taken.
Next I will measure the voltage drops across the filter and decide on the correct voltage settings for the AIDA switch mode power supply.
Then install the filter into the supply and check ..... and check ......
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Thu Sep 25 11:53:34 2014, Patrick Coleman-Smith, Backup a step to check ASICs
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Disconnected the adaptors with the detector.
Added the adaptors with the kapton cables only attached.
Connected the pulser outputs ( pos and neg ).
nnaida11,13 & 14 : Stat spectra are normal. Rates are 10k to 16k
nnaida12 has normal stat spectrum with ASIC3 only showing channel 5.
Power cycle and re-try.
No different.
Suggest change the Mezzanine on nnaida12 and ask for the ASIC to be replaced..... maybe visible signs of problem ? |
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Thu Sep 25 11:35:18 2014, Patrick Coleman-Smith, Removing the MACB from the system
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I have been wondering if the 0v path from the FEE64s to the MACB where they are joined is a possible problem.
I have been contemplating an isolated LVDS interface for the 50Mhz clock to test the idea.
Fortunately i recalled the 50Mhz internal oscillator in each FEE64.
I have disconnected the FEE64s from the MACB and run them using their internal 50Mhz clok.
No apparent change in performance.....
With Detector on. Using 'little block' HV supply. 11&12 with pre-amp ref set at 0x30.
The rates are as follows:-
nnaida11: 19k
nnaida12: 52k
nnaida13: 10k
nnaida14: 10k
The stat spectra of 13 & 14 look ok.
The stat spectra of 11 and 12 are strange and noisy but not "mad".
Maybe when the power supply filters are in place this can be revisited
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Mon Sep 22 09:34:37 2014, Patrick Coleman-Smith, Clue to difference between ASICs 1&2 and 3&4
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While investigating a VHDL conundrum I have noticed that the Mux ADC serial readout clock has a 'FAST' slew rate on ASICs 1&2 and a normal slew rate on ASICs 3&4.
Is it possible that the higher slew rate is actually better filtered by the ASIC de-coupling etc than the slower one.
Unfortunately I can't try this out yet as the "conundrum" means the VHDL version isn't good enough just yet.
Hopefully today.....
Patrick |
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Thu Sep 18 11:18:46 2014, Patrick Coleman-Smith, Trying the Liverpool HV supply
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The SY1527 supply was delivered with three modules.
A cable has been made with LEMO00 connectors to connect to the detector adaptor HV inputs.
The SY1527 needed an external VGA display and ps2 keyboard. The software appears to be windows 98 based and won't boot until the bios is told to ignore drive D.
On boot the Drive A must be skipped. I will provide training when others wish to use the system 
Channel 0 is being used and has been tested with a voltmeter to provide the correct voltage at the LEMO00 connections. The control seems to be reliable and trips with over current.
200 volts has been applied to the detector with a final current of 3.9uA. The ramp up/down rate is 1V/second.
The acquisition system was run with pulser OFF and reference setting of 0x30 on the two negative modules nnaida11 and 12.
The rates were 130K/sec + on both the 11 and 12.
Run down the HV and add a 'scope probe ( 10MR and 11pF ) .
Run up and the 'scope shows 20mv pk-pk mushy noise with occasional 200mV+ bursts.
The acquisition performance did not improve.
Changed the reference on 11 and 12 to 0x90 and switch on the pulser then the rate became 20K to 25K. Stat spectra show that ASIC3 and 4 on these boards are still more active than 1 & 2.
Changed the reference on 11 down to 0x40 and Stat spectrum shows ASIC 3 and 4 become more active.
Added an R/C filter at the HV iput to the adaptor board. Removed the 'scope probe. The filter is the same as used with the HV supply in a box block from PorgamRays.
No real improvement.
Changed 11 & 12 reference back to 0x90.
Waveforms in 12 seem normal.
Back to working on the VHDL changes now.
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Mon Sep 15 13:51:28 2014, Patrick, Odd spectra from running nnaida2 for 3 hours
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I'm running nnaida2 with the PB-5 and an old adaptor.(1pF)
I've seen spectra like this before but previously they have shown apparent digital relationship between the troughs.
So maybe they show 3 peaks ?
If so I don't quite understand the mechanism......
I just realised that the shaping time is 0.5uS so maybe that is why ??
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Thu Sep 11 17:29:59 2014, Tom Davinson, AIDA Tests at STFC DL - To Do list
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In no particular order of priority:
1) Vary ASIC V_DD=3.3V within +/-10% operating range
2) Use 'clean' floating high voltage detector bias
- check polarity
- is there a difference between detector local
ground on p+n junction or n+n ohmic sides of DSSSD?
- common or isolated detector local ground for multiple DSSSDs?
- RFQ submitted for 1x CAEN N1419
- additional filtering for Emco Q05-5?
- other?
3) Backtrack changes to date
- Kapton PCB mods
- PSU set points
- Standard FEE64 PSUs -> linearly regulated PSUs
4) Evaluate effect of ASIC parameters 'Ibias preamp SF' and 'Ibias preamp' on noise
5) Evaluate effect of ASIC parameter 'preAmp reference' on stability of positive and
negative input configurations
Comments and corrections welcome! |
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Thu Sep 11 16:12:06 2014, Tom Davinson and photos by Patrick, AIDA Tests at STFC DL - PCS, SLT, TD 19x
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Changes from configuration described by Elog entry https://elog.ph.ed.ac.uk/AIDA/3
are as follows:
HV
Emco Q05-5 ISOLATED, PROPORTIONAL DC TO HV DC CONVERTER
Input TTi QL355T set +1.5V, Emco Q05-5 output +194.6V
Output RC filter 1uF x 1MOhm
i.e. a filtered, floating high voltage detector bias supply
cf. NIM-bin grounded Silena 7710 Quad Bias used previously
ASIC Adaptor PCB
nnaida11 & nnaida12 LK 3 & 7
nnaida13 & nnaida13 LK 1, 3, 5, & 7
HV + -> nnaida11 & nnaida12
HV - -> nnaida13 & nnaida14
DSSSD grounded locally at nnaida12 & nnaida13 adaptor PCBs
by ground links LK 1 & 5 (cf. Silena 7710 Quad Bias Supply
used previously).
ASIC settings
Default ASIC settings (see attachments 1-4)
Observe stable operation of both positive and negative polarity
FEE64s using default ASIC parameters and a floating HV detector
bias supply
Attachments
1-4 nnaida11, 12, 13, & 14 ASIC settings
5-8 nnaida11, 12, 13, & 14 hit/rate patterns
9-12 nnaida11, 12, 13, & 14 ASIC # 4 ADC spectra
13 nnaida12 ASIC # 1 waveforms
14 nnaida14 ASIC # 1 waveforms
15 Emco Q-series catalogue |
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Thu Sep 11 10:16:57 2014, Tom Davinson, AIDA Tests at STFC DL - PCS, SLT, TD 19x
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MSL type BB18-1000 2998-22 bias +200V I_L +3.27uA
BNC PB-5
amp 2.0V
atten x1
tau_d 1ms
freq 200Hz
pol - (output split via EG&G Ortec 433A to generate + polarity too)
PSU
TTi QL355TP "-6V & +7V" output set @ -7V & +8V, @ FEE64 -6.7V & +7.3V
TTi QPX1200S "5V" output set @ +6.2V, @ FEE64 +5.3V
'linearly regulated output' PSUs connected via standard FEE64 PSU chassis
Adaptor
nnaida11 & nnaida12 - polarity input (n+n ohmic strips)
MSL type BB18 adaptor PCB rev 180713 LK 3 & 7
nnaida13 & nnaida14 + polarity input (p+n junction strips)
MSL type BB18 adaptor PCB rev 180713 LK 1, 3, 5 & 7
FEE64
Note nnaida11 has been modified to remove the 470 Ohm resistors
linking the buffered preamp outputs from the ASICs to the buffer
amplifiers at the sampling ADC inputs. This effectively reduces
to zero the switching current load on the buffered preamp outputs.
ASIC parameters
standard *except* nnaida11 & nnaida12 preAmp reference 0x20 -> 0x90
which will reduce linear output range by c. x2 but significantly stabilises
negative polarity input ASICs
varying nnaida11 & nnaida12 'Ibias Preamp SF' and 'Ibias Preamp' from 0x8 -> 0x0
had marginal effect on stability and degraded ADC spectra
Typical pulser peak widths for nnaida11, 12 (ASICs #1-3) and nnaida13, 14 (ASICs #1-4)
c. 130-150ch FWHM.
Attachments
1-4 nnaida11, 12, 13, & 14 ASIC parameters
5-8 nnaida11, 12, 13, & 14 hit/rate patterns
9-12 nnaida11 ASICs # 1-4
13-16 nnaida12 ASICs # 1-4
17 nnaida13 ASIC # 4
18 nnaida14 ASIC # 4
19 nnaida11, 12, 13 & 14 'good events' statistics |
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Wed Sep 10 09:27:43 2014, Patrick, Elog appreciation
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This is very interesting. Look forward to many happy interactions. |
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Wed Sep 10 08:42:03 2014, Tom Davinson, Welcome to the AIDA Elog
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The AIDA Elog is now operational and can be found at
https://elog.ph.ed.ac.uk/AIDA/ |
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