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

  $variables
  dsssd_a( 1 ) = 17
  dsssd_a( 2 ) = 18
  dsssd_a( 3 ) = 9
  dsssd_a( 4 ) = 10
  dsssd_a( 5 ) = 1
  dsssd_a( 6 ) = 2
  dsssd_b( 1 ) = 20
  dsssd_b( 2 ) = 19
  dsssd_b( 3 ) = 12
  dsssd_b( 4 ) = 11
  dsssd_b( 5 ) = 4
  dsssd_b( 6 ) = 3
  dsssd_c( 1 ) = 22
  dsssd_c( 2 ) = 21
  dsssd_c( 3 ) = 14
  dsssd_c( 4 ) = 13
  dsssd_c( 5 ) = 6
  dsssd_c( 6 ) = 5
  dsssd_d( 1 ) = 23
  dsssd_d( 2 ) = 24
  dsssd_d( 3 ) = 15
  dsssd_d( 4 ) = 16
  dsssd_d( 5 ) = 7
  dsssd_d( 6 ) = 8
  offset = 4096*0.0
  gain = 4096*1.0
  c = 8*1.0
  w = 32*0
  $[end]