AIDA
GELINA
BRIKEN
nToF
CRIB
ISOLDE
CIRCE
nTOFCapture
DESPEC
DTAS
EDI_PSA
179Ta
CARME
StellarModelling
DCF
K40
AIDA
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Sat Nov 18 03:37:46 2017
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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".
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