20201107 and 20201108 ===================== File locations: https://www.hep.lu.se/eudet/pictures/mcmtests/20201107/ Free running pulser tests ------------------------- A ramp with 6V or 10V amplitude was used. 100% duty cycle. 20 kHz pulse for 1000 samples 200 KHz pulse for 135 samples Wire put near connector at chip 2,0 (pad side) and 3,1 (LV card side) (files with *-wire20.pdf below) or Wire put near connector at chip 6,4 (pad side) and 3,1 (LV card side) (files with *-wire64.pdf below) Time sweep for ingle events are shown in the plots. 1000 samples are with 2 channels per run (0&1, 2&3, etc ...) 135 samples are with 16 channels chip by chip. No detailed analysis done, the purpose was to see if all channels see a signal. Shifted start of sampling was used. Conclusion: 1) All channels see a signal. 2) A few channels have intermittent spikes in some samples, see e.g. chip 6: chip0x-all-chip2006-evt10-pulser-10V-wire64.pdf 3) A few channels have a shift of baseline, compare e.g. chip 7: chip0x-all-chip2007-evt10-pulser-10V-wire20-135.pdf chip0x-all-chip2007-evt10-pulser-10V-wire64-135.pdf NOTE: the different placement of the wire (20 or 64). Not further studied yet. Time sweeps ----------- * 1000 samples, 20 kHz pulse on chip 2,0 connector side: Expect large signals on chip 0,1,2,3: chip0x-all-chip2000-evt10-pulser-10V-wire20.pdf NOTE: missed to take channels 12 and 13. Sorry. chip0x-all-chip2001-evt10-pulser-6V-wire20.pdf chip0x-all-chip2002-evt10-pulser-10V-wire20.pdf chip0x-all-chip2003-evt10-pulser-6V-wire20.pdf Expect low signals on chip 4,5,6,7: NOTE: only channel 0 and 1 were used, the other diagrams are empty. chip0x-all-chip2004-evt10-pulser-6V-wire20.pdf chip0x-all-chip2005-evt10-pulser-6V-wire20.pdf chip0x-all-chip2006-evt10-pulser-6V-wire20.pdf chip0x-all-chip2007-evt10-pulser-6V-wire20.pdf * 1000 sample, 20 kHz pulse on chip 6,4 connector side: chip0x-all-chip2004-evt10-pulser-10V-wire64.pdf chip0x-all-chip2005-evt10-pulser-10V-wire64.pdf chip0x-all-chip2006-evt10-pulser-10V-wire64.pdf chip0x-all-chip2007-evt10-pulser-10V-wire64.pdf * 135 samples, 200 kHz pulse on chip 2,0 connector side: Expect large signals on chip 0,1,2,3: chip0x-all-chip2000-evt10-pulser-10V-wire20-135.pdf chip0x-all-chip2001-evt10-pulser-10V-wire20-135.pdf chip0x-all-chip2002-evt10-pulser-10V-wire20-135.pdf chip0x-all-chip2003-evt10-pulser-10V-wire20-135.pdf Expect low signals on chip 4,5,6,7: chip0x-all-chip2004-evt10-pulser-10V-wire20-135.pdf chip0x-all-chip2005-evt10-pulser-10V-wire20-135.pdf chip0x-all-chip2006-evt10-pulser-10V-wire20-135.pdf chip0x-all-chip2007-evt10-pulser-10V-wire20-135.pdf * 135 samples, 200 kHz pulse on chip 6,4 connector side: chip0x-all-chip2004-evt10-pulser-10V-wire64-135.pdf chip0x-all-chip2005-evt10-pulser-10V-wire64-135.pdf chip0x-all-chip2006-evt10-pulser-10V-wire64-135.pdf chip0x-all-chip2007-evt10-pulser-10V-wire64-135.pdf *** COPY COMMANDS *** ls -l *.pdf | grep "nov 7" | awk '{print $9}' | xargs cp -a -t 20201107/ ls -l *.root | grep "nov 7" | awk '{print $9}' | xargs cp -a -t 20201107/root ls -l *.pdf | grep "nov 8" | awk '{print $9}' | xargs cp -a -t 20201107/ ls -l *.root | grep "nov 8" | awk '{print $9}' | xargs cp -a -t 20201107/root *** LOG **** 1000 samples,2 channels at a time, 20 kHz PULSER 10V CHIP 0 ====== ./mkpedestal-shift.sh 2000 0 0 1000 FFFC .x plotch.cxx(10,2000,34714) .x plotch.cxx(11,2000,34714) ./mkpedestal-shift.sh 2000 0 0 1000 FFF3 .x plotch.cxx(10,2000,34715) .x plotch.cxx(11,2000,34715) ./mkpedestal-shift.sh 2000 0 0 1000 FFCF .x plotch.cxx(10,2000,34716) .x plotch.cxx(11,2000,34716) ./mkpedestal-shift.sh 2000 0 0 1000 FF3F .x plotch.cxx(10,2000,34717) .x plotch.cxx(11,2000,34717) ./mkpedestal-shift.sh 2000 0 0 1000 FCFF .x plotch.cxx(10,2000,34718) .x plotch.cxx(11,2000,34718) ./mkpedestal-shift.sh 2000 0 0 1000 F3FF .x plotch.cxx(10,2000,34720) .x plotch.cxx(11,2000,34720) ./mkpedestal-shift.sh 2000 0 0 1000 3FFF .x plotch.cxx(10,2000,34721) .x plotch.cxx(11,2000,34721) CHIP 2 ====== ./mkpedestal-shift.sh 2002 0 0 1000 FFFC .x plotch.cxx(10,2002,34722) .x plotch.cxx(11,2002,34722) ./mkpedestal-shift.sh 2002 0 0 1000 FFF3 .x plotch.cxx(10,2002,34723) .x plotch.cxx(11,2002,34723) ./mkpedestal-shift.sh 2002 0 0 1000 FFCF .x plotch.cxx(10,2002,34724) .x plotch.cxx(11,2002,34724) ./mkpedestal-shift.sh 2002 0 0 1000 FF3F .x plotch.cxx(14,2002,34725) .x plotch.cxx(15,2002,34725) ./mkpedestal-shift.sh 2002 0 0 1000 FCFF .x plotch.cxx(10,2002,34726) .x plotch.cxx(11,2002,34726) ./mkpedestal-shift.sh 2002 0 0 1000 F3FF .x plotch.cxx(11,2002,34727) .x plotch.cxx(12,2002,34727) ./mkpedestal-shift.sh 2002 0 0 1000 CFFF .x plotch.cxx(2,2002,34728) .x plotch.cxx(3,2002,34728) ./mkpedestal-shift.sh 2002 0 0 1000 3FFF .x plotch.cxx(2,2002,34729) .x plotch.cxx(3,2002,34729) PULSER 6V CHIP 1 ====== ./mkpedestal-shift.sh 2001 0 0 1000 FFFC .x plotch.cxx(2,2001,34734) .x plotch.cxx(3,2001,34734) ./mkpedestal-shift.sh 2001 0 0 1000 FFF3 .x plotch.cxx(2,2001,34735) .x plotch.cxx(3,2001,34735) ./mkpedestal-shift.sh 2001 0 0 1000 FFCF .x plotch.cxx(2,2001,34736) .x plotch.cxx(3,2001,34736) ./mkpedestal-shift.sh 2001 0 0 1000 FF3F .x plotch.cxx(2,2001,34737) .x plotch.cxx(3,2001,34737) ./mkpedestal-shift.sh 2001 0 0 1000 FCFF .x plotch.cxx(2,2001,34738) .x plotch.cxx(3,2001,34738) ./mkpedestal-shift.sh 2001 0 0 1000 F3FF .x plotch.cxx(2,2001,34739) .x plotch.cxx(3,2001,34739) ./mkpedestal-shift.sh 2001 0 0 1000 CFFF .x plotch.cxx(2,2001,34740) .x plotch.cxx(3,2001,34740) ./mkpedestal-shift.sh 2001 0 0 1000 3FFF .x plotch.cxx(14,2001,34741) .x plotch.cxx(15,2001,34741) CHIP 3 ====== ./mkpedestal-shift.sh 2003 0 0 1000 FFFC .x plotch.cxx(14,2003,34742) .x plotch.cxx(15,2003,34742) ./mkpedestal-shift.sh 2003 0 0 1000 FFF3 .x plotch.cxx(13,2003,34743) .x plotch.cxx(14,2003,34743) ./mkpedestal-shift.sh 2003 0 0 1000 FFCF .x plotch.cxx(2,2003,34744) .x plotch.cxx(3,2003,34744) ./mkpedestal-shift.sh 2003 0 0 1000 FF3F .x plotch.cxx(2,2003,34745) .x plotch.cxx(3,2003,34745) ./mkpedestal-shift.sh 2003 0 0 1000 FCFF .x plotch.cxx(2,2003,34746) .x plotch.cxx(3,2003,34746) ./mkpedestal-shift.sh 2003 0 0 1000 F3FF .x plotch.cxx(2,2003,34747) .x plotch.cxx(3,2003,34747) ./mkpedestal-shift.sh 2003 0 0 1000 CFFF .x plotch.cxx(2,2003,34748) .x plotch.cxx(3,2003,34748) ./mkpedestal-shift.sh 2003 0 0 1000 3FFF .x plotch.cxx(2,2003,34749) .x plotch.cxx(3,2003,34749) CHIP 4,5,6,7 ============ ./mkpedestal-shift.sh 2004 0 0 1000 FFFC .x plotch.cxx(2,2004,34750) ./mkpedestal-shift.sh 2005 0 0 1000 FFFC .x plotch.cxx(2,2005,34751) ./mkpedestal-shift.sh 2006 0 0 1000 FFFC .x plotch.cxx(2,2006,34752) ./mkpedestal-shift.sh 2007 0 0 1000 FFFC .x plotch.cxx(2,2007,34753) PULSER 10V CHIP 4 ====== ./mkpedestal-shift.sh 2004 0 0 1000 FFFC .x plotch.cxx(2,2004,34755) .x plotch.cxx(3,2004,34755) ./mkpedestal-shift.sh 2004 0 0 1000 FFF3 .x plotch.cxx(2,2004,34756) .x plotch.cxx(3,2004,34756) ./mkpedestal-shift.sh 2004 0 0 1000 FFCF .x plotch.cxx(2,2004,34757) .x plotch.cxx(3,2004,34757) ./mkpedestal-shift.sh 2004 0 0 1000 FF3F .x plotch.cxx(12,2004,34758) .x plotch.cxx(13,2004,34758) ./mkpedestal-shift.sh 2004 0 0 1000 FCFF .x plotch.cxx(12,2004,34759) .x plotch.cxx(13,2004,34759) ./mkpedestal-shift.sh 2004 0 0 1000 F3FF .x plotch.cxx(12,2004,34761) noisy .x plotch.cxx(13,2004,34761) noisy .x plotch.cxx(22,2004,34761) .x plotch.cxx(23,2004,34761) ./mkpedestal-shift.sh 2004 0 0 1000 CFFF .x plotch.cxx(12,2004,34762) .x plotch.cxx(13,2004,34762) ./mkpedestal-shift.sh 2004 0 0 1000 3FFF .x plotch.cxx(12,2004,34763) .x plotch.cxx(13,2004,34763) CHIP 6 ====== ./mkpedestal-shift.sh 2006 0 0 1000 FFFC .x plotch.cxx(12,2006,34764) .x plotch.cxx(13,2006,34764) ./mkpedestal-shift.sh 2006 0 0 1000 FFF3 .x plotch.cxx(12,2006,34765) .x plotch.cxx(13,2006,34765) ./mkpedestal-shift.sh 2006 0 0 1000 FFCF .x plotch.cxx(12,2006,34766) .x plotch.cxx(13,2006,34766) ./mkpedestal-shift.sh 2006 0 0 1000 FF3F .x plotch.cxx(2,2006,34767) .x plotch.cxx(3,2006,34767) ./mkpedestal-shift.sh 2006 0 0 1000 FCFF .x plotch.cxx(22,2006,34768) .x plotch.cxx(23,2006,34768) ./mkpedestal-shift.sh 2006 0 0 1000 F3FF .x plotch.cxx(22,2006,34769) .x plotch.cxx(23,2006,34769) ./mkpedestal-shift.sh 2006 0 0 1000 CFFF .x plotch.cxx(22,2006,34770) .x plotch.cxx(23,2006,34770) ./mkpedestal-shift.sh 2006 0 0 1000 3FFF .x plotch.cxx(22,2006,34771) .x plotch.cxx(23,2006,34771) CHIP 5 ====== ./mkpedestal-shift.sh 2005 0 0 1000 FFFC .x plotch.cxx(2,2005,34772) .x plotch.cxx(3,2005,34772) ./mkpedestal-shift.sh 2005 0 0 1000 FFF3 .x plotch.cxx(2,2005,34773) .x plotch.cxx(3,2005,34773) ./mkpedestal-shift.sh 2005 0 0 1000 FFCF .x plotch.cxx(2,2005,34774) .x plotch.cxx(3,2005,34774) ./mkpedestal-shift.sh 2005 0 0 1000 FF3F .x plotch.cxx(2,2005,34775) .x plotch.cxx(3,2005,34775) ./mkpedestal-shift.sh 2005 0 0 1000 FCFF .x plotch.cxx(2,2005,34776) .x plotch.cxx(3,2005,34776) ./mkpedestal-shift.sh 2005 0 0 1000 F3FF .x plotch.cxx(2,2005,34777) ??? .x plotch.cxx(3,2005,34777) ??? ./mkpedestal-shift.sh 2005 0 0 1000 F3FF .x plotch.cxx(4,2005,34780) .x plotch.cxx(3,2005,34780) ./mkpedestal-shift.sh 2005 0 0 1000 CFFF .x plotch.cxx(,2005,34778) .x plotch.cxx(3,2005,34778) ./mkpedestal-shift.sh 2005 0 0 1000 3FFF .x plotch.cxx(2,2005,34779) .x plotch.cxx(3,2005,34779) CHIP 7 ====== ./mkpedestal-shift.sh 2007 0 0 1000 FFFC .x plotch.cxx(2,2007,34781) .x plotch.cxx(3,2007,34781) ./mkpedestal-shift.sh 2007 0 0 1000 FFF3 .x plotch.cxx(2,2007,34782) .x plotch.cxx(3,2007,34782) ./mkpedestal-shift.sh 2007 0 0 1000 FFCF .x plotch.cxx(2,2007,34783) .x plotch.cxx(3,2007,34783) ./mkpedestal-shift.sh 2007 0 0 1000 FF3F .x plotch.cxx(2,2007,34784) .x plotch.cxx(3,2007,34784) ./mkpedestal-shift.sh 2007 0 0 1000 FCFF .x plotch.cxx(2,2007,34785) .x plotch.cxx(3,2007,34785) ./mkpedestal-shift.sh 2007 0 0 1000 F3FF .x plotch.cxx(2,2007,34786) .x plotch.cxx(3,2007,34786) ./mkpedestal-shift.sh 2007 0 0 1000 CFFF .x plotch.cxx(2,2007,34787) .x plotch.cxx(3,2007,34787) ./mkpedestal-shift.sh 2007 0 0 1000 3FFF .x plotch.cxx(2,2007,34788) .x plotch.cxx(3,2007,34788) 135 samples, 16 channels at a time, 10 kHz Wire on side with chip D1 (i.e. 4 & 6) CHIP 0-7 ====== ./mkpedestal-shift.sh 2007 0 0 135 0 .x plotallped.cxx(2007,34790,"shift-gain0-shaper0") ./mkpedestal-shift.sh 2000 0 0 135 0 .x plotallped.cxx(2000,34791,"shift-gain0-shaper0") ./mkpedestal-shift.sh 2001 0 0 135 0 .x plotallped.cxx(2001,34792,"shift-gain0-shaper0") ./mkpedestal-shift.sh 2002 0 0 135 0 .x plotallped.cxx(2002,34794,"shift-gain0-shaper0") ./mkpedestal-shift.sh 2003 0 0 135 0 .x plotallped.cxx(2003,34795,"shift-gain0-shaper0") ./mkpedestal-shift.sh 2004 0 0 135 0 .x plotallped.cxx(2004,34796,"shift-gain0-shaper0") ./mkpedestal-shift.sh 2005 0 0 135 0 .x plotallped.cxx(2005,34797,"shift-gain0-shaper0") ./mkpedestal-shift.sh 2006 0 0 135 0 .x plotallped.cxx(2005,34798,"shift-gain0-shaper0") 5 microsec ---------- CHIP 4-7 ======== ./mkpedestal-shift.sh 2007 0 0 135 0 .x plotallped.cxx(2007,34799,"shift-gain0-shaper0") ./mkpedestal-shift.sh 2006 0 0 135 0 .x plotallped.cxx(2006,34800,"shift-gain0-shaper0") ./mkpedestal-shift.sh 2005 0 0 135 0 .x plotallped.cxx(2005,34801,"shift-gain0-shaper0") ./mkpedestal-shift.sh 2004 0 0 135 0 .x plotallped.cxx(2004,34802,"shift-gain0-shaper0") Wire on DAC side, i.e chip 0 & 2. CHIP 0-3 ======== ./mkpedestal-shift.sh 2000 0 0 135 0 .x plotallped.cxx(2000,34803,"shift-gain0-shaper0") ./mkpedestal-shift.sh 2001 0 0 135 0 .x plotallped.cxx(2001,34804,"shift-gain0-shaper0") ./mkpedestal-shift.sh 2002 0 0 135 0 .x plotallped.cxx(2002,34805,"shift-gain0-shaper0") ./mkpedestal-shift.sh 2002 0 0 135 0 .x plotallped.cxx(2002,34807,"shift-gain0-shaper0") Adjust cable better and nearer chip 2 side. ./mkpedestal-shift.sh 2002 0 0 135 0 .x plotallped.cxx(2002,34813,"shift-gain0-shaper0") ./mkpedestal-shift.sh 2003 0 0 135 0 .x plotallped.cxx(2002,34808,"shift-gain0-shaper0") ./mkpedestal-shift.sh 2004 0 0 135 0 .x plotallped.cxx(2002,34809,"shift-gain0-shaper0") ./mkpedestal-shift.sh 2005 0 0 135 0 .x plotallped.cxx(2002,34810,"shift-gain0-shaper0") ./mkpedestal-shift.sh 2006 0 0 135 0 .x plotallped.cxx(2002,34811,"shift-gain0-shaper0") ./mkpedestal-shift.sh 2007 0 0 135 0 .x plotallped.cxx(2002,34812,"shift-gain0-shaper0")