Home CMS Production Clean room MedAustron HEPHY testbeams old
testbeam-RD50-DESY-Apr2024 testbeam-RD50-DESY-Jul2023 testbeam-RD50-CERN-Oct2022 testbeam-DESY-Oct2017 testbeam-DESY-April2017 testbeam-SPS2015 testbeam-SPS2014 testbeam-DESY14 testbeam-SPS12 testbeam-SPS11 testbeam-SPS10 testbeam-SPS09 testbeam-SPS08 LP-TPC
  HEPHY logbook for testbeam at SPS September/October 2010, Page 1 of 8  Not logged in ELOG logo
ID Date Author Project Subject Run Number Eventsdown StartTime EndTime
  98   Fri Oct 8 18:12:15 2010 Christian IrmlerBELLErunrun0539800008.10.2010 00:33:1408.10.2010 13:36:57

Belle stack w/o Origami2 after irradiation
HV=80V
Telescope position 55/30/277.5
NIM trigger

temperature of chiller set to 15°C

Analog signal of APVs #22 and #23 has been bound to ground after 1200 events.

  92   Wed Oct 6 11:59:29 2010 Markus FriedlMicron Babyrunrun0509000006.10.2010 11:57:5506.10.2010 15:30:37

8 x Micron Baby (3 irradiated), no cooling
HV=100V I=141uA (start of run)
beam on
telescope position 118 / 41.1 / 7.5

 

no telescope run

  93   Wed Oct 6 16:33:55 2010 Markus FriedlMicron Babyrunrun0519000006.10.2010 16:32:0306.10.2010 20:59:58

8 x Micron Baby (3 irradiated), no cooling
HV=100V I=209uA (start of run, still rising); 203uA (end of run)
beam on, NIM trigger from TLU (no handshake)
telescope position 131 / 53.5 / 7.5
 

no telescope run - being tuned (some intervals during data taking are possible)

 

  99   Fri Oct 8 18:12:43 2010 Markus FriedlBELLErunrun0549000008.10.2010 18:08:4808.10.2010 21:49:36

Belle stack w/o Origami2 after irradiation

HV=80V I=224uA (beginning of run)

2 suspicious APVs on Micron n side

xy-table position 7 / 30 / 277.5 (shoots at the smaller edge of the trapezoidal sensor)

 

telescope run 20195

  40   Wed Sep 29 19:08:56 2010 Markus FriedlMicron Babyrunrun0138985329.09.2010 19:09:5730.09.2010 00:52:39

micron baby stack
HV=100V I=11.0uA
Beam on
telescope position: 121/53.5/7.5   (shifted in height by -1.5mm wrt run012 for better DUT centering)

 

telescope run 20107

Attachment 1: run013_hit.png
run013_hit.png
  17   Tue Sep 28 01:13:57 2010 Markus FriedlBELLEcalcal0018380028.09.2010 01:11:20 

first intcal with complete Belle stack: 2 x Origami, 2 x Micron

HV=100V  I=49uA

beam is on

chiller is set to 15°C (module temperature is ~17°C)

both Origamis and both Microns are serially cooled

  25   Tue Sep 28 22:07:16 2010 Markus FriedlBELLEcalcal002 DO NOT USE -> go to cal0038380028.09.2010 22:01:55 

Belle stack (Origami, Micron, Micron, Origami)

now cooling only for Origami, Micron are uncooled

chiller set point: -25°C, measured values on Origami: -10°C

HV=100V, Ibias=38µA, beam off

modified I2C settings for cold modules

temperature monitoring: Origami2 pipes in<->out swapped (to achieve shorter tubes)

 

PROBLEM: Origami n channels are swapped -> USE cal003 INSTEAD!!!

  30   Wed Sep 29 09:39:33 2010 Markus FriedlBELLEcalcal0038380029.09.2010 09:38:00 

same as cal002, but now with corrected readout order

  34   Wed Sep 29 14:03:55 2010 Markus FriedlBELLEcalcal0048380029.09.2010 14:02:2529.09.2010 14:45:05

Belle stack: Origami-Micron-Micron-Origami
HV=100V, Ibias=100µA, beam off
no cooling

Temp. at modules: 
Origami 1: 50°C
Micron 1: 46°C
Micron 2: 48°C
Origami 2: 48°C

standard I2C settings
centered

  37   Wed Sep 29 17:38:19 2010 Markus FriedlMicron Babycalcal0058380029.09.2010 17:36:38 

micron baby stack
HV=100V I=6.5uA
Beam off

  44   Thu Sep 30 15:06:28 2010 Markus FriedlMicron Babycalcal0068380030.09.2010 15:01:56 

micron baby: 4 DUTs - angle scan
HV=100V I=6.8uA
Beam off (turned on at ~8k events)
 

  59   Sat Oct 2 17:27:14 2010 Thomas BergauerITEcalcal0078380002.10.2010 17:11:18  

ITE: 2 DUTs
2 x SILC + 2 x ITE
HV=100V

Beam on 

one short only per sensor

Attachment 1: intcal_ITE10PAD_W7.png
intcal_ITE10PAD_W7.png
Attachment 2: intcal_ITE10PAD_W9.png
intcal_ITE10PAD_W9.png
  62   Sun Oct 3 08:14:39 2010 Markus FriedlITEcalcal0088380003.10.2010 08:13:06 

6 x SILC + 2 x ITE
HV=100V
telescope position: 119

no beam (technical problem)

  64   Sun Oct 3 14:35:12 2010 Marko DragicevicCNMcalcal0098380003.10.2010 13:50:54 

CMN-SILC stack
HV_SILC (Katze)=75V, 0.25uA (6 SiLC)
HV_CNM (Keithley)=30V, CNM_1=84nA, CNM_2=4.3uA
DUT outside of beam

calibration started after 1 hour warmup

Attachment 1: cal009_cal_apv6.png
cal009_cal_apv6.png
Attachment 2: cal009_cal_apv7.png
cal009_cal_apv7.png
Attachment 3: slowcontrol_CNM_cal009.gif
slowcontrol_CNM_cal009.gif
  66   Sun Oct 3 18:23:27 2010 Christian IrmlerPtcalcal0108380003.10.2010 18:26:49  

pt modules angle scan
h01-Pt and h02-Pt
currents: h01=23.1µA h02=10.4µA
HV=200V
beam on

modules flushed with dry air

 

Attachment 1: slowcontrol_pt_cal010.gif
slowcontrol_pt_cal010.gif
  81   Mon Oct 4 20:16:19 2010 Christian IrmlerBELLEcalcal0118380004.10.2010 20:15:00 

angle scan Origami 1 and  Micron wedge 1
HV = 100V
chiller set to 14°C

HV connection of Origami 1 repaired

  87   Tue Oct 5 17:50:23 2010 Christian IrmlerITEcalcal0128380005.10.2010 17:50:2605.10.2010 18:09:48

6 x SILC + 2 x ITE
HV=100V
telescope position: 124/48

DUTs and SILC4/5 swapped
new module order (downstream): SILC0 - SILC3 - SILC1 - W7 - W9 - SILC2 - SILC4 -SILC5
SILC1 and SILC2 are horizontal

beam on

modules flushed with dry air (black tube)
rel. humidity: ~0% @ 26°C

  90   Wed Oct 6 11:03:59 2010 Marko DragicevicMicron Babycalcal0138380006.10.2010 11:03:12 

8 x Micron Baby (3 irradiated), no cooling
HV=100V I=115uA (start of run)
beam off

# VADJ/VPSP increased to 48 (was 30) for irradiated DUTs to restore baseline position (higher after irradiation)

ADC delay timing did not change after irradiation (verified)
 

  95   Wed Oct 6 23:03:15 2010 Marko DragicevicBELLEcalcal0148380006.10.2010 23:01:5606.10.2010 23:34:07

Belle stack without Origami2
HV=80V I=227uA

beam on

  97   Fri Oct 8 17:26:36 2010 Markus FriedlBELLEcalcal0158380008.10.2010 17:22:44 

Belle stack without Origami2
HV=11V I=32uA

beam on

2 suspicious APVs on n side of Micron due to burnt strip

trying to identify problematic Micron n side channels with low bias voltage (APV22 baseline saturates at higher bias)

ELOG V3.1.5-fc6679b