ID |
Date |
Author |
Project |
Subject |
Run Number |
Events |
StartTime |
EndTime |
Data |
31
|
Tue Oct 4 22:11:12 2011 |
Christian Irmler | BELLE | Origami stack | run005 | 330000 | 04.10.2011 22:09:37 | 05.10.2011 09:11:54 | Crap |
Origami6
HV=+-40V, no cooling
beam on
Istart=95,2µA
pos: x=306, y=87 (centered)
longterm files (same files used for cal004 and run005):
It-pos-0410112056.txt
It-neg-0410112056.txt
currents and temp:
05.10.2011 09:11:21 event=329649 rate=0events/s temp/curr=33.0/-23.9 33.0/-28.9 33.0/-28.9 32.0/020.1 32.0/025.0 32.0/060.0 |
32
|
Wed Oct 5 12:09:00 2011 |
Christian Irmler | BELLE | Origami stack cooled wrong I2C settings | cal005 | 83800 | 05.10.2011 12:04:50 | 05.10.2011 12:37:11 | Crap |
This calibration file can not be used, due to wrong I2C settings!
Origami6
HV=+-40V
beam on
CO2 cooling:
preassure @ P_TT_4 = 18.77 bar
mass flow = 0.9 g/s
I=22.45µA
longterm files (same files used for cal005 and run006):
It-pos-0510111122.txt
It-neg-0510111122.txt
currents and temperatures:
05.10.2011 12:05:53 event=2883 rate=37events/s temp/curr=35.0/-05.6 35.0/-06.3 35.0/-06.9 34.2/001.9 34.1/002.5 34.1/022.6
05.10.2011 12:36:53 event=83350 rate=48events/s temp/curr=34.4/-05.5 34.5/-06.1 34.5/-06.9 33.9/001.7 33.9/002.4 33.9/022.5
|
33
|
Wed Oct 5 13:00:41 2011 |
Christian Irmler | BELLE | Origami stack cooled | run006 | 24692 | 05.10.2011 12:55:53 | 05.10.2011 14:05:49 | Crap |
Run stopped after 24692 events, because all n-side APV failed due to a shortcut of a capacitor (C223) on n-side rebo
Origami6
HV=+-40V
beam on
CO2 cooling:
preassure @ P_TT_4 = 18.77 bar
mass flow = 0.9 g/s
I=22.25µA
longterm files (same files used for cal005 and run006):
It-pos-0510111122.txt
It-neg-0510111122.txt
currents and temperatures:
05.10.2011 12:56:54 event=985 rate=0events/s temp/curr=35.0/-05.5 35.0/-06.1 34.9/-06.9 34.2/001.7 34.3/002.4 34.3/022.3
|
37
|
Wed Oct 5 19:57:15 2011 |
Christian Irmler | BELLE | Origami stack cooled | run007 | 17845 | 05.10.2011 18:27:51 | 05.10.2011 19:31:43 | Crap |
Run stopped after 17845 events, because of bad trigger timing
Origami6
HV=+-40V
beam on
CO2 cooling:
preassure @ P_TT_4 = 18.77 bar
mass flow = 0.9 g/s
I=20µA
longterm files (same files used for cal005 and run006):
It-pos-0510111531.txt
It-neg-0510111531.txt
currents and temperatures:
05.10.2011 19:30:51 event=17469 rate=0events/s temp/curr=35.6/-05.6 35.6/-06.1 35.6/-07.1 35.1/001.9 35.1/002.4 35.1/020.9
|
50
|
Sat Oct 8 14:33:25 2011 |
Thomas Bergauer | HPK | baby_std | run016 | 250k | 08.10.2011 14:31:40 | | Crap |
falsches config file (single statt multi6)
no cooling
beam on; xy table position x=322 y=80
HV=200V Istart_PY=7.6uA; Istart_N=0.42
std. I2C settings |
51
|
Sat Oct 8 16:35:04 2011 |
Thomas Bergauer | HPK | baby_std | run017 | | 08.10.2011 16:26:10 | | Crap |
wrong timing
no cooling
beam on; xy table position x=322 y=80
HV=200V Istart_PY=7.6uA; Istart_N=0.42
std. I2C settings |
77
|
Wed Feb 22 13:37:11 2012 |
Christian Irmler | BELLE | Origami Module #4 | run103 | 100k | 22.02.2012 13:35:08 | 22.02.2012 13:54:08 | Crap |
Sr90, large scintillator,
HVret @ Origami closed
HVret @ SMU connected
Origami Mod. #4
HV=+-40V, Ibias=1,6µA
CO2 cooling on, Tin=-20.5°C, Tout=-21.5°C
I²C settings for cooled APV chips --> same as used in run010
e:\cvi-projects\apvdaq_fadc\origami6_V2_multi6_cooled.cfg
Lab measurement with new dark box but old, large scintillator
Wires between HV connectors ground and HVret conntact at the mambo were open --> no HVret conntection between module and SMUs!
Moreover the SMU Inv. Nr. 545-078 has either an unstable output or problems with the current measurement. |
22
|
Mon Oct 3 21:01:00 2011 |
Manfred Valentan | Micron | Micron-Baby-Stack p-stop, zones n & h-n | run001 | 200k | 03.10.2011 20:54:22 | 03.10.2011 23:25:47 | Good |
hit modules in top right corner -> Zones narrow and half-narrow for all modules
Position of HEPHY x-z-table:
x = 324
z = 103 |
24
|
Tue Oct 4 00:11:31 2011 |
Manfred Valentan | Micron | Micron-Baby-Stack p-stop, zones w & h-w | run002 | 760000 | 04.10.2011 00:11:06 | 04.10.2011 09:01:06 | Good |
hit modules in bottom left corner -> Zones wide and half-wide for all modules
Position of HEPHY x-z-table:
x = 336
z = 89 |
28
|
Tue Oct 4 15:16:06 2011 |
Manfred Valentan | Micron | Micron-Baby-Stack p-spray, run bottom left | run003 | 200k | 04.10.2011 11:29:19 | 04.10.2011 13:57:54 | Good |
hit modules in bottom left corner -> Zones wide and half-wide for COMB_IRRAD, Zones narrow and half-narrow for BOMM_IRRAD
Position of HEPHY x-z-table:
x = 336
z = 89 |
30
|
Tue Oct 4 21:40:52 2011 |
Christian Irmler | BELLE | Origami stack | cal004 | 83800 | 04.10.2011 21:18:09 | 04.10.2011 21:50:23 | Good |
Origami6
HV=+-40V, no cooling
beam on
I=91µA
longterm files (same files used for cal004 and run005):
It-pos-0410112056.txt
It-neg-0410112056.txt
currents and temperatures:
04.10.2011 21:50:13 event=83750 rate=50events/s temp/curr=35.2/-26.1 35.2/-28.7 35.2/-31.4 34.6/022.6 34.6/025.0 34.6/060.4
|
34
|
Wed Oct 5 16:43:00 2011 |
Christian Irmler | BELLE | Origami stack cooled | cal006 | 83800 | 05.10.2011 16:40:18 | 05.10.2011 17:12:27 | Good |
Origami6
HV=+-40V
beam on
CO2 cooling:
preassure @ P_TT_4 = 18.2 bar
mass flow = 0.9 g/s
I=21.8µA
longterm files (same files used for cal005 and run006):
It-pos-0510111531.txt
It-neg-0510111531.txt
currents and temperatures:
05.10.2011 16:41:21 event=2850 rate=50events/s temp/curr=35.4/-05.8 35.3/-06.3 35.4/-07.2 34.9/002.0 34.9/002.5 34.9/021.7
05.10.2011 17:11:20 event=81237 rate=37events/s temp/curr=35.1/-05.8 35.1/-06.1 35.0/-07.1 34.5/002.0 34.5/002.5 34.5/021.4
|
35
|
Wed Oct 5 17:54:09 2011 |
Christian Irmler | BELLE | Origami stack cooled | cal007 | 83800 | 05.10.2011 17:51:57 | | Good |
I2C setting modified to improve the shape of the p-side signal --> shaping time reduced, pulse height still low
Origami6
HV=+-40V
beam on
CO2 cooling:
preassure @ P_TT_4 = 18.2 bar
mass flow = 0.9 g/s
I=18.0µA
longterm files
It-pos-0510111531.txt
It-neg-0510111531.txt
currents and temperatures:
05.10.2011 17:53:00 event=2900 rate=47events/s temp/curr=35.3/-05.6 35.3/-06.0 35.3/-06.9 34.6/001.9 34.8/002.2 34.8/020.7
|
38
|
Wed Oct 5 20:28:00 2011 |
Markus Friedl | BELLE | Origami stack cooled | run008 | 10582 | 05.10.2011 20:25:10 | 05.10.2011 20:45:10 | Good |
HV=+-40V,
CO2 cooling: P_TT_4: 18.2 bar, mf=0.9 g/s
beam on
I=20.5µA; new I2C settings; corrected trigger delay (htr)
New run with cold Origami and new I2C settings (shorter peaking time) and hopefully correct timing.
corresponding cal file: cal007 |
39
|
Wed Oct 5 20:49:11 2011 |
Markus Friedl | BELLE | Origami stack cooled | run009 | 330k | 05.10.2011 20:46:30 | 06.10.2011 09:12:24 | Good |
HV=+-40V,
CO2 cooling: P_TT_4: 18.2 bar, mf=0.9 g/s
beam on; xy table position x=306 y=76.5
I=20.5µA; new I2C settings; corrected trigger delay (htr)
New run with cold Origami and new I2C settings (shorter peaking time) and hopefully correct timing - and centered position in both x and y.
corresponding cal file: cal007
currents:
06.10.2011 09:12:12 event=329714 rate=0events/s temp/curr=35.8/-05.5 36.0/-06.0 35.8/-06.9 33.6/001.7 33.5/002.2 33.6/019.3 |
40
|
Thu Oct 6 09:22:34 2011 |
Christian Irmler | BELLE | Origami stack cooled | run010 | 330k | 05.10.2011 20:46:30 | 06.10.2011 09:12:24 | Good |
HV=+-40V,
CO2 cooling: P_TT_4: 18.2 bar, mf=0.9 g/s
beam on; xy table position x=306 y=76.5
I=20.5µA; corrected trigger delay (htr)
New run with cold Origami and same I2C setting as used 2010, with longer shaping time for p-side
centered position in both x and y.
corresponding cal file: cal006
currents:
06.10.2011 09:20:29 event=988 rate=0events/s temp/curr=35.8/-05.5 36.0/-06.0 35.8/-06.7 33.5/001.7 33.6/002.0 33.6/019.3
|
41
|
Thu Oct 6 15:57:51 2011 |
Christian Irmler | BELLE | Origami stack cooled | cal008 | 83800 | 06.10.2011 15:53:20 | 06.10.2011 16:25:29 | Good |
HV=+-40V,
CO2 cooling: P_TT_4: 18.2 bar, mf=1 g/s
beam on; xy table position x=306 y=76.5
I=19.5µA; old I2C settings; corrected trigger delay (htr); adjusted front-end voltages
Temp. at pipe inlet (K7) = -14°C
Temp. at pipe outlet (K8) = -17°C
Before this run, the front-end voltages (+2.5 and +1.25) were readjusted so that the nominal values appear on MAMBO. (Previously, both were about 50mV too low.) Not sure if this makes a big difference, let's see.
currents:
06.10.2011 15:54:24 event=2901 rate=36events/s temp/curr=35.5/-05.6 35.5/-06.0 35.4/-06.9 34.9/001.9 35.0/002.2 35.0/019.6
06.10.2011 16:24:25 event=81350 rate=50events/s temp/curr=34.9/-05.6 34.9/-06.1 34.9/-06.9 34.3/001.7 34.3/002.2 34.3/019.6
|
42
|
Thu Oct 6 17:36:47 2011 |
Christian Irmler | BELLE | Origami stack cooled | run011 | 180000 | 06.10.2011 17:06:38 | 07.10.2011 00:04:06 | Good |
HV=+-40V,
CO2 cooling: P_TT_4: 18.2 bar, mf=1 g/s
beam on; xy table position x=260.8 y=60.25
I=19.4µA; old I2C settings; corrected trigger delay (htr); adjusted front-end voltages
beam focused on APV #0 of p- and n-side, respectively
currents:
06.10.2011 17:07:41 event=639 rate=3events/s temp/curr=35.2/-05.6 35.2/-06.0 35.2/-06.9 34.5/001.7 34.5/002.2 34.5/019.6 |
43
|
Fri Oct 7 00:20:15 2011 |
Christian Irmler | BELLE | Origami stack cooled | run012 | 250k | 07.10.2011 00:15:54 | 07.10.2011 09:13:55 | Good |
HV=+-40V,
CO2 cooling: P_TT_4: 18.2 bar, mf=1 g/s
beam on; xy table position x=352 y=89
I=19.1µA; old I2C settings; corrected trigger delay (htr); adjusted front-end voltages
beam focused on APV #3 of p- and n-side, respectively
currents:
07.10.2011 00:16:57 event=987 rate=0events/s temp/curr=34.3/-05.6 34.3/-06.0 34.3/-06.9 33.3/001.7 33.5/002.2 33.3/019.2
07.10.2011 09:13:42 event=249992 rate=0events/s temp/curr=33.6/-05.5 33.5/-06.0 33.6/-06.7 32.5/001.7 32.5/002.0 32.5/018.8
|
44
|
Fri Oct 7 10:13:12 2011 |
Christian Irmler | BELLE | Origami stack cooled | run013 | 185k | 07.10.2011 10:02:20 | 07.10.2011 17:17:32 | Good |
HV=+-40V,
CO2 cooling: P_TT_4: 18.2 bar, mf=1 g/s
beam on; xy table position x=321 y=99
I=18.6µA; old I2C settings; corrected trigger delay (htr); adjusted front-end voltage
The beam is directly focused onto APV chip #2 of n-side, so that it hits the area underneath chip and cooling pipe.
On p-side this location is attached to chip #4, which currently can not be read out, hence we only get data for the n-side.
currents:
07.10.2011 10:03:22 event=979 rate=0events/s temp/curr=33.2/-05.6 33.3/-06.0 33.2/-06.7 32.2/001.6 32.2/002.0 32.2/018.7
07.10.2011 17:17:18 event=184992 rate=0events/s temp/curr=33.8/-05.6 33.8/-06.0 33.8/-06.9 32.7/001.7 32.7/002.0 32.7/018.7
|