ID |
Date |
Author |
Project |
Subject |
Run Number |
Events |
StartTime |
EndTime |
Data |
40
|
Sat Oct 20 10:49:03 2012 |
Markus Friedl | MicronOrigami_gross | cal | cal019 | 83800 | 20.10.2012 10:46:36 | 20.10.2012 11:32:57 | Good | Belle Stack 4: 2 DSSD -z, Origami #3, #1, wedge new #2
HV = +-45V, Ibias=70A
Position: APVs #2, 7, 11, 15 | # 17/18, 21, 25, 29
= p: 2DSSD #2, Origami3 #3, Origami1 #3, wedgenew #3
= n: 2DSSD #1/2, Origami3 #1, Origami1 #1, wedgenew #1
no beam at beginning (LINAC problem) |
39
|
Fri Oct 19 19:25:29 2012 |
Markus Friedl | MicronOrigami_gross | run | run018 | 318756 | 19.10.2012 19:23:55 | 20.10.2012 10:27:11 | Good | Belle Stack 4: 2 DSSD -z, Origami #3, #1, wedge new #2
HV = +-50V, Ibias=77A
Position: APVs #2, 7, 11, 15 | # 17/18, 21, 25, 29
= p: 2DSSD #2, Origami3 #3, Origami1 #3, wedgenew #3
= n: 2DSSD #1/2, Origami3 #1, Origami1 #1, wedgenew #1
beam went off (LINAC problem) around
20.10.2012 07:00:39 event=315937
So better ignore the last 3000 events during analysis. |
38
|
Fri Oct 19 00:56:16 2012 |
Markus Friedl | MicronOrigami_gross | run | run017 | 197899 | 19.10.2012 00:54:21 | 19.10.2012 14:10:02 | Good | Belle Stack 4: 2 DSSD -z, Origami #3, #1, wedge new #2
HV = +-50V, Ibias=76A
Position: APVs #2, 7, 11, 15 | # 17/18, 21, 25, 29
= p: 2DSSD #2, Origami3 #3, Origami1 #3, wedgenew #3
= n: 2DSSD #1/2, Origami3 #1, Origami1 #1, wedgenew #1
Same as run016, but timing shifted by 1 CLK to better center the peak of the shaped wafeforms for subsequent fitting during analysis.
Beam was turned off around here:
19.10.2012 08:56:12 event=193394
So better ignore the last ~5000 events for analysis.
|
37
|
Fri Oct 19 00:45:52 2012 |
Markus Friedl | MicronOrigami_gross | run | run016 | 11855 | 19.10.2012 00:24:05 | 19.10.2012 00:48:24 | Crap |
Belle Stack 4: 2 DSSD -z, Origami #3, #1, wedge new #2
HV = +-50V, Ibias=77A
Position: APVs #2, 7, 11, 15 | # 17/18, 21, 25, 29
= p: 2DSSD #2, Origami3 #3, Origami1 #3, wedgenew #3
= n: 2DSSD #1/2, Origami3 #1, Origami1 #1, wedgenew #1
Stack is now positioned on globally best performing position which should also enable reasonable tracking.
Trigger timing not perfect, needs adjustment (-1 CLK) -> new run |
36
|
Thu Oct 18 09:14:07 2012 |
Manfred Valentan | common | Fahrt nach Mol | | | | | Unknown | Liebe Kollegen,
wir brechen. auf. Wünscht uns Glück! |
35
|
Wed Oct 17 21:30:39 2012 |
Markus Friedl | MicronOrigami_gross | cal | cal008 | 83800 | 17.10.2012 17:15:13 | 17.10.2012 18:08:11 | Good | Internal calibration for "stealth parasitic" mode Belle stack; taken without beam
Belle Stack 4: 2 DSSD -z, Origami #3, #1, wedge new #2
HV = +-50V, Ibias=80A
Position: approx. centered
no beam
Total bias current history:
At the beginning, the system was already running for a few hours and the APV25 chips were initialized before, so thermal equilibrium was reached.
The actual calibration run happened during the first ~250 measurement points (~1 hour). It seems like the APVs draw a bit more current during internal calibration. The overall decay is supposedly due to a temperature decrease towards night.
Now tried the same thing with a short software run - same effect:
Need to investigate supply currents while data taking - they should actually go up a bit - and their dependency on the trigger rate.
|
34
|
Wed Oct 17 14:06:24 2012 |
Markus Friedl | MicronOrigami_gross | Stack für stealth parasitic mode | | | | | Good | Dieser Stack wird jetzt quasi als Pausenkasperl eingebaut und läuft im "stealth parasitic" mode während der Irradiation-Woche. Gut, dass wir alles auch von Wien aus fernsteuern können :-)
|
33
|
Wed Oct 17 05:16:22 2012 |
Christian Irmler | MicronOrigami_gross | run | run015 | 54005 | 17.10.2012 05:10:06 | 17.10.2012 07:27:20 | Unknown | Origami Stack 2: Origami #4, #3, Wedge new1, old
HV = +-50V
Ibias=4.43µA
beam position:
vertical: between APV 1&2 (of 6)
horizontal: centered on APV#2 -> center of measureable area
Position of xy table:
x = 53, y = -31
Temperatur sensors:
- T11: Origami #4 in
- T12: Origami #4 out
- T13: Origami #3 in (wrong values!)
- T14: Origami #3 out
- T15: Wedge new 1 out
- T16: Wedge old out
- T17: Wedge new 1 cooling block
- T18: Wedge old cooling block
CO2 was empty @ 6 am. |
Attachment 1: run015_temperatures.JPG
| |
32
|
Wed Oct 17 01:21:50 2012 |
Marko Dragicevic | Infineon | run | run009 | 150k | 15.10.2012 08:20:15 | 15.10.2012 11:01:11 | Unknown | This run was not recorded in original sequence in the ELOG!!!
Infineon Stack Version 2 (no height information, BabyStrips vertical Strixel vertical)
HV = 300V I=4uA
beam on
Final DESY position (center of vertical beam profile)
Module position: 15 / 3 -- hitting lower part of baby and bottom strixels
07_baby |
0,0 |
APV1 lower, APV2 upper |
Strixel 2 |
20,8 |
Hybrid1/APV1 top-left, Hybrid1/APV2 top right, Hybrid2/APV1 bottom left, Hybrid2/APV2 bottom right |
Strixel 1 |
39,4 |
Hybrid1/APV1 top-left, Hybrid1/APV2 top right, Hybrid2/APV1 bottom left, Hybrid2/APV2 bottom right |
12_baby |
60,6 |
APV1 lower, APV2 upper |
|
|
31
|
Tue Oct 16 23:35:28 2012 |
Christian Irmler | MicronOrigami_gross | run | run014 | 150k | 16.10.2012 23:32:24 | 17.10.2012 04:59:02 | Unknown | Same as run011, but now with +- 50V bias voltage.
Origami Stack 2: Origami #4, #3, Wedge new1, old
HV = +-10V
Ibias=4.83µA
beam position:
vertical: between APV 1&2 (of 6)
horizontal: centered on APV#1 -> right side of sensor -> small side of wedge sensors
Position of xy table:
x = 23, y = -31
Temperatur sensors:
- T11: Origami #4 in
- T12: Origami #4 out
- T13: Origami #3 in (wrong values!)
- T14: Origami #3 out
- T15: Wedge new 1 out
- T16: Wedge old out
- T17: Wedge new 1 cooling block
- T18: Wedge old cooling block
|
Attachment 1: run014_temperatures.jpg
| |
30
|
Tue Oct 16 23:03:09 2012 |
Markus Friedl | common | Sozialisierung | | | | | Unknown | So steuert man einen Testbeam!
|
Attachment 1: IMAG2041.jpg
| |
29
|
Tue Oct 16 22:19:21 2012 |
Christian Irmler | MicronOrigami_gross | cal | cal007 | 83800 | 16.10.2012 20:25:17 | 16.10.2012 21:12:01 | Unknown | Origami Stack 2: Origami #4, #3, Wedge new1, old
HV = +-50V, Ibias=12.3µA
Position: verticallbtween APV 1&2 of 6, left side of sensor,
wide side of wedge sensors
calibration for run013
Temperatures @ 21:00:
T11: -32 degC
T12: -33 degC
T13: -16 degC (obviously wrong value)
T14: -35 degC
T15: -18 degC
T16: -17 degC
T17: -15 degC
T18: -15 degC |
28
|
Tue Oct 16 13:59:46 2012 |
Christian Irmler | MicronOrigami_gross | run | run013 | 150k | 16.10.2012 13:43:05 | 16.10.2012 20:21:04 | Unknown | Origami Stack 2: Origami #4, #3, Wedge new1, old
HV = +-50V
Ibias=5.2µA
beam position:
vertical: between APV 1&2 (of 6)
horizontal: centered on APV#3 -> left side of sensor -> wide side of wedge sensors
Position of xy table:
x = 83, y = -31
Temperatur sensors:
- T11: Origami #4 in
- T12: Origami #4 out
- T13: Origami #3 in (wrong values!)
- T14: Origami #3 out
- T15: Wedge new 1 out
- T16: Wedge old out
- T17: Wedge new 1 cooling block
- T18: Wedge old cooling block
|
Attachment 1: belle_2_temperatures.jpg
| |
27
|
Tue Oct 16 11:23:43 2012 |
Christian Irmler | MicronOrigami_gross | run | run012 | 20k | 16.10.2012 11:16:01 | 16.10.2012 12:27:03 | Unknown | Origami Stack 2a: Origami #4, Wedge new1
reading out all 6 APV of p-side
HV = +-40V, Ibias=10.4µA
Origami 3 and Wedge old are still installed in the box, but not read out --> disconnected
beam:
p-side: centered between APV 4&5
n-side: centered between APV 2&3
--> upper left corner of Origami and wedge module --> we hit the APV chips and / or the PA0 of the Origami module
no cooling
Temperatur sensors:
- T11: Origami #4 in
- T12: Origami #4 out
- T13: Origami #3 in (wrong values!)
- T14: Origami #3 out
- T15: Wedge new 1 out
- T16: Wedge old out
- T17: Wedge new 1 cooling block
- T18: Wedge old cooling block
|
Attachment 1: belle_2a_temperatures.jpg
| |
26
|
Tue Oct 16 11:07:17 2012 |
Christian Irmler | MicronOrigami_gross | cal | cal006 | 83800 | 16.10.2012 10:30:34 | 16.10.2012 11:00:51 | Unknown | Origami Stack 2a: Origami #4, Wedge new1
reading out all 6 APV of p-side
HV = +-40V, Ibias=5.12µA
no beam
no cooling |
25
|
Tue Oct 16 05:24:21 2012 |
Christian Irmler | MicronOrigami_gross | run ATTENTION: wrong bias voltage | run011 | 150k | 16.10.2012 05:19:28 | 16.10.2012 09:59:24 | Crap | ATTENTION: Bias voltage was +-100 V instead of +- 50 V
Origami Stack 2: Origami #4, #3, Wedge new1, old
HV = +-100V
Ibias=12.3µA
beam position:
vertical: between APV 1&2 (of 6)
horizontal: centered on APV#3 -> left side of sensor -> wide side of wedge sensors
Position of xy table:
x = 83, y = -25
Temperatures:
Origami #4: In=-33 degC / Out=-34 degC
Origami #3: Out=-35 degC (temperatur sensor of inlet is not working)
Wedge new 1: Out = -17 degC, cooling block = -16 degC
Wedge old: Out = -15 degC, cooling block = -15 degC
Stopped after 132658 events, because of empty gas bottle and thus insufficient cooling. |
24
|
Mon Oct 15 23:26:52 2012 |
Marko Dragicevic | MicronOrigami_gross | run ATTENTION: wrong bias voltage | run010 | 158k | 15.10.2012 23:10:40 | 16.10.2012 05:05:35 | Crap | ATTENTION: Bias voltage was +-100 V instead of +- 50 V
Same as run009.
Origami Stack 2: Origami #4, #3, Wedge new1, old
HV = +-10V
Ibias=12.3µA
beam position:
vertical: between APV 1&2 (of 6)
horizontal: centered on APV#1 -> right side of sensor -> small side of wedge sensors
Position of xy table:
x = 23, y = -25
Temperatures:
Origami #4: In=-33 degC / Out=-34 degC
Origami #3: Out=-35 degC (temperatur sensor of inlet is not working)
Wedge new 1: Out = -17 degC, cooling block = -14 degC
Wedge old: Out = -16 degC, cooling block = -14 degC
15.10.2012 22:08:31 event=0 rate=0events/s temp/curr=31.3/089.2 31.3/-16.2 31.2/-17.9 31.3/-18.2 29.9/003.6 29.9/003.1 30.0/-01.1 29.9/-01.6
|
23
|
Mon Oct 15 22:13:28 2012 |
Marko Dragicevic | MicronOrigami_gross | cal ATTENTION: wrong bias voltage | cal005 | 83800 | 15.10.2012 22:16:26 | 15.10.2012 23:07:37 | Unknown | ATTENTION: Bias voltage was +-100 V instead of +- 50 V
Origami Stack 2: Origami #4, #3, Wedge new1, old
HV = +-100V
Ibias=12.3µA
beam position:
vertical: between APV 1&2 (of 6)
horizontal: centered on APV#1 -> right side of sensor
Position of xy table:
x = 23, y = -25
Temperatures:
Origami #4: In=-33 degC / Out=-34 degC
Origami #3: Out=-35 degC (temperatur sensor of inlet is not working)
Wedge new 1: Out = -17 degC, cooling block = -14 degC
Wedge old: Out = -16 degC, cooling block = -14 degC
|
22
|
Mon Oct 15 19:40:03 2012 |
Marko Dragicevic | MicronOrigami_gross | run ATTENTION: wrong bias voltage | run009 | 31650 | 15.10.2012 19:28:30 | 15.10.2012 22:08:31 | Crap | ATTENTION! Bias voltage was +-100 V instead of +-50 V
Origami Stack 2: Origami #4, #3, Wedge new1, old
HV = +-100V
Ibias=12.3µA
beam position:
vertical: between APV 1&2 (of 6)
horizontal: centered on APV#1 -> right side of sensor
Position of xy table:
x = 23, y = -25
Temperatures:
Origami #4: In=-33 degC / Out=-34 degC
Origami #3: Out=-35 degC (temperatur sensor of inlet is not working)
Wedge new 1: Out = -17 degC, cooling block = -14 degC
Wedge old: Out = -16 degC, cooling block = -14 degC
15.10.2012 22:08:31 event=0 rate=0events/s temp/curr=31.3/089.2 31.3/-16.2 31.2/-17.9 31.3/-18.2 29.9/003.6 29.9/003.1 30.0/-01.1 29.9/-01.6
Stopped after 31650 events, because of PS problems and no beam. |
21
|
Mon Oct 15 19:21:56 2012 |
Marko Dragicevic | common | Beam settings and profile | | | | | Unknown | Beam setting file:
H6A.804: FM HAD (H8=+180, H6=120@0mrad) PARALL IN H6A; RD42
Kommentar (Marko):
Das alte Beam Setting File war optimiert fuer H6B, sprich der Beam Focus war dort. Dieses Setting ist neuer und hat den Focus in H6B. |
Attachment 1: NetBeans_IDE_3.5_15-Oct-12_19-28-32.png
| |
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