| ID |
Date |
Author |
Project |
Subject |
Run Number |
Events |
StartTime |
EndTime |
|
83
|
Mon Oct 4 23:12:16 2010 |
Manfred Valentan | BELLE | run | run44 | 30000 | 04.10.2010 23:?:? | 04.10.2010 23.57.23 |
angle scan Origami 1 and Micron wedge 1
HV = 100V
chiller set to 14°C
angle: 30°
axis 1: 92.4 (horizontal)
axis 2: 35 (vertical)
axis 3: -22.5 (rotary table)
telescope run: 20150 |
|
84
|
Mon Oct 4 23:59:05 2010 |
Manfred Valentan | BELLE | run | run45 | | 04.10.2010 ??:??:?? | 05.10.2010 00:56:48 |
angle scan Origami 1 and Micron wedge 1
HV = 100V
chiller set to 14°C
angle: 45°
axis 1: 92.4 (horizontal)
axis 2: 35 (vertical)
axis 3: -37.5 (rotary table)
telescope run: 20151 |
|
85
|
Tue Oct 5 10:20:30 2010 |
Manfred Valentan | BELLE | run | run46 | 350000 | 05.10.2010 01:00:00 | 05.10.2010 10:16:07 |
angle scan Origami 1 and Micron wedge 1
HV = 100V
chiller set to 14°C
angle: 15°
axis 1: 92.4 (horizontal)
axis 2: 35 (vertical)
axis 3: -7.5 (rotary table)
telescope run: 20152 |
|
86
|
Tue Oct 5 10:23:09 2010 |
Manfred Valentan | BELLE | run | run47 | 30000 | 05.10.2010 10:21:20 | 05.10.2010 |
angle scan Origami 1 and Micron wedge 1
HV = 100V
chiller set to 14°C
angle: 0°
axis 1: 92.4 (horizontal)
axis 2: 35 (vertical)
axis 3: +7.5 (rotary table)
telescope run: 20153 |
|
87
|
Tue Oct 5 17:50:23 2010 |
Christian Irmler | ITE | cal | cal012 | 83800 | 05.10.2010 17:50:26 | 05.10.2010 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 |
|
88
|
Tue Oct 5 18:13:05 2010 |
Christian Irmler | ITE | run | run048 | 533125 | 05.10.2010 18:14:57 | 06.10.2010 09:27:44 |
6 x SILC + 2 x ITE
HV=100V
telescope position: 124/48
telescope run: 20154-20155
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 |
| Attachment 1: LongtermITERun2.png
|
 |
|
89
|
Wed Oct 6 10:15:26 2010 |
Marko Dragicevic | Micron Baby | XY Positions After Irradiation | | | | |
center position: 119/50/(7.5)
top left (direction jura, bottom right on sensor): 127/56.5/7.5
bottom right (direction saleve, top left on sensor): 111/43.5/7.5 |
|
90
|
Wed Oct 6 11:03:59 2010 |
Marko Dragicevic | Micron Baby | cal | cal013 | 83800 | 06.10.2010 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)
|
|
91
|
Wed Oct 6 11:51:25 2010 |
Thomas Bergauer | Micron Baby | run | run049 | 4489 | 06.10.2010 11:38:21 | 06.10.2010 11:49:23 |
8 x Micron Baby (3 irradiated), no cooling
HV=100V I=141uA (start of run)
beam on
not yet optimized XY-table positions (111/43.5/7.5) |
|
92
|
Wed Oct 6 11:59:29 2010 |
Markus Friedl | Micron Baby | run | run050 | 90000 | 06.10.2010 11:57:55 | 06.10.2010 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 Friedl | Micron Baby | run | run051 | 90000 | 06.10.2010 16:32:03 | 06.10.2010 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)
|
|
94
|
Wed Oct 6 23:02:09 2010 |
Marko Dragicevic | common | Beam Configuration | | | | |
Beam Settings and Profile on 5.10.2010 - 17:00h
Saved as: H6B.801 |
| Attachment 1: BeamProfile.gif
|
 |
| Attachment 2: BeamMagnets.gif
|
 |
| Attachment 3: BeamColli.gif
|
 |
|
95
|
Wed Oct 6 23:03:15 2010 |
Marko Dragicevic | BELLE | cal | cal014 | 83800 | 06.10.2010 23:01:56 | 06.10.2010 23:34:07 |
Belle stack without Origami2
HV=80V I=227uA
beam on |
|
96
|
Wed Oct 6 23:48:49 2010 |
Markus Friedl | BELLE | run | run052 | 165789 | 06.10.2010 23:47:12 | 07.10.2010 08:43:42 |
Belle stack without Origami2
HV=80V I=217uA
telescope setting 103 / 30 / 277.5
telescope run 20184
temperature of chiller set to 15°C
beam stopped at 7.10. 08:00 sharp, no beam until 8.10 - 8:00 according to SPS Page 1. We keep DAQ and telescope running and cross our fingers for at least some spills of particles.
Irradiated micron module 2, n-side: excessive hit count on channels at the edges of the APV chips - no such thing on the p-side |
|
97
|
Fri Oct 8 17:26:36 2010 |
Markus Friedl | BELLE | cal | cal015 | 83800 | 08.10.2010 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) |
|
98
|
Fri Oct 8 18:12:15 2010 |
Christian Irmler | BELLE | run | run053 | 98000 | 08.10.2010 00:33:14 | 08.10.2010 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. |
|
99
|
Fri Oct 8 18:12:43 2010 |
Markus Friedl | BELLE | run | run054 | 90000 | 08.10.2010 18:08:48 | 08.10.2010 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 |
|
100
|
Fri Oct 8 23:05:03 2010 |
Markus Friedl | BELLE | cal | cal016 | 83800 | 08.10.2010 23:03:16 | |
Belle stack w/o Origami2 after irradiation
HV=80V / 258 µA
cooling: Origami only, chiller set to -25°C,
2 suspicious APVs on n side of Micron due to burnt strip
Bias connection of Origami repaired --> lower noise on p-side |
|
101
|
Fri Oct 8 23:22:32 2010 |
Manfred Valentan | BELLE | Schnittwinkel barrel vs. slanted | | | | |
17deg acceptance => Schnittwinkel barrel option = 90-17 = 73deg -----> rotary table 80.5
layer zusätzlich slanted um Winkel alpha => Schnittwinkel = 73 - alpha
slant angles: layer 4: 11.9deg => Schnittwinkel 61.1deg -----> rotary table 68.6
layer 5: 17.2deg => Schnittwinkel 55.8deg -----> rotary table 63.3
layer 6: 21.1deg => Schnittwinkel 51.9deg -----> rotary table 59.4
Im Vergleich mit senkrechtem Durchgang der Teilchen erwarte ich eine Vergrößerung der cluster width um den Faktor tan(Schnittwinkel):
slant layer 4: 1.81
slant layer 5: 1.47
slant layer 6: 1.28
barrel: 3.27 |
|
102
|
Fri Oct 8 23:43:07 2010 |
Christian Irmler | BELLE | run | run055 | 12316 | 08.10.2010 23:42:51 | 09.10.2010 00:14:56 |
Belle stack w/o Origami2 after irradiation
HV=80V / 255 µA
cooling: Origami only, chiller set to -25°C,
2 suspicious APVs on n side of Micron due to burnt strip
same position as in previous run
telescope run 20197 - wrong config file @ telescope -> new run with correct settings |