 Tue Sep 28 22:09:39 2010, Markus Friedl, BELLE, Temperature sensors Belle stack, , , ,
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PicoLogic TC-08 temperature sensor assignment Belle stack:
Sensor type: K
channel 1: Origami_mod1_in
channel 2: Origami_mod1_out
channel 3: Origami_mod2_out (swapped with 4) - label not changed
channel 4: Origami_mod2_in (swapped with 3) - label not changed
channel 5: Micron_wedge_mod1_p
channel 6: Micron_wedge_mod1_n
channel 7: Micron_wedge_mod2_p
channel 8: Micron_wedge_mod2_n
The cooling pipes of the two Origami modules are connected in series, respectively. |
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Tue Sep 28 23:23:47 2010, Markus Friedl, BELLE, run, run006, 2003, 28.09.2010 23:13:22, 28.09.2010 23:22:26
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channels swapped -> stopped |
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Tue Sep 28 23:24:35 2010, Markus Friedl, BELLE, run, run007, 1460, 28.09.2010 23:23:29, 28.09.2010 23:27:54
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Belle stack: Origami-Micron-Micron-Origami
HV=100V, Ibias=38A, beam on
cooling: Origami only, chiller: -25C, Module: -10C
modified I2C settings for cooled modules
centered again
telescope run 20082
sensor config bug (only relevant for sensor display) found -> stopped |
Tue Sep 28 23:29:50 2010, Markus Friedl, BELLE, run, run008, 140000, 28.09.2010 23:29:01, 29.09.2010 09:36:58 
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Belle stack: Origami-Micron-Micron-Origami
HV=100V, Ibias=38A, beam on
cooling: Origami only, chiller: -25C, Module: -10C
modified I2C settings for cooled modules
centered again
telescope run 20083 |
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Wed Sep 29 09:39:33 2010, Markus Friedl, BELLE, cal, cal003, 83800, 29.09.2010 09:38:00,
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same as cal002, but now with corrected readout order |
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Wed Sep 29 10:30:59 2010, Markus Friedl, BELLE, run, run009, 30000, 29.09.2010 10:27:27, 29.09.2010 11:06:35
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zero suppressed (HIT4) @ FADC
Belle stack: Origami-Micron-Micron-Origami - HIT4
HV=100V, Ibias=28A, beam on
cooling: Origami only, chiller: -25C, Module: -10C
modified I2C settings for cooled modules
centered in both axes
telescope run 20084 |
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Wed Sep 29 11:09:10 2010, Markus Friedl, BELLE, run, run010, 30000, 29.09.2010 11:08:03, 29.09.2010 11:50:07
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zero suppressed (HIT5) @ FADC
Belle stack: Origami-Micron-Micron-Origami - HIT5
HV=100V, Ibias=28A, beam on
cooling: Origami only, chiller: -25C, Module: -10C
modified I2C settings for cooled modules
centered in both axes
telescope run 20085 |
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Wed Sep 29 11:53:16 2010, Erik Huemer, BELLE, run, run011, 19003, 29.09.2010 12:19:57, 29.09.2010 14:00:57
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Belle stack: Origami-Micron-Micron-Origami
HV=100V, Ibias=83.22µA, beam on
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
telescope run 20085 (continued) |
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Wed Sep 29 14:03:55 2010, Markus Friedl, BELLE, cal, cal004, 83800, 29.09.2010 14:02:25, 29.09.2010 14:45:05
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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 |
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Mon Oct 4 20:16:19 2010, Christian Irmler, BELLE, cal, cal011, 83800, 04.10.2010 20:15:00,
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angle scan Origami 1 and Micron wedge 1
HV = 100V
chiller set to 14°C
HV connection of Origami 1 repaired |
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Mon Oct 4 21:01:25 2010, Christian Irmler, BELLE, run, run43, 30000, 04.10.2010 20:59:48, 04.10.2010 23:04:24
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angle scan Origami 1 and Micron wedge 1
HV = 100V
chiller set to 14°C
angle: 60°
axis 1: 92.4 (horizontal)
axis 2: 35 (vertical)
axis 3: -52.5 (rotary table)
telescope run: 20149 |
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Mon Oct 4 23:12:16 2010, Manfred Valentan, BELLE, run, run44, 30000, 04.10.2010 23:?:?, 04.10.2010 23.57.23
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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 |
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Mon Oct 4 23:59:05 2010, Manfred Valentan, BELLE, run, run45, , 04.10.2010 ??:??:??, 05.10.2010 00:56:48
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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 |
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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
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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 |
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Tue Oct 5 10:23:09 2010, Manfred Valentan, BELLE, run, run47, 30000, 05.10.2010 10:21:20, 05.10.2010
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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 |
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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
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Belle stack without Origami2
HV=80V I=227uA
beam on |
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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
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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 |
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Fri Oct 8 17:26:36 2010, Markus Friedl, BELLE, cal, cal015, 83800, 08.10.2010 17:22:44,
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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) |
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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
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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. |
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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
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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 |
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