Mon Oct 22 10:10:16 2012, Markus Friedl, MicronOrigami_gross, cal, cal024, 83800, 22.10.2012 10:08:53, 22.10.2012 10:54:18, Good
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Belle Stack 4: 2 DSSD -z, Origami #3, #1, wedge new #2
HV = +-20V, Ibias=53uA
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 |
Mon Oct 22 19:19:53 2012, Markus Friedl, MicronOrigami_gross, run, run024, 260000, 22.10.2012 19:18:16, 23.10.2012 08:17:20 , Good
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Belle Stack 4: 2 DSSD -z, Origami #3, #1, wedge new #2
HV = +-20V, Ibias=57uA
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 shape on n side (horizontally) different than in previous runs. Number of triggers per spill is reduced to ~60k (was 200..250k before). Reason unknown. |
Tue Oct 23 08:22:42 2012, Markus Friedl, MicronOrigami_gross, run, run025, 100000, 23.10.2012 08:21:37, 23.10.2012 13:47:09, Good
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Belle Stack 4: 2 DSSD -z, Origami #3, #1, wedge new #2
HV = +-15V, Ibias=47uA
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 |
Tue Oct 23 13:50:44 2012, Markus Friedl, MicronOrigami_gross, cal, cal025, 83800, 23.10.2012 13:47:09 , 23.10.2012 14:35:05, Good
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Belle Stack 4: 2 DSSD -z, Origami #3, #1, wedge new #2
HV = +-15V, Ibias=48uA
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 |
Tue Oct 23 15:55:58 2012, Markus Friedl, MicronOrigami_gross, cal, cal026, 83800, 23.10.2012 14:56:47, 23.10.2012 15:42:17 , Good
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Belle Stack 4: 2 DSSD -z, Origami #3, #1, wedge new #2
HV = +-10V, Ibias=36uA
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 |
Sat Oct 27 00:43:55 2012, Christian Irmler, MicronBaby, cal, cal029, 83800, 27.10.2012 00:10:15, 27.10.2012 00:36:55, Good
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After irradiation
Micron baby stack after gamma irrdiation
HV = -100 V
I = -58 uA |
Sat Oct 27 01:13:47 2012, Christian Irmler, MicronBaby, run, run029, 307k, 27.10.2012 01:02:49, 27.10.2012 07:36:34, Good
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After irradiation
xy-table: x=319.4, y=74.6
beam hits APV0
Micron baby stack after gamma irrdiation
HV = -100 V
I = -58 uA |
Sat Oct 27 07:51:49 2012, Manfred Valentan, MicronBaby, run, run030, 376678, 27.10.2012 07:49:09, 27.10.2012 17:32:07, Good
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After irradiation
xy-table: x=319.4, y=87.6
beam hits APV1
Micron baby stack after gamma irrdiation
HV = -100 V
I = -58 uA |
Sat Oct 27 19:36:24 2012, Markus Friedl, MicronOrigami_gross, cal, cal031, 83800, 27.10.2012 19:59:50, 27.10.2012 20:44:38, Good
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Belle stack 2 after irradiation
HV = +50V -50V
I = 112 µA
CO2 cooling |
Sat Oct 27 21:49:08 2012, Markus Friedl, MicronOrigami_gross, run, run031, 150k, 27.10.2012 21:42:46, 28.10.2012 02:35:55 (+1h due to winter time), Good
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Belle stack 2 after gamma irrdiation
HV = +50V -50 V
I = 102 uA
CO2 cooling
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Sun Oct 28 02:51:49 2012, Markus Friedl, MicronOrigami_gross, run, run032, 150k, 28.10.2012 02:47:24, 28.10.2012 08:31:19 , Good
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Belle stack 2 after gamma irradiation
HV = +50V -50V
I = 101 uA
Bias currents absolutely stable during the whole run.
CO2 cooling
hitting APV3 (n side) = wide side of wedge sensor |
Sun Oct 28 15:46:07 2012, Markus Friedl, MicronBaby, cal, cal034, 83800, 28.10.2012 15:19:10, 28.10.2012 15:40:47, Good
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Micron Baby stack 2 after irradiation (intermediate strips)
HV = -100 V
I = 33 uA |
Sun Oct 28 16:22:35 2012, Christian Irmler, MicronBaby, run, run034, 101864, 28.10.2012 16:12:24 , 28.10.2012 18:34:24, Good
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Micron Baby stack 2 after irradiation (intermediate strips)
HV = -100 V
I = 36.3 uA
Position APV0 of all sensors
X-Y Table coordinates:
X=0 / Y=-1 (afterwards: nulled)
PC power cut after ~100k events |
Sun Oct 28 20:07:28 2012, Markus Friedl, MicronBaby, run, run035, 304110, 28.10.2012 20:01:48, 29.10.2012 03:50:44, Good
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Micron Baby stack 2 after irradiation (intermediate strips)
HV = -100 V
I = 39 uA
DESY table shifted by 2.5mm (beam down) after beam profile was changed (to get higher intensity)
beam hitting lower APVs |
Mon Oct 29 11:36:40 2012, Markus Friedl, Infineon, cal, cal037, 83800, 29.10.2012 11:35:12, 29.10.2012 11:58:02 , Good
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Infineon stack Version 2 after irradiation
HV = +300 V
I = 137 A
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Mon Oct 29 12:24:41 2012, Markus Friedl, Infineon, run, run037, 301382, 29.10.2012 12:22:22, 29.10.2012 21:05:57, Good
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Infineon stack Version 2 after irradiation
HV = +300 V
I = 162 A
hitting upper part of strixels and baby, vertically ~centered |
Mon Oct 29 22:36:52 2012, Markus Friedl, HPK_baby, cal, cal038, 83800, 29.10.2012 22:17:34, 29.10.2012 22:47:47, Good
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HPK baby stack after irradiation with partial cooling (HPK neutron & HPK neutron/gamma)
HV = +75 Vm -75V
I = 226A
Temp sensors configuration:
11 HPK Neutron n in
12 HPK Neutron n -> p
13 ----
14 HPK Neutron p -> Gamma p
15 Gamma p -> n
16 Neutron Gamma n out |
Tue Oct 30 10:37:19 2012, Markus Friedl, HPK_baby, cal, cal039, 83800, 30.10.2012 10:35:35 , 30.10.2012 11:02:06 , Good
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Turned off cooling, now taking warm data
HPK baby stack after irradiation - no cooling
I = 200A and growing (warming up)
positioned centered on p and n
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Fri Oct 12 15:04:55 2012, Marko Dragicevic, common, Network configuration, , , , , Unknown
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Router:
IP 137.138.113.230
Hostname ROUTERHEPHY.cern.ch
connected on outlet 0887-1:4602/02
Devices
DAQPC: 192.168.0.36
Slowcontrol (REINRAUMLAPTOP): 192.168.0.37
AnneKathrinPC (AOH): 192.168.0.40
GPIB->Ethernet: 192.168.0.240
Coolingbox: 192.168.0.148
XY Table: 192.168.0.13
VAIO (CONF1): 192.168.0.42
BeamControl: 137.138.113.210 CWO-HNA447-H6A.CERN.CH
VMheros am DAQPC: 192.168.0.47
Port Forwards:
DAQPC (192.168.0.36): 5901
Slowcontrol (192.168.0.37): 5902
AnneKathrinPC (192.168.0.40): 5903
VAIO (CONF1) (192.168.0.42): 5904
VMheros am DAQPC (192.168.0.47): 5022
Comments:
Remote Control von CESAR:
$ x11vnc -bg -forever |
Fri Oct 12 19:42:36 2012, Christian Irmler, MicronBaby, Configuration of normal stack, , , , , Unknown
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Micron baby stack with all strips connected to APV chips
n-side faces the beam, p-side not read out.
Channels counting from bottom to top
Modules as seen by the beam:
Module name z-position [mm] Sensor ID
COMM-1 0.0 B2Micron_2965_10_baby2
COMM-2 24.7 B2Micron_2965_14_baby2
SPRAY-1 49.4 B2Micron_2825_05_baby3
SPRAY-2 75.5 B2Micron_2825_05_baby4
COMB-1 100.9 B2Micron_2965_10_baby4
COMB-2 135.0 B2Micron_2965_14_baby4
ATOLL-1 159.0 B2Micron_2965_14_baby3
ATOLL-2 183.7 B2Micron_2965_17_baby3 |
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