ID |
Date |
Author |
Project |
Subject |
Run Number |
Events |
StartTime |
EndTime |
Data |
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
| |
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 |
30
|
Tue Oct 16 23:03:09 2012 |
Markus Friedl | common | Sozialisierung | | | | | Unknown | So steuert man einen Testbeam!
|
Attachment 1: IMAG2041.jpg
| |
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
| |
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 |
|
|
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
| |
36
|
Thu Oct 18 09:14:07 2012 |
Manfred Valentan | common | Fahrt nach Mol | | | | | Unknown | Liebe Kollegen,
wir brechen. auf. Wünscht uns Glück! |
55
|
Tue Oct 23 16:06:09 2012 |
Markus Friedl | MicronOrigami_gross | run | run026 | 102124 | 23.10.2012 16:04:47 | 23.10.2012 23:04:56 | Unknown | 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
SPS Status during whole run: Still problems with North Area steering. means that beam position was not stable. |
|
56
|
Tue Oct 23 23:12:03 2012 |
Thomas Bergauer | MicronOrigami_gross | run | run027 | 220847 | 23.10.2012 23:10:14 | 24.10.2012 08:19:51 | Unknown | Belle Stack 4: 2 DSSD -z, Origami #3, #1, wedge new #2
HV = +-5V, Ibias=23.5uA
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
SPS Status during whole run: Still problems with North Area steering. means that beam position was not stable. |
57
|
Wed Oct 24 08:25:04 2012 |
Thomas Bergauer | MicronOrigami_gross | cal | cal027 | 83800 | 24.10.2012 08:22:25 | 24.10.2012 09:10:19 | Unknown | Belle Stack 4: 2 DSSD -z, Origami #3, #1, wedge new #2
HV = +-5V, Ibias=23.5uA
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 |
58
|
Wed Oct 24 09:51:41 2012 |
Thomas Bergauer | MicronOrigami_gross | cal | cal028 | 83800 | 24.10.2012 09:50:53 | 24.10.2012 10:39:43 | Unknown | Belle Stack 4: 2 DSSD -z, Origami #3, #1, wedge new #2
HV = +-2.5V, Ibias=14.5uA
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 |
59
|
Wed Oct 24 17:24:40 2012 |
Thomas Bergauer | MicronOrigami_gross | run ohne Strom ;-( | run028 | | | | Unknown |
Belle Stack 4: 2 DSSD -z, Origami #3, #1, wedge new #2
HV = +-2.5V, Ibias=14.5uA
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 DATATAKING BECAUSE OF POWER FAILURE AT NIM CRATE (counter finster, warum?). Georg schaut sich das an, sobald in der zone access ist.
Auch AnnekathrinPC ist nicht erreichbar.
|
66
|
Sun Oct 28 08:37:53 2012 |
Christian Irmler | MicronOrigami_gross | run | run033 | 66937 | 28.10.2012 08:33:42 | 28.10.2012 14:10:43 | Unknown | Belle stack 2 after gamma irradiation
HV = +50V -50V
I = 101 uA
CO2 cooling
hitting APV2 (n side) = center of wedge sensor
Temperatur sensors:
- T11: Origami #4 in
- T12: Origami #4 out
- T13: Origami #3 in (still 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: temp_run33.JPG
| |
Attachment 2: temp_run33_2.JPG
| |
70
|
Mon Oct 29 04:02:16 2012 |
Manfred Valentan | MicronBaby | run | run036 | 296294 | 29.10.2012 03:53:33 | 29.10.2012 11:05:35 | Unknown | Micron Baby stack 2 after irradiation (intermediate strips)
HV = -100 V
I = 36 uA
DESY table shifted by 2.5mm (beam down) after beam profile was changed (to get higher intensity)
beam hitting higher APVs
Stopped when long beam off period was announced |
74
|
Mon Oct 29 23:13:52 2012 |
Markus Friedl | HPK_baby | run | run038 | 476500 | 29.10.2012 23:13:05 | 30.10.2012 10:22:54 | Unknown | HPK baby stack after irradiation with partial cooling (HPK neutron & HPK neutron/gamma)
HV = +75 V -75V
I = 176A
positioned centered on p and n
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
Perfect cooling curve :-)
|
76
|
Tue Oct 30 11:05:32 2012 |
Markus Friedl | HPK_baby | run | run039 | 150k | 30.10.2012 11:03:19 | 30.10.2012 14:57:57 | Unknown | HPK baby stack after irradiation - no cooling
I = 420A and growing (warming up)
positioned centered on p and n
|
77
|
Tue Oct 30 17:24:01 2012 |
Markus Friedl | MicronOrigami_gross | cal | cal040 | 83800 | 30.10.2012 17:20:28 | 30.10.2012 17:54:09 | Unknown | Cooling for 2DSSD established after some struggle.
2DSSD fully read out with cooling
HV= +40 V -40 V I = 2 uA
Beam position: none
Positions of thermal sensors:
11 Kapillare Anfang
12 Kapillare Ende
13 ---
14 unmittelbar nach Kapillare
15 Origami in
16 Origami out
17 Origami -z
18 Origami CE
Strip order:
n-Seite: rechts (Salev) nach links (Jura)
p-Seite: oben nach unten
APV chips with lower noise:
-z ce
p-side #5 #10 (= pos 4)
n-side #13 (= pos1) #19 (= pos 3)
|
78
|
Tue Oct 30 18:35:51 2012 |
Christian Irmler | MicronOrigami_gross | run | run040 | 100k | 30.10.2012 18:23:21 | 30.10.2012 21:55:53 | Unknown | Cooling for 2DSSD established after some struggle.
2DSSD fully read out with cooling
HV= +40 V -40 V I = 2.1 uA
Beam position:
Origami -z
p-side: APV #5
n-side: APV #13 (= pos.1 of -z)
Positions of thermal sensors:
11 Kapillare Anfang
12 Kapillare Ende
13 ---
14 unmittelbar nach Kapillare
15 Origami in
16 Origami out
17 Origami -z
18 Origami CE
Strip order:
n-Seite: rechts (Salev) nach links (Jura)
p-Seite: oben nach unten
APV chips with lower noise:
-z ce
p-side #5 #10 (= pos 4)
n-side #13 (= pos1) #19 (= pos 3) |
Attachment 1: temperatures_run040.jpg
| |
79
|
Tue Oct 30 22:15:41 2012 |
Markus Friedl | MicronOrigami_gross | run | run041 | 100k | 30.10.2012 22:09:13 | | Unknown | Cooling for 2DSSD established after some struggle.
2DSSD fully read out with cooling
HV= +40 V -40 V I = 1.84 uA
Beam position:
Origami ce:
p-side: APV #10 (= pos 4)
n-side: APV #19 (= pos 3)
Positions of thermal sensors:
11 Kapillare Anfang
12 Kapillare Ende
13 ---
14 unmittelbar nach Kapillare
15 Origami in
16 Origami out
17 Origami -z
18 Origami CE
Strip order:
n-Seite: rechts (Salev) nach links (Jura)
p-Seite: oben nach unten
APV chips with lower noise:
-z ce
p-side #5 #10 (= pos 4)
n-side #13 (= pos1) #19 (= pos 3)
|
Attachment 1: temperatures_run041.jpg
| |
80
|
Wed Oct 31 15:54:59 2012 |
Christian Irmler | common | Ethernetkabel zu H6A | | | | | Unknown | Ethernetkabel HNA447 -> H6A:
Das obere Ende im Counting Hut liegt im Zwischenboden unterhalb der orangenen Steckdose beim Eingang mit dem elektronischen Zahlenschloß.
Das untere Ende in der Zone hängt aufgerollt an einem Pfeiler der Kabeltasse, unweit der Stelle an der das Kabel von oben hinunter gelassen wurden. Das ist ewta dort wo die Stiege zu PPE146 endet.
siehe Fotos :) |
Attachment 1: 2012-10-31_15.47.42.jpg
| |
Attachment 2: 2012-10-31_12.28.32.jpg
| |
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