Belle stack 3: 2DSSD-Origami, Wedge_New_1, Wedge_old

HV = +- 50V
I_ges = 11.6 µA

Position of xy table:
x = 49, y = -1

Temperatures at start of run:

Measurement on cooling pipe:
Origami IN: -15,5 degC
Origami OUT = Wedge_New_1 IN: -5,5 degC
Micron_New_1 OUT = Wedge_Old IN: +9,0 degC
Micron_Old OUT: +8.2 degC

Measurement on cooling block
Wedge_New_1: +14.6 degC
Wedge_Old: +18.7 degC

Belle stack 3, other position (CE)

Position of xy table:

x=-37, y=-9

13.10.2012  21:41:34  event=0  Disk space: Needed=3.30 GB, Available=206.59 GB, Total=931.51 GB
13.10.2012  21:41:34  event=0  DAQ start (mode: Hardware (Normal Run))
13.10.2012  21:41:34  event=0  Init NECO... done
13.10.2012  21:41:35  event=0  Init APVs... done
13.10.2012  21:41:40  event=0  Send 10 dummy triggers to initialize APV pedestals... done
13.10.2012  21:41:40  event=0  Init FADCs... done
13.10.2012  21:41:40  event=0  Taking 600 pedestal events
13.10.2012  21:41:53  event=599  Pedestal and Noise evaluation done - switching to Hardware (Normal Run)
13.10.2012  21:42:39  event=630  rate=0events/s temp/curr=32.2/090.4 32.2/-15.7 32.2/-16.8 32.2/-17.0 30.9/003.9 30.9/003.8 30.9/-00.9 30.9/-01.3
13.10.2012  21:43:39  event=1036  rate=0events/s temp/curr=32.0/090.6 32.2/-15.9 32.2/-17.0 32.2/-17.0 30.9/003.9 30.9/003.8 31.0/-00.9 30.9/-01.4
13.10.2012  21:44:39  event=1848  rate=0events/s temp/curr=32.2/090.4 32.2/-15.9 32.2/-16.8 32.2/-17.0 30.9/003.8 30.9/003.9 30.9/-00.9 30.9/-01.4
13.10.2012  21:45:39  event=2252  rate=0events/s temp/curr=32.2/090.6 32.2/-15.9 32.2/-16.8 32.2/-17.0 30.9/003.9 30.9/003.9 30.9/-00.9 30.9/-01.4
13.10.2012  21:46:40  event=2651  rate=0events/s temp/curr=32.2/090.6 32.2/-15.9 32.2/-16.8 32.2/-17.0 30.9/003.9 30.9/003.9 30.9/-00.9 30.9/-01.4
13.10.2012  21:47:39  event=3202  rate=42events/s temp/curr=32.0/090.6 32.2/-15.9 32.2/-17.0 32.0/-17.0 30.7/003.9 30.9/003.9 30.9/-00.9 30.9/-01.4
13.10.2012  21:48:39  event=3794  rate=0events/s temp/curr=32.2/090.6 32.0/-15.9 32.0/-16.8 32.0/-17.0 30.9/003.9 30.7/003.8 30.9/-00.9 30.9/-01.3
13.10.2012  21:49:40  event=4165  rate=0events/s temp/curr=32.2/090.6 32.2/-15.9 32.2/-16.8 32.2/-16.8 30.9/003.8 30.7/003.9 30.9/-00.9 30.9/-01.4
13.10.2012  21:50:39  event=4569  rate=0events/s temp/curr=32.0/090.6 32.0/-15.9 32.0/-17.0 32.0/-17.1 30.7/003.8 30.7/003.9 30.7/-00.9 30.9/-01.3
13.10.2012  21:51:39  event=4609  rate=0events/s temp/curr=32.0/090.6 32.2/-15.9 32.0/-16.8 32.0/-17.0 30.7/003.9 30.7/003.9 30.7/-00.9 30.9/-01.4
13.10.2012  21:52:39  event=4625  rate=0events/s temp/curr=32.2/090.4 32.0/-15.7 32.0/-16.8 32.0/-17.0 30.7/003.9 30.7/003.9 30.9/-00.9 30.9/-01.4
13.10.2012  21:53:40  event=4646  rate=0events/s temp/curr=32.0/090.6 32.0/-15.9 32.0/-16.8 32.0/-17.0 30.7/003.8 30.7/003.8 30.7/-00.9 30.7/-01.4
13.10.2012  21:54:39  event=5183  rate=42events/s temp/curr=32.0/090.6 31.9/-15.9 32.0/-17.0 32.0/-17.0 30.7/003.8 30.7/003.9 30.7/-00.9 30.7/-01.4
13.10.2012  21:55:39  event=5814  rate=0events/s temp/curr=32.0/090.6 32.0/-15.9 32.0/-16.8 32.0/-17.0 30.7/003.9 30.7/003.9 30.7/-00.9 30.7/-01.4
13.10.2012  21:56:38  event=6222  rate=0events/s temp/curr=32.0/090.6 32.0/-15.9 32.0/-17.0 32.0/-17.0 30.7/003.9 30.7/003.9 30.7/-00.9 30.7/-01.4
13.10.2012  21:57:40  event=6633  rate=0events/s temp/curr=32.0/090.6 32.0/-15.9 32.0/-17.0 32.0/-16.8 30.7/003.9 30.7/003.9 30.7/-00.9 30.7/-01.4
13.10.2012  21:58:38  event=7259  rate=39events/s temp/curr=32.0/090.6 32.0/-15.9 32.0/-17.0 32.0/-17.0 30.7/003.8 30.7/003.9 30.7/-00.9 30.7/-01.4
13.10.2012  21:59:39  event=7667  rate=0events/s temp/curr=32.0/090.6 32.0/-15.7 32.0/-17.0 32.0/-17.0 30.7/003.9 30.7/003.9 30.7/-00.9 30.7/-01.4
13.10.2012  22:00:38  event=7712  rate=0events/s temp/curr=32.0/090.6 32.0/-15.9 32.0/-17.0 31.9/-16.8 30.7/003.9 30.6/003.9 30.7/-00.9 30.7/-01.4
13.10.2012  22:01:38  event=8161  rate=42events/s temp/curr=32.0/090.4 32.0/-15.9 32.0/-17.0 32.0/-17.0 30.7/003.9 30.7/003.9 30.7/-00.9 30.7/-01.4
13.10.2012  22:02:38  event=8656  rate=0events/s temp/curr=32.0/090.6 32.0/-15.9 32.0/-17.0 32.0/-17.0 30.6/003.9 30.6/003.9 30.7/-00.9 30.7/-01.4
13.10.2012  22:03:38  event=9060  rate=0events/s temp/curr=32.0/090.6 32.0/-15.9 31.9/-17.0 31.9/-17.0 30.6/003.9 30.7/003.9 30.7/-00.9 30.7/-01.4
13.10.2012  22:04:38  event=9463  rate=0events/s temp/curr=32.0/090.6 32.0/-15.9 32.0/-17.0 32.0/-17.0 30.7/003.9 30.6/003.9 30.7/-00.9 30.6/-01.4
13.10.2012  22:05:38  event=9942  rate=2events/s temp/curr=32.0/090.4 31.9/-15.9 32.0/-17.0 32.0/-17.0 30.7/003.9 30.6/003.9 30.6/-00.9 30.6/-01.4
13.10.2012  22:06:39  event=10353  rate=0events/s temp/curr=32.0/090.4 31.9/-15.9 31.9/-17.0 32.0/-17.0 30.6/003.9 30.6/003.9 30.6/-00.8 30.7/-01.4
13.10.2012  22:07:38  event=10381  rate=0events/s temp/curr=32.0/090.6 32.0/-15.9 32.0/-17.0 32.0/-17.0 30.6/003.9 30.6/003.9 30.7/-00.9 30.6/-01.4
13.10.2012  22:08:38  event=10843  rate=41events/s temp/curr=31.9/090.4 31.9/-15.9 32.0/-16.8 32.0/-16.8 30.6/003.9 30.6/003.9 30.6/-00.9 30.6/-01.4
13.10.2012  22:09:38  event=11272  rate=0events/s temp/curr=31.9/090.6 31.9/-15.9 32.0/-17.0 32.0/-17.0 30.6/003.9 30.6/003.9 30.6/-00.9 30.7/-01.4
13.10.2012  22:10:38  event=11467  rate=0events/s temp/curr=31.9/090.6 32.0/-15.9 32.0/-16.8 32.0/-16.8 30.7/003.9 30.6/003.9 30.6/-00.9 30.6/-01.4
13.10.2012  22:11:38  event=11778  rate=0events/s temp/curr=31.9/090.6 32.0/-15.9 32.0/-16.8 32.0/-16.8 30.6/003.9 30.6/003.9 30.6/-00.9 30.6/-01.4
13.10.2012  22:12:38  event=12495  rate=43events/s temp/curr=31.9/090.6 32.0/-15.9 32.0/-16.8 32.0/-17.0 30.6/003.9 30.7/003.9 30.6/-00.9 30.6/-01.4
13.10.2012  22:13:39  event=12658  rate=0events/s temp/curr=32.0/090.4 32.0/-15.9 32.0/-16.8 32.0/-16.8 30.6/003.9 30.6/003.8 30.6/-00.9 30.6/-01.4
13.10.2012  22:14:38  event=13063  rate=0events/s temp/curr=32.0/090.6 32.0/-15.9 32.0/-16.8 32.0/-17.0 30.6/003.9 30.6/003.9 30.6/-00.9 30.6/-01.4
13.10.2012  22:15:38  event=13422  rate=5events/s temp/curr=32.0/090.6 32.0/-15.9 32.0/-17.0 32.0/-17.0 30.7/003.9 30.7/003.8 30.7/-00.9 30.7/-01.4
13.10.2012  22:16:38  event=14130  rate=0events/s temp/curr=31.9/090.4 31.9/-15.9 31.9/-16.8 32.0/-17.0 30.7/003.9 30.6/003.9 30.6/-00.9 30.6/-01.4
13.10.2012  22:17:38  event=14146  rate=0events/s temp/curr=31.9/090.6 32.0/-15.9 32.0/-17.0 32.0/-16.8 30.7/003.9 30.7/003.9 30.6/-00.9 30.6/-01.4
13.10.2012  22:18:38  event=14551  rate=0events/s temp/curr=31.9/090.6 32.0/-15.9 32.0/-16.8 32.0/-17.0 30.6/003.9 30.7/003.8 30.6/-00.9 30.7/-01.4
13.10.2012  22:19:38  event=15209  rate=42events/s temp/curr=31.9/090.6 31.9/-15.9 32.0/-17.0 31.9/-17.0 30.7/003.9 30.7/003.8 30.7/-00.9 30.7/-01.4
13.10.2012  22:20:38  event=15568  rate=0events/s temp/curr=32.0/090.6 31.9/-15.9 32.0/-16.8 32.0/-17.0 30.7/003.9 30.6/003.9 30.6/-00.9 30.7/-01.4
13.10.2012  22:21:38  event=15971  rate=0events/s temp/curr=31.9/090.6 31.9/-15.9 31.9/-17.0 31.9/-17.0 30.6/003.9 30.6/003.9 30.6/-00.9 30.6/-01.4
13.10.2012  22:22:38  event=16378  rate=0events/s temp/curr=31.9/090.6 32.0/-15.9 32.0/-17.0 32.0/-16.8 30.6/003.9 30.6/003.9 30.6/-00.9 30.6/-01.4
13.10.2012  22:23:29  event=16952  Spawning new data file: D:\cern12\belle_stack3\data\run004.dat.001
13.10.2012  22:23:38  event=17188  rate=0events/s temp/curr=31.9/090.6 32.0/-15.9 31.9/-16.8 31.9/-17.0 30.6/003.9 30.6/003.9 30.6/-00.9 30.6/-01.4
13.10.2012  22:24:38  event=17596  rate=0events/s temp/curr=31.9/090.6 31.9/-15.9 31.9/-16.8 31.9/-17.0 30.6/003.9 30.6/003.9 30.6/-00.9 30.6/-01.4
13.10.2012  22:25:38  event=18006  rate=0events/s temp/curr=31.9/090.6 31.9/-15.9 31.9/-16.8 31.9/-16.8 30.6/003.9 30.6/003.8 30.6/-00.9 30.6/-01.4
13.10.2012  22:26:37  event=18621  rate=43events/s temp/curr=31.9/090.4 31.9/-15.9 32.0/-17.0 31.9/-17.0 30.6/003.9 30.6/003.9 30.6/-00.9 30.6/-01.4
13.10.2012  22:27:37  event=19214  rate=0events/s temp/curr=32.0/090.6 31.9/-15.9 31.9/-17.0 31.9/-16.8 30.6/003.9 30.6/003.9 30.6/-00.9 30.6/-01.4
13.10.2012  22:28:37  event=19622  rate=0events/s temp/curr=31.9/090.6 31.9/-15.9 32.0/-17.0 31.9/-17.0 30.5/003.9 30.6/003.9 30.6/-00.9 30.6/-01.4
13.10.2012  22:29:37  event=20021  rate=0events/s temp/curr=31.9/090.6 31.9/-15.9 31.9/-17.0 31.9/-17.0 30.6/003.9 30.6/003.9 30.5/-00.9 30.5/-01.4
13.10.2012  22:30:38  event=20831  rate=0events/s temp/curr=31.9/090.6 31.9/-15.9 31.9/-16.8 31.9/-17.0 30.6/003.9 30.5/003.9 30.6/-00.9 30.5/-01.3
13.10.2012  22:31:37  event=20976  rate=0events/s temp/curr=31.9/090.6 31.9/-15.9 31.9/-16.8 31.9/-17.0 30.5/003.9 30.6/003.9 30.6/-00.9 30.5/-01.4
13.10.2012  22:32:37  event=21378  rate=0events/s temp/curr=31.9/090.6 31.9/-15.9 31.8/-17.0 31.9/-17.0 30.5/003.9 30.5/003.9 30.5/-00.9 30.5/-01.4
13.10.2012  22:33:37  event=21945  rate=43events/s temp/curr=31.8/090.6 31.8/-15.9 31.9/-17.0 31.9/-17.0 30.6/003.9 30.5/003.9 30.6/-00.9 30.6/-01.3
13.10.2012  22:34:39  event=22587  rate=0events/s temp/curr=31.9/090.6 31.8/-15.9 31.8/-17.0 31.8/-17.0 30.5/003.9 30.5/003.9 30.6/-00.9 30.5/-01.4
13.10.2012  22:35:37  event=22993  rate=0events/s temp/curr=31.8/090.6 31.8/-15.9 31.8/-16.8 31.9/-16.8 30.5/003.9 30.5/003.9 30.5/-00.8 30.5/-01.4
13.10.2012  22:36:37  event=23023  rate=0events/s temp/curr=31.8/090.6 31.8/-15.9 31.9/-16.8 31.9/-17.0 30.5/003.9 30.5/003.9 30.6/-00.9 30.5/-01.4
13.10.2012  22:37:37  event=23447  rate=1events/s temp/curr=31.8/090.4 31.8/-15.9 31.9/-16.8 31.9/-17.0 30.5/003.9 30.5/004.1 30.5/-00.9 30.5/-01.4
13.10.2012  22:38:37  event=23856  rate=0events/s temp/curr=31.8/090.6 31.7/-15.9 31.8/-17.0 31.9/-17.0 30.5/003.9 30.5/003.9 30.5/-00.9 30.5/-01.3
13.10.2012  22:39:39  event=23875  rate=0events/s temp/curr=31.8/090.6 31.8/-15.9 31.8/-17.0 31.8/-16.8 30.5/003.9 30.5/003.9 30.5/-00.9 30.4/-01.4
13.10.2012  22:40:38  event=23902  rate=2events/s temp/curr=31.8/090.6 31.8/-15.9 31.8/-16.8 31.8/-17.0 30.5/003.9 30.4/003.9 30.5/-00.9 30.5/-01.4
13.10.2012  22:41:38  event=23919  rate=0events/s temp/curr=31.8/090.6 31.8/-15.9 31.8/-17.0 31.8/-17.0 30.4/003.9 30.4/003.9 30.4/-00.9 30.5/-01.4
13.10.2012  22:42:40  event=23945  rate=0events/s temp/curr=31.8/090.6 31.8/-16.0 31.9/-16.8 31.8/-16.8 30.4/003.9 30.5/003.9 30.4/-00.9 30.5/-01.4
13.10.2012  22:43:39  event=24272  rate=0events/s temp/curr=31.8/090.6 31.7/-16.0 31.8/-17.0 31.7/-17.0 30.4/003.9 30.5/003.9 30.4/-00.9 30.4/-01.4
13.10.2012  22:44:39  event=24357  rate=0events/s temp/curr=31.8/090.4 31.8/-15.9 31.8/-16.8 31.7/-17.0 30.4/003.9 30.5/003.9 30.4/-00.9 30.5/-01.4
13.10.2012  22:45:39  event=25049  rate=41events/s temp/curr=31.8/090.6 31.7/-15.9 31.8/-17.0 31.8/-17.0 30.4/003.9 30.4/003.9 30.4/-00.9 30.4/-01.4
13.10.2012  22:46:39  event=25381  rate=0events/s temp/curr=31.8/090.6 31.8/-15.9 31.8/-16.8 31.8/-16.8 30.4/003.9 30.4/003.9 30.4/-00.9 30.4/-01.4
13.10.2012  22:47:39  event=25408  rate=0events/s temp/curr=31.8/090.6 31.8/-16.0 31.8/-16.8 31.8/-16.8 30.4/003.9 30.4/003.9 30.4/-00.9 30.4/-01.4
13.10.2012  22:48:39  event=25971  rate=0events/s temp/curr=31.8/090.6 31.8/-15.9 31.8/-16.8 31.8/-16.8 30.4/003.9 30.4/003.9 30.4/-00.9 30.4/-01.4
13.10.2012  22:49:39  event=25995  rate=0events/s temp/curr=31.8/090.6 31.8/-15.9 31.8/-17.0 31.8/-17.0 30.4/003.9 30.4/003.9 30.4/-00.9 30.4/-01.4
13.10.2012  22:50:39  event=26431  rate=42events/s temp/curr=31.8/090.4 31.7/-15.9 31.8/-16.8 31.7/-17.0 30.4/003.9 30.4/003.9 30.4/-00.9 30.4/-01.4
13.10.2012  22:51:40  event=27036  rate=0events/s temp/curr=31.8/090.6 31.7/-16.0 31.7/-17.0 31.8/-17.0 30.4/004.1 30.4/003.9 30.4/-00.9 30.4/-01.3
13.10.2012  22:52:40  event=27440  rate=0events/s temp/curr=31.7/090.6 31.8/-16.0 31.8/-16.8 31.8/-17.0 30.4/003.9 30.4/003.9 30.4/-00.9 30.4/-01.4
13.10.2012  22:53:39  event=28059  rate=0events/s temp/curr=31.7/090.6 31.7/-16.0 31.8/-16.8 31.8/-17.0 30.4/003.9 30.3/003.9 30.3/-00.9 30.4/-01.4
13.10.2012  22:54:39  event=28327  rate=0events/s temp/curr=31.7/090.6 31.7/-15.9 31.7/-16.8 31.7/-17.0 30.4/003.9 30.4/004.1 30.4/-00.9 30.4/-01.4
13.10.2012  22:55:38  event=28824  rate=42events/s temp/curr=31.7/090.4 31.7/-16.0 31.8/-16.8 31.7/-17.0 30.4/003.9 30.4/004.1 30.4/-00.9 30.4/-01.4
13.10.2012  22:56:38  event=29528  rate=0events/s temp/curr=31.7/090.6 31.7/-16.0 31.7/-16.8 31.7/-17.0 30.4/003.9 30.4/004.1 30.4/-00.9 30.3/-01.4
13.10.2012  22:57:38  event=29933  rate=0events/s temp/curr=31.7/090.4 31.8/-16.0 31.7/-16.8 31.8/-17.0 30.3/003.9 30.4/003.9 30.4/-00.9 30.3/-01.4
13.10.2012  22:57:47  event=30000  Writing signal file D:\cern12\belle_stack3\data\run004.sig...done
13.10.2012  22:57:48  event=30000  DAQ stop (mode: Hardware (Normal Run))
13.10.2012  22:57:48  event=30000  Writing properties file D:\cern12\belle_stack3\data\run004.pro...done
13.10.2012  22:58:38  event=0  rate=0events/s temp/curr=31.8/090.6 31.8/-15.9 31.8/-16.8 31.7/-17.0 30.4/003.9 30.4/004.1 30.4/-00.9 30.4/-01.4
 

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. 

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.

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

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.

Micron baby stack
HV = -100V   I=5.8uA
beam on

Final DESY position (center of vertical beam profile)

Module position: 0 / +5.0 -- hitting the upper half of the sensor (centered on odd APVs)

Micron baby stack
HV = -100V   I=5.4uA
beam on

Final DESY position (center of vertical beam profile)

Module position: 0 / -13.0 -- hitting the lower half of the sensor (centered on even APVs)

Run interrupted due to RF transmitter fault.

Micron baby intermediate stack
HV = -100V   I=6.3uA
beam on

Final DESY position (center of vertical beam profile)

Module position: 0 / -12.0 -- hitting the upper half of the sensor (centered on odd APVs)

Micron baby intermediate stack
HV = -100V   I=6.9uA
beam on

Final DESY position (center of vertical beam profile)

Module position: 0 / -31.0 -- hitting the lower half of the sensor (centered on even APVs)

Infineon Stack Version 1 (with height information, BabyStrips horizontal Strixel vertical)

HV = 300V   I=3uA
beam on

Final DESY position (center of vertical beam profile)

Module position: 0 / 0 -- hitting the center of babies, between strixels

 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: 0 / 3 -- hitting upper part of baby and top strixels

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

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

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

 This run was not recorded in original sequence in the ELOG!!!

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.

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

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.

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.

Belle Stack 4: 2 DSSD -z, Origami #3, #1, wedge new #2
HV = +-45V, Ibias=72A
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

Several periods without beam during this run.

Belle Stack 4: 2 DSSD -z, Origami #3, #1, wedge new #2
HV = +-40V, Ibias=73A
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

Belle Stack 4: 2 DSSD -z, Origami #3, #1, wedge new #2
HV = +-35V, Ibias=69uA
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

Belle Stack 4: 2 DSSD -z, Origami #3, #1, wedge new #2
HV = +-30V, Ibias=70uA
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

Belle Stack 4: 2 DSSD -z, Origami #3, #1, wedge new #2
HV = +-25V, Ibias=65uA
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 more events since 22.10.2012  07:09:53  event=176629 - spill signals removed?

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.

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

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

 Belle Stack 4: 2 DSSD -z, Origami #3, #1, wedge new #2

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

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

Belle stack 2 after gamma irrdiation
HV = +50V -50 V
I = 102 uA
CO2 cooling

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

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

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

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

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

Infineon stack Version 2 after irradiation
HV = +300 V
I = 162 A
 

hitting upper part of strixels and baby, vertically ~centered

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 :-)

HPK baby stack after irradiation - no cooling
I =  420A and growing (warming up)
positioned centered on p and n
 

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)

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)

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

12.10.2012  21:16:33  event=0  Disk space: Needed=0.00 GB, Available=206.59 GB, Total=931.51 GB
12.10.2012  21:16:33  event=0  DAQ start (mode: Calibration Scan)
12.10.2012  21:16:33  event=0  Init NECO... done
12.10.2012  21:16:34  event=0  Init APVs... done
12.10.2012  21:16:37  event=0  Send 10 dummy triggers to initialize APV pedestals... done
12.10.2012  21:16:37  event=0  Init FADCs... done
12.10.2012  21:16:37  event=0  Taking 600 pedestal events
12.10.2012  21:16:45  event=599  Pedestal and Noise evaluation done - switching to Calibration Scan
12.10.2012  21:17:39  event=2459  rate=8events/s temp/curr=32.7/097.5 32.7/-08.2 32.7/-08.3 32.8/-08.3 31.2/001.6 31.2/001.7 31.2/001.6 31.2/001.4
12.10.2012  21:18:43  event=4023  rate=8events/s temp/curr=32.6/097.3 32.7/-08.2 32.7/-08.5 32.7/-08.3 31.1/001.6 31.1/001.6 31.1/001.6 31.1/001.6
12.10.2012  21:19:49  event=5600  rate=50events/s temp/curr=32.7/097.5 32.6/-08.3 32.6/-08.3 32.6/-08.3 31.1/001.6 31.1/001.6 31.1/001.6 31.1/001.6
12.10.2012  21:20:53  event=7990  rate=7events/s temp/curr=32.6/097.5 32.6/-08.2 32.6/-08.5 32.6/-08.3 31.1/001.6 31.0/001.6 31.1/001.6 31.0/001.6
12.10.2012  21:21:59  event=8694  rate=6events/s temp/curr=32.5/097.3 32.6/-08.2 32.6/-08.5 32.6/-08.3 31.1/001.6 31.0/001.6 31.0/001.6 31.0/001.6
12.10.2012  21:23:02  event=11116  rate=66events/s temp/curr=32.5/097.3 32.6/-08.3 32.5/-08.3 32.5/-08.3 31.0/001.4 31.0/001.7 31.0/001.6 31.0/001.6
12.10.2012  21:24:06  event=13095  rate=7events/s temp/curr=32.5/097.3 32.5/-08.3 32.5/-08.3 32.5/-08.3 31.0/001.6 30.9/001.6 31.0/001.6 31.0/001.6
12.10.2012  21:25:08  event=15105  rate=5events/s temp/curr=32.4/097.5 32.5/-08.3 32.5/-08.3 32.5/-08.3 31.0/001.6 30.9/001.6 30.9/001.6 31.0/001.6
12.10.2012  21:26:13  event=16444  rate=7events/s temp/curr=32.5/097.3 32.4/-08.3 32.4/-08.3 32.5/-08.3 30.9/001.6 30.9/001.6 31.0/001.6 31.0/001.6
12.10.2012  21:27:22  event=18050  rate=6events/s temp/curr=32.4/097.5 32.4/-08.3 32.4/-08.5 32.4/-08.5 30.9/001.6 30.9/001.6 30.9/001.6 30.9/001.6
12.10.2012  21:28:25  event=19878  rate=8events/s temp/curr=32.4/097.3 32.4/-08.3 32.4/-08.3 32.4/-08.3 30.7/001.6 30.9/001.6 30.9/001.6 30.7/001.6
12.10.2012  21:29:26  event=21875  rate=7events/s temp/curr=32.3/097.3 32.3/-08.2 32.4/-08.3 32.3/-08.3 30.7/001.4 30.7/001.6 30.7/001.6 30.7/001.6
12.10.2012  21:30:28  event=24200  rate=50events/s temp/curr=32.3/097.3 32.3/-08.2 32.3/-08.3 32.3/-08.5 30.7/001.6 30.7/001.7 30.7/001.6 30.7/001.6
12.10.2012  21:31:33  event=26300  rate=50events/s temp/curr=32.4/097.5 32.3/-08.2 32.4/-08.3 32.3/-08.3 30.7/001.6 30.7/001.7 30.7/001.6 30.7/001.6
12.10.2012  21:32:41  event=28400  rate=9events/s temp/curr=32.3/097.3 32.3/-08.3 32.2/-08.3 32.3/-08.3 30.7/001.6 30.7/001.6 30.7/001.6 30.6/001.6
12.10.2012  21:33:43  event=30300  rate=50events/s temp/curr=32.3/097.5 32.3/-08.3 32.3/-08.3 32.3/-08.3 30.7/001.6 30.7/001.6 30.7/001.6 30.7/001.6
12.10.2012  21:34:46  event=32242  rate=42events/s temp/curr=32.2/097.5 32.3/-08.3 32.2/-08.5 32.3/-08.3 30.7/001.6 30.7/001.7 30.7/001.6 30.6/001.4
12.10.2012  21:35:50  event=34167  rate=67events/s temp/curr=32.2/097.3 32.3/-08.3 32.2/-08.3 32.2/-08.3 30.7/001.6 30.7/001.6 30.7/001.6 30.7/001.4
12.10.2012  21:36:54  event=35928  rate=7events/s temp/curr=32.2/097.3 32.2/-08.3 32.0/-08.3 32.2/-08.3 30.6/001.4 30.7/001.6 30.7/001.6 30.6/001.4
12.10.2012  21:37:54  event=38470  rate=8events/s temp/curr=32.0/097.5 32.2/-08.3 32.2/-08.3 32.2/-08.3 30.6/001.6 30.6/001.6 30.6/001.6 30.6/001.6
12.10.2012  21:39:00  event=40751  rate=1events/s temp/curr=32.2/097.5 32.2/-08.2 32.2/-08.3 32.2/-08.3 30.6/001.6 30.6/001.6 30.6/001.6 30.6/001.6
12.10.2012  21:40:04  event=42861  rate=7events/s temp/curr=32.2/097.5 32.2/-08.3 32.2/-08.3 32.2/-08.3 30.6/001.6 30.6/001.6 30.6/001.6 30.6/001.6
12.10.2012  21:41:05  event=44950  rate=50events/s temp/curr=32.2/097.5 32.2/-08.2 32.0/-08.3 32.2/-08.3 30.5/001.6 30.6/001.6 30.6/001.6 30.6/001.6
12.10.2012  21:42:10  event=47954  rate=4events/s temp/curr=32.2/097.5 32.2/-08.2 32.2/-08.5 32.2/-08.3 30.5/001.6 30.5/001.6 30.5/001.6 30.5/001.6
12.10.2012  21:43:18  event=49909  rate=7events/s temp/curr=32.2/097.3 32.0/-08.3 32.2/-08.3 32.2/-08.3 30.5/001.6 30.5/001.6 30.6/001.6 30.5/001.6
12.10.2012  21:44:17  event=52950  rate=68events/s temp/curr=32.0/097.3 32.2/-08.3 32.0/-08.3 32.0/-08.3 30.5/001.6 30.5/001.6 30.5/001.6 30.5/001.6
12.10.2012  21:45:17  event=55800  rate=50events/s temp/curr=32.2/097.3 32.2/-08.2 32.2/-08.3 32.2/-08.3 30.4/001.6 30.5/001.6 30.5/001.6 30.5/001.6
12.10.2012  21:46:18  event=59281  rate=31events/s temp/curr=32.2/097.5 32.2/-08.2 32.2/-08.5 32.0/-08.3 30.5/001.6 30.5/001.6 30.5/001.6 30.5/001.6
12.10.2012  21:47:19  event=61723  rate=73events/s temp/curr=32.0/097.5 32.0/-08.2 32.2/-08.5 32.0/-08.3 30.4/001.6 30.5/001.6 30.5/001.6 30.4/001.6
12.10.2012  21:48:20  event=64750  rate=60events/s temp/curr=32.0/097.3 32.2/-08.2 32.0/-08.5 32.0/-08.5 30.5/001.6 30.5/001.6 30.5/001.6 30.4/001.6
12.10.2012  21:49:21  event=66450  rate=50events/s temp/curr=32.0/097.3 32.2/-08.3 32.0/-08.3 32.0/-08.3 30.5/001.6 30.5/001.7 30.4/001.6 30.5/001.6
12.10.2012  21:50:23  event=69850  rate=2events/s temp/curr=32.0/097.5 32.0/-08.3 32.0/-08.5 32.0/-08.3 30.5/001.6 30.4/001.6 30.5/001.6 30.5/001.6
12.10.2012  21:51:23  event=73142  rate=7events/s temp/curr=32.0/097.3 32.2/-08.3 32.0/-08.3 32.0/-08.3 30.4/001.6 30.5/001.6 30.4/001.6 30.4/001.4
12.10.2012  21:52:33  event=74250  rate=5events/s temp/curr=32.0/097.3 31.9/-08.2 32.0/-08.3 32.0/-08.3 30.4/001.6 30.4/001.6 30.4/001.6 30.4/001.6
12.10.2012  21:53:43  event=75006  rate=30events/s temp/curr=32.0/097.3 32.0/-08.3 32.0/-08.3 32.0/-08.3 30.4/001.6 30.4/001.6 30.4/001.6 30.4/001.4
12.10.2012  21:54:45  event=76973  rate=6events/s temp/curr=32.0/097.3 32.0/-08.3 32.0/-08.5 32.0/-08.3 30.4/001.6 30.4/001.6 30.3/001.6 30.4/001.6
12.10.2012  21:55:49  event=78788  rate=6events/s temp/curr=32.0/097.5 31.9/-08.2 31.9/-08.3 32.0/-08.3 30.4/001.6 30.4/001.6 30.3/001.6 30.4/001.6
12.10.2012  21:56:57  event=80261  rate=7events/s temp/curr=32.0/097.5 31.9/-08.2 31.9/-08.3 32.0/-08.3 30.4/001.4 30.4/001.6 30.4/001.6 30.4/001.6
12.10.2012  21:57:58  event=82550  rate=64events/s temp/curr=31.9/097.3 32.0/-08.3 31.9/-08.3 31.9/-08.3 30.4/001.6 30.4/001.6 30.4/001.6 30.3/001.6
12.10.2012  21:58:54  event=83800  Processing calibration data... done
12.10.2012  21:58:55  event=83800  Writing calibration file D:\cern12\micronbaby\data\cal001.cal...done
12.10.2012  21:59:02  event=83800  DAQ stop (mode: Calibration Scan)
12.10.2012  21:59:02  event=83800  Writing properties file D:\cern12\micronbaby\data\cal001.pro...done
 

Belle stack 3 (2-DSSD, Micron new, Micron old)
HV = +-50V   I=10.5A
beam on CE sensor

CO2 gas cooling:
Temp. @ Origami ~ -18°C (inlet) / -8°C (outlet)
Temp. @ Wedge new1: ~ 0°C
Temp. @ Wedge old: ~ -5°C

Micron baby intermediate stack

HV = -100 V
I = 6.9 uA

Infineon Stack Version 1 (with height information, BabyStrips horizontal Strixel vertical)

HV = 300V   I=3.1 uA

Origami Stack 2a: Origami #4, Wedge new1
reading out all 6 APV of p-side
HV = +-40V, Ibias=5.12µA
 

no beam

no cooling

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

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.

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)

Belle Stack 4: 2 DSSD -z, Origami #3, #1, wedge new #2
HV = +-40V, Ibias=72uA
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

Belle Stack 4: 2 DSSD -z, Origami #3, #1, wedge new #2
HV = +-35V, Ibias=69uA
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

Belle Stack 4: 2 DSSD -z, Origami #3, #1, wedge new #2
HV = +-30V, Ibias=70uA
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

Belle Stack 4: 2 DSSD -z, Origami #3, #1, wedge new #2
HV = +-25V, Ibias=65uA
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

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

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

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

 Belle Stack 4: 2 DSSD -z, Origami #3, #1, wedge new #2

 Belle Stack 4: 2 DSSD -z, Origami #3, #1, wedge new #2

After irradiation

Micron baby stack after gamma irrdiation
HV = -100 V
I = -58 uA

Belle stack 2 after irradiation

HV = +50V -50V

I = 112 µA

CO2 cooling

Micron Baby stack 2 after irradiation (intermediate strips)
HV = -100 V
I = 33 uA

Infineon stack Version 2 after irradiation
HV = +300 V
I = 137 A
 

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

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
 

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)

2nd week:

Markus: 38 - 420   (phone: 70 420)

Thomas: 38 - 431   (phone: 70 431)

Chrisu: 38 - 428   (phone:  70 428)

Manni: 38 - 434   (phone: 70 434)

1st week:

Markus: 41 - 130   (phone: 60 130)

Annekathrin: 41 - 206   (phone: 60 206)

Thomas: 39 - 108   (phone: 79 108)

Chrisu: 41 - 224   (phone: 60 224)

Manni: 39 - 317   (phone: 79 317)

Marko: 39 - 206   (phone: 79 206)

HEPHYs CERN Handy: 162471 

Bat. 887 HNA-451:  C3568Y

Bat. 887 HNA-447: 12345 (westseitige Tür)

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 :-)

Module in Beamrichtung:

2-DSSD Origami  -z
2-DSSD Origami ce
1 Micron Wedge New
1 Micron Wedge Old

n-Seite: Beam abgewand
p-Seite: Beam zugewand

Ausleserichtung Origami:

n-Seite aufsteigend links -> rechts
p-Seite aufsteigend oben -> unten

Ausleserichtung Wedge:

p-Seite: unten -> oben
n-Seite: rechts -> links

Breite Seite der Wedge Sensoren links

Auslese der p-Seite mit 4 APVs:
Origami: Obere 4 APVs (letzte 2 APVs nicht ausgelesen, unten)
Micron: APVs 4,5 nicht ausgelesen (2 obersten)

Micron new: APV0 auf n-Seite I²C - Fehler, APV3 auf p-Seite hat 1/2 Signal

Belle stack 2:

Modules:

1. Origami #4
2. Origami #3
3. Wedge new 1
4. Wedge old

n-Seite: Beam abgewand
p-Seite: Beam zugewand

Ausleserichtung Origami und Wedge:

• n-Seite: rechts -> links
• p-Seite: unten -> oben

Breite Seite der Wedge Sensoren links

Auslese der p-Seiten mit 4 APVs:
Origami: die beiden obersten APVs (#4,5) nicht ausgelesen
Micron: die beiden obersten APVs (#4,5) nicht ausgelesen

Micron new: APV0 auf n-Seite I²C - Fehler

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

Prost, Bergi!

(Das ist nur ein Test, ob du wirklich all die Elog-Emails liest.)

So steuert man einen Testbeam!

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

 Liebe Kollegen,

wir brechen. auf. Wünscht uns Glück!

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 :)

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

Micron baby stack with every other strip 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-I-1                             0.0                                               B2Micron_2965_16_baby2
COMM-I-2                             26.0                                             B2Micron_2965_17_baby2
SPRAY-I-1                            50.4                                             B2Micron_2825_15_baby2  (known issue: I2C-error of APV3)
SPRAY-I-2                            76.2                                             B2Micron_2825_15_baby3
COMB-I-1                             101.8                                           B2Micron_2965_16_baby4
COMB-I-2                             136.8                                           B2Micron_2965_17_baby4
ATOLL-I-1                            161.0                                           B2Micron_2965_10_baby3
ATOLL-I-2                            185.3                                           B2Micron_2965_13_baby3

Wir haben ja schon seit langem vermutet, dass man mit reiner Gasphase nicht kühlen kann. Jetzt erbringen wir den experimentellen Beweis dafür.

Expandierendes Gas kühlt zwar auch, aber nicht so tief runter und vor allem sind beträchtliche Temperaturdifferenzen zwischen den einzelnen Modulen zu beobachten. Das erste Origami bekommt etwa -13°C aber bis zum letzten Micron sind wir auf Raumtemperatur.

Warum das Ganze? Weil Bergi eine CO2-Batterie ohne Steigrohr bestellt hat. Annekathrin ist zwar froh, dass wir das herausgefunden hat und nicht ihre Anlage schuld ist, aber auch traurig, weil dieser Testbeam natürlich die Krönung ihrer Diplomarbeit hätte sein sollen.

Bestellung 27.9.2011 (EDH: Material Request 4732023): SCEM 60.04.15.150.4 = CO2 30 BK 12 CYL. 450 KG (TP); Price: 671 CHF -- das "TP" steht für tube plongeur, zu deutsch: Steigrohr

Bestellung 15.9.2012 (EDH: Material Request 5033041): SCEM 60.04.15.110.3 = CO2 30 BK 12 CYL. - 450 KG; Price: 391 CHF -- das ist erstens eine Andere SCEM (die von 2011 gibt es nicht mehr) und es steht kein "TP". Allein die andere Nummer hätte eine Rückfrage bei Annekathrin implizieren müssen.

Bergi: Das kostet dich ein großes "sumimasen".

Derzeit laufen wir mit Gaskühlung, aber natürlich denken wir schon an einen Plan B.

Über den offiziellen Weg am CERN kriegen wir niemals rechtzeitig CO2-Flaschen, weil die im Store gar nicht lagernd sind.

Montag früh könnten wir mit dem großen Auto zu einem Gashändler in der Nähe fahren und hoffen, dass dort 3 große Gasflaschen mit Steigrohr auf Lager sind. Batterie ist natürlich hoffnungslos, das können wir nicht ohne fremde Hilfe transportieren, einzelne Flaschen hingegen schon.

Eine andere Frage wäre, ob Hans Postema et al. ein paar richtige Gasflaschen auf Lager haben, die wir uns kurzfristig ausborgen könnten.

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.