HAS TO BE REPEATED!!! Before this run there were changes in the trigger line (vetoing the trigger when no spill), and thus the timing is incorrect.

hit modules in bottom right corner -> Zones narrow and half-narrow for COMB_IRRAD, Zones wide and half-wide for COMM_IRRAD

Position of HEPHY x-z-table:
x = 322
z = 89

Origami6
HV=+-40V, no cooling
beam on
Istart=95,2µA
pos: x=306, y=87 (centered)

longterm files (same files used for cal004 and run005):
It-pos-0410112056.txt 
It-neg-0410112056.txt  

currents and temp:
05.10.2011  09:11:21  event=329649  rate=0events/s temp/curr=33.0/-23.9 33.0/-28.9 33.0/-28.9 32.0/020.1 32.0/025.0 32.0/060.0

This calibration file can not be used, due to wrong I2C settings!

Origami6
HV=+-40V
beam on

CO2 cooling: 
preassure @ P_TT_4 = 18.77 bar
mass flow = 0.9 g/s

I=22.45µA

longterm files (same files used for cal005 and run006):
It-pos-0510111122.txt 
It-neg-0510111122.txt  

currents and temperatures:
05.10.2011  12:05:53  event=2883  rate=37events/s temp/curr=35.0/-05.6 35.0/-06.3 35.0/-06.9 34.2/001.9 34.1/002.5 34.1/022.6
05.10.2011  12:36:53  event=83350  rate=48events/s temp/curr=34.4/-05.5 34.5/-06.1 34.5/-06.9 33.9/001.7 33.9/002.4 33.9/022.5
 

Run stopped after 24692 events, because all n-side APV failed due to a shortcut of a capacitor (C223) on n-side rebo

Origami6
HV=+-40V
beam on

CO2 cooling: 
preassure @ P_TT_4 = 18.77 bar
mass flow = 0.9 g/s

I=22.25µA

longterm files (same files used for cal005 and run006):
It-pos-0510111122.txt 
It-neg-0510111122.txt  

currents and temperatures:
05.10.2011  12:56:54  event=985  rate=0events/s temp/curr=35.0/-05.5 35.0/-06.1 34.9/-06.9 34.2/001.7 34.3/002.4 34.3/022.3
 

Run stopped after 17845 events, because of bad trigger timing

Origami6
HV=+-40V
beam on

CO2 cooling: 
preassure @ P_TT_4 = 18.77 bar
mass flow = 0.9 g/s

I=20µA

longterm files (same files used for cal005 and run006):
It-pos-0510111531.txt 
It-neg-0510111531.txt  

currents and temperatures:
05.10.2011  19:30:51  event=17469  rate=0events/s temp/curr=35.6/-05.6 35.6/-06.1 35.6/-07.1 35.1/001.9 35.1/002.4 35.1/020.9
 

falsches config file (single statt multi6)

no cooling
beam on; xy table position x=322  y=80
HV=200V Istart_PY=7.6uA;  Istart_N=0.42
std. I2C settings

wrong timing

no cooling
beam on; xy table position x=322  y=80
HV=200V Istart_PY=7.6uA;  Istart_N=0.42
std. I2C settings

Sr90, large scintillator,
HVret @ Origami closed
HVret @ SMU connected
Origami Mod. #4
HV=+-40V, Ibias=1,6µA
CO2 cooling on, Tin=-20.5°C, Tout=-21.5°C

I²C settings for cooled APV chips --> same as used in run010

e:\cvi-projects\apvdaq_fadc\origami6_V2_multi6_cooled.cfg

Lab measurement with new dark box but old, large scintillator

Wires between HV connectors ground and HVret conntact at the mambo were open --> no HVret conntection between module and SMUs!
Moreover the SMU Inv. Nr. 545-078 has either an unstable output or problems with the current measurement.

Irradiated modules from last year:

COMB-IRRAD: B2Micron_2826_19_Baby4: combined p-stop, intermediate strips (was DUT4)
COMM-IRRAD: B2Micron_2826_07_Baby2: common p-stop, intermediate strips (was DUT3)
(the irradiated atoll p-stop sensor was destroyed for electron microscopy and SRP)

Unirradiated modules from last year:

COMB-1: B2Micron_2826_01_Baby4: combined p-stop, intermediate strips (was TRK6)
COMM-1: B2Micron_2826_19_Baby2: common p-stop, intermediate strips (was TRK7)
ATOLL-1: B2Micron_2826_07_Baby3: atoll p-stop, intermediate strips (was prepared, but not used in the beam test)

New modules:

SPRAY-I-1: B2Micron_2825_15_Baby2: p-spray, intermediate strips
SPRAY-I-2: B2Micron_2825_15_Baby3: p-spray, intermediate strips
SPRAY-1: B2Micron_2825_05_Baby3: p-spray, no intermediate strips
SPRAY-2: B2Micron_2825_05_Baby4: p-spray, no intermediate strips
COMB-2: B2Micron_2826_17_Baby4: combined p-stop, intermediate strips
COMM-2: B2Micron_2826_17_Baby2: common p-stop, intermediate strips
ATOLL-2: B2Micron_2826_17_Baby3: atoll p-stop, intermediate strips

Sensor: B2Micron_2826_17_Baby3

p-stop: Atoll, with intermediate strips

Hybrid p-side: H35 (reused from last year)
Hybrid n-side: MB3

Sensor: B2Micron_2826_17_Baby2

p-stop: Common, with intermediate strips

Hybrid p-side: H34 (reused from last year)
Hybrid n-side: MB4

Sensor: B2Micron_2826_17_Baby4

p-stop: Combined with intermediate strips

Hybrid p-side: H42 (reused from last year)
Hybrid n-side: MB3

Sensor: B2Micron_2825_05_Baby4

p-stop: p-spray WITHOUT intermediate strips

Hybrid p-side: H44 (reused from last year)
Hybrid n-side: MB6

Sensor: B2Micron_2825_15_Baby3

p-stop: p-spray WITH intermediate strips

Hybrid p-side: H43 (reused from last year)
Hybrid n-side: MB7

Sensor: B2Micron_2825_05_Baby3

p-stop: p-spray WITHOUT intermediate strips

Hybrid p-side: H32 (reused from last year)
Hybrid n-side: MB8

Sensor: B2Micron_2825_15_Baby2

p-stop: p-spray WITH intermediate strips

Hybrid p-side: MB1
Hybrid n-side: MB9

Sensor: B2Micron_2826_19_Baby2 (reused from last year, was TRK7)

p-stop: Common, with intermediate strips

Hybrid p-side: H46
Hybrid n-side: M37

Sensor: B2Micron_2826_01_Baby4 (reused from last year, was TRK6)

p-stop: Combined, with intermediate strips

Hybrid p-side: H45
Hybrid n-side: M36

Sensor: B2Micron_2826_07_Baby3 (reused from last year, but was not used in beam test SPS2010)

p-stop: Atoll, with intermediate strips

Hybrid p-side: H40
Hybrid n-side: M30

Sensor: B2Micron_2826_19_Baby4 (reused from last year, was DUT4, module is irradiated to 700 kGy)

p-stop: Combined, with intermediate strips, irradiated

Hybrid p-side: H48
Hybrid n-side: M35