BSO Cosmic Ray Test
Cosmic Ray Test
1>HV Settings
Energy deposit classification
Front panel schematic diagram
2>Mappings
800x600
Channel |
CH0 |
CH1 |
CH2 |
CH3 |
CH4 |
CH5 |
CH6 |
CH7 |
CH8 |
BSO # |
03 |
11 |
01 |
07 |
08 |
10 |
02 |
06 |
04 |
Table 1: Mapping between crystal number and readout channel.
The crystal performance and PMT parameters are listed in the table below:
BSO # |
01 |
02 |
03 |
04 |
10 |
06 |
07 |
08 |
11 |
LY[pe/MeV] |
37.9 |
43.9 |
49.8 |
46.9 |
53.9 |
58.4 |
53.5 |
86.9 |
81.2 |
PMT # |
1829 |
1847 |
1848 |
1833 |
1832 |
1845 |
1830 |
1843 |
1844 |
Gain HV=-800V |
8.6e5 |
5.1e5 |
4.3e5 |
4.7e5 |
3.6e5 |
3.2e5 |
3.7e5 |
1.4e5 |
1.9e5 |
Table 2: Mapping of crystal number and PMT parameters.
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3>Raw Signal
4>DAQ System
DAQ System: QT Board
Trigger Setting.
Trg = Sum(QT_channel) > Threshold.
5>Work dir
/star/u/zhoulong/data02/crystal/SLAC
Reference:
Les's email.
QT data for one channel have 12 bits
Run=1501300+R
Thr is on the 32-channel sum for qt3 ["j"=3]
Map
qt3-A1 UL
A2 ML
A3 UR
A4 ML
A5 MM
A6 MR
A7 LL
A8 LM
B1 LR
R Trg Thr Nevt
3 ped -- 1000
4 trg 50 7
5 trg 25 262
6 trg 10 1000
7 trg 5 1000
files = /star/u/lbland/slac/andy_run1501300[R].001.root
data in event - see attached 20150113.txt
Array qt(i,j,c)
i - channel number on board [for PAW, from 1 to 32
for root, from 0 to 31]
j - board number [for PAW, from 1 to 24
for root, from 0 to 23]
c - crossing number
[for PAW, 1-> triggered; 2-> pre ; 3 -> post]
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