2003 Summer Test Beam Log

Sun Aug 10 09:47:33 WEST 2003

Current patch pannel connections and mapping.
______________________________
|                             |
| ROD 1: 0x23000000 TTC: 0xd  |
|                             |
| FE 1: AR1FL                 |
|                             |
| FE 0: AR1FS                 |
|_____________________________|
| ROD 0: 0x24000000 TTC: 0xc  |
|                             |
| FE 1: AR2FS                 |
|                             |
| FE 0: broken                |
|_____________________________|   
    
AR2FS
The notation in the jumper is wrong. The right one is:
        |15  10|    |14   9|   |13  1|  
    
Currently selected positions 15, 14 and 13 The maping of the positions, masks and address is: (AR2FS with jumper plugged)
PositionAddressMaskRod Chip
10x1 As position 13--
20x2 0x1 12
30x3 0x2 11
40x4 0x4 10
50x5 0x8 9
60x6 0x10 8
70x7 0x20 7
80x8 0x40 6
90x9 As position 14--
100xa As position 15 Not working
110xb 0x200 3
120xc 0x400 2
130xd shows in the other group to confirm
140xe 0x80 5
150xf 0x1004
AR1FL
PositionAddressMaskRod Chip
10x11 0x80 5
20x12 0x8 9
30x13 0x4 10
40x14 0x100 4
50x15 0x40 6
60x16 0x10 8
70x17 0x20 7
80x18 0x2 11
90x19 0x1 12
100x1a
110x1b 0x200 3
AR1FS
PositionAddressMaskRod Chip
10x1 0x100 4
20x2 0x10 8
30x3 0x8 9
40x4 0x200 3
50x5 0x80 5
60x6 0x20 7
70x7 0x40 6
80x8 0x4 10
90x9 0x2 11
100xa 0x1 12

Wed Aug 6 23:28:29 WEST 2003

AR1FS performance. Attached to module. Cooling on. No HV Below are shown. Thresholds scan for all the chips. Noise rate as a function of the threshold (120 DAC approx 2 fC). Note: the noise tails for high thresholds are believed to be due to bad format events that will not show up in the real DAQ. Note also that in the plots address begin from zero. It should begin from 1 (they are shifted by 1. The position on the board for each address, see the AR1FS info page)
########### DAC threshold for rate below 300 kHz
## CHIP 0 ROD CHIP: 4
         channel:   |  0|  1|  2|  3|  4|  5|  6|  7|  8|  9| 10| 11| 12| 13| 14| 15|
-------------------------------------------------------------------------------------
         threshold: |100| 97|103|104|107| 96| 98| 95|103| 97| 94| 96|101| 95| 94| 94|
## CHIP 1 ROD CHIP: 8
         channel:   |  0|  1|  2|  3|  4|  5|  6|  7|  8|  9| 10| 11| 12| 13| 14| 15|
-------------------------------------------------------------------------------------
         threshold: | 93| 92| 98| 98|100| 90|103| 99|101|101|104|100| 99| 98|105|104|
## CHIP 2 ROD CHIP: 9
         channel:   |  0|  1|  2|  3|  4|  5|  6|  7|  8|  9| 10| 11| 12| 13| 14| 15|
-------------------------------------------------------------------------------------
         threshold: | 95| 93| 95| 89| 91| 94| 96| 98| 97| 92| 86| 92| 97| 94| 18| 90|
## CHIP 3 ROD CHIP: 3
         channel:   |  0|  1|  2|  3|  4|  5|  6|  7|  8|  9| 10| 11| 12| 13| 14| 15|
-------------------------------------------------------------------------------------
         threshold: | 98| 93|100|101| 98|111|136| 91|152|136| 97|125| 95|150| 91|143|
## CHIP 4 ROD CHIP: 5
         channel:   |  0|  1|  2|  3|  4|  5|  6|  7|  8|  9| 10| 11| 12| 13| 14| 15|
-------------------------------------------------------------------------------------
         threshold: | 98| 99| 99| 18|106|106|121| 99|121|112|100|105| 97|102| 91|106|
## CHIP 5 ROD CHIP: 7
         channel:   |  0|  1|  2|  3|  4|  5|  6|  7|  8|  9| 10| 11| 12| 13| 14| 15|
-------------------------------------------------------------------------------------
         threshold: | 97| 18| 92| 89| 92| 87| 84| 91| 92| 91| 18| 89| 90| 90| 89| 92|
## CHIP 6 ROD CHIP: 6
         channel:   |  0|  1|  2|  3|  4|  5|  6|  7|  8|  9| 10| 11| 12| 13| 14| 15|
-------------------------------------------------------------------------------------
         threshold: | 95| 94| 96| 87| 99| 97| 97| 91| 91| 94| 97| 93| 81| 91| 90| 18|
## CHIP 7 ROD CHIP: 10
         channel:   |  0|  1|  2|  3|  4|  5|  6|  7|  8|  9| 10| 11| 12| 13| 14| 15|
-------------------------------------------------------------------------------------
         threshold: |106| 18|122|102|117| 18|114| 99| 52|134|109| 96|105| 18|101| 97|
## CHIP 8 ROD CHIP: 11
         channel:   |  0|  1|  2|  3|  4|  5|  6|  7|  8|  9| 10| 11| 12| 13| 14| 15|
-------------------------------------------------------------------------------------
         threshold: |102| 89| 86|106| 96|112|151| 89| 18|140| 89|133|100|144| 98|154|
## CHIP 9 ROD CHIP: 12
         channel:   |  0|  1|  2|  3|  4|  5|  6|  7|  8|  9| 10| 11| 12| 13| 14| 15|
-------------------------------------------------------------------------------------
         threshold: | 18| 97| 87| 96|122|117|124|110| 99|134| 97|129| 99|106| 94|106|

Mon Aug 4 10:37:46 WEST 2003

Patch Panel connections
______________________________
|                             |
| ROD 1: 0x24000000 TTC: 0xd  |
|                             |
| FE 1: nothing               |
|                             |
| FE 0: AR2FS                 |
|_____________________________|
| ROD 0: 0x23000000 TTC: 0xc  |
|                             |
| FE 1: AR1FL                 |
|                             |
| FE 0: AR1FS                 |
|_____________________________|   
    

Sun Aug 3 13:40:02 WEST 2003

AR2FS is going to be in ROD 0, FE 0
The notation in the jumper is wrong. The right one is:
        |15  10|    |14   9|   |13  1|  
    
The maping of the positions, masks and address is: (AR2FS with jumper plugged) *
PositionAddressMaskRod Chip
10x1 0x1 12
20x2 0x2 11
30x3 0x4 10
40x4 0x8 9
50x5 0x10 8
60x6 0x20 7
70x7 0x40 6
80x8 0x80 5
90x9 0x100 4
100xa
110xb 0x400 2
120xc 0x800 1
130xd 0x1 12
140xe 0x100 4
150xf 0x200 3
AR1FL ROD 0 FE 1
PositionAddressMaskRod Chip
10x11 0x80 5
20x12 0x8 9
30x13 0x4 10
40x14 0x100 4
50x15 0x40 6
60x16 0x10 8
70x17 0x20 7
80x18 0x2 11
90x19 0x1 12
100x1a
110x1b 0x200 3
AR1FS ROD 1 FE 0 TTC 0xd dout=5
PositionAddressMaskRod Chip
10x1 0x100 4
20x2 0x10 8
30x3 0x8 9
40x4 0x200 3
50x5 0x80 5
60x6 0x20 7
70x7 0x40 6
80x8 0x4 10
90x9 0x2 11
100xa 0x1 12

Antoni Munar
Last modified: Wed Aug 13 13:35:55 WEST 2003