Excerpt |
---|
Half-module # | Contains hybrid | Contains sensor | Hybrid glued | Sensor glued | Sent to UCSC | HV wirebonded | Signals wirebonded | QA tested | Results | Sent to SLAC | Mounted to cooling block | Part of module | Notes |
---|
Half-module 0 - THE GIMP | Hybrid 0 | Sensor 1803 | to fixture | lousy | with a prayer | mashed bonds | painfully | ? test 1 | 4 chips bonded, and 4 are alive. 3 of them are both bonded and alive. | ? | never | Module ? | | Half-module 1 | Hybrid 1 | Sensor 568 | 2/23/12(TKN) | 2/23/12(TKN) | 2/23/12(AG) | 2/27/12(FM) | 2/29/12(FM) | 2/28/12 test 1 2/29/12 test 2 3/4/12 test 3 | OK: test 2 Baseline tests by PH show high noise in channel 81 - partial pinhole? | 3/12/12(TKN) | ? | Module |
|
...
...
...
High noise? (To retest) Chan 625 unbonded, 627 dead. High noise is only on run 2 - |
|
...
believed due to noisy electrical contact between CF and baseplate. | | |
|
...
| Cont'ed on next line | Cont'ed No 3 | | | | | | | Chan 625 fixed, 3/22/12(FM) |
|
...
...
...
...
...
...
...
: test 5 (but cal7_8x3_125ns is bad for this run) | 3/23/12(PH) | ? | Module |
|
...
B5 | Needs ITT connector | Half-module 6 | Hybrid 7t | Sensor 138 | 3/18/12(TKN) | 3/18/12(TKN) | 3/19/12 (TKN/VF) | 3/21/12(FM) noticed scratch on Bias/Guard rings. But IV is OK up to 300V. | 3/22/12(FM) | 3/22/12 test 1 3/22/12 test 2 | OK except channels 0 (no response), 134, 639 (noisy response). Channel 0 is bad b/c of the scratch that connects it with bias ring. | 3/23/12(PH) | ? | Module |
|
...
...
...
...
...
...
...
...
...
...
?
...
?
...
? test 1
...
?
...
...
...
...
?
...
?
...
? test 1
...
?
...
...
...
...
...
?
...
?
...
? test 1
...
?
...
...
?
...
?
...
? test 1
...
?
03/29/12(FM) | 03/29/12(FM) | 03/29/12(OM)test 1 3/30/12test 2 3/30/12test 3 3/31/12test 4 | APV0 and APV2 display a large spread in the noise, else OK Noise looks normal on test 4: test 4 | 3/31/12(OM) |
|
...
...
...
...
?
...
?
...
? test 1
...
?
...
?
...
?
...
? test 1
...
?
...
...
...
?
...
?
...
?
...
? test 1
...
?
03/27/12(PH) | 03/30/12(FM) | 03/30/12(FM) | 04/01/12 (VF) test 1 test 2 test 3 | Channel 220 unbonded in test 1 and shows tails in test 2: test 2 | 4/1/12 (PH) |
|
...
...
?
...
?
...
?
...
? test 1
...
?
...
...
...
?
...
?
...
?
...
? test 1
...
?
03/27/12(PH) | 03/30/12(FM) | 03/30/12(FM) | 04/01/12 (VF) test 1 test 2 test 3 test 4 test 5 | Chan 135 and entire APV0 have long baseline distribution tails. Everything else is OK: test 3 | 4/1/12 (PH) |
|
...
...
?
...
?
...
?
...
? test 1
...
?
...
?
...
?
03/27/12(PH) | 03/30/12(FM) | 03/30/12(FM) | 04/01/12 (VF) test 1 test 2 test 3 test 4 test 5 | For 1st 3 tests, had 4 bad channels: tails on 402 (new), 417 (was on bare hybrid), 431 and 432 (known sensor pinholes). Others are OK: test 2 | 04/03/12(OM) | ? | Module T2 |
|
...
...
...
?
...
?
...
?
...
? test 1
...
?
...
?
...
?
...
To add a half-module, copy the line below into the table and fill in the ?s.
No Format |
---|
|[Half-module ?] | [Hybrid ?] | [Sensor ?] | ? | ? | ? | ? | ? | ? [test 1|Half-module ?, test 1]| ? | ? | ? |[Module ?]| PROCESSING |
|
Add Page |
---|
template | Half-module template |
---|
parent | @self |
---|
prefix | Half-module |
---|
linkText | Add half-module page |
---|
|
Half-module Channel Mapping
Following the DAQ channel ordering and the sensor strip channel numbering the conversion between the two is summarized below.
Link to DAQ page.
hybrid-chip-numbering.png Image Removed