Difference between revisions of "PePPO 03242012"
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| Line 113: | Line 113: | ||
| 4079 || 0.3 || ||(Det1 AND Det2)** || | | 4079 || 0.3 || ||(Det1 AND Det2)** || | ||
|- | |- | ||
| + | | 4080 || 1 || ||(Det1 AND Det2 AND SYNC)** || | ||
|- | |- | ||
| − | | | + | | 4081 || 3 || ||(Det1 AND Det2 AND SYNC)** || |
| − | |||
| − | |||
|- | |- | ||
| 4082 || 0.3 || || (Det1 AND Det2 AND SYNC)** || | | 4082 || 0.3 || || (Det1 AND Det2 AND SYNC)** || | ||
| Line 125: | Line 124: | ||
|- | |- | ||
| 4085 || 0.15 || || (Det1 AND Det2 AND SYNC) || | | 4085 || 0.15 || || (Det1 AND Det2 AND SYNC) || | ||
| + | |- | ||
| 4086 || 0.05 || || (Det1 AND Det2) || | | 4086 || 0.05 || || (Det1 AND Det2) || | ||
|} | |} | ||
Revision as of 09:22, 25 March 2012
Oportunistic Beam studies
Trigger Setup
1.) The V895 was double pulsing and its output pulse maxed out at 40 ns
|
| The V895 "Maj" output is shown on Ch1 along with the NaI signal which was discriminated by it |
2.) inserted a gate delay generator to change the V895 output pulse to a microsecond
|
| I took the "MAJ" output and used a Phillips Gate Generator to extend the pulse length in order to stop multiple triggers |
Run list
| Run# | run mode | Run length (sec) | Beam | Target | Trig Logic | VME discriminator Threshold (mV) | HV1 (setting/V) A1 | HV2 (setting/V) A3 | PL (setting/ns) | PTW (setting/ns) |
| 4073 | sample | 240 | off | empty | (Det1 OR Det2) | 200 | 2.0/0.888 | 2.7/1.2 | ||
| 4074 | sample | off/tuning | empty | (Det1 AND Det2) | 50 | 2.2/0.888 | 3.0/1.2 | |||
| 4075 | sample | off/tuning | Chromox | (Det1 AND Det2 AND SYNC) | 50 | 2.2/0.888 | 3.0/1.2 | |||
| 4078 | sample | e+ (0.3 nA) | Chromox | (Det1 AND Det2 AND SYNC)** | 50 | 2.2/0.888 | 3.0/1.2 | |||
| 4079 | sample | e+ (0.3nA) | Chromox | (Det1 AND Det2)** | 50 | 2.2/0.888 | 3.0/1.2 | |||
| 4080 | sample | e+(1 na) | Chromox | (Det1 AND Det2 AND SYNC)** | 50 | 2.2/0.888 | 3.0/1.2 | |||
| 4081 | sample | 540 sec | e+(3 na) | Chromox | (Det1 AND Det2 AND SYNC)** | 50 | 2.2/0.888 | 3.0/1.2 | ||
| 4082 | sample | 23 min | e+(0.3 na) | Chromox | (Det1 AND Det2 AND SYNC)** | 50 | 2.2/0.888 | 3.0/1.2 | ||
| 4083 | sample | sec | e+(0.3 na) | Chromox | (Det1 AND Det2) | 50 | 2.2/0.888 | 3.0/1.2 | ||
| 4084 | sample | sec | e+(0.150 na) | Chromox | (Det1 AND Det2) | 50 | 2.2/0.888 | 3.0/1.2 | Changed discriminator to 50 mv for both channels it was at 20 the scalers will count differently now but the trigger theshold is still the same 100 mV | |
| 4085 | sample | sec | e+(0.15 na) | Chromox | (Det1 AND Det2 AND SYNC) | 50 | 2.2/0.888 | 3.0/1.2 | ||
| 4086 | sample | sec | e+(0.05 na) | Chromox | (Det1 AND Det2) | 50 | 2.2/0.888 | 3.0/1.2 |
- stop using V895 and used a discriminator (Phillips 708 set to ~100 mV) and logic unit (phillips 758)
Scope pict traces for TEK0020 -> TEK00
Ch1(Yellow)=Majority
Ch2(Blue)=Beam SYNC
Ch3(Pink)=Annih. Det. #1
Ch4(Green)=Annih. Det. #2
Data Analysis
Replay
running the decoder using the personal account on the opsmdaq0 failed; perhaps due to problems writing its output to the /data disk
to convert a data file into a rood file I needed to login to opsdaq0 under the username "idaq"
then execute the following command
/work1/fanchini/decoder/fadc_decode_Source /data/annihilation/Annihilation_Sample_4086.dat
This created the summary text file and root file for run 4086
MakeClass
Load up the ntuple and click over to the "T" tree
Then onthe command line type
T->MakeClass();
RUn analysis
| Run# | Current | Run length (sec) | Trig Logic | |
| 4073 | 0 | 240 | (Det1 OR Det2) | |
| 4074 | tuning | (Det1 AND Det2) | ||
| 4075 | tuning | (Det1 AND Det2 AND SYNC) | ||
| 4078 | 0.3 | (Det1 AND Det2 AND SYNC)** | ||
| 4079 | 0.3 | (Det1 AND Det2)** | ||
| 4080 | 1 | (Det1 AND Det2 AND SYNC)** | ||
| 4081 | 3 | (Det1 AND Det2 AND SYNC)** | ||
| 4082 | 0.3 | (Det1 AND Det2 AND SYNC)** | ||
| 4083 | 0.3 | (Det1 AND Det2) | ||
| 4084 | 0.15 | (Det1 AND Det2) | ||
| 4085 | 0.15 | (Det1 AND Det2 AND SYNC) | ||
| 4086 | 0.05 | (Det1 AND Det2) |