Difference between revisions of "March 2013"
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(New page: '''Date : 1st March 2013''' (K.Allada) For an accurate deadtime calculation we need to turn on TI readout. It will tell us how many triggers are received. Things to do: <pre> 1. Turn on...) |
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<pre> | <pre> | ||
1. Turn on TI readout | 1. Turn on TI readout | ||
| − | 2. Learn to access trigger counts from TI readout (Bryan | + | 2. Learn to access trigger counts from TI readout (Bryan said he maybe able to provide a routine to access trigger counts..check with him again) |
3. Also check tiStatus() routine if it has anything useful in terms of trigger counts | 3. Also check tiStatus() routine if it has anything useful in terms of trigger counts | ||
4. After 1-3 is finished, check to see if FADC trigger counts match-up with TI counts. Otherwise we have problem? | 4. After 1-3 is finished, check to see if FADC trigger counts match-up with TI counts. Otherwise we have problem? | ||
5. Add both TI and FADC trigger match into the decoder and provide deadtime calculation | 5. Add both TI and FADC trigger match into the decoder and provide deadtime calculation | ||
</pre> | </pre> | ||
Revision as of 11:04, 1 March 2013
Date : 1st March 2013 (K.Allada)
For an accurate deadtime calculation we need to turn on TI readout. It will tell us how many triggers are received.
Things to do:
1. Turn on TI readout 2. Learn to access trigger counts from TI readout (Bryan said he maybe able to provide a routine to access trigger counts..check with him again) 3. Also check tiStatus() routine if it has anything useful in terms of trigger counts 4. After 1-3 is finished, check to see if FADC trigger counts match-up with TI counts. Otherwise we have problem? 5. Add both TI and FADC trigger match into the decoder and provide deadtime calculation
