Difference between revisions of "Engineering Run"
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== <font color=blue>''' Run Plan:'''</font>== | == <font color=blue>''' Run Plan:'''</font>== | ||
| − | ''(last update 2/ | + | ''(last update 2/2 - 07:00)'' |
All studies will take data at 100% torus field (negatives inbending) and 100% solenoid field (positive polarity on supply). The beam position should be as indicated above. Make sure FSD thresholds are set correctly for whatever current is selected (refer to instructions in the "Establish-physics quality beam" procedure at [https://wiki.jlab.org/clas12-run/images/e/e3/Estab_beam.pdf]), integration time is set to 5 ms, and that the orbit locks are on. | All studies will take data at 100% torus field (negatives inbending) and 100% solenoid field (positive polarity on supply). The beam position should be as indicated above. Make sure FSD thresholds are set correctly for whatever current is selected (refer to instructions in the "Establish-physics quality beam" procedure at [https://wiki.jlab.org/clas12-run/images/e/e3/Estab_beam.pdf]), integration time is set to 5 ms, and that the orbit locks are on. | ||
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<!--* If beam profiles at the tagger are acceptable, move to beam tuning to the Faraday Cup. Again, refer to the instructions in the "Establish-physics quality beam" procedure at [https://wiki.jlab.org/clas12-run/images/e/e3/Estab_beam.pdf]. Compare harp scan with the one from 1/25 swing shift (https://logbooks.jlab.org/entry/3520947). --> | <!--* If beam profiles at the tagger are acceptable, move to beam tuning to the Faraday Cup. Again, refer to the instructions in the "Establish-physics quality beam" procedure at [https://wiki.jlab.org/clas12-run/images/e/e3/Estab_beam.pdf]. Compare harp scan with the one from 1/25 swing shift (https://logbooks.jlab.org/entry/3520947). --> | ||
<!--* Once beam to Faraday Cup is established, prepare to start data taking. Switch on all detectors; contact expert to switch on SVT. Start trigger studies following instructions from the DAQ expert. --> | <!--* Once beam to Faraday Cup is established, prepare to start data taking. Switch on all detectors; contact expert to switch on SVT. Start trigger studies following instructions from the DAQ expert. --> | ||
| − | * Take data for HTCC trigger response optimization (3 different configurations) | + | * <s>Take data for HTCC trigger response optimization (3 different configurations)</s> |
| − | * Carry out FT luminosity response studies with FT-only trigger for 2 hours. This work will be led by the FT system expert. | + | * <s>Carry out FT luminosity response studies with FT-only trigger for 2 hours. This work will be led by the FT system expert.</s> |
* Take data to test the tracking trigger using the PROD/dc_dcno_htcc_1phe_pcal_300.cnf trigger at beam currents of 70 nA, 60 nA, 50 nA, 40 nA, 30 nA, 20 nA, 10 nA, 5 nA (2M events per current) (requires stable beam) | * Take data to test the tracking trigger using the PROD/dc_dcno_htcc_1phe_pcal_300.cnf trigger at beam currents of 70 nA, 60 nA, 50 nA, 40 nA, 30 nA, 20 nA, 10 nA, 5 nA (2M events per current) (requires stable beam) | ||
* Take data with PROD/elec_htcc_1phe_pcal_300.cnf at 5 nA; 2 hr long runs (low current runs for subsystem calibrations) until the morning. | * Take data with PROD/elec_htcc_1phe_pcal_300.cnf at 5 nA; 2 hr long runs (low current runs for subsystem calibrations) until the morning. | ||
Revision as of 08:13, 2 February 2018
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