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  • Connect low noise RF generator to inputs:
    • LCLS II
      • 300-30 MHz @ -20dBm
      • 300-60 MHz @ -20dBm
      • 230-60 MHz @ -23dBm
    • FACET II
      • 300 MHZ-30 @ -8dBm
    • Generate test files
      • ssh laci@cpu-b34-bp01
      • cd /afs/slac/g/lcls/users/BPM/LCLS_II/BPM/software/lcls2-py-scripts/
      • ./launch.sh striplineTakeData.py -A0 -B0 -Y stripline_yaml/*_project.yaml/000TopLevel.yaml -D stripline_yaml/*_project.yaml/config/defaults_ss.yaml -b1 -n1 -d /data/cpu-b34-bp01/bpm_data/
      Log onto a machine that you can get a Matlab license for
      • ssh <username>@rdsrv223
      • Copy test files to the proper directoryOpen data in Matlab
        • Source the following
          • bash
          • source /afs/slac/g/lcls/epics/setup/epicsenv-7.0.3.1-1.0.bash
          • export MLM_LICENSE_FILE=27010@license701,27010@license702,27010@license703 --> new
          • source /afs/slac/g/controls/development/package/matlab/setup/matlab_2017b_setup_local.bash
        • cd /afs/slac/g/lcls/users/BPM/LCLS_II/matlab
          • matlab &
          • Run SNRb84Gbe.m
            • Be sure to close Matlab when done
          • Change line 19 to have the right filename
          • Change line 28 to ADC.index=4
            • 4==chan0
            • 5==chan1
            • 6==chan2
            • 7==chan3
            Look for and record the values:
            • sig_power > 1
            • SNR > 60
      • Repeat for indices (5,6,7)

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