digi_arapuca_sbnd.fcl

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#include "detsimmodules.fcl"

BEGIN_PROLOG

sbnd_digiarapuca_alg:
{
  # module_type:        "DigiArapucaSBNDAlg"
  #Assume 25v bias with sensl c series SiPM. Values should be changed if SiPMs are to be ganged and/or of different manufacturer
  #Values of MaxAmplitude, BackTime and VoltageToADC to be confirmed

  ArapucaVoltageToADC:       151.5   #mV to ADC   
  ArapucaBaselineRMS:        2.6     #in ADC counts (underestimate?)
  ArapucaDarkNoiseRate:      10.0    #in Hz
  CrossTalk:                 0.2     #20% probability
  ArapucaBaseline:           1500    #ADC counts
  ArapucaPulseLength:        4000.0  #ns
  ArapucaPeakTime:           260.0   #ns
  ArapucaMeanAmplitude:      0.12    #mV 
  ArapucaRiseTime:           9.0     #ns
  ArapucaFallTime:               476.0   #ns
  ArapucaSaturation:         300     #in number of p.e. to see saturation effects in the signal
  ArapucaVUVEff:             0.014   #Arapuca VUV efficiency (taking into account 70% mesh transparency 0.02*0.7)
  ArapucaVISEff:             0.0189  #Arapuca VIS efficiency (taking into account 70% mesh transparency 0.027*0.7)
  XArapucaVUVEff:            0.021   #XArapuca VUV efficiency (taking into account 70% mesh transparency 0.03*0.7)
  XArapucaVISEff:            0.014   #XArapuca VIS efficiency (taking into account 70% mesh transparency 0.02*0.7)
  DecayTXArapucaVIS:         8.5     # decay time of EJ280 in ns
  ArapucaDataFile:           "OpDetSim/digi_arapuca_sbnd.root" # located in sbnd_data
  ArapucaSinglePEmodel:      true    # false for ideal response true for response from XTDBoard cold tests
  DaphneFrequency:           80.0    #in MHz. Frequency of the Daphne Readouts
  MakeAmpFluctuations:       true
  AmpFluctuation:            0.099   #STD of the first PE Gaussian
}

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