public int Initialize(string SigGenLOaddr, string SigGenRFaddr, Instr10MHzReference SigGenRef, bool enhArb_avail)
{
int status = -1;
int isActive = 0;
const uint bufferLength = 24;
string serialNoRF = ""; // Signal Generator RF serial number
string serialNoLO = ""; // Signal Generator LO serial number
Console.WriteLine("Signal generator is booting...");
status = SigGen.ClearErrors();
status = SigGen.EepromCacheEnable_Set(1); // Must set before instrument is booted
status = SigGen.BootInstrument(SigGenLOaddr, SigGenRFaddr, 0);
CheckSigGenStatus(status);
status = SigGen.IsActive_Get(ref isActive);
if (isActive == -1 && status == 0) // Signal Generator booted, no warning or error
{
// Get serial numbers, verifiy resource is created
status = SigGen.RF.Resource.SerialNumber_Get(ref serialNoRF, bufferLength);
status = SigGen.LO.Resource.SerialNumber_Get(ref serialNoLO, bufferLength);
Console.WriteLine("Signal generator booted successfully");
Console.WriteLine("Signal generator RF serial number: {0}", serialNoRF);
Console.WriteLine("Signal generator LO serial number: {0}", serialNoLO);
}
else if (isActive == 0 || status < 0) // Signal Generator did not boot, fatal error
{
Console.WriteLine("Signal generator did not boot\n");
return -1;
}
status = SigGen.VCO.ExternalReference_Set(1); // 1 = enable use of external 10MHz reference
CheckSigGenStatus(status);
// Setup 301x reference for Signal Generator
if (SigGenRef == Instr10MHzReference.OCXO) // Use internal OCXO reference (3011 only)
{
status = SigGen.LO.Reference_Set(afSigGenDll_lormReferenceMode_t.afSigGenDll_lormOCXO);
CheckSigGenStatus(status);
Console.WriteLine("Signal generator 10 MHz reference is set to internal OCXO\n");
}
else if (SigGenRef == Instr10MHzReference.intern) // Use internal reference
{
status = SigGen.LO.Reference_Set(afSigGenDll_lormReferenceMode_t.afSigGenDll_lormInternal);
CheckSigGenStatus(status);
Console.WriteLine("Signal generator 10 MHz reference is set to internal\n");
}
else if (SigGenRef == Instr10MHzReference.externTerm) // Use external reference and terminate it
{
status = SigGen.LO.Reference_Set(afSigGenDll_lormReferenceMode_t.afSigGenDll_lormExternalTerminated);
CheckSigGenStatus(status);
Console.WriteLine("Signal generator 10 MHz reference is set to external terminated\n");
}
else if (SigGenRef == Instr10MHzReference.externDaisy) // Use external reference and daisy chain it
{
status = SigGen.LO.Reference_Set(afSigGenDll_lormReferenceMode_t.afSigGenDll_lormExternalDaisy);
CheckSigGenStatus(status);
Console.WriteLine("Signal generator 10 MHz reference is set to external daisy chain\n");
}
status = SigGen.LO.Trigger.Mode_Set(afSigGenDll_lotmTriggerMode_t.afSigGenDll_lotmNone);
CheckSigGenStatus(status);
status = SigGen.Mode_Set(afSigGenDll_mMode_t.afSigGenDll_mFull);
CheckSigGenStatus(status);
status = SigGen.RF.CurrentLevel_Set(-136);
//status = SigGen.RF.CurrentFrequency_Set(100e6);
status = SigGen.RF.ModulationSource_Set(afSigGenDll_msModulationSource_t.afSigGenDll_msCW); //afSigGenDll_msARB
if (enhArb_avail) // Enhanced ARB control is not supported for the AF3020, AF3020A and AF3025 models
{
status = SigGen.ARBControlMode_Set(afSigGenDll_amArbControlMode_t.afSigGenDll_amEnhanced); // Enhanced ARB functionality
status = SigGen.EnhARB.PlayMode_Set(afSigGenDll_eaEnhArbPlayMode_t.afSigGenDll_eaContinuous); //afSigGenDll_eaSingle
status = SigGen.EnhARB.TerminationMode_Set(afSigGenDll_eaEnhArbPlayTermination_t.afSigGenDll_eaptImmediate);
status = SigGen.EnhARB.ExternalTrigger.Enable_Set(0);
status = SigGen.EnhARB.StopPlaying();
}
else // Standard ARB control
{
status = SigGen.ARBControlMode_Set(afSigGenDll_amArbControlMode_t.afSigGenDll_amStandard); // Standard ARB functionality
status = SigGen.ARB.SingleShotMode_Set(1);
status = SigGen.ARB.ExternalTrigger.Enable_Set(0);
status = SigGen.ARB.StopPlaying();
}
// Trigger routing: ARB marker at beginning of waveform is sent out SMB
status = SigGen.RF.Routing.Reset();
status = SigGen.RF.Routing.SetConnect(afSigGenDll_rmRoutingMatrix_t.afSigGenDll_rmPXI_TRIG_0, afSigGenDll_rmRoutingMatrix_t.afSigGenDll_rmARB_MARKER_1);
status = SigGen.RF.Routing.SetOutputEnable(afSigGenDll_rmRoutingMatrix_t.afSigGenDll_rmPXI_TRIG_0, 1);
//status = SigGen.RF.Routing.SetConnect(afSigGenDll_rmRoutingMatrix_t.afSigGenDll_rmFRONT_SMB, afSigGenDll_rmRoutingMatrix_t.afSigGenDll_rmARB_MARKER_1);
//status = SigGen.RF.Routing.SetOutputEnable(afSigGenDll_rmRoutingMatrix_t.afSigGenDll_rmFRONT_SMB, 1);
status = SigGen.RF.CurrentOutputEnable_Set(1); // RF on
return status;
}
public int Initialize(string DigitizerLOaddr, string DigitizerRFaddr, Instr10MHzReference DigitizerRef)
{
int status = -1;
int isActive = 0;
const int bufferLength = 24;
string serialNoRF = ""; // Digitizer RF serial number
string serialNoLO = ""; // Digitizer LO serial number
Console.WriteLine("Digitizer is booting...");
status = Digitizer.ClearErrors();
status = Digitizer.EepromCacheEnable_Set(1); // Must set before instrument is booted
status = Digitizer.BootInstrument(DigitizerLOaddr, DigitizerRFaddr, 0);
CheckDigitizerStatus(status);
status = Digitizer.IsActive_Get(ref isActive);
if (isActive == -1 && status == 0) // Digitizer booted, no warning or error
{
// Get serial numbers, verifiy resource is created
status = Digitizer.RF.Resource.SerialNumber_Get(ref serialNoRF, bufferLength);
status = Digitizer.LO.Resource.SerialNumber_Get(ref serialNoLO, bufferLength);
Console.WriteLine("Digitizer booted successfully");
Console.WriteLine("Digitizer RF serial number: {0}", serialNoRF);
Console.WriteLine("Digitizer LO serial number: {0}", serialNoLO);
}
else if (isActive == 0 || status < 0) // Digitizer did not boot, fatal error
{
Console.WriteLine("Digitizer did not boot\n");
return(-1);
}
status = Digitizer.RF.Reference_Set(afDigitizerDll_rfrmReferenceMode_t.afDigitizerDll_rfrmExternalDaisy);
CheckDigitizerStatus(status);
status = Digitizer.RF.ExternalReference_Set(afDigitizerDll_erExternalReference_t.afDigitizerDll_erLockTo10MHz);
CheckDigitizerStatus(status);
// Setup 301x reference for Digitizer
if (DigitizerRef == Instr10MHzReference.OCXO) // Use internal OCXO reference (3011 only)
{
status = Digitizer.LO.Reference_Set(afDigitizerDll_lormReferenceMode_t.afDigitizerDll_lormOCXO);
CheckDigitizerStatus(status);
Console.WriteLine("Digitizer 10 MHz reference is set to internal OCXO\n");
}
else if (DigitizerRef == Instr10MHzReference.intern) // Use internal reference
{
status = Digitizer.LO.Reference_Set(afDigitizerDll_lormReferenceMode_t.afDigitizerDll_lormInternal);
CheckDigitizerStatus(status);
Console.WriteLine("Digitizer 10 MHz reference is set to internal\n");
}
else if (DigitizerRef == Instr10MHzReference.externTerm) // Use external reference and terminate it
{
status = Digitizer.LO.Reference_Set(afDigitizerDll_lormReferenceMode_t.afDigitizerDll_lormExternalTerminated);
CheckDigitizerStatus(status);
Console.WriteLine("Digitizer 10 MHz reference is set to external terminated\n");
}
else if (DigitizerRef == Instr10MHzReference.externDaisy) // Use external reference and daisy chain it
{
status = Digitizer.LO.Reference_Set(afDigitizerDll_lormReferenceMode_t.afDigitizerDll_lormExternalDaisy);
CheckDigitizerStatus(status);
Console.WriteLine("Digitizer 10 MHz reference is set to external daisy chain\n");
}
status = Digitizer.RF.RFInputLevel_Set(30);
//status = Digitizer.RF.CentreFrequency_Set(centerFrequency);
status = Digitizer.RF.InputSource_Set(afDigitizerDll_isInputSource_t.afDigitizerDll_isRFInput);
status = Digitizer.RF.FrontEndMode_Set(afDigitizerDll_femFrontEndMode_t.afDigitizerDll_femAuto);
// Trigger setup
status = Digitizer.Trigger.Source_Set(afDigitizerDll_tsTrigSource_t.afDigitizerDll_tsPXI_TRIG_0);
//status = Digitizer.Trigger.Source_Set(afDigitizerDll_tsTrigSource_t.afDigitizerDll_tsFRONT_SMB);
status = Digitizer.Trigger.TType_Set(afDigitizerDll_ttTrigType_t.afDigitizerDll_ttEdge);
status = Digitizer.Trigger.EdgeGatePolarity_Set(afDigitizerDll_egpPolarity_t.afDigitizerDll_egpPositive);
//status = Digitizer.Trigger.PreEdgeTriggerSamples_Set(preTrigSamples);
//status = Digitizer.Trigger.PostGateTriggerSamples_Set(0);
//status = Digitizer.Trigger.OffsetDelay_Set(trigDelaySamples);
status = Digitizer.Trigger.SwTriggerMode_Set(afDigitizerDll_swtSwTrigMode_t.afDigitizerDll_swtArmed);
// Sampling setup
status = Digitizer.Modulation.Mode_Set(afDigitizerDll_mmModulationMode_t.afDigitizerDll_mmGeneric);
status = Digitizer.Modulation.GenericDecimationRatio_Set(1);
//status = Digitizer.Modulation.GenericSamplingFrequency_Set(31e6);
//status = Digitizer.Modulation.DecimatedSamplingFrequency_Get(ref decimatedSampleFreq);
status = Digitizer.RF.RemoveDCOffset_Set(1);
status = Digitizer.Capture.SampleDataType_Set(afDigitizerDll_sdtSampleDataType_t.afDigitizerDll_sdtIQData);
status = Digitizer.Capture.IQ.Resolution_Set(afDigitizerDll_iqrIQResolution_t.afDigitizerDll_iqrAuto);
//status = Digitizer.RF.GetBandwidth(centerFreq, span, afDigitizerDll_frFlatnessRequired_t.afDigitizerDll_frLessThanOnedB, ref bandwidth);
// Correction
status = Digitizer.RF.OptimizeTemperatureCorrection();
status = Digitizer.RF.AutoTemperatureOptimization_Set(afDigitizerDll_atoAutoTemperatureOptimization_t.afDigitizerDll_atoEnable);
//status = Digitizer.RF.LevelCorrection_Get(ref correction);
status = Digitizer.Capture.PipeliningEnable_Set(0);
return(status);
}
