private void SetVEN(Arb_Channel Channel, double dblValue_in_Volts, double dblValue_in_Hz, bool isDC)
{
double dblDCOffset = 0;
try
{
#region BJ_1 & SH_1
if (Program.Location == LocationList.BJ_1 ||
Program.Location == LocationList.SH_1)
{
if (isDC)
{
util.Wait(10);
_Arb_33522A_USB.SetDC(Channel, dblValue_in_Volts);
util.Wait(10);
}
else
{
_Arb_33522A_USB.SetArbOut(Arb_Waveform_Type.Pulse, Channel, dblValue_in_Hz, dblValue_in_Volts, dblDCOffset, 25);
}
}
#endregion BJ_1
#region SH2 & SH3 & SH4
else if (Program.Location == LocationList.SH_2 ||
Program.Location == LocationList.SH_3 ||
Program.Location == LocationList.SH_4)
{
if (isDC)
{
util.Wait(10);
_Arb_33522A.SetDC(Channel, dblValue_in_Volts);
util.Wait(10);
}
else
{
//_Arb_33522A.Initialize(200);
_Arb_33522A.SetArbOut(Arb_Waveform_Type.Square, Channel, dblValue_in_Hz, dblValue_in_Volts, dblDCOffset, 25, false);
util.Wait(10);
_Arb_33522A.SYNC_OUT(Channel, Output.ON);
util.Wait(10);
_Arb_33522A.SetBurstModeOFF();
//_Arb_33522A.SetBurstTrig(Channel, 1.9, 999);
//util.Wait(10);
}
}
#endregion SH_2 & SH3
else
{
throw new Exception("Bad Location");
}
}
catch (Exception ex)
{
lblError.Text = ex.Message.ToString();
}
}
private void SetVEN_NEW(Arb_Channel Channel, double dblFreq_in_Hz, int intDutyCycle, int intBurstCount, double dblTrigDelay_in_us, double dblValue_in_Volts, bool isDC)
{
//double dblDCOffset = dblTxEnableValue_in_Volts / 2;
double dblDCOffset = 0;
try
{
#region BJ_1
if (Program.Location == LocationList.BJ_1)
{
if (isDC)
{
util.Wait(10);
_Arb_Ramp.SetDC(Channel, dblValue_in_Volts);
util.Wait(10);
}
else
{
_Arb_Ramp.SetArbOut(Arb_Waveform_Type.Pulse, Arb_Channel.Channel_1, dblFreq_in_Hz, dblValue_in_Volts, dblDCOffset, intDutyCycle, false);
util.Wait(10);
_Arb_Ramp.SetBurstTrig(Arb_Channel.Channel_1, dblTrigDelay_in_us, intBurstCount);
util.Wait(20);
}
}
#endregion BJ_1
}
catch (Exception ex)
{
throw new Exception(ex.Message.ToString());
}
}
public void SYNC_OUT(Arb_Channel Channel, Output Status)
{
try
{
if (Channel == Arb_Channel.Channel_1)
AWG_33522A_USB.Write("OUTP:SYNC:SOUR CH1");
else if (Channel == Arb_Channel.Channel_2)
AWG_33522A_USB.Write("OUTP:SYNC:SOUR CH2");
if (Status == Output.ON)
AWG_33522A_USB.Write("OUTP:SYNC ON");
else if (Status == Output.OFF)
AWG_33522A_USB.Write("OUTP:SYNC OFF");
}
catch (Exception e)
{
throw new Exception(e.Message);
}
}
public void SetOutput(Output Status, Arb_Channel Channel)
{
if (Channel == Arb_Channel.Channel_1)
{
if (Status == Output.ON)
{
AWG_33522A_USB.Write("OUTP1 ON");
}
else
AWG_33522A_USB.Write("OUTP1 OFF");
}
else
{
if (Status == Output.ON)
{
AWG_33522A_USB.Write("OUTP2 ON");
}
else
AWG_33522A_USB.Write("OUTP2 OFF");
}
}
public void SetBurstTrig(Arb_Channel Channel, double dblTrigDelay_in_ms, int intCycle)
{
try
{
if (Channel == Arb_Channel.Channel_1)
{
AWG_33522A_USB.Write("SOUR1:BURS:MODE TRIG");
if (intCycle == 0)
{ AWG_33522A_USB.Write("SOUR1:BURS:NCYC INF"); }
else
{
AWG_33522A_USB.Write("SOUR1:BURS:NCYC " + intCycle.ToString());
}
AWG_33522A_USB.Write("SOUR1:BURS:PHAS 0");
AWG_33522A_USB.Write("TRIG1:SOUR EXT");
AWG_33522A_USB.Write("TRIG1:SLOP POS");
AWG_33522A_USB.Write("TRIG1:DEL " + dblTrigDelay_in_ms.ToString() + "ms");
AWG_33522A_USB.Write("SOUR1:BURS:STAT ON");
}
else if (Channel == Arb_Channel.Channel_2)
{
AWG_33522A_USB.Write("SOUR2:BURS:MODE TRIG");
AWG_33522A_USB.Write("SOUR2:BURS:NCYC " + intCycle.ToString());
AWG_33522A_USB.Write("SOUR2:BURS:PHAS 0");
AWG_33522A_USB.Write("TRIG2:SOUR EXT");
AWG_33522A_USB.Write("TRIG2:SLOP POS");
AWG_33522A_USB.Write("TRIG2:DEL " + dblTrigDelay_in_ms.ToString() + "ms");
AWG_33522A_USB.Write("SOUR2:BURS:STAT ON");
}
}
catch (Exception e)
{
throw new Exception(e.Message);
}
}
public void SetDC(Arb_Channel Channel, double dblVoltage_in_Volts)
{
try
{
if (Channel == Arb_Channel.Channel_1)
{
AWG_33522A_USB.Write("SOUR1:APPL:DC DEF,DEF," + dblVoltage_in_Volts.ToString());
}
else if (Channel == Arb_Channel.Channel_2)
{
AWG_33522A_USB.Write("SOUR2:APPL:DC DEF,DEF," + dblVoltage_in_Volts.ToString());
}
}
catch (Exception e)
{
throw new Exception(e.Message);
}
}
public void SetArbOut(string Arb_Waveform_Type, Arb_Channel Channel,
double dblFreq_in_KHz, double dblHighVoltate_in_Volt, double dblLowVoltage_in_Volt, int intDutyCycle, bool SyncPhase)
{
try
{
if (Channel == Arb_Channel.Channel_1)
{
AWG_33522A_USB.Write("OUTP1:LOAD INF");
AWG_33522A_USB.Write("SOUR1:VOLT:UNIT VPP"); //Set Amplitude Unit
AWG_33522A_USB.Write("SOUR1:FUNC SQU");
AWG_33522A_USB.Write("SOUR1:FUNC:SQU:DCYC " + intDutyCycle);
AWG_33522A_USB.Write("SOUR1:FREQ " + dblFreq_in_KHz + "Hz");
AWG_33522A_USB.Write("SOUR1:VOLT:LOW " + dblLowVoltage_in_Volt);
AWG_33522A_USB.Write("SOUR1:VOLT:HIGH " + dblHighVoltate_in_Volt);
//AWG_33522A_USB.Write("SOUR1:VOLT " + dblVoltate_in_Volt);
//AWG_33522A_USB.Write("SOUR1:VOLT:OFFS " + dblDCOffset_in_Volt);
}
else if (Channel == Arb_Channel.Channel_2)
{
AWG_33522A_USB.Write("OUTP2:LOAD INF");
AWG_33522A_USB.Write("SOUR2:VOLT:UNIT VPP"); //Set Amplitude Unit
AWG_33522A_USB.Write("SOUR2:FUNC SQU");
AWG_33522A_USB.Write("SOUR2:FUNC:SQU:DCYC " + intDutyCycle);
AWG_33522A_USB.Write("SOUR2:FREQ " + dblFreq_in_KHz + "Hz");
AWG_33522A_USB.Write("SOUR2:VOLT:LOW " + dblLowVoltage_in_Volt);
AWG_33522A_USB.Write("SOUR2:VOLT:HIGH " + dblHighVoltate_in_Volt);
//AWG_33522A_USB.Write("SOUR2:VOLT " + dblVoltate_in_Volt);
//AWG_33522A_USB.Write("SOUR2:VOLT:OFFS " + dblDCOffset_in_Volt);
}
if (SyncPhase)
{
AWG_33522A_USB.Write("PHAS:SYNC"); //Sync PHASE
}
SetOutput(Output.ON, Channel);
#region ---# APPLy #----
//StringBuilder sbCommand = new StringBuilder("SOUR");
//if (Channel == Arb_Channel.Channel_1)
//{
// sbCommand.Append("1:APPL:");
// AWG_33522A_USB.Write("SOUR1:FUNC:PULS:DCYC " + intDutyCycle.ToString());
//}
//else
//{
// sbCommand.Append("2:APPL:");
// AWG_33522A_USB.Write("SOUR2:FUNC:PULS:DCYC " + intDutyCycle.ToString());
//}
//sbCommand.Append(Arb_Waveform_Type + " ");
//sbCommand.Append(dblFreq_in_KHz.ToString() + " , ");
//sbCommand.Append(dblVoltate_in_Volt.ToString() + " , ");
//if (dblDCOffset_in_Volt != 0)
// sbCommand.Append(dblDCOffset_in_Volt.ToString());
//AWG_33522A_USB.Write(sbCommand.ToString());
#endregion
//AWG_33522A_USB.Write("PHAS:SYNC"); //Sync PHASE
}
catch (Exception e)
{
throw new Exception(e.Message);
}
}
public void SetHighVoltage(double dblHighVoltage_in_Volt, Arb_Channel Channel)
{
try
{
if (Channel == Arb_Channel.Channel_1)
AWG_33522A_USB.Write("SOUR1:VOLT:HIGH " + dblHighVoltage_in_Volt.ToString());
else
AWG_33522A_USB.Write("SOUR2:VOLT:HIGH " + dblHighVoltage_in_Volt.ToString());
AWG_33522A_USB.Write("PHAS:SYNC"); //Sync PHASE
}
catch (Exception e)
{
throw new Exception(e.Message);
}
}
public void SetOutput(bool Status, Arb_Channel Channel)
{
if (Status)
{
if (Channel == Arb_Channel.Channel_1)
DG1022.Write("OUTP ON"); //Source Out
else
DG1022.Write("OUTP:CH2 ON");
}
else
{
if (Channel == Arb_Channel.Channel_1)
DG1022.Write("OUTP OFF"); //Source Out
else
DG1022.Write("OUTP:CH2 OFF");
}
_Util.Wait(intdelayTime);
}
public void SetArbOut(string Arb_Waveform_Type, Arb_Channel Channel,
double dblFreq_in_KHz, double dblVoltate_in_Volt, double dblDCOffset_in_Volt, int intDutyCycle)
{
try
{
DG1022.Write("VOLT:UNIT VPP"); //Set Amplitude Unit
_Util.Wait(intdelayTime);
DG1022.Write("VOLT:UNIT:CH2 VPP");
_Util.Wait(intdelayTime);
StringBuilder sbCommand = new StringBuilder("APPL:");
sbCommand.Append(Arb_Waveform_Type);
if (Channel == Arb_Channel.Channel_2)
{
sbCommand.Append(":CH2");
DG1022.Write("PULS:DCYC:CH2 " + intDutyCycle.ToString());
_Util.Wait(intdelayTime);
}
else
{
DG1022.Write("PULS:DCYC " + intDutyCycle.ToString());
_Util.Wait(intdelayTime);
}
sbCommand.Append(" " + dblFreq_in_KHz.ToString() + ",");
sbCommand.Append(dblVoltate_in_Volt.ToString() + ",");
if (dblDCOffset_in_Volt != 0)
sbCommand.Append(dblDCOffset_in_Volt.ToString());
DG1022.Write(sbCommand.ToString());
_Util.Wait(intdelayTime);
}
catch (Exception e)
{
throw new Exception(e.Message);
}
}
public void SetHighVoltage(double dblHighVoltage_in_Volt, Arb_Channel ArbChannel)
{
try
{
if (ArbChannel == Arb_Channel.Channel_1)
{
DG1022.Write("VOLT:HIGH " + dblHighVoltage_in_Volt.ToString());
_Util.Wait(intdelayTime);
}
else
{
DG1022.Write("VOLT:HIGH:CH2 " + dblHighVoltage_in_Volt.ToString());
_Util.Wait(intdelayTime);
}
}
catch (Exception e)
{
throw new Exception(e.Message);
}
}
