public Am471E(string visaAlias, string chanNumber, string pinName, bool reset)
{
try
{
this.VisaAlias = visaAlias;
this.ChanNumber = chanNumber;
this.PinName = pinName;
Smu = new PxiSmu(visaAlias, "0", 0xf, "Simulate=0, DriverSetup=Model:AM471e");
int ret = 0;
ret += Smu.Reset();
ret += Smu.ConfigurePowerLineFrequency(50);
ret += Smu.ConfigureOutputTransient("0", 1);
ret += Smu.ConfigureSamplingTime("0", 0.1, 1);
ret += Smu.ConfigureSense("0", PxiSmuConstants.SenseRemote);
ret += Smu.ConfigureOutputFunction("0", PxiSmuConstants.DVCI);
ret += Smu.ConfigureCurrentLimit("0".ToString(), 0, 100e-3);
ret += Smu.ConfigureVoltageLevelAndRange("0", 0, 1);
//ret += smu.ConfigureVoltageLevel("0", 0);
ret += Smu.ConfigureOutputSwitch("0", 1);
}
catch (Exception e)
{
MessageBox.Show(e.ToString(), "SMU Initialize");
}
}
static void Main(string[] args)
{
double[] curr = new double[4];
double[] volt = new double[4];
PxiSmu smu = new PxiSmu("PXI52::0::INSTR", "0-3", 0xf, "Simulate=0, DriverSetup=Model:AM430e");
smu.ConfigurePowerLineFrequency(50);
smu.ConfigureSamplingTime("0-3", 1, PxiSmuConstants.UnitPowerLineCycles);
smu.ConfigureOutputTransient("0-3", 1);
smu.ConfigureSense("0-3", PxiSmuConstants.SenseRemote);
smu.ConfigureOutputFunction("0-3", PxiSmuConstants.DVCI);
smu.ConfigureCurrentLimit("0-3", 0, 100e-6);
smu.ConfigureVoltageLevel("0-3", 0);
smu.ConfigureOutputSwitch("0-3", 1);
delay_s(1e-3);
smu.ConfigureVoltageLevel("0-3", 3.3);
delay_s(1e-3);
smu.Measure("0-3", PxiSmuConstants.MeasureVoltage, volt);
smu.Measure("0-3", PxiSmuConstants.MeasureCurrent, curr);
for (int i = 0; i < 4; i++)
{
Console.WriteLine("curr[" + i + "]: " + curr[i] + "; volt[" + i + "]: " + volt[i]);
}
smu.ConfigureVoltageLevel("0-3", 0);
delay_s(1e-3);
smu.ConfigureOutputSwitch("0-3", 0);
Console.ReadLine();
}
