static void Main()
{
M2k ctx = libm2k.m2kOpen();
ctx.calibrateADC();
// Setup analog in
M2kAnalogIn ain = ctx.getAnalogIn();
ain.enableChannel(0, true);
double voltage = ain.getVoltage(ANALOG_IN_CHANNEL.ANALOG_IN_CHANNEL_1);
Console.WriteLine(voltage);
libm2k.contextClose(ctx);
}
static void Main()
{
M2k ctx = libm2k.m2kOpen();
ctx.calibrateADC();
// Will turn on the power supply if we need smth to measure
M2kPowerSupply ps = ctx.getPowerSupply();
ps.enableChannel(0, true);
ps.pushChannel(0, 1.7);
// Setup analog in
M2kAnalogIn ain = ctx.getAnalogIn();
ain.enableChannel(0, true);
double voltage = ain.getVoltage(ANALOG_IN_CHANNEL.ANALOG_IN_CHANNEL_1);
Console.WriteLine(voltage);
libm2k.contextClose(ctx);
}
static void Main()
{
M2k context = libm2k.m2kOpen("ip:192.168.2.1");
if (context == null)
{
Console.WriteLine("Connection Error: No ADALM2000 device available/connected to your PC.");
return;
}
context.calibrateADC();
M2kAnalogIn analogIn = context.getAnalogIn();
M2kPowerSupply powerSupply = context.getPowerSupply();
M2kDigital digital = context.getDigital();
//setup analog in
analogIn.setOversamplingRatio(1);
analogIn.setSampleRate(1000000);
analogIn.enableChannel(0, true);
analogIn.enableChannel(1, false);
analogIn.setRange((ANALOG_IN_CHANNEL)0, M2K_RANGE.PLUS_MINUS_25V);
//enable LDAC
digital.setDirection(3, DIO_DIRECTION.DIO_OUTPUT);
digital.enableChannel(3, true);
//enable CLR
digital.setDirection(4, DIO_DIRECTION.DIO_OUTPUT);
digital.enableChannel(4, true);
//setup SPI
var m2kSpiInit = new m2k_spi_init();
m2kSpiInit.clock = 1;
m2kSpiInit.mosi = 2;
m2kSpiInit.miso = 7; //dummy value - miso is not used in this example
m2kSpiInit.bit_numbering = bit_numbering.MSB;
m2kSpiInit.context = context;
var spiInitParam = new spi_init_param();
spiInitParam.max_speed_hz = 1000000;
spiInitParam.mode = spi_mode.SPI_MODE_3;
spiInitParam.chip_select = 0;
spiInitParam.extra = m2kSpiInit;
spi_desc spiDesc = libm2k.spi_init(spiInitParam);
if (spiDesc == null)
{
Console.WriteLine("SPI Error: Could not configure SPI");
return;
}
powerSupply.enableChannel(0, true);
powerSupply.pushChannel(0, 5);
//CLR and LDAC high as long as bits are transmitted
digital.setValueRaw(3, DIO_LEVEL.HIGH);
digital.setValueRaw(4, DIO_LEVEL.HIGH);
byte[] data = GetRegisterData(Voltage);
//transmitting data
libm2k.spi_write_and_read(spiDesc, data, 2);
//update with current shift register contents
digital.setValueRaw(3, DIO_LEVEL.LOW);
var samples = analogIn.getSamples(100);
var average = samples[0].Average();
Console.WriteLine("Average value: " + average);
libm2k.spi_remove(spiDesc);
libm2k.contextClose(context, true);
}
static void Main()
{
M2k ctx = libm2k.m2kOpen();
ctx.calibrateADC();
ctx.calibrateDAC();
M2kAnalogIn ain = ctx.getAnalogIn();
M2kAnalogOut aout = ctx.getAnalogOut();
M2kHardwareTrigger trig = ain.getTrigger();
// Setup analog in
ain.enableChannel(0, true);
ain.enableChannel(1, true);
ain.setSampleRate(100000);
ain.setRange((ANALOG_IN_CHANNEL)0, -10.0, 10.0); // nu are idxchannel
ain.setRange((ANALOG_IN_CHANNEL)1, M2K_RANGE.PLUS_MINUS_25V);
// Uncomment the following block to enable triggering
// trig.setAnalogSource(M2K_TRIGGER_SOURCE.CHANNEL_1);
// trig.setAnalogCondition(0, M2K_TRIGGER_CONDITION.RISING_EDGE);
// trig.setAnalogLevel(0, 0.5);
// trig.setAnalogDelay(0);
// trig.setAnalogMode(0, M2K_TRIGGER_MODE.ALWAYS);
// setup analog output
aout.setSampleRate(0, 750000);
aout.setSampleRate(1, 750000);
aout.enableChannel(0, true);
aout.enableChannel(1, true);
// create output buffers
var ch1 = new VectorD();
var ch2 = new VectorD();
var both = new VectorVectorD();
for (int i = 0; i < 1024; i++)
{
double val = 4.0;
ch1.Add(val);
ch2.Add(3.0);
}
both.Add(ch1);
both.Add(ch2);
aout.setCyclic(true);
aout.push(both);
var data = ain.getSamples(1024);
for (int i = 0; i < 10; i++)
{
Console.WriteLine(data[0][i] + " ");
}
for (int i = 0; i < 10; i++)
{
Console.WriteLine(data[1][i] + " ");
}
aout.stop();
libm2k.contextClose(ctx);
}