private static void RunModel()
{
var circuit = new CircuitBuilder()
.AddVoltageSource(1, 0, new PieceWiseLinearBehavior
{
DefinitionPoints = new Dictionary <double, double>
{
[100e-6] = 1
},
InitialValue = 0
}, "V")
.AddDiode(1, 0, d => { d.ReverseBreakdownVoltage = 2; }, "D")
.BuildCircuit();
var model = circuit.GetLargeSignalModel();
model.MaxDcPointIterations = 10000;
model.EstablishDcBias();
SimulateAndPrint(model, 1000e-6, 1e-6);
}
public static void SimpleRlc()
{
var circuit = new CircuitBuilder()
.AddVoltageSource(1, 0, new PulseBehavior
{
InitialLevel = 0,
PulseLevel = 5,
Delay = 5e-3, // 5 ms
PulseWidth = 25e-3 // 25 ms
}, "vc")
.AddResistor(1, 2, 50)
.AddInductor(2, 3, 0.125)
.AddCapacitor(3, 0, 1e-6)
.BuildCircuit();
var model = circuit.GetLargeSignalModel();
var vc = (ITwoTerminalLargeSignalDevice)model.FindDevice("vc");
model.EstablishDcBias();
Console.WriteLine("Time V(1) V(3)");
var timestep = 0.2e-3; // use 0.2 ms timestep
while (model.CurrentTimePoint <= 55e-3) // simulate for 55 ms
{
var time = model.CurrentTimePoint;
var v1 = model.NodeVoltages[1];
var v3 = model.NodeVoltages[3];
Console.WriteLine($"{time} {v1} {v3} {vc.Current}");
model.AdvanceInTime(timestep);
}
// model.SimulationParameters.IntegrationMethodFactory =
// new SimpleIntegrationMethodFactory(() => new TrapezoidalIntegrationMethod());
}
