private DiodeModel CreateDiodeModel(string name, string parameters)
{
var dm = new DiodeModel(name);
ApplyParameters(dm, parameters);
return(dm);
}
public DiodeElm(Point p1, Point p2, int f, StringTokenizer st) : base(p1, p2, f)
{
const double defaultdrop = 0.805904783;
mDiode = new Diode(mCir);
double fwdrop = defaultdrop;
double zvoltage = 0;
try {
ReferenceName = st.nextToken();
} catch { }
if (0 != (f & FLAG_MODEL))
{
try {
mModelName = CustomLogicModel.unescape(st.nextToken());
} catch { }
}
else
{
if (0 != (f & FLAG_FWDROP))
{
try {
fwdrop = st.nextTokenDouble();
} catch { }
}
mModel = DiodeModel.GetModelWithParameters(fwdrop, zvoltage);
mModelName = mModel.Name;
}
setup();
}
public override ElementInfo GetElementInfo(int n)
{
if (n == 0)
{
var ei = new ElementInfo("名前", 0, 0, 0);
ei.Text = ReferenceName;
return(ei);
}
if (!mCustomModelUI && n == 1)
{
var ei = new ElementInfo("モデル", 0, -1, -1);
mModels = DiodeModel.GetModelList(this is ZenerElm);
ei.Choice = new ComboBox();
for (int i = 0; i != mModels.Count; i++)
{
var dm = mModels[i];
ei.Choice.Items.Add(dm.GetDescription());
if (dm == mModel)
{
ei.Choice.SelectedIndex = i;
}
}
return(ei);
}
return(base.GetElementInfo(n));
}
private DiodeModel CreateDiodeModel(string name, string parameters)
{
var model = new DiodeModel(name);
ApplyParameters(model, parameters);
return(model);
}
public void When_GetPropertyOP_Expect_Reference()
{
// https://github.com/SpiceSharp/SpiceSharp/issues/169
var dModel = new DiodeModel("test");
var ckt = new Circuit(
new VoltageSource("V1", "a", "0", 0),
new Resistor("R1", "b", "0", 1000),
new Diode("LED", "a", "b", "test"),
dModel
);
var dc = new DC("DC", "V1", -3.0, 3.0, 0.1);
var voltageExport = new RealPropertyExport(dc, "LED", "v");
dc.ExportSimulationData += (sender, args) =>
{
var voltage = voltageExport.Value;
var voltage2 = args.GetVoltage("a") - args.GetVoltage("b");
// Because the property is always one iteration behind on the current solution, we relax the error a little bit
double tol = Math.Max(Math.Abs(voltage), Math.Abs(voltage2)) * RelTol + 1e-9;
Assert.AreEqual(voltage2, voltage, tol);
};
dc.Run(ckt);
}
public override SpiceSharp.Components.Model Generate(string id, string type, ParameterCollection parameters, ICircuitContext context)
{
var model = new DiodeModel(id);
SetParameters(context, model, parameters);
return(model);
}
public override Model Generate(string id, string type, ParameterCollection parameters, ICircuitContext context)
{
var model = new DiodeModel(id);
SetParameters(context, model, parameters);
return(new Model(id, model, model.Parameters));
}
protected void setup()
{
mModel = DiodeModel.GetModelWithNameOrCopy(mModelName, mModel);
mModelName = mModel.Name;
mDiode.Setup(mModel);
mHasResistance = (mModel.SeriesResistance > 0);
mDiodeEndNode = (mHasResistance) ? 2 : 1;
allocNodes();
}
/// <summary>
/// Create a diode with a model
/// </summary>
/// <param name="name">Diode name</param>
/// <param name="anode">Anode</param>
/// <param name="cathode">Cathode</param>
/// <param name="model">Model</param>
/// <param name="modelparams">Model parameters</param>
/// <returns></returns>
Diode CreateDiode(string name, string anode, string cathode, string model, string modelparams)
{
var d = new Diode(name);
var dm = new DiodeModel(model);
ApplyParameters(dm, modelparams);
d.SetModel(dm);
d.Connect(anode, cathode);
return(d);
}
/// <summary>
/// Create a diode with a model
/// </summary>
/// <param name="name">Diode name</param>
/// <param name="anode">Anode</param>
/// <param name="cathode">Cathode</param>
/// <param name="model">Model</param>
/// <param name="modelparams">Model parameters</param>
/// <returns></returns>
Diode CreateDiode(Identifier name, Identifier anode, Identifier cathode, Identifier model, string modelparams)
{
Diode d = new Diode(name);
DiodeModel dm = new DiodeModel(model);
ApplyParameters(dm, modelparams);
d.SetModel(dm);
d.Connect(anode, cathode);
return(d);
}
public ZenerElm(Point p1, Point p2, int f, StringTokenizer st) : base(p1, p2, f, st)
{
if ((f & FLAG_MODEL) == 0)
{
double zvoltage = st.nextTokenDouble();
mModel = DiodeModel.GetModelWithParameters(mModel.FwDrop, zvoltage);
mModelName = mModel.Name;
Console.WriteLine("model name wparams = " + mModelName);
}
setup();
}
public LEDElm(Point p1, Point p2, int f, StringTokenizer st) : base(p1, p2, f, st)
{
if ((f & (FLAG_MODEL | FLAG_FWDROP)) == 0)
{
const double fwdrop = 2.1024259;
mModel = DiodeModel.GetModelWithParameters(fwdrop, 0);
mModelName = mModel.Name;
Console.WriteLine("model name wparams = " + mModelName);
setup();
}
mColorR = 1.0;
mColorG = 0.0;
mColorB = 0.0;
mMaxBrightnessCurrent = 0.01;
try {
mColorR = st.nextTokenDouble();
mColorG = st.nextTokenDouble();
mColorB = st.nextTokenDouble();
mMaxBrightnessCurrent = st.nextTokenDouble();
} catch { }
}
public override void SetElementValue(int n, ElementInfo ei)
{
if (n == 0)
{
ReferenceName = ei.Textf.Text;
setTextPos();
}
if (!mCustomModelUI && n == 1)
{
int ix = ei.Choice.SelectedIndex;
if (ix >= mModels.Count)
{
mModels = null;
mCustomModelUI = true;
ei.NewDialog = true;
return;
}
mModel = mModels[ei.Choice.SelectedIndex];
mModelName = mModel.Name;
setup();
return;
}
base.SetElementValue(n, ei);
}
public void When_LargeExample_Expect_Reference()
{
// First create the models
var diodeModelA = new DiodeModel("DA")
.SetParameter("n", 0.1e-3);
var diodeModelB = new DiodeModel("DB")
.SetParameter("is", 100e-14);
var bjtModelQp1 = new BipolarJunctionTransistorModel("QP1")
.SetParameter("pnp", true)
.SetParameter("is", 16e-15)
.SetParameter("bf", 1700.0);
var bjtModelQp2 = new BipolarJunctionTransistorModel("QP2")
.SetParameter("pnp", true)
.SetParameter("is", 16e-15)
.SetParameter("bf", 1610.5);
var ckt = new Circuit(
new NodeMapper(new[]
{
"VDD", "test:11", "test:12", "VEE", "test:91", "test:92", "test:13",
"test:15", "test:14", "test:16", "test:20", "test:32", "test:111",
"test:17", "test:112", "test:113", "test:114", "test:115", "INP",
"INN", "test:21", "test:22", "test:23", "test:110", "test:33",
"test:59", "test:34", "test:60", "test:61", "test:63", "test:62",
"test:65", "test:66", "test:64", "test:67", "test:68", "test:69",
"test:70", "OUT", "test:77", "test:78", "test:79", "test:80",
"test:81", "test:83", "test:84", "test:85", "test:86", "test:87",
"test:88", "test:89", "test:90"
}),
diodeModelA,
diodeModelB,
bjtModelQp1,
bjtModelQp2,
new VoltageSource("test:VS1", "VDD", "test:11", 0),
new CurrentSource("test:IBIAS", "test:11", "test:12", 61.3e-6),
new Diode("test:DBIAS", "VEE", "test:12", "DA"),
new Resistor("test:RE1", "test:12", "test:91", 1.005e3),
new Resistor("test:RE2", "test:12", "test:92", 1.005e3),
new BipolarJunctionTransistor("test:QI1", "test:13", "test:15", "test:91", "test:91", "QP1"),
new BipolarJunctionTransistor("test:QI2", "test:14", "test:16", "test:92", "test:92", "QP2"),
new Resistor("test:RIN1", "test:15", "test:20", 3e6),
new Resistor("test:RIN2", "test:16", "test:20", 3e6),
new Diode("test:DIN1", "test:15", "VDD", "DB"),
new Diode("test:DIN2", "VEE", "test:15", "DB"),
new Diode("test:DIN3", "test:16", "VDD", "DB"),
new Diode("test:DIN4", "VEE", "test:16", "DB"),
new VoltageControlledVoltageSource("test:ECR1", "test:15", "test:32", "test:111", "test:20", 1),
new VoltageSource("test:VOS", "test:17", "test:32", 1e-3),
new Diode("test:DP1", "test:17", "test:112", "DB"),
new Diode("test:DP2", "test:112", "test:113", "DB"),
new Diode("test:DP3", "test:113", "test:16", "DB"),
new Diode("test:DP4", "test:16", "test:114", "DB"),
new Diode("test:DP5", "test:114", "test:115", "DB"),
new Diode("test:DP6", "test:115", "test:17", "DB"),
new Resistor("test:RP1", "test:17", "INP", 3.5e3),
new Resistor("test:RP2", "test:16", "INN", 3.5e3),
new Resistor("test:RC1", "test:13", "VEE", 1.856e3),
new Resistor("test:RC2", "test:14", "VEE", 1.856e3),
new Capacitor("test:C1", "test:13", "test:14", 14.0e-12),
new VoltageControlledCurrentSource("test:GA", "test:21", "test:20", "test:14", "test:13",
326.8e-6),
new CurrentControlledCurrentSource("test:FSUP", "VEE", "VDD", "test:VS1", 1),
new Resistor("test:RO1", "test:21", "test:20", 30606),
new VoltageControlledCurrentSource("test:GB", "test:22", "test:20", "test:21", "test:20", 1),
new Resistor("test:RO2", "test:22", "test:20", 20e3),
new VoltageControlledVoltageSource("test:EF", "test:23", "test:20", "test:22", "test:20", 1),
new Capacitor("test:CC", "test:23", "test:21", 36.8e-12),
new VoltageControlledVoltageSource("test:EG", "test:20", "VEE", "VDD", "VEE", 0.5),
new VoltageControlledCurrentSource("test:GCP", "test:22", "test:20", "test:110", "test:20", 10),
new Diode("test:DVL1", "test:22", "test:33", "DA"),
new VoltageSource("test:VMIN1", "test:59", "test:33", 6.85e-3),
new Diode("test:DVL2", "test:34", "test:22", "DA"),
new VoltageSource("test:VMIN2", "test:34", "test:60", 4e-3),
new VoltageControlledVoltageSource("test:ELIM2", "test:59", "test:61", "VDD", "VEE", 0.5),
new VoltageControlledVoltageSource("test:ELIM1", "test:63", "test:60", "VDD", "VEE", 0.5),
new VoltageControlledVoltageSource("test:ECOMP2", "test:62", "test:20", "test:65", "test:66", 1),
new VoltageControlledVoltageSource("test:ECOMP1", "test:64", "test:20", "test:65", "test:66", 1),
new VoltageControlledVoltageSource("test:EOUT", "test:65", "test:20", "test:22", "test:20", 1),
new Resistor("test:ROUT1", "test:65", "test:66", 150),
new VoltageSource("test:VIS3", "test:66", "test:67", 0),
new Diode("test:DSC1", "test:67", "test:68", "DA"),
new Diode("test:DSC2", "test:69", "test:67", "DA"),
new Diode("test:DSC3", "test:69", "test:70", "DA"),
new Diode("test:DSC4", "test:70", "test:68", "DA"),
new CurrentSource("test:ISC1", "test:68", "test:69", 25e-3),
new Resistor("test:RSC", "test:68", "test:69", 10e6),
new Resistor("test:ROUT2", "test:70", "OUT", 0.1e-3),
new Resistor("test:RLOAD", "OUT", "test:20", 10e6),
new Diode("test:DSUP", "VEE", "VDD", "DB"),
new Resistor("test:RSUP", "VDD", "VEE", 200e3),
new CurrentSource("test:ISUP", "VDD", "VEE", 95e-6),
new CurrentControlledCurrentSource("test:FSUP1", "test:20", "test:77", "test:VIS3", 1),
new Capacitor("test:CSUP", "test:77", "test:20", 1e-12),
new Diode("test:DSUP1", "test:20", "test:77", "DB"),
new Diode("test:DSUP2", "test:77", "test:78", "DB"),
new VoltageSource("test:VIS4", "test:78", "test:20", 0),
new CurrentControlledCurrentSource("test:FSUP2", "VDD", "VEE", "test:VIS4", 1),
new VoltageControlledVoltageSource("test:ESUP1", "test:79", "test:20", "VDD", "VEE", 1),
new Capacitor("test:CPSRR", "test:79", "test:80", 7.5e-12),
new Resistor("test:RPSRR", "test:80", "test:20", 5e3),
new VoltageControlledCurrentSource("test:GPSRR1", "test:20", "test:110", "test:80", "test:20",
0.05),
new VoltageControlledCurrentSource("test:GPSRR2", "test:20", "test:111", "test:79", "test:20",
10.5e-6),
new Resistor("test:RRDC", "test:111", "test:20", 1),
new Resistor("test:RRR", "test:110", "test:20", 1),
new VoltageControlledVoltageSource("test:ECM1", "test:81", "test:20", "test:12", "VEE", 1),
new VoltageControlledCurrentSource("test:GCM2", "test:20", "test:111", "test:81", "test:20", 10e-6),
new Diode("test:DIL", "test:12", "test:83", "DA"),
new Resistor("test:RIL", "test:83", "test:84", 50),
new VoltageSource("test:VIL", "test:85", "test:84", 0.9),
new VoltageControlledVoltageSource("test:EIL", "test:85", "VEE", "VDD", "VEE", 1),
new Diode("test:DVL3", "VEE", "test:12", "DA"),
new Diode("test:DVL4", "test:12", "test:86", "DA"),
new CurrentControlledCurrentSource("test:FVL", "test:86", "VEE", "test:VIS5", 1),
new VoltageSource("test:VVL", "test:87", "VEE", 2.3),
new VoltageSource("test:VIS5", "test:87", "test:88", 0),
new Diode("test:DVL5", "test:88", "test:89", "DA"),
new Resistor("test:RVL", "test:89", "test:90", 300),
new VoltageControlledVoltageSource("test:EVL1", "test:90", "VEE", "VDD", "VEE", 1),
new Resistor("RF", "OUT", "INN", 10),
new VoltageSource("VSIG", "INP", "0", new Pulse(-1.5, 1.5, 1e-6, 10e-9, 10e-9, 5e-6, 10e-6)),
new VoltageSource("VSUP", "VDD", "VEE", 5),
new VoltageControlledVoltageSource("EG1", "0", "VEE", "VDD", "VEE", 0.2)
);
// Calculate the operating point
var tran = new Transient("tran", 1e-9, 10e-6);
tran.Run(ckt);
}
