modelIdealCircuit
van der Pol equations
Extends from Modelica.Icons.Example (Icon for runnable examples).
Information
See documentation of the enclosing subpackage.
Parameters
| Type | Name | Default | Description |
|---|---|---|---|
| Real | mu | 0.2 | Damping |
| Real | A | 1.0 | Amplitude of excitation |
| Real | w | 1.2 | Rel. frequency of excitation |
| SI.Frequency | f | w*w0/(2*pi) | Excitation voltage frequency |
| Real | kx | 1 | Scaling factor x |
| Real | ky | 1 | Scaling factor y |
| Real | kz | 1 | Scaling factor z |
| SI.AngularVelocity | w0 | 2*pi*1000 | Time scaling = natural angular velocity |
| Real | x0 | 2 | Initial value of x |
| Real | y0 | -2/15 | Initial value of y |
| Real | z0 | -5/6 | Initial value of z |
| Real | Vs | 10 | Limiting supply voltage |
| SI.Resistance | R | 10e3 | Output resistance of amplifiers |
| SI.Capacitance | C | 1e-6 | Capacitor of integrators |
| SI.Resistance | Rzx | 1/(w0*C)/(kx/kz) | |
| SI.Resistance | Rxy | 1/(w0*C)/(ky/kx) | |
| SI.Resistance | Ryz | R/(kz/ky) | |
| SI.Resistance | Rye | R/(1/ky) | |
| SI.Resistance | Ryx2 | R/(mu*kx/ky*Vs) | |
| SI.Resistance | Rx2 | R/(kx^2*Vs/3) |