Capacitor (Coupled)

Description
This component provides two or more capacitively coupled capacitors.
The size n of the matrix corresponds to the number of capacitors. The diagonal coefficients are the self-capacitance terms and the off-diagonal coefficients are the coupling terms.
The branch currents are defined by:
i_a = \sum_b C_{a,b}\frac{dv_b}{dt}
where v_b is the voltage from pin CbP to pin CbN.
Library
Electrical > RLC
Parameters
| Property | Display Name | Parameter Type | Description |
|---|---|---|---|
| NumberOfCapacitors | Number of Capacitors | IntParameter | Number of ideal capacitors. |
| Capacitance | Capacitance Matrix [F] | DoubleMatrixParameter | The capacitance matrix (F). A square matrix must be entered. |
| Vinit | Initial voltage [V] | DoubleArrayParameter | Vector of initial capacitor voltages (V). The vector size must be equal to the number of capacitors. |
Pins
| Property | Pin Name | Type | Description |
|---|---|---|---|
| - | C1P | Electrical | C1P |
| - | C1N | Electrical | C1N |
| - | C2P | Electrical | C2P |
| - | C2N | Electrical | C2N |
| - | C3P | Electrical | C3P |
| - | C3N | Electrical | C3N |
Default Size
| Width | Height |
|---|---|
| 6 | 6 |