Section 3
Capacitors and inductors in circuits
Computes Series capacitors from the circuit model and the stated conditions.
- Ideal linear elements; passive sign convention.
Computes Parallel capacitors from the circuit model and the stated conditions.
- Ideal linear elements; passive sign convention.
Computes Series inductors from the circuit model and the stated conditions.
- Ideal linear inductors with no magnetic coupling (M=0); passive sign convention.
Computes Parallel inductors from the circuit model and the stated conditions.
- Ideal linear inductors with no magnetic coupling (M=0); passive sign convention.
Computes Energy stored in a capacitor from the circuit model and the stated conditions.
- Ideal linear elements; passive sign convention.
Computes Energy stored in an inductor from the circuit model and the stated conditions.
- Ideal linear elements; passive sign convention.
Computes RC time constant from the circuit model and the stated conditions.
- Ideal linear elements; passive sign convention.
Computes RL time constant from the circuit model and the stated conditions.
- Ideal linear elements; passive sign convention.
Computes Mutual inductance from the circuit model and the stated conditions.
- Ideal linear elements; passive sign convention.
Computes Coupling coefficient from the circuit model and the stated conditions.
- Ideal linear elements; passive sign convention.
Computes Capacitor voltage continuity from the circuit model and the stated conditions.
- Ideal linear elements; passive sign convention.
Computes Inductor current continuity from the circuit model and the stated conditions.
- Ideal linear elements; passive sign convention.