Study Guide

Objectives

The student knows
- concepts of AC power

The student can
- model circuits with inductively coupled windings
- model circuit resonance situations and master analysis of passive basic filters
- model circuit switching phenomena and understand their essential differences compared to steady-state circuit modeling

Content

AC power: actual power, reactive power, apparent power, complex power.

Circuit Modeling of Mutual Inductance: How Inductively Coupled Coils Are Considered in Circuit Analysis, Circuit Model of Ideal Transformer.

Resonance in Circuits: What does resonance mean and how does it appear in electrical circuits. How to model resonance situations in electrical circuits.

Passive Filter Connections: How low-pass, high-pass, band-pass, and band-pass filters are implemented with resistors, coils and capacitors. How these filter connections are modeled using the voltage gain transfer function.

Switching phenomena: How to model switching phenomena and other transient situations in electrical circuits.

Prerequisites

Controlling the contents of DC and AC circuits.