Course description

EEC 313: Electrical Circuit Theory III is a comprehensive course that covers the fundamentals of power electronics and AC circuits. Here's what you can expect to learn:

Key Topics:

- Transient Analysis: Study of circuit behavior during sudden changes in voltage or current, including the response of circuits with energy storage elements like capacitors and inductors.

- Power Electronics: Exploration of power electronic devices, circuits, and systems, including their applications in power conversion and control.

- AC Circuits: In-depth analysis of AC circuit principles, including circuit analysis techniques, phasor diagrams, and impedance calculations.¹ ²

Course Objectives:

- Evaluate the responses of various networks to momentary increases in current and voltage.

- Analyze and design AC circuits, including power electronic circuits.

- Apply circuit analysis techniques to solve complex electrical engineering problems.

Relevance:

- Understand the principles of electrical circuit theory and its applications in power electronics and AC circuits.

- Develop skills in analyzing and designing electrical circuits for various engineering applications.

- Prepare for advanced courses in electrical engineering, such as Electrical Circuit Theory IV (EEC 325) and Power System Analysis.³

What will i learn?