ENGR 202- Electrical Fundamentals II

Catalog Data: Sinusoidal steady-state analysis and phasors. Application of circuit analysis techniques to solve single-phase and three-phase circuits including powers; mutual inductance, transformers and passive filters.

Prerequisites:

By course: ENGR 201.

Courses that require this as a prerequisite: ECE 317

Credits: 3 Terms Offered: Winter/Spring annually

Instructors:

Primary: A. von Jouanne
Secondary: J. Eggerton

Textbooks: Fundamentals of Electric Circuits, Alexander and Sadiku, McGraw-Hill, 2000. ISBN
Laboratory packet available from the bookstore

Course Learning Objectives:
Students must demonstrate the ability to:

1. Apply circuit analysis techniques to single-phase AC circuits using phasors to calculate real power, reactive power and apparent power. (ABET Outcomes a, k)
2. Apply circuit analysis techniques to three-phase circuits to calculate line- and phase-voltages and currents, and real, reactive and apparent power. (ABET Outcomes a, k)
3. Apply the principles of frequency dependence of inductive and capacitive components for the analysis of passive filters. (ABET Outcomes a, c, k)
4. Perform laboratory experiments utilizing the above concepts. (ABET Outcomes a, b)

Topics

• Review of Sinusoidal AC Circuits and Phasors (Chs. 9-10)
• AC Power Analysis (Single-Phase) (Ch. 11)
• Three-Phase AC Circuits (Ch. 12)
• Magnetically Coupled Circuits and Transformers (Ch. 13)
• Passive Filters (Ch. 14)

Laboratory Experiments

• Introduction/Review
• Series-Parallel AC Circuits
• Introduction to Power Circuits
• Maximum Power Transfer
• Power Factor Correction
• Three-Phase Power Circuits
• Mutual Inductance I
• Mutual Inductance II

Structure: Two 50 minute lectures and one 2 hour lab per week.

Original: 1/01-4/01
Revised: