EE 221 - Circuits II

Credits: 3

Description
EE 221 is the second semester of a one-year course to study electrical circuits. It covers a) sinusoidal steady state analysis by using phasors, sinusoidal steady state power; b) the Laplace transform and its applications to circuit analysis and network function; c) magnetically coupled circuits and transformers; d) circuit analysis in s-domain, and frequency response.

Student Learning Outcomes

Analyze AC power in complex number; calculate and improve power factor.
Analyze 3-phase AC circuits; calculate voltage, current and power relations between Y and Δ connections.
Analyze ideal and real transformers; calculate output voltage, current, power, and impedance between the input and output in transformers.
Analyze AC circuits in complex frequency form; apply Laplace transform to AC circuits.
Analyze AC circuits in s-Domain; find Poles, Zeroes and Transfer Functions in given AC circuits.
Analyze frequency response in RL, RC, and RLC circuits; calculate parallel resonance and series resonance.

Prerequisite: EE 220