SYLLABUS

ENGIN 232: Circuit Analysis II 3 Credits

PREREQUISITE: Engin 231 (Circuit Analysis I)

TEXT: Basic Engineering Circuit Analysis, 7th Edition,

J. David Irwin, Prentice Hall

OBJECTIVE:

This course is a continuation of Engin 231 (Circuit Analysis I). The first half of the course covers ac steady-state analysis involving time-domain as well as frequency domain. Various concepts like frequency response, Bode plots and response are studied in detail. The second half of the course covers the topics like transformers, network transfer functions, and Laplace transforms.

SYLLABUS

Complex numbers and phasor concept

Frequency domain analysis; impedance concept

Circuit theorems for phasors

Mesh and nodal analysis with phasor, superposition, Thevenin's and Norton's theorem

Sinusoidal circuits containing Op-Amp and dependent sources

Introduction to average power, power factor

Effective and RMS values

Three phase circuits, Y- transformations

Magnetically coupled networks

Frequency response

Bode plots

Resonance

Complex frequency concept

Transform function, poles and zeros of the circuit

Natural response using transfer functions

Introduction to Laplace transforms

Properties of Laplace transforms

Partial-fraction expansion to find inverse Laplace transforms

Application of Laplace transforms to circuits with arbitrary inputs

GRADE:

The final grade comprises 10% from participation, 10% from homework, 30% from midterm and 50% from the final.