EE-112 Electrical Network Analysis Spring 2011
**Prerequisites: BS122 Calculus-I, EE-109 Linear Circuit Analysis Credit Hour: 3+1
Instructor:
Office: Room A-224, 1st Floor, Faculty Block
Contact Hours: BEE 2 (A) 11:00 to 11:50 (Wed) and 15:00 to 16:00 (Thu)
BEE 2 (B) 10:00 to 10:50 (Wed) and 11:00 to 11:50 (Thu)
Course Objectives:
This is the second course in two part sequence of Electrical Circuit Analysis stream. The course
requires basic concepts and knowledge related to circuit analysis and theorems taught in the first course
EE109 titled Linear Circuit Analysis.
The course introduces the linear circuits (comprising resistors, capacitors and inductors) excited
by sinusoidal sources. Alternating Current Power Analysis and Poly-phase circuits are introduced next.
The concept of complex frequency, Laplace Transforms and its application to linear circuits and finding
transfer function are covered in the later part. This is followed by learning about frequency response and
phase response using Bode plots. Next part of the course introduces the student to magnetically coupled
circuits and their analysis; and last part covers Two-Port network theory. Major topics covered durin the
course are listed below:
AC Circuit Analysis: Steady state response of passive circuits comprising Resistor,
Capacitor and Inductor to sinusoidal excitation, frequency response, series and parallel
resonance in AC circuit, filters, Q-Factor, bandwidth, selectivity etc. will also be
introduced and discussed.
AC Power and Poly Phase Circuits: AC Power calculations for single phase and poly-
phase systems, Wye-Delta connections and power measurements are covered.
Two-Port Network: Characterization of linear time-invariant two-ports networks by six
sets of parameters and the relationship among parameter sets, and interconnection of
two-port network will be discussed.
Magnetically Coupled Circuits: Mutual inductance, linear and ideal transformers are
covered.
Text Book:
Engineering Circuit Analysis (Seventh Edition); by Hayt Jr (late), Jack Kemmerly (late) and Steven Durbin
Reference Books:
Fundamentals of Electric Circuits; by Charles K Alexander and Matthew N.O. Sadiku
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