KYUNGPOOK NATIONAL UNIVERSITY
SCHOOL OF ELECTRICAL ENGINEERING
AND COMPUTER SCIENCE
CIRCUIT THEORY
Spring 2009
(ELEC 243-09)
Assistant Professor Kalyana Veluvolu
Office: E7 - 104
Tel: 053-950-7232
E-mail: veluvolu@ee.knu.ac.kr
http://m80.knu.ac.kr/~veluvolu
Electric circuit theory and
Electromagnetic theory are the
fundamental theories.
Electric circuit theory is the most
important and the basic course for the
Electric Engineering Student.
All the other subjects in your electric
engineering rely on the concepts of
these theories.
Problem solving is essential for the
theoretical understanding. Use Matlab
or PSPICE to further enhance your
understanding.
André-Marie Ampère
André-Marie Ampère (1775-1836)
20 January 1775
Poleymieux, Lyon, France
10 June 1836 (aged 61)
Died
Marseille, France
Residence France
Nationality French
Physics
Fields
Born
André-Marie Ampère FRS (20 January 1775 – 10
June 1836), was a French physicist and
mathematician who is generally credited as one of the
main discoverers of electromagnetism.
The SI unit of measurement of electrical current, the
ampere, is named after him.
Alessandro Volta
Alessandro Giuseppe Antonio Anastasio
Volta (1745–1827)
Born
February 18, 1745
Como, Duchy of Milan
Died
March 5, 1827 (aged 82)
Como, Kingdom of Lombardy–Venetia
Fields
Physicist
Known for
Invention of the electric cell (battery =
two or more cells
Italian physicst who invented electric battery that
provided the continuous flow of electricity and the
capacitor.
The unit of voltage or potential difference, the Volt,
was named in his honor.
Syllabus ELEC 243243-09
Week No
Introduction
1
Systems of Units
Circuit Elements
2
Resistive Circuits(1)
3
Resistive Circuits(2)
Analysis Methods(1)
4
: Nodal Analysis
Analysis Methods(2)
5
: Mesh Analysis
Circuit Theorems
-Thevenin's Theorem
6
-Norton's Theorem
-Maximum Power Transfer
Energy-Storage Elements
7
8
- Capacitors and Inductors
MidMid-term Exam
To download lecture notes visit the website:
First Order Circuits(1)
9
-Source-Free RC Circuit
-Source-Free RL Circuit
First Order Circuits(2)
10
-Step Response of an RC Circuit
-Step Response of an RL Circuit
Second Order Circuits(1)
11
-Source-Free Parallel RLC Circuit
-Source-Free Series RLC Circuit
Second Order Circuits(2)
12
-Step Response of a Series RLC Circuit
-Step Response of a Parallel RLC Circuit
AC Circuits
13
-Sinusoids and Phasors
14
AC Circuits-Sinusoidal Steady-State Analysis
15
Final Exam
http://m80.knu.ac.kr/~veluvolu
KNU/ EECS/ CT1/ Spring 2009
Dr. Kalyana Veluvolu
Textbooks :
Alexander et al., Fundamentals of
Electric Circuits (3rd Ed), McGRAWHILL.
James W. Nilsson and Susan A. Riedel,
Introductory Circuits for Electrical and
Computer Engineering.
REFERENCES
1."Engineering circuit analysis", by William H
Hayt, Jack E Kemmerly & Steven M Durbin,
McGraw
Hill,
6th
Edition,
2002.
2."Electric circuits", by James W Nilsson &
Susan A Riedel, 7th Edition, Prentice Hall,
2005
3."Circuits: Engineering Concepts and
Analysis of Linear Electric Circuits" by A
Bruce
Carlson,
Brooks/Cole,
2000.
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