EASTERN UNIVERSITY
Course outline
Course No and Name: CSE167/ EEE 147 Circuit Analysis I [3.0]
Cr. Hrs: 3.0
Pre-requisite(s): MAT 117
Faculty: Engineering & Technology
Program: BSCSE & BSEEE
Semester: Spring 2007 Beginning on March 11, 2007.
Hours/wk: 3 (2 sessions each one and half hour duration).
Total Wks: 13
Tutorial Class: 1.5 hour duration (Mandatory)
Total Contact Hrs: 39
Instructor: Afsana Ahamed, Lecturer, E & T, Eastern University
Offices: Campus-2, Room # 400(Faculty Room) 3rd Floor
The Course EEE148: Circuit I Lab [1.0] will run concurrently with this course.
Course Goals: To provide the participants the fundamental concepts related to electrical
circuits, their use and applications in practice.
Expectation: To achieve these goals, students are expected to
 Read the section of text book before the materials is presented in class.
 Attend all lectures.
 Complete all homework assignments with sincerity and integrity.
 Discuss problems with other students.
Academic Honesty: It is obligation of each student to understand the university’s
policies regarding academic honesty and to upload the standards. Students are
encouraged to talk about the problems, should write up the solution individually. Students
should acknowledge the assistance of any books, student or teacher.
Course Descriptions:
Circuit variables and elements: voltage, current, power, energy, independent and dependent
sources, resistance. Basic laws: Ohm’s law, Kirchoff’s current and voltage laws. Simple resistive
circuits: Series and Parallel circuits, voltage and current division, wye-delta transformation.
Techniques of circuit analysis: nodal and mesh analysis including supernode and supermesh.
Network theorems: source transformation, Thevenin’s theorem, Norton’s theorem and
superposition theorem with applications in circuits having independent and dependent sources,
maximum power transfer condition and reciprocity theorem. Energy storage elements: inductors
and capacitors, series parallel combination of inductors and capacitors. Responses of RL and RC
circuits: natural and step responses.
Magnetic quantities and variables: flux, permeability and reluctance, magnetic field strength,
magnetic potential, flux density, magnetization curve. Laws in magnetic circuits: Ohm’s laws and
ampere’s circuital law. Magnetic circuit: series, parallel and series-parallel circuits.
Basis of Evaluation of Participants:
1. Attendance
8.0%
2. Random Quizzes & Assignments 12.0%
3. Class Test
10.0%
4. First Term Exam
20.0%
5. Second Term Exam
20.0%
6. Final Exam
30.0%
============
Total
100.0%
Course Outcomes: After successfully completing the course, each participant will be familiar
with the fundamentals of Electrical circuits, their use and applications.
Text Required:
1. Introductory Circuit Analysis-----Robert L Boylestad
2. Electrical Technology-----------------B L Thereja
3. Basic Electrical Engineering --------R P Ward
The contents from other books will be presented depending on the requirements of the course.
Course Policies and Procedures:
General policies are as described in the university (EU) bulletin.
Should there be any necessity; any consideration /provision for improving grade of a
student will be tied up with the performance demonstrated by the student in the areas
related to the continuous assessment (attendance and class tests) over the entire semester.
Attendance records will be given the highest importance in determining a student’s
eligibility to avail any special consideration /provision. To be eligible for sitting in the
Final Exam a student has to have minimum 75% class attendance. Attendance of anyone
who will enter the class after the attendance register is closed may not be recorded.
As and when needed, extra classes will be arranged to make up (possible) slow progress
of the course. These classes will be considered as regular. Decisions regarding the
schedules for these classes will be made in the class when most of the students remain
present in the class. No separate notice will be served for this purpose.
Class Test/ Quizzes:
All class tests/quizzes will be conducted on random basis. Random class tests/quizzes will not be
made up other than for a student who is evaluated to be regular (100% attendance) before the day
of the quiz in question and who can produce the evidence that he/she has the reason (s) for
missing the class test/quiz.
Wearing a sports cap during the periods of quizzes and exams is not allowed.
Class Schedule of EEE 147 or CSE 167
Lec.
No
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
Topic(s) scheduled to be covered
Reference
Reading
Reading
Assignment
Due
date
Circuit variables and elements: voltage, current,
power, energy, independent and dependent sources,
resistance
Continuation of class lec 1
Basic laws: Ohm’s law
Kirchoff’s current and voltage laws.
Simple resistive circuits: Series and Parallel circuits,
voltage and current division,
Techniques of circuit analysis: nodal and mesh
analysis including supernode and supermesh
+ Network theorems: source transformation, e.i,.
Thevenin’s theorem, Norton’s theorem and
superposition theorem with applications in circuits
having independent and dependent sources
Term I Exam (up to the topics covered on the 7 th
lecture)
Exam review + Theorem applications in circuits
having independent and dependent sources
reciprocity theorem
wye-delta transformation Theorem
maximum power transfer Theorem
Energy storage elements: inductors and capacitors,
series parallel combination of inductors and
capacitors.
Responses of RL and RC circuits:
Term II Exam (up to the topics covered on the 14 th
lecture. Topics of the First Term Exam are not
included.)
Exam review + Responses of RL and RC circuits:
natural and step responses
continuation of lecture 17
Magnetic quantities and variables: flux, permeability
and reluctance,
magnetic field strength, magnetic potential, flux
density , magnetization cu rve.
Laws in magnetic circuits: Ohm’s laws and.
do
ampere’s circuital law
Magnetic circuit: series
Parallel circuits, series-parallel circuits
Review
Final Exam as per schedule set by the Registrar’s office (The topic up to the Second
Term Exam are not included)
Publication of Results
Course No and Name: EEE 157 Circuit Analysis I [3.0] Cr. Hrs: 3.0
Pre-requisite(s): EEE 147
Faculty: Engineering & Technology
Program: BSEEE
Semester: Spring 2007 beginning on 11 Mar 2007.
Hours/wk: 3 (2 sessions each one and half hours duration) Total Wks: 13
Total Contact Hrs: 39
Instructor: Md Abul Kalam Azad, PhD
Offices: Campus-2, Room #408
Office Hrs: Friday 6:30 pm – 8:00 pm.
Campus-2, Room #408
Office Hrs: Monday, 6:30 pm – 8:00 pm
Tutorial Hrs: Friday, 11:10 am – 12:40 pm
The Course EEE158: Circuit I Lab [1.0] will run concurrently with this course.
Course Goals: To provide the participants the fundamental concepts related to electrical circuits, their
use and applications in practice.
Course Descriptions:
Sinusoidal functions: Instantaneous current, voltage, power, effective current & voltage,
average power, Phasors and complex quantities, impedance, real and reactive power,
power factor. Analysis of 1-ph ac circuits: series and parallel RL, RC, and RLC circuits,
nodal and mesh analysis, application of network theorems in ac circuits, circuit with nonsinusoidal excitations, transients in ac passive filters. Resonance in ac circuits: series and
parallel resonance. Magnetically coupled circuits. Analysis of 3-ph circuits: 3-ph supply,
balance and unbalanced circuits, power calculations.
Basis of Evaluation of Participants:
1. Attendance
2. Assignments
3. Class Test/Quizzes
4. First Term Exam
5. Second Term Exam
6. Final Exam
Total+
08.0%
10.0%
12.0%
20.0%
20.0%
30.0%
============
100.0%
Course Outcomes: After successfully completing the course, each participant will be
familiar with the fundamentals of Electrical circuits, their use and applications.
Text Required:
1. Alternating Current Circuits----------Kerchner and Corcoran
2. Introduction to Circuit Analysis-----Robert L Boylestad
3. Electrical Technology-----------------B L Thereja
The contents from other books will be presented depending on the requirements of the
course.
Course Policies and Procedures:
General policies are as described in the University (EU) Bulletin.
Attendance records will be given the highest importance in determining a student’s eligibility to
avail any special consideration/ provision. To be eligible for sitting in the final Exam a student
has to have minimum 75% class attendance. Attendance of anyone who will enter the class after
the attendance register is closed may not be recorded.
As and when needed, extra class will be arranged to make up (possible) slow progress of the
course. These classes will be considered as regular. Decisions regarding the schedules for these
classes will be made in the class when most of the students remain present in the class. No
separate notice will be served for this purpose.
Students will have to use separate note book (s) exclusively meant for this course.
Class Test/ Quizzes:
All class tests/quizzes will be conducted on random basis. Random class tests/quizzes will not be
made up other than for a student who is evaluated to be regular (100% attendance) before the day
of the quiz in question and who can produce the evidence that he/she has the reason (s) for
missing the class test/quiz.
Assignments:
The details of assignments will be mentioned in the class as and when appropriate. No late,
erroneous or incomplete home assignments will be accepted. There will be NO partial grading for
home assignments. Every assignment must have the following information at the top of the first
page of the assignment.
ID#:
Name:
Assignment #:
Date assigned:
Due date:
Any assignment not conforming to this format may be subjected to random penalty. Assignments
are to be submitted in ‘letter size’ or ‘A4’ size paper.
Wearing a sports cap during the periods of quizzes and exams is not allowed.
Class Schedule of EEE 157
Lec
.No
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
Topic(s) scheduled to be covered
Sinusoidal functions: Instantaneous current,
voltage,
complex quantities, impedance
power, average power,
effective current & voltage
real and reactive power,. power factor
Phasor Algebra to ac circuits
+do
Analysis of 1-ph ac circuits: series, parallel ac
circuits of RL, RC, and RLC circuits
Term I Exam (up to the topics covered on the
7th lecture)
Exam review + do of lec 8
Resonance in ac circuits: series parallel resonance
Nodal and mesh analysis
application of network theorems in ac circuits
Maximum power transfer in ac circuits
transients in ac passive filters
Term II Exam (up to the topics covered on the
14th lecture. Topics of the First Term Exam
are not included.)
Exam review + transients in ac passive filters
circuit with non-sinusoidal excitations
Coupled circuits: conductively
Magnetically coupled circuits
+ Do
Analysis of 3-ph circuits: 3-ph supply,
Balance Circuits and its calculations
+ Do
unbalanced circuits and its calculations
+ Do
Final Exam as per schedule set by the
Registrar’s office (The topic up to the Second
Term Exam are not included)
Publication of Results
Reference
Reading
Reading
Assignment
Due
date