Spring 2005 ECEN3713
Network Analysis
Instructor: Dr.
George Scheets
FAX: (405) 744-9198
E-Mail: scheets@okstate.edu
Contact Information:
Mondays & Fridays: NH372, Tulsa Campus,
Phone:
(918)594-8473
Tuesdays - Thursdays: ES303,
Stillwater
Campus, Phone: (405)744-6553
Office Hours:
Monday & Friday: 1300 - 1400
Tuesday & Thursday: 1600 - 1700
Wednesday: 1030 - 1130
Grading: 460 point total. 11 quizzes (110 points), 2
exams
(200 points), 1 comprehensive final exam (150 points).
Students missing an exam or the final without
notifying
the instructor in advance will receive a zero. At the
instructor's option, make-up exams will be
available for non-business related reasons, but will be harder. These
make-ups will be given on the scheduled make-up time, which is Friday,
May 6th, at 1600 hours.
No make-up quizzes will be given. If you
contact the instructor in advance
with a good excuse, you may, at the instructor's option, be excused
from a quiz. Otherwise if you miss a quiz you're out 10 points.
Grade Scale: 90/80/70 % = A/B/C etc. (initially). Final break
points will be curved.
Cheating: Don't do it! Quizzes and exams
should be your own work. Expect to get an 'F' for the course if
you are
caught
cheating on a quiz or exam.
Required Text: Electric
Circuits, 6th Edition, James Nilsson & Susan Riedel,
Prentice Hall, 2001, ISBN 0-13-032120-6
or Electric
Circuits, 7th Edition, ISBN 0-13-146592-9.
Prerequisites: ECEN2613 Introduction to Electrical Science
and MATH2613 Differential Equations.
Corequisites: ECEN3021 Methods
II Lab should be taken concurently with this course. This lab
will give you hands-on experience with the theoretical concepts covered
in class.
Course Objectives: To introduce some of the basic tools needed
for circuit and signal analysis and design, especially the Laplace
transform and frequency domain analysis. Frequency domain analysis is
one of the most important tools of electrical engineering. It
allows us to understand the effect an electrical circuit has on a given
signal by breaking the signal up into its individual frequency
components and then analyzing the effect of the circuit on each
frequency.
Web Assistance:
week12: .html
.ppt
week10: .html
.ppt
week08: .html
.ppt
week06: .html
.ppt
week05: .html
.ppt
week04: .html
.ppt
week03: .html
.ppt
week02: .html
.ppt
week01: .html
.ppt
Quizzes
& Tests
2005
Quiz 11
2005
Quiz 10
2005
Quiz 9
2005
Quiz 8
2005
Quiz 7
2005
Quiz 6
2005
Quiz 5
2005
Quiz 4
2005
Quiz 3
2005
Quiz 2
2005
Quiz 1
Tentative Course Outline:
Laplace
Transforms
Inverse Laplace Transforms
Laplace Transforms in Circuit Analysis
Time response of First and Second order circuits
Transfer Functions & the Engineer's favorite mathematical function-
Convolution
Frequency Response
Passive Filters
Fourier
Series