Upper Saddle River, NJ 07458
www.prenhall.com
ISBN-13:
ISBN-10:
978-0-13-601333-4
0-13-601333-3
9 780136 013334
90000
Fundamentals of
Electromagnetics for
Electrical and
Computer Engineering
Nannapaneni Narayana Rao
Fundamentals of
Electromagnetics for
Electrical and
Computer Engineering
Nannapaneni Narayana Rao
Fundamentals of Electromagnetics for Electrical and Computer Engineering
Rao
ILLINOIS ECE SERIES
This compact, one-semester textbook introduces the fundamental concepts of electromagnetics for
the technologies of electrical and computer engineering. It combines the approach of beginning
with Maxwell’s equations for time-varying fields with the treatment of the different categories of
fields as solutions to Maxwell’s equations and uses the thread of statics-quasistatics-waves to bring
out the frequency behavior of physical structures.
The text develops the bulk of the material through the use of the Cartesian coordinate system to
keep the geometry simple and compassionate, yet sufficient to learn the physical concepts and
mathematical tools, while employing other coordinate systems where necessary.
HIGHLIGHTS INCLUDE:
•
A unique introduction of Maxwell’s equations for time-varying fields collectively, first in integral
form and then in differential form
•
Introduction of uniform plane wave propagation in free space following Maxwell’s equations, and
then introducing materials by considering their interaction with uniform plane wave fields
•
Development of the transmission line and the distributed circuit concept following from the dis-
cussion of the frequency behavior of physical structures
•
Coverage of the essentials of transmission line analysis in one chapter both in frequency
domain, including Smith Chart, and in time domain
•
A chapter on waveguide principles for both metallic waveguides and dielectric waveguides
•
Coverage of antenna basics, beginning with obtaining complete solution to the Hertzian dipole
fields through a successive extension of the quasistatic fields
•
A chapter on supplementary topics for optional coverage
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