COURSE
SYLLABUS
ECE 810
Electromagnetic
Field Theory II
Winter
2008
Summary:
Electromagnetic
field theorems with applications; separable guided wave and scattering boundary
value problems; one-dimensional Green's functions with applications;
multi-conductor transmission lines.
Place: CL 0139
Class
Time: 4:30-5:18 AM,
MWF (tentative)
Suggested
reading:
Balanis, Advanced Engineering Electromagnetics (Wiley).
Collin, Field
Theory of Guided Waves (IEEE Press)
Harrington, Time-Harmonic
Electromagnetic Fields (IEEE Press)
Chew, Waves
and Fields in Inhomogeneous Media (IEEE Press)
Prerequisite: ECE719 (or permission of
instructor).
Instructor: Fernando L.
Teixeira
Office: DL 312
Office hours: MWF 2:30-3:30 at DL 312 or by
appointment.
e-mail: teixeira@ece.osu.edu
Outline:
Electromagnetic Field Theorems and
Applications
Power Conservation Theorem
Antenna Equivalent Circuit Theorem
Momentum Conservation Theorem
Image, Duality, and Uniqueness
Theorems
Field Equivalence Theorems
Reciprocity Theorem and Some
Generalizations
Applications
Source-Free Potentials and Fields in Presence
of Boundaries
General TE and TM decomposition
TE and TM Potentials in Terms of
Cylindrical Waves
Properties of Cylindrical Waves
TE and TM Potentials in Terms
of Spherical Waves
Properties of Spherical Waves
Source Free Guided Wave Modal Fields
in Closed and Open Structures
Cavity modal Fields
Waveguide and Cavity Perturbations
including Loss
Plane Wave Scattering by Canonical
Geometries
Far Field of Antennas near Grounded
Substrates and Canonical Geometries in Terms of Plane Wave Scattering Solutions
and Reciprocity.
Introduction to Vector Wave
Functions, with Applications to Antenna Near Field
Techniques.
Analysis of Source Excited One
Dimensional Electromagnetic Problems via Green’s Functions
Sturm-Liouville
Operator
Green’s Identity
One Dimensional Green’s Function and
its Adjoint
Applications to Transmission Lines
and Radiation/Scattering Problems.
Matrix Green’s Operator and Coupled
Transmission Lines. Cross-talk.
External Coupling to Transmission
Lines. Application to EMC.
Grading policy: Project Report (25%), Project Presentation (25%), Exams
and Homework (50%).
Exam dates to be determined.