EEAP 210: Electromagnetic Field Theory I
General Information
This Web site contains archival material for the above listed class.
I am not certain which textbook was used for this course.
Syllabus
Lecture notes
These are scans of nearly 20 year old material so the quality of some of the
scans is not too good.
- Part 1 Vectors, divergence, curl,
circulation, vector fields, coordinate systems & transformations (PDF,1
MB)
- Part 2 Historical basic of Maxwell's
equations, Integral form of Maxwell's equations, Gauss'Law, Ampere's Law,
differential form of Maxwell's equations,electrostatics, electrostatic potential,
electric dipole (PDF,984 kB)
- Part 3 Conductors, dielectrics, resistance,
polarization, electric boundary conditions, Laplace and Poisson's equation,
capacitance, Lapace's equation in rectangular and cylindrical coordinates,
Dirichlet and Neuman boundary conditions (PDF, 1.8 MB)
- Part 4 Ampere's Law, scalar potential,
magnetic dipole, current loops, toroids, magnetization of matter, ferromagnets,
magnetic boundary conditions, permanent magnets, inductance, reluctance,
magnetic circuits (PDF, 1.5MB)
- Part 5 Energy stgored in fields,
energy stored in capacitors and inductors, Faraday's Law, electromagnetic
forces,solenoids, time dependent Maxwell's fields, homopolar generator (PDF,
748kB)
- Part 6 Wave equation, Poynting vector,
plane waves, propagation velocity, waves in lossy media, skin depth, group
and phase velocity, phasors and complex waves (PDF,988kB)
- Part 7 Reflection and transmission
at dielectric interfaces, polarization, reflection from conductors, transmission
lines, bounce diagrams, Transmission Line equation, phasor solutions, crank
diagram, VSWR, impedance transformations (PDF, 1 MB)
-
Homework Assignments
- Homework - Single file containing
all problem solutions (PDF, 704kB)
-
Exams
- Exams Three exams and a final exam, most
with solutions (PDF, 1.5MB)
-
Extra Credit Projects
- Overview
of the available projects (PDF, 136kB)
- Project #1
Supplemental references for numerical soluton of Laplace's Equation
(PDF, 540kB)
- Project #2
Supplemental references for solving matching problems using Smith Chart
techniques (PDF, 3.1 MB)
- Project #3
Supplemental references for determining far field radiation pattern
for a loop antenna (PDF, 3.2 MB)
- Project #4
supplemental references for computer solution of a lossy transmission
line(PDF, 560kB)
- Project #5 Conformal mapping and method of images to solve electric
field problems.
Created: 2002-8-28. Last Modified: 2002-8-28.