CS 100: Computer Programming Using C++
AIR UNIVERSITY
Spring 2015Faculty of Engineering
Department of Electrical EngineeringCourse InformationCourse
Title: EE 212 Electromagnetic WavesCredit hrs: (3-3-4)Lab: Yes
Prerequisites For this Course: EE 211 Electricity &
Magnetism
This Course is Prerequisite For: EE 311 Antennas & Wave
Propagation
Instructor: Shahid H. Abbassi
e- mail: [email protected]: 1st Floor,
Academic Block B.
Text Book: David K. Cheng, Field & Wave Electromagnetics
(Addison-Wesley Publishing Company, Inc., New York, 2001. )
1. Reference Book: David J. Griffiths, Introduction to
Electrodynamics (Prentice-Hall International Limited, London,
1989)
2. Reference Book William H. Hayt, Jr. , John A. Buck,
Engineering Electromagnetics (Tata McGraw Hill Publishing Company
Limited, New Delhi, 2004)
3. Reference Book Bhag Sing Guru . Electromagnetic Field Theory,
Fundamentals. India.4. Reference Book David Halliday, Robert
Resnick and Jearl Walker, Fundamentals of Physics Extended
(John-Wiley & Sons Inc., New York, 2001)
Course Outline First portion of this course contains Faradays
law of electromagnetic induction, Maxwells equations, Wave
equations and their solutions, Time harmonic fields (Phases) and
electromagnetic boundary conditions. The second portion covers
plane wave in lossless, lossy low-loss dielectrics, good
conductors. Normal and oblique incidence of wave at the boundary of
different media. In the third portion, transmission lines are
discussed.
Lecture Plan:WeekTop
1Introduction to time varying fields, Current density & Ohms
law, Faradays Law of electromagnetic induction and basic ideas
2Transformers, A moving conductor in a static magnetic field,
Faraday disk generator, A moving coil in a time varying magnetic
field
3Maxwells equations in differential and integral form, Potential
FunctionsElectromagnetic boundary conditions
4 Wave equations and their solution for potentials Source free
wave equations, Time-Harmonic Fields, Use of Phasors,
5Time-harmonic electromagnetics, Source free field in simple
media, Electromagnetic Spectrum, Problem discussions
6Plane electromagnetic waves, Plane wave in lossless media,
Doppler effect, transverse electromagnetic waves
7 Polarization of Plane Waves, Plane wave in lossy media, low
loss dielectrics, Good Conductors, Ionized Gases
8Group Velocity, Flow of Electromagnetic Power & Poynting
Vector
9Normal Incidence at a plane Conducting Boundary, Oblique
Incidence at a Plane Conducting Boundary
10Normal Incidence at a plane Dielectric Boundary, Oblique
Incidence at a Plane Multiple Dielectric Boundary
11Oblique Incidence at a Plane Dielectric Boundary
12Transverse Electromagnetic Wave along a parallel-Plate
Transmission Lines,
13General transmission-Line Equations
14Wave Characteristics on Finite Transmission Lines
15Transients on Transmission Lines, Reflection Diagrams, Pulse
Excitation, Line and reactive load
16Smith Chart, Transmission-Line Impedance Matching
Grading and General Course Policies: Final Exam:
45 %
Sessionals:
20 %
Assignments: 5%
Quizzes:
10%
Lab 20%
Objective of course: (one paragraph 3-4 lines)Objective of this
course is to give understanding of charge, magnets and their
effects. The extended version of this course is EE 2.103
(Electromagnetic waves) & TE3.113 (Antennas & Wave
Propagation). This course provides better back ground for the above
mentioned courses which leads towards the field of
electromagnetics, especially antenna design and other day to day
problems in this growing world of communication.
