COURSE DESCRIPTION
Fundamentals of the electromagnetic model are developed for static and
magnetic fields, for the propagation of electromagnetic waves in various media
and for reflection and refraction at material interfaces. Basic applications
of the model to transmission lines, waveguides, and radiating systems are
developed.
PRE-REQUISITE : EE 2351.
POST-REQUISITE : EE 3329, EE
4347, EE 4361, EE 4380, EE
4381, EE 4382, EE 4386,
EE 4389
COURSE OUTCOMES :
Students completing EE33221 will have :
- A working knowledge of the mathematical concepts of gradient,
divergence, curl, aid line, surface and volume integrals; as well as Gauss’
and Stroke’s theorems, as they relate to engineering.
- The capability to calculate forces between change
distributions, and obtain the expressions for the electric field of lines,
surfaces, and volumes in rectangular, cylindrical, and spherical charged
geometries.
- The capability to compute the forces between current
distributions, and obtain mathematical expressions for the magnetic field
characteristics of lines, surfaces, and volume currents in rectangular,
cylindrical, and spherical shapes.
- The ability to compute the voltage, current impedance, and
power along two-conductor transmission lines using the solution of the wave
equation and with the Smith chart.
PREVIOUS COURSE NUMBER: EE3321
RESPONSIBLE COMMITTEE:
Electronics, Fields and Devices
PREVIOUSLY OFFERED
| FALL |
SPRING |
SUMMER |
| all |
all |
- |
TO BE OFFERED (Tentative)
| FALL |
SPRING |
SUMMER |
| 2001 |
2002 |
- |
| 2002 |
2003 |
- |
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