EECS 622 Course Outline
Review
Click
here for complex math review package!
Click
here for linear systems theory review package!
1.
Introduction
A. History of radio
B. The radio
transmission system
C. The Electromagnetic
Spectrum
Click
here for Introduction File Package!
Click here for FCC Spectrum Allocation Chart
2.
A. Transmission Line Theory
Click here for Transmission Line Theory Package
B. The Terminated Transmission Line
Click here for Terminated Transmission Line Package
C. Microwave Sources
Click
here for Microwave Sources Package
D. Matching Networks
Click
here for Matching Networks Package
E. Microwave Network Theory
Click here for Microwave Network Theory Package
3.
Microwave Components
A. Transmission
Lines
Click
here for Transmission Lines Package
B. Amplifiers
Click
here for Amplifiers Package
C. Mixers
Click here for Movie of 9/18 Mixer Lecture
D. Local
oscillators
Click
here for Oscillators Package
Click here for Movie of 9/18 Oscillator Lecture
E. Circulators and Isolators
Click here for Circulators and Isolators Package
F. Switches and Attenuators
Click here for Switches and Attenuators Package
G. Dividers and
Couplers
Click here for Dividers and Couplers Package
Click here
for Filters Package
4.
Receiver Design
A. The Homodyne Receiver
Click here for Homodyne Receivers Package
B. The Super-Heterodyne Receiver
Click here for Super-Het Receivers Package
C. Noise in Microwave Systems (Chapter 3)
Click
here for Noise in Microwave Systems Package
D.
E. Receiver Gain and AGC
5.
Transmitter Design
A. Modulators
B. Power
Amplifiers
6.
Antenna Fundamentals
A. Wave Propagation
B. Spherical Wave Propagation
C. Antenna Pattern
D. Antenna Impedance
E. Received Power
F. Basic Antenna Designs
7.
Propagation
A. Friis Propagation Equation
B. Extinction
C. Refraction
E. Reflection and Multipath
F. Diffraction