UNIT 1:
Loading of transmission lines, Input and Transfer Impedance
Waveform distortion and distortion less transmission line
General theory and general solutions of the transmission line
Loading of transmission lines, Input and Transfer Impedance
Reflection factor and Reflection loss, The line of zero dissipation
Standing waves and Standing wave ratio on a line, Quarter wave Transformer
Single Stub and Double Stub Derivations
The Smith chart and its applications
Double Stub Matching using Smith Chart
UNIT 2:
TM waves in Rectangular waveduides
Waves Between Parallel Planes of Perfect Conductors
Transverse Magnetic Waves
Transverse Electric waves and Dominant modes
Transverse Electromagnetic (TEM) Waves
TE waves in Rectangular Waveguides
TE and TM Waves in Circular Waveguides
Characteristics of TE, TM, and TEM Waves
Microwave Cavity Resonators
UNIT 3:
Concept of vector potential , modification for time varying retarted case
Slot antenna, babinets principles
Antenna array: two element array
Concept of vector potential , modification for time varying retarted case
UNIT 4:
Microstrip antenna Design
Microstrip antennas with proximity feeding
Microstrip antenna Design
UNIT 5:
Skywave Propagation: Ionospheric Structure
Skywave Propagation: Frequency and Optimum Frequency
Skywave Propagation: Frequency and Optimum Frequency
