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Engineering
Electrical Engineering
RF and Microwave Engineering
1. Foundations of RF and Microwave Engineering
2. Transmission Line Theory
3. Waveguide Theory and Analysis
4. Microwave Network Analysis
5. Passive RF and Microwave Components
6. Active RF and Microwave Components
7. Antennas and Wave Propagation
8. RF and Microwave Systems
9. RF and Microwave Measurement Techniques
10. Advanced Topics in RF and Microwave Engineering
Waveguide Theory and Analysis
Rectangular Waveguides
Structure and Coordinate System
Mode Analysis
TE Modes
TM Modes
Mode Designation
Cutoff Frequency
Dominant Mode
Higher-Order Modes
Field Patterns
Electric Field Distribution
Magnetic Field Distribution
Propagation Characteristics
Phase Velocity
Group Velocity
Guide Wavelength
Power Flow and Losses
Power Transmission
Attenuation Mechanisms
Impedance Concepts
Wave Impedance
Characteristic Impedance
Circular Waveguides
Structure and Coordinate System
Mode Analysis
TE Modes
TM Modes
Mode Designation
Cutoff Frequencies
Field Patterns
Waveguide Components
Waveguide Transitions
Bends and Twists
Waveguide Flanges
Waveguide Windows
Waveguide Attenuators
Waveguide Phase Shifters
Cavity Resonators
Rectangular Cavity Resonators
Resonant Modes
Quality Factor
Circular Cavity Resonators
Cavity Coupling
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2. Transmission Line Theory
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4. Microwave Network Analysis