Today, microwave and RF technology is more pervasive than ever. This is especially true in the commercial sector, where modern applications include cellular phones, WiFi, millimeter wave collision sensors for vehicles, direct broadcast satellites for radio, television, and GPS, RFIT, UWB radio and radar systems, and microwave remote sensing systems for the environment. Defense systems continue to rely heavily on microwave technology for passive and active sensing, communications, and weapons control systems.
Modern RF and microwave engineering predominantly involves distributed circuit analysis and design, in contrast to the waveguide and field theory orientation of earlier generations. Microwave engineering will always involve electromagnetics. But now this course will mainly be focused on transmission line theory, guided-wave structures, network analysis, planar circuits and component design, etc.

Lectures Link:

1. Introduction: Lec1 Introduction 

2. Electromagnetic Theory: Lec 2 Electromagnetic Theory 

3. Transmission line theory: Lec3 Transmission line theory(I)  

4. Transmission Lines and waveguides:  

5. Microwave Network Analysis:  

6. Impedance Matching and Tuning: 

7. Microwave Resonators:  

8. Power Dividers and Directional Couplers: