Private: BE EXTC SEM 7 – MICROWAVE ENGINEERING

Module 1 – Introduction to Microwaves
8 Topics
1.1.a – Microwave Frequency Bands in Radio Spectrum
1.1.b -Characteristics
1.1.c – Advantages of Microwaves
1.1.d – Applications of Microwaves
1.2.a – Characteristics
1.2.b – Properties
1.3 – Strip lines, Microstrip Lines and Coupled Lines: Analysis and Design
1.4 – Design of Impedance matching network using lumped and distributed parameters.
Module 2 – Waveguides and Passive Devices
14 Topics
2.1 – Rectangular and Circular Waveguides: Construction
2.1 – Rectangular and Circular Waveguides: Working
2.2.a – Resonators
2.1 – Rectangular and Circular Waveguides: Mode analysis
2.2.b – Re-entrant Cavities
2.2.c – Tees
2.2.d – Hybrid Ring
2.2.e – Directional Couplers
2.2.g – Terminations
2.2.h – Attenuators
2.2.f – Phase shifters
2.2.i – Ferrite devices – Isolators
2.2.i – Ferrite devices – Gyrators
2.2.i – Ferrite devices – Circulators
Module 3 – Microwave Tubes
8 Topics
3.1.a – Two Cavity Klystron
3.1.b – Multi-Cavity Klystron
3.1.c – Reflex Klystron
3.2.a – Helix Travelling Wave Tube
3.2.b – Cross Field Amplifier
3.3.a – Backward Wave Oscillator
3.3.b – Cylindrical Magnetron
3.3.c – Gyrotron
Module 4 – Microwave Semiconductor Devices
14 Topics
4.1.a – Varactor
4.1.b – PIN
4.1.d – Point Contact
4.1.e – Schottky Barrier
4.1.c – Tunnel
4.1.f – Gunn
4.1.g – IMPATT
4.1.i – BARITT
4.1.h – TRAPATT
4.2.a – BJT
4.2.b – Hetro junction BJT
4.2.c – MESFET
4.2.d – HEMT
4.3 – Parametric Amplifiers and Applications
Module 5 – Microwave Measurements
9 Topics
5.1.a – VSWR
5.1.b – Frequency
5.1.d – Noise
5.1.c – Power
5.1.e – Q-Factor
5.1.f – Impedance
5.1.g – Attenuation
5.1.h – Dielectric Constant
5.1.i – Antenna Gain
Module 6 – Microwave Integrated Circuits (MIC)
4 Topics
6.1 – MIC Materials
6.2.a – Types of MIC: Hybrid MIC
6.2.a – Types of MIC: Monolithic MIC
6.3 – Chip Mathematics
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Module 6 – Microwave Integrated Circuits (MIC)

Private: BE EXTC SEM 7 – MICROWAVE ENGINEERING Module 6 – Microwave Integrated Circuits (MIC)
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