A Chartered Electronics & Communication Engineer, pursuing Master's in Technology;
also inclined towards Reading and Writing. A Human Rights

Akshita Pal

In this series of lessons, Akshita aims at explaining the major features and sections of Microwave Engineering, in a way that it helps the learners get a better insight of the subject.

English

Introduction to Microwave Engineering

Microwaves: Introduction, History, Frequency Bands & Advantages

Microwaves: An Introduction

Microwaves - Applications, Modes of Propagation and Transmission Lines

Microwave Transmission

Waveguides - Structure, Advantages & Disadvantages, Essential Features

Waveguides

Rectangular Waveguide - Wave Equations, Parameters & Patterns

Rectangular Waveguides

Circular Waveguides - Wave Equation, Modes & Excitation

Circular Waveguides

Cavity Resonators - Rectangular & Circular: Equations, Resonant Frequency & Quality Factor

Cavity Resonators

Waveguide/Microwave Components - Scattering Matrix, E-plane & H-plane Tees

Waveguide Components (A)

Microwave Components - Magic Tee, Rat-Race Ring, Isolators

Waveguide Components (B)

Microwave Components - Directional Couplers, Circulators

Microwave Components (C)

Planar - Microstrip, Coplanar, Shielded & Slot Lines

Lessons

10 lessons • 2h 15m

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Microwaves: An Introduction

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Microwave Transmission

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Waveguides

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Rectangular Waveguides

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Circular Waveguides

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Cavity Resonators

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Waveguide Components (A)

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Waveguide Components (B)

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Microwave Components (C)

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Planar Transmission Lines