Microwave Engineering (English)

   Saturday, October 10, 2020   

Starting a new Lecture Notes Series on Microwave Engineering

Youtube Lecture Playlist Credits: 

Channel Name:

Youtube Lecture Playlist Credits 

Channel Name: Engineering Funda

So Let Us Start to This Journey of Learning 

Microwave Engineering By Lecture Notes together!

Lecture Description of this above Topic:

Lecture 1: Introduction to Microwave Engineering

Lecture 2: Advantages of Microwave, Transmission Line, Waveguide

Lecture 3: Applications of Microwave, Transmission Line, Waveguide

Lecture 4: Transmission Lines (Two wire, Co-axial cable and Microstrip Transmission line)

Lecture 5: Transmission Line equivalent circuit and characteristics impedance

Lecture 6: Voltage and current equations in transmission line, Transmission Line Equations

Lecture 7: Reflection Coefficient

Lecture 8: Standing waves in transmission line, Voltage Standing wave ratio, VSWR

Lecture 9: Line Impedance & Input Impedance of Transmission Line

Lecture 10: Transmittance Coefficient in Transmission Line

Lecture 11: What is VSWR in Transmission line

Lecture 12: Phase Generation in Transmission line

Lecture 13: Microwave effects on transmission line

Lecture 14: Transmission Line Losses

Lecture 15: Single Stub Matching, Length & Position of Stub, Microwave, Transmission Line

Lecture 16: Limitations of Transmission Line

Lecture 17: Transmission Line Examples for Characteristics Impedance

Lecture 18: Transmission Line Example for VSWR (Voltage Standing Wave Ratio) and Reflection Coefficient

Lecture 19: Example of Losses in Transmission Line

Lecture 20: Mathematics of Smith Chart, How Smith Chart Constructed

Lecture 21: Finding of Z, Y, VSWR and Reflection Coefficient​ in Smith Chart

Lecture 22: Maxima and Minima Position by Smith Chart

Lecture 23: Smith Chart Examples, Smith Chart for Transmission Line

Lecture 24: Transmission Line Example for Single Stub matching

Lecture 25: Parallel Single Stub Matching by Smith Chart, Parallel Stub Tuner by Smith Chart

Lecture 26: Series Single Stub matching by Smith Chart, Single Stub Tuner by Smith Chart

Lecture 27: Single Stub Matching using Smith Chart(Smith Chart Examples for Transmission Line)

Lecture 28: Basics of Scattering Parameters

Lecture 29: Scattering parameters of 4 port network

Lecture 30: Scattering parameters of 2 port network

Lecture 31: Properties of Scattering Parameters

Lecture 32: Examples Based on Scattering Parameters

Lecture 33: Comparison between waveguide and Transmission Line

Lecture 34: Why TEM mode is not possible to propagate in rectangular waveguide?

Lecture 35: Parallel Plate Waveguide

Lecture 36: Rectangular WaveGuide

Lecture 37: Group velocity and phase velocity in Rectangular waveguide

Lecture 38: Modes in Rectangular Waveguide

Lecture 39: Degenerated modes in rectangular waveguide

Lecture 40: Dominant Mode of waveguide

Lecture 41: Cut-off frequency in rectangular waveguide

Lecture 42: Circular waveguide basics, structure, designing and applications

Lecture 43: Circular Waveguide example, Circular Waveguide design

Lecture 44: Comparison between Rectangular waveguide and Circular waveguide

Lecture 45: WaveGuide Examples

Lecture 46: WaveGuide Example

Lecture 47: Rectangular waveguide GATE example

Lecture 48: Waveguide GATE examples

Lecture 49: Isolator in Microwave (Working, Internal structure & Applications)

Lecture 50: Circulator in Microwave (Working, Internal structure and Applications (Circulator as Duplexer))

Lecture 51: Example based on Circulator

Lecture 52: Directional Coupler in Microwave (Working, Internal Structure and Scattering Parameters), Wave Guide

Lecture 53: Example based on Directional Coupler

Lecture 54: E-Plane Tee (S Matrix, Working & Applications), Wave Guide, Transmission Line, Microwave Engineering

Lecture 55: Example based on E plane Tee

Lecture 56: H-Plane Tee (S Matrix, Working & Applications), Wave Guide

Lecture 57: Example based on H plane Tee

Lecture 58: Magic Tee or E-H Plane Tee (S Matrix, Working & Applications), Wave Guide,

Lecture 59: Hybrid Ring or Rat Race Coupler

Lecture 60: Reflex Klystron working, oscillator and Applegate diagram

Lecture 61: Two cavity Klystron Amplifier's (Working, Amplification and Applegate diagram

Lecture 62: Comparison between Reflex Klystron & Two Cavity Klystron

Lecture 63: Cavity Magnetron or Magnetron Oscillator

Lecture 64: Magnetron zero mode, Magnetron pi mode, Magnetron mode jumping & strapping of Magnetron in Microwave

Lecture 65: Travelling Wave Tube basics, working and applications (TWT)

Lecture 66: Backward Wave Oscillator basics, Structure, Working and Applications

Lecture 67: Schottky Diode or Schottky Barrier Diode, Schottky diode vs PN diode, Diode

Lecture 68: Gunn Diode or Transferred Electron Device (TED), Characteristic, Working

Lecture 69: Varactor Diode, Varicap Diode, Variable Capacitance Diode, Tunning Diode

Lecture 70: TRAPATT Diode (TRApped Plasma Avalanche Trigger Transit) in Diode playlist

Lecture 71: Tunnel Diode or Esaki Diode (Working, Internal Structure & Characteristics)

Lecture 72: IMPATT Diode (IMPact ionization Avalanche Transit Time diode)

Lecture 73: BARITT Diode Working, Structure & Applications

Lecture 74: PIN Diode working, Characteristics, Biasing & Applications in Diode Playlist

Lecture 75: Step Recovery Diode basics, working, structure & applications

Lecture 76: RADAR basics, working & Applications (RADAR Engineering, Microwave Engineering)

Lecture 77: RADAR Block Diagram (Bistatic RADAR & Monostatic RADAR)

Lecture 78: RADAR Range equation By Engineering Funda (RADAR Engineering, Microwave Engineering, RADAR)

Lecture 79: Radar range based on noise figure in radar engineerin

Lecture 80: Examples on RADAR Range in RADAR and Microwave Engineering

Lecture 81: RADAR Range Parameters

Lecture 82: MTI RADAR, Moving Target Indicator RADAR in Microwave and RADAR

Lecture 83: Doppler RADAR or Continuous wave RADAR in RADAR Engineering

Lecture 84: Examples on Continuous Wave RADAR or Doppler RADAR

Lecture 85: Pulsed RADAR system by Engineering Funda (Microwave Engineering, RADAR Engineering, Microwave, RADAR

Lecture 86: Delay Line Canceler with MTI RADAR in Microwave & RADAR engineering

Lecture 87: RADAR system losses in RADAR and Microwave Engineering

Lecture 88: A Scope Display (RADAR Display)

Lecture 89: B Scope Display (RADAR Display)

Lecture 90: F Scope Display (RADAR Display)

Lecture 91: Plan Position Indicator (PPI) (RADAR Display)

Lecture 92: Range Height Indicator (RHI) (RADAR Display) in Control Engineering

Lecture 93: RADAR Tracking basics, block diagram, working & types in RADAR engineering

Lecture 94: Sequential lobing, RADAR Tracking

Lecture 95: Conical scanning, RADAR Tracking

Lecture 96: EMI (ElectroMagnetic Interference) & EMC (Electromegetic Compatibility)

Lecture 97: MMIC - Monolithic Microwave Integrated Circuit

Lecture 98: Spectrum Analyzer (Working, Types, Operation and uses)

Lecture 99: Spectrum Analyzer block Diagram, Basics and Working in Microwave Engineering

Lecture 100: Network Analyzer basics, Block Diagram and working

Lecture 101: VNA Calibration in Microwave Measurement

Lecture 102: MASER - Microwave Amplification Stimulated Emission Radiation

Lecture 103: Phase Shifter basics, Types, Working & Applications

Lecture 104: Gyrator basics, working, structure & Applications

Lecture 105: Microwave Transistors basics, structure, types, details & parameters

Lecture 106: Parametric Amplifier Basics, circuit, working, advantages, disadvantages & Applications

Lecture 107: Limitations of conventional tubes over microwave tubes

Lecture 108: Cavity Resonator Basics, Performance Parameters, Types, Condition for resonance & Modes of propagati

Lecture 109: Two holes Directional Coupler basics, Diagram and working