Microwave Engineering (English) Part - 2

   Saturday, December 09, 2023   

Starting a new Lecture Notes Series on Microwave Engineering

Youtube Lecture Playlist Credits 

Channel Name: Education 4u

So Let Us Start to This Journey of Learning 

Microwave Engineering By Lecture Notes together!

Lecture Description of this above Topic:

Lecture 64: E plane T junction | S matrix | Example cases | Microwave Engineering | Lec-64

Lecture 65: Magic Hybrid T-junction | Microwave Engineering | Lec-65

Lecture 66: Magic Hybrid T-junction | S matrix | Microwave Engineering | Lec-66

Lecture 67: Magic T junction | S matrix | Example cases | Microwave Engineering | Lec-67

Lecture 68: Magic T junction | Applications | Microwave Engineering | Lec-68

Lecture 69: Magic T junction | Advantages & Disadvantages | Microwave Engineering | Lec-69

Lecture 70: Hybrid Ring | Rat-race junction | Microwave Engineering | Lec-70

Lecture 71: Gyrator | Ferrite device | Microwave Engineering | Lec-71

Lecture 72: Gyrator | S matrix parameters | Microwave Engineering | Lec-72

Lecture 73: Isolator | Ferrite device | Microwave Engineering | Lec-73

Lecture 74: Isolator | S matrix parameters | Microwave Engineering | Lec-74

Lecture 75: Circulator | Introduction | Microwave Engineering | Lec-75

Lecture 76: Circulator | S matrix Paramters | Microwave Engineering | Lec-76

Lecture 77: Directional coupler | Bethe hole & Two hole | Microwave Engineering | Lec-77

Lecture 78: Directional coupler | Four port | Microwave Engineering | Lec-78

Lecture 79: Directional coupler | S matrix | Microwave Engineering | Lec-79

Lecture 80: Conventional tubes at microwave frequencies | Limitations & Losses | Microwave Engineering | Lec-80

Lecture 81: Conventional tubes at microwave frequencies | Transit time Effect | Microwave Engineering | Lec-81

Lecture 82: Conventional tubes at microwave frequencies | Gain Bandwidth | Microwave Engineering | Lec-82

Lecture 83: Conventional tubes at microwave frequencies | RF loss&Radiation Loss| Microwave Engineering | Lec-83

Lecture 84: Microwave tubes | Family tree | Microwave Engineering | Lec-84

Lecture 85: Two cavity klystron amplifier | Gate Diagram | Microwave Engineering | Lec-85

Lecture 86: Klystron amplifier | Mathematical analysis | Microwave Engineering | Lec-86

Lecture 87: Klystron amplifier | Bunching process of electron beam | Microwave Engineering | Lec-87

Lecture 88: klystron amplifier | Expressions for output power | Microwave Engineering | Lec-88

Lecture 89: Klystron amplifier | Input power, Efficiency and Applications | Microwave Engineering | Lec-89

Lecture 90: Reflex klystron oscillator | Construction | Microwave Engineering | Lec-90

Lecture 91: Reflex Klystron oscillator | Mathematical analysis | Microwave Engineering | Lec-91

Lecture 92: Reflex Klystron oscillator | Expression for output power | Microwave Engineering | Lec-92

Lecture 93: Reflex Klystron oscillator | Efficiency | Microwave Engineering | Lec-93

Lecture 94: Reflex Klystron oscillator | Characteristics & Applications | Microwave Engineering | Lec-94

Lecture 95: Reflex Klystron | Electronic admittance | Microwave Engineering | Lec-95

Lecture 96: Reentrant cavities in microwave | Microwave Engineering | Lec-96

Lecture 97: Reflex Klystron | Example problem - 1 | Microwave Engineering | Lec-97

Lecture 98: Reflex Klystron | Example problem - 2 | Microwave Engineering | Lec-98

Lecture 99: Reflex Klystron | Example problem - 3 | Microwave Engineering | Lec-99

Lecture 100: Helix Traveling Wave Tube | TWT Vs Klystron | Microwave Engineering | Lec-100

Lecture 101: Helix Traveling Wave Tube | Characteristics | Microwave Engineering | Lec-101

Lecture 102: Helix Traveling Wave Tube | Construction & Working operation | Microwave Engineering | Lec-102

Lecture 103: Slow wave structures | Microwave Engineering | Lec-103

Lecture 104: Magentron oscillator | Microwave Engineering | Lec-104

Lecture 105: Magentron oscillations | Pi mode | Microwave Engineering | Lec-105

Lecture 106: Microwave solid state devices | Introduction | Microwave Engineering | Lec-106

Lecture 107: Microwave solid state devices | Advantages & Applications | Microwave Engineering | Lec-107

Lecture 108: Transferred Electron devices (TED ) | Gunn Effect | Microwave Engineering | Lec-108

Lecture 109: Gunn diode | Internal Structures | Microwave Engineering | Lec-109

Lecture 110: Gunn diode | Characteristics & Applications | Microwave Engineering | Lec-110

Lecture 111: Gunn effect diode | Modes of Operation | Microwave Engineering | Lec-111

Lecture 112: IMPATT diode | Avalanche Transit Time (ATT) Devices | Microwave Engineering | Lec-112

Lecture 113: TRAPATT diode | Avalanche Transit Time (ATT) Devices | Microwave Engineering | Lec-113

Lecture 114: TRAPATT diode | Avalanche Transit Time (ATT) Devices | Microwave Engineering | Lec-113

Lecture 115: Gunn diode and Impatt diode | Differences | Microwave Engineering | Lec-115

Lecture 116: Avalanche Transit Time devices | Differences | Microwave Engineering | Lec-116

Lecture 117: Microwave Bench setup | Introduction | Microwave Engineering | Lec-117

Lecture 118: Bolometer | Power measurement | Microwave Engineering | Lec-118

Lecture 119: Power ratio method | Attenuation measurement | Microwave Engineering | Lec-119

Lecture 120: Phase shift Measurement | Block Diagram | Microwave Engineering | Lec-120

Lecture 121: VSWR Measurment | Low & High | Microwave Engineering | Lec-121

Lecture 122: Impedance Measurement | Slotted Line | Microwave Engineering | Lec-122

Lecture 123: Cavity resonator | Measurement of Q | Microwave Engineering | Lec-123