Previous year Questions and Solutions | Microwave & antennas Exam preparation material for students

Modes of operation in Gunn diode | Gunn oscillator | Microwave & Antennas | Module 5 | Lecture 45

Gunn diode | working | Microwave & Antennas | Module 5 | Lecture 44

Microwave isolators | MESFET amplifier | Microwave & Antennas | Module 5 | Lecture 43

Microwave circulators | Microwave & Antennas | Module 5 | Lecture 42

Directional coupler | S Matrix of directional coupler | MWA | Module 5 | Lecture 41

Magic tee (Hybrid tee) | Development of S parameters | MWA | Module 5 | Lecture 40

wave guide tee | E - plane tee and H- plane tee | S parameters | MWA | Module 5 | Lecture 39

Intro to Microwave hybrid circuits | S parameter and properties | MWA | Module 5 | Lecture 38

Solved problem TWT | Microwaves & Antennas | Module 4 | Lecture 37

TWT axial electric field, wave modes, Gain | Microwaves & Antennas | Module 4 | Lecture 36

TWT's Convection current derivation | Microwaves & Antennas | Module 4 | Lecture 35

TWT's slow wave structure & Amplification process | Microwaves & Antennas | Module 4 | Lecture 34

Intro to traveling wave tube (TWT) | Microwaves & Antennas | Module 4 | Lecture 33

Step by step problem solution | Magnetron | Microwaves & Antennas | Module 4 | Lecture 32

Angular frequency | power output and efficiency | Microwaves & Antennas | Module 4 | Lecture 31

Derivation of equation of electron motion |Magnetron | Microwaves & Antennas | Module 4 | Lecture 30

Introduction to Magnetron | principle & structure | Microwaves & Antennas | Module 4 | Lecture 29

Klystron Problems 3 & 4 | Microwaves & Antennas | Module 4 | Lecture 28

Klystron Problems 1 & 2 | Microwaves & Antennas | Module 4 | Lecture 27

Power output, Efficiency & admittance of Klystron | Microwaves & Antennas | Module 4 | Lecture 26

Reflex Klystron | Microwaves & Antennas | Module 4 | Lecture 25

Problems of Rectangular cavity resonator | Microwaves & Antennas | Module 4 | Lecture 24

Resonance frequency of rectangular cavity resonator | Microwaves & Antennas | Module 4 | Lecture 23

Cavity resonators | Microwaves & Antennas | Module 4 | Lecture 22

Introduction to Microwaves | Microwaves & Antennas | Module 4 | Lecture 21

Phased array antennas | Microwaves & Antennas | Module 3 | Lecture 20

Pattern Multiplication | Microwaves & Antennas | Module 3 | Lecture 19

How to simulate Verilog in ModelSim: A beginner's guide | Model sim installation | Malayalam

How to compute sum of series in python | #python #beginners #implearn

Testing for Prime number in Python | IMPLearn #python #primenumber #malayalam

Computational approaches to problem solving | Randomized algorithm | ATP - Module 4 | Lecture 24

Computational approaches to problem solving | Greedy algorithm | ATP - Module 4 | Lecture 23

Computational approaches to problem solving | Dynamic programming | ATP - Module 4 | Lecture 22

Computational approaches to problem solving | divide and conquer | ATP - Module 4 | Lecture 21

Computational approaches to problem solving | Brute-force Approach | ATP - Module 4 | Lecture 20

Recursion in python | Algorithmic thinking with Python - Module 3 | Lecture 19

Working example for Decomposition & modularization in python | ATP- Module 3 | Lecture 18

Defining and using functions in Python | Decomposition & modularization | ATP- Module 3 | Lecture 17

Decomposition & modularization in python | ATP - Module 3 | Lecture 16

Creating and using Arrays in Python (using Numpy library) | ATP - Module 3 | Lecture 15

Sequence data types in Python | list, set, string, dictionary | ATP - Module 3 | Lecture 14

Selection and iteration using python | loop in python | ATP - Module 3 | Lecture 13

Selection and iteration using python | selection - if, else, elif | ATP - Module 3 | Lecture 12

Flowchart using RAPTOR tool| Flowchart - Part 3 | ATP - Module 2 | Lecture 11

Flowchart Examples | Flowchart - Part 2 | ATP - Module 2 | Lecture 10

Introduction to Flowchart - Part 1 | ATP - Module 2 | Lecture 9

Algorithm and pseudocode representation - Part 2 | ATP - Module 2 | Lecture 8

Algorithm and pseudocode representation - Part 1 | ATP - Module 2 | Lecture 7

Essentials of python programming | Algorithmic thinking with python | Module 1 | Lecture 3 - Part 3

Essentials of python programming | Algorithmic thinking with python | Module 1 | Lecture 3 - Part 2

Essentials of python programming | Algorithmic thinking with python | Module 1 | Lecture 3 - Part 1

Problem solving process | Algorithmic thinking with python | Module 1 | Lecture 2 - Part 2

Problem solving process | Algorithmic thinking with python | Module 1 | Lecture 2 - Part 1

Problem solving strategies | Algorithmic thinking with python | Module 1 | Lecture 1

Realizing Multiplexer in Verilog | Structural | 8:1 MUX using 4:1 & 2:1 | Malayalam | vivado

Realizing Half adder & Full adder in Verilog | Structural & Dataflow | Malayalam | vivado

Familiarization of verilog programming | realization of basic gates | NOT & AND | Malayalam | vivado

Realization of logic functions using Universal gates | NAND & NOR | Malayalam |

Strings in Python | String format | indexing | Learn Python in Malayalam | Lecture 19