Канал: Raji

Antenna Aperture

Antenna Aperture

Antenna efficiency

Antenna efficiency

Tips to organize your outlook inbox.

Tips to organize your outlook inbox.

Solutions of Transmission Line Equations

Solutions of Transmission Line Equations

Microstrip patch

Microstrip patch

Log periodic dipole antenna

Log periodic dipole antenna

Linear Convolution through circular convolution with padding of zeros

Linear Convolution through circular convolution with padding of zeros

Introduction to Transmission lines and its equations

Introduction to Transmission lines and its equations

Convolution sum of two sequences

Convolution sum of two sequences

Circular Convolution using Dft and IDFT

Circular Convolution using Dft and IDFT

Consider the set of signals si(t)={sqrt(2E/T)cos(2pifct-ipi/4)

Consider the set of signals si(t)={sqrt(2E/T)cos(2pifct-ipi/4)

A discrete source has 8 symbols m1,m2,m3....m8 .

A discrete source has 8 symbols m1,m2,m3....m8 .

Read and display an image

Read and display an image

Amplitude shift keying Modulation and probability of bit error calculation

Amplitude shift keying Modulation and probability of bit error calculation

Digital Modulation Techniques

Digital Modulation Techniques

Array of two isotropic point sources of equal amplitude and spacing

Array of two isotropic point sources of equal amplitude and spacing

TE modes in rectangular waveguides

TE modes in rectangular waveguides

Transmission lines Introduction

Transmission lines Introduction

This video discusses how to find Circular Convolution using Concentric circle method and Matrix.

This video discusses how to find Circular Convolution using Concentric circle method and Matrix.

Circular Convolution of two sequences using Matlab and matrix method

Circular Convolution of two sequences using Matlab and matrix method

Lens antenna

Lens antenna

Code Composer Studio(CC Stdio) v3.1 project example

Code Composer Studio(CC Stdio) v3.1 project example

Linear Convolution using DFT in Matlab.

Linear Convolution using DFT in Matlab.

Antenna Parameters

Antenna Parameters

Parabolic Reflector antennas

Parabolic Reflector antennas

Introduction to Short dipole

Introduction to Short dipole

Electric and Magnetic field equations for short dipole

Electric and Magnetic field equations for short dipole

Numericals related to Half power Beamwidth and Beamwidth between first nulls

Numericals related to Half power Beamwidth and Beamwidth between first nulls

Retarded Current,Vector and Scalar Potential of a short dipole.

Retarded Current,Vector and Scalar Potential of a short dipole.

Beam Area of antenna

Beam Area of antenna

Antennas

Antennas

Linear Convolution using DFT

Linear Convolution using DFT

IIR filter design

IIR filter design

Fir filter design using Matlab -PART 2

Fir filter design using Matlab -PART 2

FIR filter design -PART 1

FIR filter design -PART 1

Point Sources and arrays #Power Theorem #Directivity using power theroem

Point Sources and arrays #Power Theorem #Directivity using power theroem

Discrete Fourier Transform of a sequence

Discrete Fourier Transform of a sequence

Discrete Fourier Transform of a sequence

Discrete Fourier Transform of a sequence

This Video discusses how to find cross correlation of two sequences using Matlab.

This Video discusses how to find cross correlation of two sequences using Matlab.

Auto Correlation of two sequences using Matlab

Auto Correlation of two sequences using Matlab

Radiation Resistance of a linear lamda/2 antenna.

Radiation Resistance of a linear lamda/2 antenna.

Thin Linear Antennas

Thin Linear Antennas

Radiation Resistance of short electric dipole

Radiation Resistance of short electric dipole

Quasi -Stationary or DC case(for low frequencies)

Quasi -Stationary or DC case(for low frequencies)

Linear convolution in Matlab

Linear convolution in Matlab

Program to find impulse and step response without initial conditions

Program to find impulse and step response without initial conditions

Basic program to plot sine and cosine wave in Matlab.

Basic program to plot sine and cosine wave in Matlab.

Introduction to Matlab

Introduction to Matlab

Isolator. #Microwave Passive Device

Isolator. #Microwave Passive Device

Circulator #Faraday Rotation #Microwave Passive Device

Circulator #Faraday Rotation #Microwave Passive Device

Research Methodology part 2

Research Methodology part 2

Directional Coupler explanation, S Matrix of Directional Coupler #S Matrix

Directional Coupler explanation, S Matrix of Directional Coupler #S Matrix

Decimal Adders

Decimal Adders

Binary Subtractor and Parallel Binary Subtractor using Parallel Binary Adder

Binary Subtractor and Parallel Binary Subtractor using Parallel Binary Adder

Waveguide Corners, Bends and Twists

Waveguide Corners, Bends and Twists

Hybrid Ring or Rat Race Circuit

Hybrid Ring or Rat Race Circuit

Applications of Magic Tee

Applications of Magic Tee

Research Methodology #mcq #important questions

Research Methodology #mcq #important questions

Binary Full Adder And Parallel Ripple Binary Adder

Binary Full Adder And Parallel Ripple Binary Adder

Properties of Magic Tee

Properties of Magic Tee

Magic Tee or E-H plane Tee or Hybrid Tee Junction #Magic Tee

Magic Tee or E-H plane Tee or Hybrid Tee Junction #Magic Tee

E PLANE Tee Junction

E PLANE Tee Junction

H Plane Tee Junction

H Plane Tee Junction

Minimal product

Minimal product

Minimal product for incompletely specified variable

Minimal product for incompletely specified variable

Minimal sum for variable entered map for incompletely specified function

Minimal sum for variable entered map for incompletely specified function

Waveguide Tee junctions

Waveguide Tee junctions

Microwave Passive Devices-Attenuators

Microwave Passive Devices-Attenuators

S parameters of a series element

S parameters of a series element

Properties of S parameters-Reciprocal networks, Unity property and Zero Property

Properties of S parameters-Reciprocal networks, Unity property and Zero Property

ABCD to S parameter conversion expressions

ABCD to S parameter conversion expressions

Introduction to S parameters

Introduction to S parameters

Circuit Representation of Two port Low Frequency Parameters

Circuit Representation of Two port Low Frequency Parameters

Reading Variable Entered Maps for Minimal Sum

Reading Variable Entered Maps for Minimal Sum

Quine Mc Cluskey with don't care

Quine Mc Cluskey with don't care

Quine Mc Cluskey without don't care

Quine Mc Cluskey without don't care

Quine Mc Cluskey Introduction .The basic method to find prime implicants.

Quine Mc Cluskey Introduction .The basic method to find prime implicants.

Variable entered K maps

Variable entered K maps