Все публикации

0:07:04

How to Design a 4x1 Multiplexer using 2x1 Multiplexer Only ?

0:15:28

What is a Multiplexer ? Design of Multiplexer

0:09:31

How to Design a Full Adder Using Two Half Adder? | Digital System Design | Digital Electronics | DEC

0:13:11

Full Adder Design | Digital System Design | Digital Electronics | DEC

0:10:36

Half Adder Design | Digital System Design | Digital Electronics | DEC

0:08:58

Circular Convolution Using Matrix Method | Digital Signal Processing | Signals and Systems

0:06:29

Circular Convolution Using Concentric Circle Method | Graphical Method

0:10:39

Circular Convolution Using Linear Convolution | Signals and Systems | Digital Signal Processing

0:10:52

Parseval's Theorem of DFT Proof | Properties of DFT

0:12:10

Multiplication or Modulation Property of DFT Proof | Properties of DFT

0:08:15

Circular Correlation Property of DFT with Proof | Properties of DFT

0:04:50

Conjugate Property of DFT with Proof | Properties of DFT

0:08:10

Circular Convolution Property of DFT | DFT Properties Proof

0:08:17

Circular Frequency Shift Property of DFT | DFT Properties Proof

0:04:43

Circular Time Shift Property of DFT | Properties of DFT

0:07:41

periodicity Property of DFT | Properties of DFT

0:07:43

Properties of DFT | Linearity Property of DFT

0:13:11

Compute 4 point DFT using Radix-2 DIT FFT of the sequence x(n) = {0,1,2,3}

0:20:41

Radix-2 DIT-FFT (Decimation in Time -Fast Fourier Transform) 8-Point DFT using DIT-FFT | Butterfly

0:20:13

Radix-2 DIT-FFT (Decimation in Time -Fast Fourier Transform) 4-Point DFT using DIT-FFT

0:12:33

Numerical-1 Inverse Z Transform of Logarithmic Function | Inverse z - transform of log (1-az^-1)

0:08:40

Convolution of Discrete Time Signal | Discrete Convolution Derivation | Properties of Convolution

0:07:56

causal and Non Causal Systems final | Classifications of Discrete Time Systems | Signals and Systems

0:06:17

Numerical-7,8 | Periodic and Aperiodic Signals | Discrete Time Periodic Signal | Fundamental Period