VKYAcademy

0:12:32

Lecture-3 : Compute IDFT (Inverse Discrete Fourier Transform)

0:15:28

What is a Multiplexer ? Design of Multiplexer

0:08:06

Lecture : 1 DFT | Introduction Discrete Fourier Transform | Signal Processing

0:11:00

L2 : Emitter Bias Configuration | BJT Biasing | Analog Electronics Lecture Series

0:10:52

Parseval's Theorem of DFT Proof | Properties of DFT

0:07:56

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

0:04:50

Time Variant (TV) and Time Invariant Systems(TIV) | Classifications of Discrete Time Systems

0:05:17

Numerical-1 | Periodic and Aperiodic Signals | Discrete Time Periodic Signal | Fundamental Period

0:07:42

MATLAB Tutorial#3 How to solve Exponential and Logarithmic Functions Using MATLAB in Command

0:29:29

3 Variable K-Map Numerical solved [SOP Equations]

0:09:43

Lecture-4: DFT as Linear Transform (N X N) Linear Transform Matrix (Digital Signal Processing)

0:07:14

Numerical-2,3 | Periodic and Aperiodic Signals | Discrete Time Periodic Signal | Fundamental Period

0:13:11

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

0:12:10

Multiplication or Modulation Property of DFT Proof | Properties of DFT

0:08:58

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

0:15:05

Number System Part-1 : Introduction to number systems (Decimal to Binary & Binary to Decimal)

0:14:23

L4 : Voltage Divider Bias Configuration | Analog Electronic Circuits

0:04:08

Lecture-22: Rational function in z transform [Inverse z transform using partial Fraction Method]

0:08:10

Circular Convolution Property of DFT | DFT Properties Proof

0:04:39

Lecture - 20: 2/4 Numerical on one sided Z transform or Unilateral z transform[x(n+2)]

0:10:53

Number System Part-3 : Binary Arithmetic || Addition || Multiplication || Division

0:11:01

LECTURE-1 Introduction to Signals Classifications Examples Signals and Systems

0:07:09

MATLAB Tutorial#4 How to use Trigonometry Functions in MATLAB command window

0:07:41

periodicity Property of DFT | Properties of DFT