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Introduction to Signals
Lesson 1 of 27 • 24 upvotes • 14:56mins
Satishkumar D
In this introduction video, topics covered definition of signal, Types of signals, Elementary signals, operation of signals with examples
Signals and Systems for GATE
27 lessons • 6h 17m
1
Introduction to Signals
14:56mins
2
Classification of Signals
14:55mins
3
Introduction to Systems
14:09mins
4
Properties of impulse function
14:44mins
5
Discrete time Convolution
13:20mins
6
Continuous time Convolution
14:57mins
7
Properties of LTI systems
14:57mins
8
Introduction to Laplace Transforms
13:19mins
9
Properties of Laplace transforms - 1
13:51mins
10
Properties of Laplace Transforms - 2
14:45mins
11
Inverse Laplace Transforms
14:47mins
12
Solution to Differential equation by using Laplace Transforms
13:29mins
13
Introduction to Z-Transforms
14:00mins
14
Properties of Z-Transforms-1
13:08mins
15
Properties of Z-Transforms -2
14:19mins
16
Problems in Z-Transforms
14:44mins
17
Inverse Z-Transforms by using Partial fractions
14:35mins
18
Inverse Z-Transforms by using Power Series Expansion method
14:50mins
19
Unilateral Z-Transforms
13:04mins
20
Fourier Series of Continuous time signals (C. T. F. S)
14:08mins
21
Properties of Continuous time Fourier Series (C. T. F. S)
14:14mins
22
Fourier Series of discrete time signals (D. T. F. S)
13:00mins
23
Properties of Discrete time Fourier Series (D. T. F. S)
12:27mins
24
Fourier Transform of Discrete time signals (D. T. F. T)
12:08mins
25
Properties of Discrete time Fourier Transform (D. T. F. T)
14:27mins
26
Continuous time Fourier Transform (C. T. F. T)
14:12mins
27
Problems on Continuous time Fourier Transform (C. T. F. T)
11:43mins
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