This Course is designed for the Students who are preparing for the Following Examinations

  • GATE Electronic Science
  • NTA UGC NET Electronic Science
  • ISRO SC – Electronic Science
  • BARC – Electronic Science
  • DRDO – Electronic Science

Chapters Covered in this course are :-

Course Curriculum

Signals & Systems
Signals & Systems 00 What to Study and Why to Study 00:37:18
Signals & Systems 01 Introduction and Types of Continuous Time Signals 00:51:04
Signals & Systems 02 Operations on Continuous Time Signals 01:00:00
Signals & Systems 03 Integarion and Differentiation of Continuous Time Signals 00:15:33
Signals & Systems 04 Basics of Discrete Time Signals 00:43:16
Signals & Systems 05 Classification of Signals 00:19:20
Signals & Systems 06 Even and Odd signals Part 1 00:31:48
Signals & Systems 07 Even and Odd signals Part 2 00:20:00
Signals & Systems 08 Energy and Power Signals Part 1 00:40:42
Signals & Systems 09 Energy and Power Signals Part 2 00:37:04
Signals & Systems 10 Continuous Time Periodic and Non Periodic Signals 00:30:28
Signals & Systems 11 Discrete Time Periodic and Non Periodic Signals 00:21:58
Signals & Systems 12 Linear and Non Linear System 00:33:23
Signals & Systems 13 Time Variant and Time Invariant System 00:27:17
Signals & Systems 14 Causal and Non Causal & Static and Dynami System 00:19:39
Signals & Systems 15 Stable and Unstable System & Inverible and Non Invertible System 00:19:54
Signals & Systems 16 LTI System Introduction 00:11:56
Signals & Systems 17 Discrete Time Convolution Part 1 00:31:34
Signals & Systems 18 Discrete Time Convolution Part 2 00:34:16
Signals & Systems 19 Continuous Time Convolution Part 1 00:55:49
Signals & Systems 20 Continuous Time Convolution Part 2 01:03:00
Signals & Systems 21 Classification of LTI System 00:33:06
Signals & Systems 22 LTI System Step Response 00:15:21
Signals & Systems 23 LTI System_Eigen Value and Eigen Function 00:50:43
Signals & Systems 24 Circular Convolution using Linear Convolution 00:14:00
Signals & Systems 25 Types Of Fourier Series 00:46:44
Signals & Systems 26 Exponential or Complex Series with Examples 00:35:56
Signals & Systems 27 Problems on Fourier Series 00:52:09
Signals & Systems 28 Fourier Series Concept of Symmetry, Parseval’s Theorem and Dirchlet’s Condition 00:56:36
Signals & Systems 29 Fourier Transform Introduction with Some Properties and Examples 00:56:12
Signals & Systems 30 Types of Fourier Transform 00:09:42
Signals & Systems 31 Fourier Transform of Standard Rectangular function or Gate Pulse and Time shifting property of Fourier Tr 00:33:21
Signals & Systems 32 Fourier Transform og Gaussian Pulse, Time and Frequency Differentition Property and Time Scalling Propert 00:31:57
Signals & Systems 33 Fourier Transform of Traingular Pulse and Trapezoidal waveform 00:35:25
Signals & Systems 34 Frequency Shifting and Convoloution Property of Fourier Transfrom 00:25:18
Signals & Systems 35 Problems on Fourier Transform 00:43:44
Signals & Systems 36 Multiplication Property, Rayleirh Energy Theorem and Fourier Transform of Periodic Signals 00:29:47
Signals & Systems 37 Fourier Transform_ f to w conversion 00:11:39
Signals & Systems 38 Distortionless Transmission throurh LTI System and Concept of Spectral Density 00:16:42
Signals & Systems 39 Bandwidth of the system and signal 00:18:09
Signals & Systems 40 Autocorrelation and Spectral Density 00:29:06
Signals & Systems 41 Laplace Transform Introduction 00:16:13
Signals & Systems 42 Multiplication by exponential property of Laplace Transform and Related Numericals 00:17:45
Signals & Systems 43 Laplace transform of Cos and Sine and Multiplication by t Property with some Problems 00:16:19
Signals & Systems 44 Inverse Laplace Transform 00:21:54
Signals & Systems 45 Time shifting Property and Laplace Transform of Periodic Signals 00:23:36
Signals & Systems 46 Time Integration, Differentiation and Convolution Properties of Laplace Transform with Related Examples 00:16:15
Signals & Systems 47 Problems on Laplace Transform 00:20:12
Signals & Systems 48 Unilateral Laplace Transform 00:26:44
Signals & Systems 49 Introduction of Z Transform 00:19:35
Signals & Systems 50 Multiplication by Exponential and Multiplication by n Property of Z Transform with Problems 00:39:13
Signals & Systems 51 Problems on Inverse Z Transform 00:56:48
Signals & Systems 52 Time Reversal Property of Z Transfrom and Unilateral Z Transform 00:30:03
Signals & Systems 53 Application of Z Transform Filter Realization (IIR Filter) 00:45:32
Signals & Systems 54 Introduction to DTFT 00:15:17
Signals & Systems 55 Basics of Inverse DTFT with Problems 00:21:24
Signals & Systems 56 DTFT of Rectangular Function 00:26:33
Signals & Systems 57 Problems on DTFT Part 1 00:19:27
Signals & Systems 58 Problems on DTFT Part 2 00:39:38
Signals & Systems 59 Parseval Relation and Some Problems of DTFT 00:20:31
Signals & Systems 60 Introduction to DFT 00:19:58
Signals & Systems 61 4 Point DFT Calcuation with methods and Tricks 00:34:22
Signals & Systems 62 Inverse DFT and Some Numericals on DFT 00:14:50
Signals & Systems 63 Properties of DFT with related Numericals 00:27:37
Signals & Systems 64 DFT Time shifting and Reversal Operation for Periodic Signals and Related Numericals 00:27:16
Signals & Systems 65 Introduction to FFT and Numericals on DFT 00:19:42
Signals & Systems 66 Circular Convolution 00:14:44
Signals & Systems 67 Discrete Fourier Series – DFS 00:30:13

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