Signals and Systems (English) (Part 2)

   Tuesday, September 08, 2020   

Starting a new Lecture Notes Series on Signals and Systems

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Lecture Description of this above Topic:

Lecture 106: Stable and Unstable Systems

Lecture 107: Stable and Unstable Systems (Solved Problems) | Part 1

Lecture 108: Stable and Unstable Systems (Solved Problems) | Part 2

Lecture 109: Prerequisites for LTI Systems (Revision of Linearity & Time Variance)

Lecture 110: Prerequisites for LTI Systems (Laplace Transform)

Lecture 111: Linear Time-Invariant (LTI) Systems

Lecture 112: Transfer Function

Lecture 113: Transfer Function Calculation

Lecture 114: Impulse Response and Convolution

Lecture 115: Introduction to Convolution Operation

Lecture 116: Properties of Convolution (Part 1)

Lecture 117: Properties of Convolution (Part 2)

Lecture 118: Properties of Convolution (Part 3)

Lecture 119: Properties of Convolution (Part 4)

Lecture 120: Convolution Operation (Shortcut)

Lecture 121: Convolution (Solved Problem 1)

Lecture 122: Convolution (Solved Problem 2)

Lecture 123: Convolution (Solved Problem 3)

Lecture 124: Convolution (Solved Problem 4)

Lecture 125: Convolution (Solved Problem 5)

Lecture 126: Convolution (Solved Problem 6)

Lecture 127: Static LTI System

Lecture 128: Static LTI System (Solved Problems)

Lecture 129: Causal LTI System

Lecture 130: Causal LTI System (Solved Problems)

Lecture 131: Stable LTI System

Lecture 132: Stable LTI System (Solved Problems) | Part 1

Lecture 133: Stable LTI System (Solved Problems) | Part 2

Lecture 134: Harmonics and LTI System

Lecture 135: Magnitude Distortion in LTI Systems

Lecture 136: Phase Distortion in LTI Systems

Lecture 137: Distortionless LTI System

Lecture 138: Group Delay and Phase Delay

Lecture 139: Group Delay & Phase Delay (Solved Problems)

Lecture 140: Standard Differential Equation for LTI Systems

Lecture 141: Introduction to Fourier Series

Lecture 142: Conditions for Existence of Fourier Series (Dirichlet Conditions)

Lecture 143: Trigonometric Fourier Series

Lecture 144: Trigonometric Fourier Series (Example 1)

Lecture 145: Trigonometric Fourier Series (Example 2)

Lecture 146: Trigonometric Fourier Series (Example 3)

Lecture 147: Trigonometric Fourier Series (Example 4)

Lecture 148: Trigonometric Fourier Series (Example 5)

Lecture 149: Complex Exponential Fourier Series

Lecture 150: Complex Exponential Fourier Series (Example 1)

Lecture 151: Complex Exponential Fourier Series (Example 2)

Lecture 152: Complex Exponential Fourier Series (Example 3)

Lecture 153: Complex Exponential Fourier Series (Example 4)

Lecture 154: Complex Exponential Fourier Series (Example 5)

Lecture 155: Relation between Fourier Coefficients

Lecture 156: Relation between Fourier Coefficients (Solved Problem)

Lecture 157: x(t)−Cn Pairs (Shortcut for Objectives)

Lecture 158: Complex Exponential Fourier Series (Solved MCQ 1)

Lecture 159: Complex Exponential Fourier Series (Solved MCQ 2)

Lecture 160: Complex Exponential Fourier Series (Solved MCQ 3)

Lecture 161: Symmetricities in Fourier Series (Part 1)

Lecture 162: Symmetricities in Fourier Series (Part 2)

Lecture 163: Hidden Symmetry in Fourier Series (Examples)

Lecture 164: Properties of Fourier Series (Part 1)

Lecture 165: Properties of Fourier Series (Part 2)

Lecture 166: Properties of Fourier Series (Part 3)

Lecture 167: Properties of Fourier Series (Part 4)

Lecture 168: Properties of Fourier Series (Part 5)

Lecture 169: Properties of Fourier Series (Part 6)

Lecture 170: Parseval's Power Theorem

Lecture 171: Parseval's Power Theorem (Solved Example)

Lecture 172: Properties of Fourier Series (Solved Problems)

Lecture 173: Fourier Series for LTI Systems

Lecture 174: Introduction to Fourier Transform

Lecture 175: Conditions for Existence of Fourier Transform (Dirichlet Conditions)

Lecture 176: Properties of Fourier Transform (Part 1)

Lecture 177: Properties of Fourier Transform (Part 2)

Lecture 178: Properties of Fourier Transform (Part 3)

Lecture 179: Properties of Fourier Transform (Part 4)

Lecture 180: Properties of Fourier Transform (Part 5)

Lecture 181: Properties of Fourier Transform (Part 6)

Lecture 182: Properties of Fourier Transform (Part 7)

Lecture 183: Properties of Fourier Transform (Part 8)

Lecture 184: Parseval's Energy Theorem

Lecture 185: Duality Property of Fourier Transform

Lecture 186: Fourier Transform of Basic Signals (DC Value)

Lecture 187: Fourier Transform of Basic Signals (Impulse Signal)

Lecture 188: Fourier Transform of Basic Signals (Exponential Signals)

Lecture 189: Fourier Transform of Basic Signals (Signum Function)

Lecture 190: Fourier Transform of Basic Signals (Unit Step Signal)

Lecture 191: Fourier Transform of sgn(t) & u(t) [Important Shortcut]

Lecture 192: Fourier Transform of Basic Signals (Complex Exponential Signal)

Lecture 193: Fourier Transform of Basic Signals (Cosω₀t)

Lecture 194: Fourier Transform of Basic Signals (Sinω₀t)

Lecture 195: Fourier Transform of Basic Signals (Rectangular Function)

Lecture 196: Fourier Transform of Basic Signals (Triangular Function)

Lecture 197: Fourier Transform of Basic Signals (Sampling Function)

Lecture 198: Fourier Transform (Solved Problem 1)

Lecture 199: Fourier Transform (Solved Problem 2)

Lecture 200: Fourier Transform (Solved Problem 3)

Lecture 201: Fourier Transform (Solved Problem 4)

Lecture 202: Fourier Transform (Solved Problem 5)

Lecture 203: Fourier Transform (Solved Problem 6)

Lecture 204: Fourier Transform (Solved Problem 7)

Lecture 205: Fourier Transform (Solved Problem 8)

Lecture 206: Fourier Transform (Solved Problem 9)

Lecture 207: Fourier Transform (Solved Problem 10)

Lecture 208: Calculation of Cn using Fourier Transform

Lecture 209: Fourier Transform for Periodic Signals

Lecture 210: Fourier Transform (Solved Problem 11)