SnS
99 videos • 11,395 views • by ansar Jamil
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Lecture 1.1: SnS:Differentiation Transformation (part 1)
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Lecture 1.2: SnS - Differentiation Transformation : Example
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Lecture 1.3: SnS -Single Signal Transformation and Input/Output Mathematical Notation.
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Lecture 1.4: SnS - Introduction of Multiple Signal Transformation and Series Connection
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Lecture 1.5: SnS - Parallel and Combined Connection in Multiple Signal Transformation
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Lecture 1.6: SnS- Determination of type of signal transformation
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Lecture 1.7: SnS- Building Multiple Signal Transformation Systems
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Lecture 1.8: Multiple Signal Transformation for Actual Signal Using Mathematical equation
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Lecture 1.9: SnS - Multiple Signal Transformation for Actual Signal using Graphical Method (Part 1)
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Lecture 1.10: SnS - Multiple Transformation Signal for Actual Signal using Graphical Method (Part 2)
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Lecture 2.1: SnS - Input and Output Relation of A System (Part 1)
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Lecture 2.2: SnS - Input and Output Relation of A System (Part 2)
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Lecture 2.3: SnS - Introduction of System and It's Classification
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Lecture 2.4: SnS - Continuous Time, Discrete Time, Memory and Memory-less System
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Lecture 2.5: SnS - Invertible and Non-Invertible System
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Lecture 2.6: SnS - Time-Invariant and Time-Variant System (Part 1)
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Lecture 2.7: SnS - Time-Invariant and Time-Variant System (Part 2)
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Lecture 2.8: SnS - Homogeneous or Non- Homogeneous System
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Lecture 2.9: SnS - Additive or Non-Additive System
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Lecture 2.10: SnS- Linear or Non-Linear System
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Lecture 2.11: SnS- Causal or Non-Causal System
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Lecture 2.12: SnS - Stable or Unstable System
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Lecture 2.13: SnS - Stable and Unstable System (example)
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Lecture 2.14: SnS - Introduction of LTI System and Convolution Integral
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Lecture 2.15: SnS - Procedure of Convolution Integral (Graphical Method)
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Lecture 2.16: SnS- (Example 1) Convolution Integral
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Lecture 2.17: SnS - (Example 2) Convolution Integral
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Lecture 2.18: SnS- Determination of Case in Graphical Method of Convolution Integral
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Lecture 2.19: Convolution Properties and LTI System Connections
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Lecture 3.0: SnS: Frequency Components (Sinusoidal and Complex Exponential)
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Lecture 3.1: SnS- Introduction of Fourier Series
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Lecture 3.2: SnS - Complex Exponential Fourier Series
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Lecture 3.3: SnS - (Example 1) Complex Exponential Fourier Series
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Lecture 3.4: SnS - (Example 2) Complex Exponential Fourier Series
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Lecture 3.5: SnS - Intro. of Trigonometric Fourier Series
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Lecture 3.6: SnS - (Example 1) Trigonometric Fourier Series
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Lecture 3.7: SnS: (Example 2) Trigonometric Fourier Series
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Lecture 3.8: SnS - Gibbs Phenomenon
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Lecture 3.9: SnS - Symmetrical Property of Fourier Series
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Lecture 3.10: SnS - Response of a LTI System for a Periodic Input Signal (Fourier Series)
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Lecture 3.11: SnS: Response of a LTI System (Mathematical method)
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Lecture 3.12: SnS - Response of LTI System (Graphical Method - Part 1)
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Lecture 3.13: SnS - Response of LTI System (Graphical Method - Part 2)
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Lecture 3.14: SnS: Average power and Parseval theorem (Fourier Series)
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Lecture 3.15: SnS - Example 1 (Average Power and Parseval Theorem)
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Lecture 3.16: SnS - Example 2 (Average Power and Parseval Theorem)
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47
Lecture 3.17: SnS - Circuit Application in Fourier Series
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Lecture 3.18: SnS - (Example 1) Circuit Application in Fourier Series
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Lecture 3.19: SnS - (Example 2) Circuit Application in Fourier Series
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Lecture 4.0: Introduction of Fourier Transform
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Lecture 4.1: Definition of Fourier Transform
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Lecture 4.2: SnS- (Example 2) Definition of Fourier Transform
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Lecture 4.3: SnS- (Example 3) Definition of Fourier Transform
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Lecture 4.4: SnS- (Example 4) Definition of Fourier Transform
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Lecture 4.5: SnS - Fourier Transform Pair
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Lecture 4.6: SnS- Partial Fraction Expansion Method of Inverse Fourier Transform
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Lecture 4.7: SnS- (Example 2) Partial Fraction Expansion Method of Inverse Fourier Transform
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Lecture 4.8: SnS- Linearity Property of Fourier Transform
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Lecture 4.9: SnS- Time Scaling Property of Fourier Transform
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Lecture 4.10: SnS- Time Shifting Property of Fourier Transform
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Lecture 4.11: SnS- Frequency Shifting Property of Fourier Transform
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Lecture 4.12: SnS- Modulation Property of Fourier Transform
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Lecture 4.13: SnS- Modulation Property of Fourier Transform (Part 2)
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Lecture 4.14: SnS- 1st Order Time Differentiation Property of Fourier Transform
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Lecture 4.15: SnS- nth Order Time Differentiation Property of Fourier Transform
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Lecture 4.16: SnS- Time Integration Property of Fourier Transform
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Lecture 4.17: SnS- Frequency Differentiation Property of Fourier Transform
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Lecture 4.18: SnS- Time Reversal Property of Fourier Transform
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Lecture 4.19: SnS- Duality Property of Fourier Transform
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Lecture 4.20: SnS- Convolution in t Property of Fourier Transform
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Lecture 4.21: SnS- Convolution in w Property of Fourier Transform
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Lecture 4.22: SnS- Multiple Signal Transformation In Fourier Transform
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Lecture 4.22: SnS- LTI System - Applications of Fourier Transform
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Lecture 4.23: SnS- LTI System - Applications of Fourier Transform- Part 2
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Lecture 4.24: SnS- Linear Constant Coefficient Differential Equation (LCCDE) - Part 1
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Lecture 4.25: SnS- Linear Constant Coefficient Differential Equation (LCCDE) - Part 2
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Lecture 4.26: SnS- Circuit Analysis (Application Fourier Transform)
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Lecture 4.27: SnS- Power Analysis and Parseval's Theorem (Application Fourier Transform)
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Lecture 5.0: SnS- Introduction of Laplace Transform and Its Definition
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Lecture 5.1: SnS- Relationship of Laplace Transform and Fourier Transform
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Lecture 5.2: SnS- Finding Laplace Transform using Definition of Laplace Transform
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Lecture 5.3: SnS- Finding Laplace Transform using Laplace Transform Pair Table
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Lecture 5.4: SnS- Region of Convergence (RoC)
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Lecture 5.5: SnS- Property of Region of Convergence (RoC)
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Lecture 5.6: SnS- How to Determine Region of Convergence (RoC)
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Lecture 5.7: SnS - Linearity Property of Laplace Transform
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Lecture 5.8: SnS - Time Shifting Property of Laplace Transform
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Lecture 5.9: SnS - Shifting in S-domain Property of Laplace Transform
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Lecture 5.10: SnS - Time Scaling Property of Laplace Transform
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Lecture 5.11: SnS - Convolution Property of Laplace Transform
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Lecture 5.12: SnS - Time Differentiation Property of Laplace Transform
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Lecture 5.14: SnS - Differentiation in S-Domain Property of Laplace Transform
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Lecture 5.15: SnS - Multiple Signal Transformation in Laplace Transform
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Lecture 5.16: SnS - Linear Time Invariant System (LTI) in Laplace Transform
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Lecture 5.17: SnS - Causality in Laplace Transform
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Lecture 5.18: SnS - Anti-Causality in Laplace Transforms
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Lecture 5.19: SnS - Stability of System
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Lecture 5.20: SnS - Linear Constant Coefficient Differential Equation (LCCDE) in Laplace Transform
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Lecture 5.21: SnS - Circuit Application in Laplace Transform
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