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Signals and Systems - Table of Contents

Offering: Signals and Systems

Titles: Signals and Systems

By Dr. Andrew Heunis

  • 1. Introduction to Signals and Systems
    • 1.0 - Introduction
    • 1.1 - Signals
    • 1.2 - Systems
  • 2. Time Domain Analysis of Continuous Time Linear Systems
    • 2.0 - Introduction
    • 2.1 - The Impulse Function
    • 2.2 - The Impulse Response
    • 2.3 - Linear Differential Equations
  • 3. Frequency Domain Analysis of Continuous Time Linear Systems
    • 3.0 - Introduction
    • 3.1 - Definition of the Laplace Transform
    • 3.2 - Properties of Laplace Transforms
    • 3.3 - Inverse Laplace Transforms
    • 3.4 - Rational Functions and the Method of Partial Fractions
    • 3.5 - Zero-Input and Zero-State Response by Laplace Transforms
    • 3.6 - Electrical Networks
    • 3.7 - System Transfer Function
    • 3.8 - Frequency Response
  • 4. Time and Frequency Domain Analysis of Discrete Time Linear Systems
    • 4.0 - Introduction
    • 4.1 - Examples of Discrete Time Signals and Systems
    • 4.2 - The Discrete Time Impulse Function
    • 4.3 - The Discrete Time Impulse Response
    • 4.4 - Linear Difference Equations
    • 4.5 - The Method of Z-Transforms
    • 4.6 - Zero-Input and Zero-State Response by Z-Transforms
    • 4.7 - Discrete Time System Transfer Function
    • 4.8 - Discrete-Time Frequency Response
  • 5. Periodic Inputs and Fourier Series
    • 5.0 - Introduction
    • 5.1 - Exponential Fourier Series
    • 5.2 - Periodic Inputs
  • 6. Non-Periodic Inputs and Fourier Transforms
    • 6.0 - Introduction
    • 6.1 - From Fourier Series to Fourier Transforms
    • 6.2 - Properties of Fourier Transforms
    • 6.3 - Signal Energy and the Parseval Theorem
    • 6.4 - Systems and Non-Periodic Inputs
    • 6.5 - Frequency Response Function
    • 6.6 - Distortionless Systems
    • 6.7 - The ideal Filter
    • 6.8 - Application: Amplitude Modulation