![]() You may wish to refer to worksheet 9 and worksheet 10 for additional examples to try. This lab supports the materials covered in Chapter 4 Fourier Series of the course notes. Lab 5: Fourier Series # Preamble # Associated Class Notes # Setting up your Own Jupyter-MATLAB Computing Environment Lab 3 - Laplace Transforms and Transfer Functions for Circuit Analysis Lab 2 - Laplace and Inverse Laplace Transforms Homework 10 Discrete Fourier Transform and the Fast-Fourier Transform Homework 9 Inverse Z-Transform and Models of Discrete-Time Systems Homework 8 Sampling Theory and the Z-Transform Homework 7 Applications of the Fourier Transform ![]() Homework 4 Impulse Response and Convolution Homework 3 Laplace Transforms for Ciruit Analysis Homework 2 Laplace and Inverse Laplace Transforms Worksheet 18 The Discrete-time Fourier Transform Worksheet 14 Fourier Transforms for Circuit and LTI Systems Analysis ![]() Worksheet 13 Fourier transforms of commonly occuring signals Worksheet 12 Defining the Fourier Transform Worksheet 11 Line Spectra and their Applications Worksheet 8 Impulse Response and Time Convolution Worksheet 6 Using Laplace Transforms for Circuit Analysis Using Laplace Transforms for Circuit Analysisįourier transforms of commonly occuring signalsįourier Transforms for Circuit and LTI Systems Analysis ![]() Laplace Transforms and their Applications ![]()
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