Class Notes

Class notes are available below, if you are signed up for the class. Additional notes from the lecture will be posted as we go.

It is useful to have these in class. Either print them, or bring your laptop, pad, or phone with you.

Chapter 1: Communications Systems (skipped)

Chapter 2: Signal Sampling and Reconstruction

Chapter 3: Finite Impulse Response (FIR) Filters

Chapter 4: Discrete Fourier Transform (DFT)
These slides closely follow Chapter 4:

• DFT pt 1 Discrete Fourier Transform
  

• DFT pt 2 Linear Convolution and Spectral Analysis
  

• DFT pt 3 Fast Fourier Transform
  

Chapter 5: Laplace Transform (LT)
These slides cover Chapter 5 in a very different order:

• Laplace Transform pt 1 The Laplace Transform
  

• Laplace Transform pt 2 Inversion of the Laplace Transform
  

• Laplace Transform pt 3 Applications of the Laplace Transform
  

• Laplace Transform pt 4 Frequency Response, Bode Plots, and Filters
  

Chapter 6: Feedback

• Feedback Applications of feedback.
  

Chapter 7: Z-Transform (ZT)

• Z-Transform pt 1 The Z-Transform
  

• Z-Transform pt 2 Properties of the Bilateral Z-Transform
  

• Z-Transform pt 3 Inversion of the Bilateral Z-Transform
  

• Z-Transform pt 4 Z-Transform and LTI Systems
  

• Z-Transform pt 5 The Unilateral Z-Transform
  

Chapter 8: Infinite Impulse Response (IIR) Filters

• IIR Filters Design of discrete time IIR filters
  

Appendix: Appendix

Tables: Tables