Class Notes:

0. Introduction to the course (pdf)

1. Introduction

2. Continuous-Time Signals and Systems  (Ch 1 & Ch2) (pdf)

   • 2.1 Transformation of Continuous-Time Signals
     2.2 Signal Characteristics
     2.3 Common Signals in Engineering
     2.4 Singularity Functions (Video)
     2.5 Mathematical Functions for Signals (Video)
     2.6 Continuous-Time Systems  (Video)
     2.7 Properties of Continuous-Time Systems

   • Signals and Transformations: Practice Problems (pdf)

   • System Characteristics: Practice Problems (pdf)

3. LTI System Modeling & Analysis in the Time Domain (Ch3) (pdf)

   • Impulse Representation of Continuous-Time Signals

   • Convolution for Continuous-Time LTI System (Video)

   • Properties of Convolution 

   • Properties of Continuous-Time LTI Systems 

4.  The Fourier Series (Ch4) (pdf)

   • Function Approximation

   • Fourier Series

   • Fourier Series and Frequency Spectra

   • System Analysis

   • Fourier Series Transformations

5. Fourier Transform (Ch5)  (pdf)

• Definition of the Fourier Transform

• Properties of the Fourier Transform

• Fourier Transform of common  Functions 

• Application of the Fourier Transform

• Energy and Power Density Spectra  

6. Applications of Fourier Transform (Ch6) (pdf)

• • Ideal filters

  • Concept of Bandwidth 

7. The Laplace Transform (Ch7)

• • Definition of Laplace Transforms

  • Examples of Laplace transform

  • Laplace Transforms of Functions

  • Laplace Transform Properties 

  • Additional Properties

  • Response of LTI Systems

  • LTI Systems Characteristics 

8. Signal Sampling and Reconstruction

• 6.4: Sampling of Continuous-Time Signals

• 6.5: Reconstruction of Signals from Sampled Data  (up to page 326)

9. Chapter 10: Discrete-Time Linear Time-Invariant Systems

• 10.1: Impulse Representation of Discrete-Time signals

• 10.2: Convolution for Discrete-Time Systems

• 10.3: Properties of Discrete-Time LTI Systems

• 10.4: Difference-Equation Models (up to equation 10.48)

• • Laplace Transform Theorems Table 5_2 (jpg)

  • Chapter 5 The Laplace Transform (jnt)

  • Single_sided Laplace Transforms Table 5_3 (jpg)

  • Partial Fraction Expansion (Power Point Presentation)
     

Chapter 6:  *These are some of the notes (NOT ALL)

• Introduction

• Laplace Transform Equivalent Circuit Element

• Analysis of Electrical Networks with Initial Conditions

• Transfer Function Components of System Response

Chapter 8:

• Analog to Digital Conversion (Sampling)  (Lecture37.pdf)

• Signal Reconstruction and Quantization Noise (Lecture38.pdf)

• Z-transform (Lecture39.pdf)

• Z-Transform and Applications to Discrete-Time Systems (Lecture40.pdf)

• Short Table of Z-Transforms (jpg)

Syllabus:

• EE207 Sample syllabus file (pdf)

Quizzes :

• Continuous-Time Signals and Systems

  • Quiz 1: 251 (sec 1, sec 2)

  • Quiz 2: 251 (sec 1, sec 2)

• LTI Systems

  • Quiz 2 , 121 (ver 1)

  • Quiz 3: 251 (sec 1, sec2)

• Fourier Series

  • Quiz 3: 121 (ver 1)

OLD Quizzes :

• Signals and Systems Modeling Concepts  Quiz 1

• System Analysis in Time Domain  Quiz 2 

• Fourier Series  Quiz 3

• Fourier Transform  Quiz 4

• Fourier Transform Analysis and Laplace Transform Quiz 5

• Application of Laplace Transform to Circuits  Quiz 6

Exams :

• Tutorial: Ch 1, 2, & 3 (link)
• Major 1: 081
• Major 2: 081

• 081 

Additional Problems:

• Ex 1

• Ex 2

• Ex 3

Tools

 Software

• Get to Know Matlab (ppt)

• Vectors, Matrices and Band Operations (ppt)

• Matlab Primer V. 2.0  (HTML)

• All Matlab Programs for the textbook "Signals & Systems Continues and Discrete" 4e

• Getting Started Matlab (pdf)

• Picoscope® Oscilloscope & Spectrum Analyzer

• Matlab® Simulation Tool