HANDOUTS FOR ECE 209 - CIRCUIT ANALYSIS II
ALAN FELZER - ECE DEPT - CAL POLY POMONA - FALL 2000

ECE 209/209L is a one quarter lecture and lab primarily about the analysis of circuits in the sinusoidal steady state. The main theme of the course is finding out how the sinusoidal steady state responses of circuits vary as a function of frequency and showing how this information is useful. Fourier Series is also introduced. You will need the plug-in Acrobat Reader to view most of the material listed below. If your browser does not already have Acrobat Reader then you can obtain it for free from Adobe.

IMPORTANT INFORMATION FOR ECE 209

• ECE 209 Syllabus
• Transition From ECE 207 to ECE 209
• Problems You Should Be Able To Do Before You Take ECE 209
• Problems You Should Be Able To Do After You Take ECE 209
• Checklist and Log
• ECE 209 Sample Solution Writeups
• ECE 209 Take Home Midterm - Spring 1998
• ECE 209 Take Home Final - Spring 1998
• ECE 209L - Lab For ECE 209

COMPUTING

• Interactive Computer Demonstrations
• Introduction To Mathcad

INVESTIGATIONS FOR ECE 209

• COMPLEX EXPONENTIALS
  1. Basic Properties - Part I
  2. Basic Properties - Part II
  3. Basic Properties - Part III
  
  
• PHASOR CIRCUITS
  4. Impedances, Admittances And Kirchhoff's Laws
  5. Analysis of Phasor Circuits
  6. Basic Properties of Phasor Circuits
  
  
• FIRST ORDER CIRCUITS
  7. Frequency Responses Of First Order RC Circuits
  8. Frequency Responses Of First Order RL Circuits
  9. Bode Plots Of First Order Circuits
  
  
• SECOND ORDER CIRCUITS
  10. Frequency Responses Of Series RLC Circuits
  11. Frequency Responses Of Parallel RLC Circuits
  12. Frequency Responses Of General Second Order Circuits
  
  
• INTRODUCTION TO FILTERS
  13. Superposition Of Steady State Responses
  14. Introduction To Lowpass And Highpass Filters
  15. Introduction To Bandpass Filters
  16. Magnitude And Frequency Scaling
  
  
• AVERAGE POWER
  17. Average Powers Of Periodic Signals
  18. Average Power In RLC Circuits
  19. Power Factor Correction
  
  
• FOURIER SERIES
  20. Characteristics Of Periodic Signals
  21. Calculation Of Fourier Series Expansions
  22. The Spectrums Of Periodic Signals - Part I
  23. The Spectrums Of Periodic Signals - Part II
  24. Steady State Responses To Periodic Inputs - Part I
  25. Steady State Responses To Periodic Inputs - Part II