EE2CJ4: Lecture Slides 2009

Notes:

• Warning: The material presented here is incomplete by design. I have done this to help you prolong the active learning phase of each lecture. I suspect that this material will be a bit awkward to use if you do not attend the lectures.

• Please ignore the problem sets in these slides. They refer to a different text book.

Slides

• Introductory Material (Updated 14 January 2009)
• Principles of Circuit Analysis (revision)
  • This material was handled in a tutorial format
• Operational Amplifiers (Updated 14 January 2009)
  • Introduction and ideal op amps
  • More on ideal op amps
  • Non-ideal op amp models
  • Ideal op amps in circuits with memory
  • Ideal op amps and sinusoidal signals (example)
  • Extra lecture on saturation in op amp circuits
• Steady-state response to sinusoidal signals
  • Principles of phasor analysis (revision)
  • Frequency response
    • Basics, and Bode plot basics
    • More on Bode plots
    • Still more on Bode plots
    • Resonance
• Circuit analysis using the Laplace Transform
  • Fundamentals
  • Poles, Zeros and Initial/Final Value Theorems
  • Circuit components
  • Circuit analysis
  • Stability
  • Oscillators
• Two Port Networks
  • Note: the first item here is a "friendly introduction" to the concepts. The more rigorous material starts with the second item. Following requests from several students, the first item has been scanned at 150dpi, rather than the usual 75dpi. The remainder of this material has been scanned at 100dpi. Of course, this has resulted in larger files.
  • Two port networks: a friendly introduction (Watch out for errors in the signs of some of the terms in these slides. They have been corrected in the slides below.)
    
  • Two port networks
  • Corrections to material on connecting two port networks
  • Terminated two port networks
• AC Steady-State Power (revision)
• Magnetic Systems
  • Magnetic Fields
  • Magnetic Circuits
  • Coupled Inductors
    • Fundamentals
    • Analysis for sinusoidal signals
    • Ideal Transformers
    • Transformers tutorial
  • Electromechanical Systems
• Three Phase Circuits
  • Part 1,
  • Part 2,
  • Part 3,

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