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EECE 253 Syllabus - Spring 2007

Circuit Analysis II
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Section 202 / T2B  
Location FSC 1005 / MCLD 228  
Lectures Mon / Wed 3:00 - 4:00
  Fri 9:00 - 10:00
Teaching Asst. Anna-Marie Silvester annas@ece.ubc.ca
Text Fundamentals of Electric Circuits, 3rd Edition, Alexander & Sadiku
Grading Quizzes / Assignments 25%
  Midterm Exam 25%
  Final Exam 50%
  Click here for detailed description of the grading scheme.
Schedule  
Week 1 Intro to ECE 253 & Complex numbers review
  Intro to phasors & Matlab tutorial
  Properties of phasors & steady-state circuit analysis
Week 2 Using phasors to analyze circuits
  Loop & Nodal analysis of RLC circuits
  Real & Reactive Power
Week 3 RMS, Apparant Power & Power Factor
  Power Factor Correction
  Maximum Power Transfer
Week 4 Matlab Tutorial / Solving power problems with geometry
  Balanced 3-phase systems
  Ideal Transformers
Week 5 Ideal Transformers cont.
  Review
  Laplace transform - Review & Standard transforms
Week 6 Laplace transform - Differentiation & Integration property
  Midterm - Feb 14
  Laplace transform - Time shift & Frequency differentiation property
  Inverse Laplace Xform - Residue method
  Inverse Laplace Xform - Repeated & Complex poles
Week 7 Inverse Laplace Xform - Powers of s & Z / Y functions
  Transients & initial conditions
  Transients & initial conditions cont.
Week 8 Transfer functions - poles, zeros, DC gain
  Transfer functions - gain & phase plots
  Bode plots - singe & multiple P/Z
Week 9 Bode plots - repeated P/Z, P/Z at origin
  Bode plots - complex P/Z
  Bode plots - P/Z at w < 1, plotting strategy
Week 10 Resonant circuits, series resonance
  Parallel resonance, solving for resonant w
Week 11 Filters - ideal & actual
  Passive filters, quality factor
Week 12 Active filters
  Course review