ELECENG 2CF3
Circuits and Waves
Winter 2024 · C01
Topics
- Lectures: Operational amplifiers Tutorial: Review of mesh and nodal analyses
- Lectures: (i) Frequency-dependent response, (i) Network transfer function, (iii) Bode diagram Tutorial: Review of Thevenin and Norton equivalents
- Lectures: Filters, anti-aliasing filters; active filters Tutorial: Operational amplifiers
- Lectures: Laplace transform with applications in transient circuit analysis Tutorial: Review of phasor analysis, phasor diagrams and complex numbers, steady-state power analysis
- Lectures: Two-port network parameters: Z, Y, H Tutorial: Frequency-dependent network analysis
- Lectures: (i) fundamentals of wave motion, (ii) traveling waves and phasors, (iii) working with complex numbers Tutorial: Filters
- Lectures: Transmission lines – lumped-element model, telegrapher’s equations, propagation constant and characteristic impedance, voltage and current traveling waves Tutorial: Laplace transform and transient circuit analysis
- Lectures: Transmission lines – per-unit-length parameters, the effect of losses, power flow Tutorial: Two-port network parameters
Readings
- Required Texts: lecture slides and example solutions posted on course webpage tutorial notes posted on course webpage assignment instructions posted on course webpage
- Software: Software tool for circuit analysis and design: LTspice XVII Instructions for download and installation are available on the A2L course website.
- Basic Engineering Circuit Analysis (11th Ed.)Wiley
- Introduction to Electric Circuits (10th Ed.)Oxford University Press
- Fundamentals of Applied Electromagnetics (7th Ed.)Pearson
- lecture and tutorial notes
- same
Sources
- Course catalogue ↗2026–2027