Circuit Theory

On the successful completion of this course students will be able to: 1. write circuit equations for a coupled-inductor system; 2. analyse circuits containing ideal transformers and autotransformers; 3. analyse three-phase wye- and delta-connected balanced circuits; 4. plot Bode diagrams from transfer functions for SISO circuits; 5. write behavioural descriptive equations for series- and parallel-resonant circuits in the time- and frequency domains; 6. use Fourier series techniques to analyse circuit responses to periodic signals; and 7. derive two-port parameters of circuits.

Three-phase balanced circuits and power; mutual inductance; Linear transformer, ideal transformer, autotransformer; Frequency response, transfer function, Bode plots; Series and parallel resonance in the frequency domain; Series and parallel resonance in the time domain; Fourier series in circuit analysis; Two-port parameters; Laplace transform circuit analysis.