ELEC 267 - Advanced Circuits for Engineers

3 credits

Network theorems, mesh and nodal analysis, matrix solutions to circuit problems, the transformer, mutual inductance, magnetically coupled circuits, network topology, polyphase circuits, two-port networks and their interconnections, the Laplace Transform, Laplacian domain analysis, pole-zero plots, unit step, unit ramp, impulse function, doublet function, initial value theorem, final value theorem, translation techniques, the transfer function, introduction to the Fourier Series and the Fourier Transform.

Corequisite: ELEC 244 Advanced Passive and Active Laboratories.
Prerequisites: ELEC 255 Circuits for Engineers.
Offered spring semester.