11. Network analysis

Network analysis of linear circuits. Parallel and series connections; equivalent circuits: Thevenin and Norton theorems, Millman’s theorem; state-space representation in physical and transformed domains (typically Laplace for transient dynamics - e.g. response to change of state of switches -, and Fourier for periodic regimes - e.g. AC)

Harmonic regime. Analysis of networks in AC; state variables, network variables, and power.

Three-phase circuits. Three-phase circuits are introduced, along with some standard configurations (star and trinagles), and a general approach for the solution.