Students are familiar with the basics of AC technology and network analysis in case of sinusoidal excitation. They are able to determine power ratios and the behavior of circuits with inductive coupling. They know about the behavior of circuits in case of non-sinusoidal excitations and can apply frequency transformations. They can determine frequency responses and design and create circuits for power supply.

none

Simple switching operations on RC and RL circuits
Network analysis under sinusoidal excitation
Impedances and rms values
Multiphase systems
Frequency response analysis and filters
Power and power conversion in AC circuits
Frequency transformations: Fourier analysis and transform, Laplace transform
Simulation of circuits with Multisim

Alexander/Sadiku: Fundamentals of Electric Circuits, McGraw-Hill
Jaeger/Blalock: Microelectronic Circuit Design, McGraw-Hill

Flipped-classroom teaching: methodology in videos, knowledge deepening during classroom sessions, calculation exercises for consolidation
Pocket and Remote Lab exercises to prepare for the presence lab

Flipped-classroom teaching + calculation exercises 50%
Laboratory exercises 50%