Electrical Engineering

- Introduction to EMC - Nonideal behaviour of components - Conducted emissions and susceptibility - Measurements of conducted emission and susceptibility - Crosstalk - Grounding - Radiated emissions and susceptibility - Measurements of radiated emission and susceptibility - Shielding - Exposure to electromagnetic fields - Laboratory calculation: simulation of real components in the frequency domain; coupling models; simulation of overhead transmission liens; simulation of a coaxial cable above the ground plane; propagation in a coaxial cable; low-frequency and high-frequency crosstalk; filters; electromagnetic emission at low-frequency and high-frequency; radiated susceptibility, shielding effectiveness of flat screens. - Laboratory measurements: scattering parameters of real components; propagation along transmission lines and crosstalk; emission and susceptibility of transmission lines; filters; antennas and sensors; shielding effectiveness measurements; radar absorbing materials.

Fundamentals of Electrotechnics - EM field propagation.

- Teacher's notes - C. R. Paul, Introduction to Electromagnetic Compatibility, Wiley, 2006

Attendance is not mandatory but highly recommended.

Oral exam aimed at verifying the knowledge acquired by the student and the ability to analyze a problem of electromagnetic compatibility in the industrial field, outlining design strategies and technologies for protecting against electromagnetic interferences.

The course takes place in traditional mode with theoretical lessons, calculation exercises and laboratory exercises.