Number of hours
- Lectures 10.0
- Projects 0
- Tutorials 10.0
- Internship 0
- Laboratory works 8.0
ECTS
ECTS 1.0
Goal(s)
Master the theory of lines, told theory of Kirchhoff for the processing of the guided propagation.
Define the analysis of microwave circuits by means of the principle of the scattering matrix, told S-matrix .
Content(s)
Chapter 1 : Introduction - Mathematical tools
Chapter 2 : Frequential analysis of propagation lines
Chapter 3 : Frequential analysis of microwave circuits
Prerequisites
Vectors, complex
Test
2 hours of written examination for the first session
The mark obtained in the second session will take place of the mark of the first session
The practical work will modulate the mark of the written examination
In case of examination during confinement, the exam will be a written one of 2 hours, or an oral videoconference.
Ecrit 2h en session 1
100% examen écrit - modulation de la note par la qualité du compte-rendu de TP
La note de la session 2 remplacera la note de la session 1. L'examen de 2ème session pourra être un oral.
Le compte-rendu de TP modulera éventuellement la note de l'examen écrit.
En cas d'examen en période de confinement, l'évaluation se fera par un écrit de 2 heures, ou par un oral par visioconférence.
Additional Information
Course list
Curriculum->Alternance MT->Semester 5
Bibliography
F. Gardiol, "Electromagnétisme", Traité d'Electricité, volume 3, Editions Georgi, 1979.
P.F. Combes, "Microondes, Lignes, Guides et Cavités", Editions Dunod, 1996.
P.F. Combes, "Microondes, Circuits passifs, Propagation, Antennes", Editions Dunod, 1997