• ECTS

    7 credits

  • Component

    Faculty of Science

Description

The fields covered by this module are vast, as they include both the basics of microwave frequencies such as adaptation or S-parameters, as well as concrete applications up to the study of Electromagnetic Compatibility.

The topics are discussed in class and systematically illustrated by practical work.

 

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Objectives

Master the basics typical of the microwave field, such as the reflection phenomenon and the need to adapt circuits. Master the characterization tool that is the S-parameter matrix. Master the basics of wireless transmission systems architecture. Be aware of the problems of electromagnetic compatibility.

 

Skills

  • Know how to calculate a fitting system by microstrip and stub.
  • Know how to read the datasheet of passive and active components such as couplers or amplifiers.
  • Know how to calculate a linkage balance.
  • Know how to calibrate and use a network analyzer.
  • To know how to characterize the basic elements of a wireless transmission system
  • Know how to link knowledge of system architecture, fitting problems and datasheet reading to minimize EMC problems.

 

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Necessary pre-requisites

Basics of electronics

 

Recommended prerequisites*:

M1 Module: Free and Guided Propagation

 

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Knowledge control

TP exam (50%)

Final exam (50%)

Session 2

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Syllabus

Each theme includes a course and an associated practical work

  1. Microwave adaptation techniques
  2. Passive Microwave Components
  3. Front-ends architecture
  4. Non-linearities in active microwave components
  5. Radio frequency application: RFID /NFC/5G CM
  6. CM Software Radio
  7. The CM Antennas
  8. Electromagnetic compatibility

 

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Additional information

CM : 31h30

Practical work : 27h

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