Wireless transmissions

The fields covered by this module are vast, as they include both microwave fundamentals such as matching and S-parameters, as well as practical applications and the study of electromagnetic compatibility.

The topics are covered in class and systematically illustrated through practical exercises.

Master the fundamentals typical to the field of microwave frequencies, such as the phenomenon of reflection and the need for circuit adaptation. Master the characterization tool that is the S-parameter matrix. Master the fundamentals of wireless transmission system architecture. Be aware of electromagnetic compatibility issues.

Skills

• Know how to calculate a matching system using microstrip lines and stubs.
• Know how to read the datasheet for passive and active components such as couplers or amplifiers.
• Know how to calculate a connection balance.
• Know how to calibrate and use a network analyzer.
• Know how to characterize the basic elements of a wireless transmission system
• Know how to combine knowledge of system architecture, adaptation issues, and datasheet reading to minimize EMC problems.

Basics of electronics

Recommended prerequisites:

M1 Module: Free and Guided Propagation

Practical exam (50%)

Final exam (50%)

Session 2

Each topic includes a lecture and an associated practical assignment.

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

CM: 31 hours 30 minutes

Practical work: 27 hours