Wireless Communications

This module covers a wide range of topics, including both fundamental concepts in microwave engineering—such as matching and S-parameters—and practical applications, extending all the way to the study of electromagnetic compatibility.

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

Understand the fundamental concepts in the field of microwave engineering, such as reflection phenomena and the need for circuit matching. Understand the S-matrix as a characterization tool. Understand the fundamentals of wireless transmission system architecture. Be aware of electromagnetic compatibility issues.

Skills

• Know how to design a matching network using microstrip lines and stubs.
• Know how to read the datasheets for passive and active components, such as couplers and amplifiers.
• Know how to calculate a bond balance.
• Know how to calibrate and use a network analyzer.
• Be able to describe the basic components of a wireless transmission system
• Know how to combine knowledge of system architecture, adaptation issues, and reading datasheets to minimize EMC problems.

Fundamentals 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 lab session

1. Microwave Adaptive Techniques
2. Microwave Passive Components
3. Front-End Architecture
4. Nonlinearities in Active Microwave Components
5. Radio Frequency Applications: RFID / NFC / 5G CM
6. CM Software-Defined Radio
7. CM Branches
8. Electromagnetic Compatibility

CM: 31 hours and 30 minutes

Practical Training: 27 hours