Number of hours
- Lectures 10.0
- Projects 0
- Tutorials 10.0
- Internship 0
- Laboratory works 28.0
ECTS
ECTS 2.0
Goal(s)
• Attractiveness distributed elements: operating principle,
• Design and use in millimeter communications systems.
• Know how to adapt and stabilize an amplifier out of its bandwidth BF
• Know how to determine the level of noise
Content(s)
Contents of passive courses
• Chapter 1: Simple adaptation and double stubs, reminders on the Smith chart
• Chapter 2: Electromagnetic coupling, coupled lines
• Chapter 3: Filtering
• Chapter 4: Millimeter integrated / distributed baluns: power divider, hybrid coupler, rat-race
Contents of active courses
• Chapter 1: Adaptation amplifiers
• Chapter 2: Stability
• Chapter 3: Noise
• Chapter 4: Specific concepts for integrated structures
• Chapter 5: Changes to the millimeter
Content of Practical Teaching:
• TP 1: Measurements under advanced MIM capacitors, 8h (2X4h measures 5 + 1X4h ADS 10)
• TP 2 Filters periodic lines, 6h (1X2h 10 + TP roll 2, 3 and 4)
• TP 3: Adaptation and stabilization of an amplifier (ADS/Eduktika), 4h
• TP 4: Noise (tester), 4h
Prerequisites
Semiconductor physics, theoretical and practical approaches of electromagnetism (and guided propagation in free space, circuit analysis), design and modeling of integrated passive components
Test
DS 2h
TP 22h
Session 1 : (2/3)DS + (1/3)TP
Session 2 : seul le DS est rattrapable, le calcul de la note reste le même qu'en session 1
Additional Information
Course list
Curriculum->Alternance MT->Semester 8