Specialization profile--Analog circuit design
This profile has two focus points:
- Analog circuit design concentrating on low-power, low voltage amplifier and AD converter design for sensor interface electronics. (Contact: Prof. K Makinwa)
- RF circuit design concentrating on circuit design and optimization for RF. (Contact: Prof: L de Vreede)
Compulsory courses
EE4C08 Measurement and Instrumentation
EE4520 Analog CMOS design I
EE4525 Analog CMOS design II
EE4C10 Analog Circuit Design Fundamentals
Suggested courses
EE4109 | Structured electronic design | 5 EC | details | ||
EE4520 | Analog CMOS design I | 3 EC | details | ||
EE4525 | Analog CMOS design II | 3 EC | details | ||
EE4585 | Semiconductor device physics | 5 EC | details | ||
EE4605 | Integrated circuits and systems for wireless applications | 5 EC | details | ||
EE4C08 | Measurement and instrumentation | 5 EC | details | ||
EE4C10 | Analog circuit design fundamentals | 5 EC | details | ||
ET4252 | Analog integrated circuit design | 4 EC | details | ||
ET4278 | Over-sampled data converters | 4 EC | details | ||
ET4369 | Nyquist-rate data converters | 4 EC | details | ||
ET4371 | Mixed-mode wireless transceivers | 4 EC | details | ||
ET4382 | Power conversion techniques in CMOS technology | 3 EC | details |
MSc project proposals
Some examples of thesis topics (this list is not exhaustive):Thesis examples
Contact person
For more information about the research group, possible thesis topics, and suggestions for your ISP:prof.dr. Leo de Vreede
Electronic Circuits and Architectures Group
Department of Microelectronics