In implantable/wearable application, a need for complete monolithic RF/ sensor nodes is arising from reducing size and cost. However, crystal oscillator as a clock reference is inevitable, which hinders full chip integration. This project focuses on designing the crystal-less transceiver for low-cost and small size radio.
Crystal oscillators become one of the most critical component in wireless communication. However, it limits the size and cost reduction of the overall wireless module. Many applications, e.g., implantable devices, need a complete integration for small-size and cost-efficiency RF transceiver, which cannot afford to employ a bulky external crystal. To realize a miniaturized and low-cost transceiver, the crystal-less transceiver design will be investigated in this project. A low-jitter and low-frequency CMOS oscillator can substitute for the crystal oscillator.
In this project, three main goals will be implemented in advanced CMOS technology:
- Design for crystal-less receiver with high sensitivity
- CMOS reference clock design
- Overall Transceiver design and its verification
- Literature studies on state-of-the-art wireless transceiver
- Understanding both analog and digital design methodologies
- Architecture study and proposal
- Circuit implementation
- Layout and post-layout simulation
- (Option) Tape-out and measurement
- Good analytical skills
- Knowledges of designing CMOS circuits
- Motivated student eager to work independently and expand knowledge in the field
- Good written and verbal English skills
For all inquiries, please contact:
Ms Najat Loiazizi, HR specialist.
Telephone number: +31 (0)40 40 20 675