Future Analog Systems Technologies (FAST) LabResearch Interests
- Co-existence of heterogeneous programmable systems (Co-existences of highly programmable, heterogeneous wireless systems on the same platform or silicon)
- Low-voltage Analog and Mixed-Signal circuits (Circuits implemented in modern nanometer length processes. This work will focus on circuits which allow for inherently low-gain, low-voltage technologies.)
- Low Power RF for Cellular Systems (Ultra-low power circuits for cellular based systems)
- mm-Wave Circuits & Systems (mm-Wave CMOS circuits for communication and imaging)
- High-Speed I/O (High-speed electrical chip-to-chip, core-to-core, and core-to-memory interfaces in CMOS processes)
- Biologically interfacing CMOS integrated circuits (novel front-end techniques in CMOS for low frequency signal introduction into tissue; for example, the electrical stimulation of neurons from a tiny implantable chip)
Group Presentations
"Application Driven Inductor and Transformer Design", Author: Fred Pang
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