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Our lab creates systems and integrated circuit technology that enable new applications for wireless sensing, communication and imaging. We design chips that enable new levels of system integration, functionality, and robustness. Future MEMS-CMOS interfaces, mm-wave circuits and systems, automotive and home monitoring, and implantable devices demand emerging analog technology well beyond the state-of-the-art. These applications place increasingly severe demands on circuit and system designers. Miniaturization and power concerns are emphasized in these analog, RF and mm-wave system applications.
Our lab creates systems and integrated circuit technology that enable new applications for wireless sensing, communication and imaging. We design chips that enable new levels of system integration, functionality, and robustness. Future MEMS-CMOS interfaces, mm-wave circuits and systems, automotive and home monitoring, and implantable devices demand emerging analog technology well beyond the state-of-the-art. These applications place increasingly severe demands on circuit and system designers. Miniaturization and power concerns are emphasized in these analog, RF and mm-wave system applications.
Research Topic I: Ultra-Low-Power Analog/RF Integrated Circuits for Wireless Sensing
Research Topic I: Ultra-Low-Power Analog/RF Integrated Circuits for Wireless Sensing
Research Topic II: Analog/RF Circuits and Systems for MEMS-CMOS interfaces
Research Topic II: Analog/RF Circuits and Systems for MEMS-CMOS interfaces
Research Topic III: RF/mm-Wave Integrated Circuits for Communication and Imaging
Research Topic III: RF/mm-Wave Integrated Circuits for Communication and Imaging
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