Model-Driven Co-Design of MEMS-Based Sensors and Interface Circuits

From Center for Integrated Circuits and Devices Research (CIDR)
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This component project of the CIDR program explores the interaction between MEMS-based sensors and their corresponding interface circuits, as well as formulates an effective way of co-designing and co-simulating both technologies. This will pave the way in understanding the tradeoffs that exist among the elements in such a system prior to actual sensor fabrication or interface circuit design. Through this project, analytical and behavioral models of MEMS sensors and interface circuits can be developed. Analysis on how the system will perform using these models through co-design methodologies of both the sensors and interface circuits can help optimize energy efficiency, enable faster functional verification of the system, reduce development cycle, and improve the accuracy of the system design.

Personnel

Project Leader Maria Theresa De Leon, PhD
Supervising Science Research Specialist Jean Marriz Manzano
Project Development Officer Pink Taccad
University Researcher III Lance Pengson

Rafael Pangilinan

Arcel Leynes

Science Research Specialist II Aian Briones Ontorio

Maria Sophia Ralota

Neil Angelo Aballa

Information System Analyst Nathan Sarino
Project Staff III Magdaleno Vasquez Jr., PhD

John Richard Hizon, PhD

Marc Rosales, PhD

Science Aide Orville Gico
Student Assistant Ramona Rajagopalan

Activities

This project will have three (3) major activities:

  1. Develop and verify analytical models of MEMS-based sensors through fabrication and characterization
  2. Develop and verify behavioral models of FDSOI-based interface circuits through fabrication (via foundry) and testing
  3. Formulation of co-design and co-simulation methodology for the sensors and interface circuits

Resources

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