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Ph.D. Proposal Oral Exam - Shubham Sahasrabudhe

Title:  Dual-mode Low Phase Noise Oscillator Design for Precision Self-temperature Sensing in a Distributed Lam?? Resonator

Committee:

Dr. Ayazi, Advisor

Dr. Shaolan Li, Chair

Dr. Ansari

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Summary

The objective of my proposed research is to develop a versatile, low phase noise dual-mode oscillator architecture that is applied to a distributed Lamé resonator (DLR) for high-performance timing and temperature sensing. Dual-mode MEMS resonators enable a unique method for precision self-temperature sensing for temperature-compensated and oven-controlled MEMS oscillators. A high-performance, low phase noise dual-mode oscillator design is crucial to achieving high-resolution and high-bandwidth resonator self-temperature measurement. I further demonstrate the applications of the self-temperature sensing DLR oscillator in temperature-compensated and oven-controlled oscillator applications.

Details

Tuesday
Apr 21 2026
03:00pm - 05:00pm

Location: Room 509, TSRB

In campus calendar: No

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  • Workflow status: Published
  • Created by: Daniela Staiculescu
  • Created: 04/14/2026
  • Modified By: Daniela Staiculescu
  • Modified: 04/14/2026

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