We demonstrate the exploitation of the nonlinear behavior of two electrically coupled
microbeam resonators to realize a band-pass filter. More specifically, we combine their …

A model of coupled limit cycle oscillators is developed and analyzed to discover and map
out the system's locking behavior. This sixth order model is motivated by the physical …

This work, for the first time, presents a platform for designing microelectromechanical system
(MEMS) capacitive transducers featuring multiple transduction gaps implemented by a …

This paper introduces the comprehensive design concepts, procedure, and post-process
flow of a robust manufacturing platform for complementary metal-oxide-semiconductor …

Structural and electrode material engineering methodology to attain quality factor
enhancement in a support transducer enabled Wine-glass and Lamé mode resonator has …

We present an experimental and theoretical investigation of the static and dynamic behavior
of electrostatically coupled laterally actuated silicon microbeams. The coupled beam …

Amplifying the signal-to-noise ratio of resonant sensors is vital toward the effort to
miniaturize devices into the sub-micro and nano regimes. In this paper, we demonstrate …

This work investigates the phase noise (PN) performance optimization technique based on
phase feedback scheme demonstrated by a 10MHz multiple-port piezoelectric support …

In this paper, two methods for reducing the nonlinearities in microelectromechanical systems
flexural beams resonators have been demonstrated with established theoretical models and …

We propose a novel filter coupling scheme, which combines the merits of mechanically and
electrically coupled methods to enable a well-defined narrow bandwidth and a decent …