This article reviews the investigation of the mode-localized microelectromechanical system
(MEMS) coupled resonant sensors. This class of a sensor features a new approach in the …

Mode-localized sensors have attracted attention because of their high parametric sensitivity
and first-order common-mode rejection to temperature drift. The high-fidelity detection of …

In the presented work, a model of a microelectromechanical accelerometer with two
microbeam sensing elements located between two fixed electrodes is proposed. The action …

An ultra-sensitive mode-localized accelerometer is reported in this letter. In order to lower
the coupling factor of the coupled resonators thus improving the parametric amplitude ratio …

The development of mode-localized sensors based on amplitude output metrics has
attracted increasing attention in recent years due to the potential of such sensors for high …

Single-resonator-based (SRB) sensors have thrived in many sensing applications. However,
they cannot meet the high-sensitivity requirement of future high-end markets such as ultra …

Miniaturized physical transducers based on weakly coupled resonators have previously
demonstrated the twin benefits of high parametric sensitivity and the first-order common …

This letter demonstrates the linear dynamic range enhancement of a mode-localized
microelectromechanical systems sensor based on two weakly coupled cantilevers under …

The mass-spring-damper resonator is the basic mechanical component of current
microelectromechanical systems (MEMS) sensors. It is typically implemented in various …

In recent years, the mode localisation phenomenon of weakly coupled resonators has been
successfully utilised to improve the sensitivity of microelectromechanical system (MEMS) …