Over recent years, the surge in mobile communication has deepened global connectivity.
With escalating demands for faster data rates, the push for higher carrier frequencies …

This article reports on 30% scandium-doped AlN (ScAlN) lateral field-excited (LFE) cross-
sectional Lame'mode resonators (CLMRs) with unprecedented performance in the 6–20 …

This work presents a new acoustic MEMS resonator technology, dubbed Aluminum Nitride
(AlN) Combined Overtone Resonator (COR), capable of addressing the filter requirements …

In this paper, a systematical study is performed to analyze the quality factor,
electromechanical coupling (k 2 eff) and spurious modes of Lamb-wave resonators for the …

This paper presents a high quality-factor (Q) and spectrum-clean AlN Lamb-wave resonator
(LWR). The width of its lateral reflection boundary was optimized to weaken the transverse …

A novel topology to obtain 3 port nonreciprocal propagation in a magnetless medium is here
presented. A modulation frequency of 15 MHz guarantees 10 dB of nonreciprocal contrast at …

In this paper, spurious mode suppression methods for Al Sc N Lamb wave resonators and
filters using the lowest order symmetric (S Lamb wave were meticulously studied and …

This paper presents an exhaustive analysis on Zinc Oxide based modified Lame'mode
resonators. Extensive analytical study describing the operating principles of the resonator is …

This article presents lithium niobate (LiNbO3) based on shear horizontal (SH0) resonators,
utilizing a suspended structure, for radio frequency (RF) applications. It demonstrates the …

Laterally excited bulk wave resonators demonstrate outstanding electromechanical coupling
coefficient (K eff 2) suitable for the design of wideband filters. However, it has not been …