·Proposed a new paradigm for nanoantenna design using coupled-mode theory. ·Designed an OC-Hµ resonator with excellent sensing performance. ·Using OC-Hµ resonators for biomolecule recognition and ...

With the development of wireless communication from 5G to Beyond 5G and 6G, the design of high-quality-factor (Q) acoustic resonators and high-performance filters, working at the frequency of 6 GHz, ...

Silicon Labs’ process starts with standard, passivated, and planarized CMOS wafers. Polycrystalline silicon-germanium (Poly-SiGe) and pure germanium (Ge) are surface micro-machined to create ...

Dominik G.Rabus and Michael Hamacherare Ph.D. candidates at the Heinrich-Hertz-Institut fuerNachrichtentechnik Berlin GmbH, Berlin, Germany. Active and passive ring-resonator devicesare good for ...

Resonators are devices used to amplify wavelengths,they exist in many devices and come in many forms. Resonators commonly exist in science as mechanical, acoustic (sound), optical (light), microwave ...

Quality factor (Q) equals the ratio of the resonant frequency to the range of frequencies over which resonance takes place. A radio receiver with high-Q circuitry, for instance, is more selective in ...

Researchers have developed a novel type of nanomechanical resonator that combines two important features: high mechanical quality and piezoelectricity. This development could open doors to new ...

Using a standard CMOS process, researchers have combined acoustic MEMS and other technology to create a >10-GHz on-chip resonator function for filters and VCOs. How standard CMOS process can be used ...