Explore how MEMS technology is transforming automotive safety and comfort through advanced sensing capabilities.

Accurate vacuum sensing is vital in controlling environments where minute changes in pressure can make or break entire processes. Traditional Pirani sensors offer broad range but fall short in ...

Aston University researchers have developed a new class of optical microresonators, miniature optical devices that strongly ...

A new constant-drive method using weakly coupled resonators drastically reduces signal interference in MEMS sensors, ...

Simultaneously detecting multiple signals with high precision has long challenged microelectromechanical systems (MEMS) sensors due to unavoidable interference. A new study presents a solution: a ...

SiTime Corporation announced Symphonic, its first mobile clock generator with an integrated MEMS resonator (SiT30100). Symphonic provides accurate and resilient clock signals for 5G and GNSS chipsets ...

What makes this chip different is it combines the functionality of 4 of such timing devices into one small package, just 2.22 mm². It also has an integrated MEMS resonator, which simplify the design ...

This paper reports implementation and characterization of MEMS pressure sensors comprised of a thin silicon membrane coupled to a thermal-piezoresistive resonator. Membrane deflections due to pressure ...

SiTime Corporation has introduced Symphonic, its first mobile clock generator featuring its integrated MEMS resonator, the SiT30100. The device is designed to deliver precise and resilient clock ...

With a built-in MEMS resonator, SiTime’s Symphonic SiT30100 mobile clock generator replaces up to four discrete timing devices. It provides accurate clock signals for 5G and GNSS chipsets in mobile ...

SiTime has come up with Symphonic – its first mobile clock generator with an integrated MEMS resonator (SiT30100). Symphonic provides clock signals for 5G and GNSS chipsets and enables efficient power ...