With a single-die solution, the MEMS resonator and temperature sensor are located close together, enabling the temperature sensor to more closely track temperature changes in the resonator.

MEMS Oscillator Architecture with TempFlat Technology. With TempFlat MEMS, oscillators can offer ±50 PPM to ±100 PPM frequency stability without the need for temperature sensors and compensation. This ...

An innovative SiGe (silicon germanium) thin film packaged SOI-based MEMS resonator featuring an industry-record Q factor combined with a low bias voltage has been developed. This groundbreaking ...

Thiswas the first precision MEMS timing device based on TSMR platform . Temperature compensation (−30 to +85 °C) The temperature compensation is done with a mechanically compensated MEMS resonator. An ...

Alissa Fitzgerald, founder, CEO, and managing member of A. M. Fitzgerald & Associates, identified multiple emerging technologies in MEMS and sensors. There are sensors based on thin-film bulk acoustic ...

The MEMS resonator used here has an approximately 150 ppm frequency drift over the temperature range of –40° to +85° C, which is about three to five times greater compared to a standard crystal. The ...

The sensing element is manufactured using a proprietary bulk 3d MEMS process, which enables robust capacitive sensors which are stable with low noise and power consumption. The sensing element ...

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 ...

MEMS resonators for clocking ICs differ. Silicon Labs has created a flat plate built of silicon dioxide ans silicon-germanium. Silicon Labs’ process starts with standard, passivated, and ...

SiTime has introduced the 'world's first' mems resonator for real time clock and time keeping applications. According to the company, the SiT1052 can be cost effectively integrated inside a plastic ...