SiTime offers MEMS resonators that deliver superior reliability and performance advantages not available from traditional ceramic or quartz crystal resonators – all in a tiny form factor. These resonators are vacuum sealed at the wafer level to provide an ultra-clean device with very high Q.
Our MHz MEMS resonators are offered in a chip-scale (CSP) package enabling the smallest product form factors along with greater flexibility, performance, and reliability. Our embedded kHz MEMS resonators provide the unique ability to be co-packaged inside common packages such as QFNs and BGAs, and into SiPs or modules along with high-performance semiconductor die, eliminating discrete timing components from the PCB, thus simplifying design and manufacturing.
MHz MEMS Resonators
SiTime MHz MEMS resonators, based on the latest generation MEMS technology, optimally address applications where board space and power consumption are critical. The tiny chip-scale (CSP) package footprint consumes 7x less PCB area than the smallest quartz crystal resonators, facilitating the smallest product form factors. Enabling excellent phase noise, a wide operating temperature range of -40°C to 125°C, and unparalleled performance in high shock and vibration conditions, these MHz resonators are the ideal solution for IoT, medical, industrial, automotive, and wearable applications.
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Embedded kHz MEMS Resonators
SiTime TempFlat MEMS™ embedded kHz resonators, with a tiny 0.18 mm2 footprint, are up to 85% smaller than the smallest 32 kHz quartz crystal resonators. They are uniquely intended to be integrated into standard IC packages, SIPs, or modules to simplify design and manufacturing. They offer better reliability, higher performance, and environmental resilience, while enabling elimination of the resonator from the PCB. By replacing traditional crystal resonators, these MEMS devices significantly reduce board space, improve system reliability and robustness, and can reduce system power consumption.
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