SiTime的可编程振荡器与Digi-Key的高速编程服务相结合，为数百万台振荡器配置提供超快的交付时间。 SiTime的可编程振荡器在48小时内配置和发货，有助于加快设计速度。 提供各种振荡器类型，包括低功耗、高温、广谱、VCXO、低抖动等。 自定义振荡器功能包括1至625兆赫的任何频率、从正负10到正负50之间的任何稳定性、从1.8到3.3伏的任何电压、从零下55到125摄氏度的任何温度以及任何标准封装。

Accelerate your design and manufacturing with a wide range of oscillators and TCXOs configured to your specifications and shipped in as fast as 48 hours!

High-temperature oscillators from SiTime Corporation are field-programmable and offered in a wide range of frequencies.

This video will show the top 8 reasons to replace crystals with mems oscillators.

SiTime的SiT8924B系列振荡器可靠性高，符合AEC-Q100标准要求，专为机动车和其他可耐受极端温度设备而设计。

SiTime’s new Elite family of MEMS oscillators have superior shock and vibration performance to meet the demands of today’s application requirements.

The SiT8924B series from SiTime Corporation offer highly reliable and high quality AEC-Q100 compliant oscillators for automotive and extreme temperature applications.

SiTime’s Elite timing solutions deliver 30 times better dynamic performance, ten times better dynamic stability, and 20 times better vibration resistance (g sensitivity).

SiTime presents high-frequency GR-1244 Stratum 3 fully compliant 60 to 220MHz temperature controlled oscillators (TCXO’s).

Learn how to save space and reduce the BOM of wearable, IoT and mobile applications with a 1.2 mm2 CSP clock solutions that drives multiple loads and eliminated multiple discrete devices.

See performance comparisons of a MEMS Super-TCXO comparted to a quartz TCXO under rapid temperature change, airflow, vibration, and power supply noise. Learn how to meet telecom standards such as GR1244 with 10 times better TDEV performance.

Learn how MEMS resonator mass, oscillator architecture and construction effect system performance and key timing parameters such as phase noise and sine vibrations sensitivity.

Learn how to easily configure timing devices for any frequency, stability and voltage using always-in-stock MEMS oscillators. These drop-in replacements for quartz can solve EMI issues with programmable rise/fall times and spread-spectrum.

Learn the top eight reasons to use “plug-and-play” oscillators instead of crystals, and how to leverage the benefits of MEMS oscillators with fewer headaches, higher quality and reliability, and smaller footprints.

Get an overview of the power savings model for a BLE device, how clock accuracy effects system power consumption, and key parameters and clock features enable low power and smaller footprints.

Get an overview of wearable architectures, the power savings model for a BLE device, and how a new generation of ultra-small, high-accuracy µPower MEMS oscillators can extend the battery life of wearables.

Learn the benefits of using NanoDrive to interface to the SoC/MCU, how to reduce total current in power-sensitive BLE and low power MCU designs, how to identify the right NanoDrive configuration.

Learn how the performance, stability, and robustness of MEMS oscillators compare to quartz oscillators, and how MEMS devices, due to inherent advantages in the design architecture, are less susceptible to environmental conditions such as vibration.

Learn how the performance, stability, and robustness of MEMS oscillators compare to quartz oscillators, and how MEMS devices are less susceptible to environmental conditions such as EMI, power supply noise and shock.

SiTIME's Time Machine II programmer is a portable programmer kit designed to allow the quick & easy configuration of SiTime's field programmable oscillators. The kit is USB powered and ideal for prototyping with its one-click programming capability.