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SiTime

- SiTime Corporation is revolutionizing the $6B timing market with silicon MEMS timing solutions that replace legacy quartz products. SiTime’s configurable solutions enable customers to differentiate their products with higher performance, reduced size and better reliability. The rich feature set and flexibility of our solutions allows customers to consolidate their supply-chain, reducing cost of ownership and time to market. By using standard semiconductor processes and high volume plastic packaging, SiTime offers the best availability and shortest lead times in the industry. With 90% market share, SiTime is driving the electronics industry to use 100% silicon-based timing.

Part Number Generator/Decoder

Logo of SiTime Part Number Generator

SiTime’s part number generator allows you to find the complete part number by selecting the base part number and entering the specification you need (frequency, frequency stability, temperature range, etc.). Use the decoder tool to get complete specifications for any complete part number you enter. Learn More

Applications Overview

SiTime's MEMS-based silicon timing solutions benefit a wide range of applications. As drop-in replacements for quartz devices, SiTime's oscillators and clock generators are successfully converting the quartz timing industry to silicon-based products.

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Image of SiTime's AEC-Q100 MEMS Oscillators

Featured Products

Image of SiTime's Automotive Grade Oscillators

Automotive Grade Oscillators

SiTime's SiT2024B and SiT2025B oscillators provide automotive industry standard packaging available for the automotive industry at extended temperature ranges. Learn More

Image of SiT1602B Low Power MEMs Oscillators

SiT1602B Low-Power MEMs Oscillator

The SiTime SiT1602B series of MEMs oscillators are a low-power, fixed frequency oscillators. Learn More

Newest Products View All (27)

Image of SiTime's Elite Platform™ SiT5356 Series Precision MHz Super-TCXOs

Elite Platform™ SiT5356 Series Precision MHz Super-TCXOs

SiTime's SiT5356 is a ±100 ppb precision MEMS Super-TCXO, temperature controlled oscillator is engineered for the best dynamic performance.

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Image of SiTime's SIT936x High Performance Differential Oscillators

SIT936x High Performance Differential Oscillators

The MEMS-based SiT936X family from SiTime Corporation is engineered to handle common environmental hazards.

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Image of SiTime's SiT3373 Differential Voltage Controlled Oscillators

SiT3373 Differential Voltage Controlled Oscillators

SiTime's SiT3373 series of products are high frequency, programmable differential voltage controlled oscillators (VCXOs) that support many output types.

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Image of SiTime's SiT3372 Differential Voltage Controlled Oscillators

SiT3372 Differential Voltage Controlled Oscillators

SiTime's SiT3372 series of high frequency, programmable differential voltage controlled oscillators (VCXOs) supports a number of different output types.

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Image of SiTime's SiT8924B Automotive Grade Oscillators

SiT8924B Automotive Grade Oscillators

SiTime's SiT8924B series of highly reliable, high quality automotive grade oscillators are designed for automotive and extreme temperature applications.

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Image of SiTime's High Temperature Ruggedized Oscillator

SIT8918/9 and SIT8920/1 High-Temperature Ruggedized Oscillators

SiTime's SIT8918/9 and SIT8920/1 series of high-temp oscillators provide ±20 PPM frequency stability from -55°C to +125°C.

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Product Training Modules View All (8)

Image of SiTime's MEMS oscillator

Differential Oscillators

Duration: 10 minutes

An overview of differential oscillators and the advantages they offer, including an architectural overview and performance plots of differential oscillators.

Image of SiTime MEMS SOT23 oscillator

MEMS Timing Solutions for Automotive

Duration: 5 minutes

Discuss the advantages of using MEMS technology for timing in automotive systems and features that help solve difficult timing problems.

Oscillator-SM

8 Reasons to Replace Crystals with MEMS Oscillators

Duration: 5 minutes

This presentation will teach designers how to leverage the benefits of MEMS oscillators and overcome the limitations of crystals.

 NanoDrive

NanoDrive

Duration: 5 minutes

Wearable and other applications requiring low power can benefit tremendously from reducing the voltage swing between VOH and VOL.

Featured Videos View All (16)

Reduce BOM and System Footprint

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.

Advantages of MEMS Oscillators–Part 1

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

Time Machine II–MEMS Oscillator Programmer

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.

Power Savings in BLE devices–Part 2

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.

Additional Content

Application Notes

Newsletters

Reliability Reports

Articles

White Papers

Product Information

Brochures and Catalogs

Manufacturer Web site