Posted in | News | MEMS - NEMS | Nanoelectronics

SiTime’s Online Tools Accelerate Deployment of MEMS-Based Silicon Timing Solutions

SiTime Corporation, the technology and market share leader in MEMS-based silicon timing solutions, today announced the availability of interactive, online Part Number Generator and Cross Reference tools that accelerate the deployment of SiTime's products.

Both these tools are closely integrated with a Sample Request page, ensuring that customers around the world can instantly configure and request the best SiTime product for their application and receive them within a week.

"Simplification, worldwide availability and 24x7 access are keys to success in the global electronics business," said Piyush Sevalia, Vice President of Marketing at SiTime. "These new interactive tools enable our customers to rapidly replace their legacy quartz-based oscillators with SiTime's MEMS-based silicon timing solutions and capture their benefits more quickly."

Customers can use the Cross Reference Tool to locate the best SiTime product that replaces their existing quartz oscillator. Separately, customers can use the Part Number Generator, available on each product page, to configure SiTime's oscillators and create the most optimized solution for their system. The Part Number Generator has unique features that simplify operation, such as:

  • Real time configurability -- the generated part number changes dynamically with changes in selected features
  • "Any Sequence" operation -- a customer can select features in any convenient order
  • "Active Highlights" -- which clearly show the features that have already been selected
  • One click reset and one click copy -- for use of the part number in other applications
  • Mouseover messages -- for real time help

SiTime is leading the electronics industry's transition from quartz products to MEMS-based silicon timing solutions. Over the past two years, SiTime has continued to introduce high performance timing products such as high-stability differential and spread spectrum oscillators, VCXOs and multiple output clock generators.

Source: http://www.sitime.com/

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