If you’ve experienced quartz, you’ve probably noticed that problems eventually arise. Quartz devices can be quite temperamental, especially in stressful conditions. And they’re not the most reliable.
With MEMS timing, you no longer need to work around the difficulties of quartz. Here are three signs it’s time to switch to MEMS.
If there is one thing you need from timing, its stability. MEMS timing solutions deliver better stability on every level.
Tired of the ups and downs of quartz? SiTime products are built with groundbreaking technology that easily handles high temperature and rapid thermal gradients, high airflow, mechanical shock and vibration, power supply noise and electromagnetic interference (EMI).
Elite Super-TCXOs feature excellent dynamic stability under dynamic conditions:
You can count on MEMS timing for the best quality and reliability. SiTime products are designed and produced using our robust 6-Sigma methods. Our processes combined with the small mass and unique design of our MEMS, advanced analog technology, and the superior quality of single crystal silicon, result in extremely durable and reliable products.
SiTime is also a dependable supply partner. Because our devices are made with silicon, we leverage the massive semiconductor industry and its immense capacity. Unlike quartz, we can easily scale and don’t have a specialized and capital-intensive manufacturing supply chain. Plus, our products are built on a programmable architecture that enables millions of specification combinations. Customers can order any frequency, any supply voltage, any stability within a wide range. Samples are shipped within 24 hours and production quantities have very short lead-times.
MEMS oscillators are simply more stable, robust, and reliable. We’ve designed our products to solve the most difficult timing problems and overcome the limitations of quartz. If quartz products aren’t delivering the performance, reliability or features you need, it’s a sign to switch. Once you get to know MEMS timing, you’ll never go back.
Try MEMS timing. Request a free sample or contact our sales team today.
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* SiTime MHz oscillator families have frequency stability as low as ±10 ppm, which is two times better than typical quartz oscillators with ±20 ppm.
* SiTime TempFlat™ MEMS 32 kHz devices have <10 ppm at 25°C (room temp) and <75 to 100 ppm over the entire industrial temperature range, while quartz crystals (XTALs) demonstrate 20 ppm variation at 25°C and -160 to -200 ppm over temp.
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Thanks to Lauren Lunsford for her contribution to the theme of this article.