SiTime
The top 8 reasons to use an oscillator instead of a crystal resonator for your timing solutions.
.
SiTime Corporation, un'azienda di semiconduttori analogici MEMS e una consociata interamente controllata da MegaChips Corporation (Tokyo Stock Exchange: 6875), offre soluzioni di timing al silicio basate su MEMS che sostituiscono i prodotti al quarzo esistenti. Con una quota di mercato pari all'80% e circa 250 milioni di dispositivi spediti, SiTime sta spingendo il settore dell'elettronica a utilizzare un timing basato al 100% sul silicio.
SiTime: categorie prodotti Selezione prodotti
SiTime Schede tecniche Visualizza tutto
SiTime Progetti di riferimento Visualizza tutto
Advantages of MEMs Timing Technologies Part 1
Learn how the MEMs resonators are less sensitive to shock and vibration than quartz resonators in this illustrated demonstration. You can also get a closer look at how the newest family of MEMs oscillators in the SiTime’s Elite Platform™ have several architectural advantages over quartz resonators.
The Benefits of Designing with MEMs Oscillators over Quartz Resonators
Get a detailed look at the top eight reasons to design with SiTime’s MEMs Oscillators over Quartz Resonators including ease of use, quality and reliability, and availability in any frequency. Watch the video now to explore the list of benefits MEMs Oscillators can offer your design.
Introducing SiT9005 Spread-Spectrum for EMI Reduction
The SiT9005 is a new spread-spectrum product family delivering a plug and play EMI reduction solution that easily surpasses the competition. Watch the video to find out how the SiT9005 provides an easy, fast and flexible solution to reduce EMI without using any additional software.
Configure Oscillators with the SiTime Time Machine
Oscillators allow for greater design simplicity and greater performance when compared to crystal solutions, and they also offer a lower BOM and instant availability for any frequency. Learn how to install SiTime Time Machine software and get started configuring SiTime field programmable oscillators with any frequency, voltage and stability specifications with these helpful video tutorials.