Component Distributors Inc. (CDI) will be attending IMS2012 International Microwave Symposium taking place at The Palais des congrès de Montréal, June 17-22, 2012, in Montréal Canada. Learn what’s new in wireless communication, radar, RF technologies, high frequency semiconductors, electromagnetics, commercial and military RF, millimeter-wave electronics and RF & microwave applications during this informative international microwave [...]

  SiTime Introduces Industry’s First MEMS VCTCXO with ±0.5 PPM Stability     SiTime Corporation provides the industry’s first ultra-stable, MEMS VCTCXO (Voltage Controlled, Temperature Compensated Oscillator) products that are targeted at Telecom, Networking and Wireless applications like SONET and Synchronous Ethernet based equipment, cellular basestations and repeaters, GPS and instrumentation.     This new, [...]

SITIME samples available now on the new VCXO series. Standard lead time 2-4 weeks. SiTime Corporation introduces the SiT380X family of MEMS-based Voltage Controlled Oscillators (VCXOs) for telecom, networking and embedded applications. The SiT380X family consists of the SiT3808 and SiT3809 VCXOs, which offer sub-picosecond jitter as well as 10 times better pull range and [...]

Lose Your Crystal Oscillators Component Distributors, Inc is offering a free sample of SiTIME pin-compatible silicon replacements for crystal oscillators. Features SiTime’s products are MEMS-based Silicon Timing solutions that replace standard quartz products. These devices are 100% silicon and are manufactured in standard CMOS fabs such as TSMC and Tower-Jazz. They can be factory programmed [...]

Silicon replacement for crystal oscillators using MEMS technology. Manufactured on standard silicon process and programmable to any frequency. Pin compatible with standard oscillator, superior reliability and performance at unbeatable pricing.

CDI is happy to be able to offer SiTime products to our customers.  SiTime is an industry leader in MEMS-based timing solutions- which includes the silicon oscillator.  With the many variable options that are available you might not know the best way to determine which oscillator is right for your needs. What phase jitter are [...]