SiTime

SiTime, market leader for innovative MEMS timing.

SiTime is a leading company in the field of MEMS timing solutions. They have shipped billions of units and are transforming the world of timing. Here are some key points about SiTime’s products:

Portfolio

  • MEMS Oscillators: SiTime offers silicon-based MEMS oscillators that provide higher performance, smaller size, lower power consumption, and improved reliability compared to traditional quartz-based oscillators. These MEMS oscillators are suitable for various applications where precise timing is critical.
  • TCXOs (Temperature-Compensated-Oscillators): SiTime’s TCXOs combine MEMS technology with temperature compensation to maintain accurate frequency output over a wide temperature range. These are commonly used in communication systems, industrial equipment, and other applications.
  • OCXOs (Oven-Controlled-Oscillators): SiTime’s OCXOs provide even higher stability by maintaining a constant temperature around the crystal resonator. These are used in applications where extremely accurate timing is required, such as in satellite communication systems.
  • MEMS Resonators: SiTime also offers MEMS resonators, which are used as frequency references in various electronic devices. These resonators provide stable and reliable timing signals.
  • Clock Generators and Jitter Cleaners: SiTime’s clock generators and jitter cleaners help improve signal quality and reduce timing jitter in communication systems and data centers.
 
Application
  • Control units
  • FPGA
  • Satellite communication
  • Camera applications
  • Industrial automation

 

Certifications and quality management
 
  • ISO9001
  • ISO14001
  • IATF16949

There are 10 of 83 products shown.

SiT9346

  • Frequency min [MHz]: 1 MHz
  • Frequency max [MHz]: 220 MHz
  • min. operating temperature [°C]: -40 °C
  • max. operating temperature [°C]: 105 °C
  • Categories: Differential Oscillator, Ruggedized
  • Manufacturer: SiTime
SiT9346

SiT9347

  • Frequency min [MHz]: 220 MHz
  • Frequency max [MHz]: 725 MHz
  • min. operating temperature [°C]: -40 °C
  • max. operating temperature [°C]: 105 °C
  • Categories: Differential Oscillator, Ruggedized
  • Manufacturer: SiTime
SiT9347

SiT9365

  • Frequency min [MHz]: 25 MHz
  • Frequency max [MHz]: 325 MHz
  • min. operating temperature [°C]: -40 °C
  • max. operating temperature [°C]: 105 °C
  • Categories: Differential XO
  • Manufacturer: SiTime
SiT9365

SiT9366

  • Frequency min [MHz]: 1 MHz
  • Frequency max [MHz]: 220 MHz
  • min. operating temperature [°C]: -40 °C
  • max. operating temperature [°C]: 105 °C
  • Categories: Differential XO
  • Manufacturer: SiTime
SiT9366

SiT9367

  • Frequency min [MHz]: 220 MHz
  • Frequency max [MHz]: 725 MHz
  • min. operating temperature [°C]: -40 °C
  • max. operating temperature [°C]: 105 °C
  • Categories: Differential XO
  • Manufacturer: SiTime
SiT9367

SiT9375

  • Frequency min [MHz]: 25 MHz
  • Frequency max [MHz]: 644.531 MHz
  • min. operating temperature [°C]: -40 °C
  • max. operating temperature [°C]: 105 °C
  • Categories: Differential XO
  • Manufacturer: SiTime
SiT9375

SiT9386

  • Frequency min [MHz]: 1 MHz
  • Frequency max [MHz]: 220 MHz
  • min. operating temperature [°C]: -40 °C
  • max. operating temperature [°C]: 105 °C
  • Categories: Differential XO, AEC-Q100
  • Manufacturer: SiTime
SiT9386

SiT9387

  • Frequency min [MHz]: 220 MHz
  • Frequency max [MHz]: 725 MHz
  • min. operating temperature [°C]: -40 °C
  • max. operating temperature [°C]: 105 °C
  • Categories: Differential XO, AEC-Q100
  • Manufacturer: SiTime
SiT9387

SiT9501

  • Frequency min [MHz]: 25 MHz
  • Frequency max [MHz]: 644.531 MHz
  • min. operating temperature [°C]: -40 °C
  • max. operating temperature [°C]: 105 °C
  • Categories: Differential XO
  • Manufacturer: SiTime
SiT9501

SiT95141

  • Frequency min [MHz]: 0.008 MHz
  • Frequency max [MHz]: 2,100 MHz
  • min. operating temperature [°C]: -40 °C
  • max. operating temperature [°C]: 85 °C
  • Categories: MEMS Clock Generator
  • Manufacturer: SiTime
SiT95141