SiTime

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SiTime
  • SiT9003/SiT9002 Series Programmable Spread Spectru

    SiTime's SiT9003 includes a programmable drive strength feature to provide a simple, flexible tool to optimize the clock rise/fall time for specific applications.

    By SiTime 27

  • SiT5021 and SiT5022 MEMS Oscillators

    SiTime’s SiT5021 and SiT5022 series are high-precision, programmable, differential oscillators that support LVPECL and LVDS output topologies.

    By SiTime 29

  • SiT9005 EMI Reduction Oscillators

    SiTime’s SiT9005 series of MEMs oscillators provides an easy, fast, flexible solution with strong EMI reduction in circuit designs.

    By SiTime 50

  • SIT8918/9 and SIT8920/1 High-Temperature Ruggedize

    SiTime's SIT8918/9 and SIT8920/1 series of high-temp oscillators provide ±20 PPM frequency stability from -55°C to +125°C.

    By SiTime 37

  • SiT8924B Automotive Grade Oscillators

    SiTime's SiT8924B series of highly reliable, high quality automotive grade oscillators are designed for automotive and extreme temperature applications.

    By SiTime 62

  • SiT3372 Differential Voltage Controlled Oscillator

    SiTime's SiT3372 series of high frequency, programmable differential voltage controlled oscillators (VCXOs) supports a number of different output types.

    By SiTime 33

  • SiT3373 Differential Voltage Controlled Oscillator

    SiTime's SiT3373 series of products are high frequency, programmable differential voltage controlled oscillators (VCXOs) that support many output types.

    By SiTime 37

  • SIT936x High Performance Differential Oscillators

    The MEMS-based SiT936X family from SiTime Corporation is engineered to handle common environmental hazards.

    By SiTime 27

  • SiT5156 Series Elite Platform™ Super-TCXO

    SiTime’s SiT5156 Super-TCXO is a highly flexible, tight-stability oscillator for high-reliability systems.

    By SiTime 47

  • Elite Platform™ Super-TCXOs

    SiTime's Elite Platform™ Super-TCXOs' telecom and networking timing solutions has the highest quality service even in the presence of environmental stressors.

    By SiTime 50

  • SiT5157 Elite Super-TCXO's

    SiTime's SiT5157 is engineered for high-reliability systems in industrial, server and storage, networking and telecom.

    By SiTime 84

  • SiT5357 MEMS Precision Super-TCXOs

    SiTime's SiT5357 delivers dynamic performance such as resilience to environmental stressors making it suitable for harsh environments.

    By SiTime 52

  • LVCMOS Low-Power Oscillators

    SiTime's LVCMOS oscillators provide an ideal combination of low power consumption, small size, and excellent stability for a wide range of applications.

    By SiTime 57

  • TCXO, VCTCXO, and DCTCXO Oscillators

    SiTime’s wide variety of TXCO, VCTXO, and DCTCXO oscillators are designed for networking and telecom applications.

    By SiTime 53

  • MEMS Voltage-Controlled Oscillators

    SiTime's voltage-controlled oscillators are highly flexible, high-performance, and support many frequencies, voltage combinations, and package types.

    By SiTime 68

  • Spread Spectrum EMI Reductions Oscillators

    SiTime's spread spectrum MEMS oscillators utilize multiple on-chip regulators, are factory-programmable, and deliver stable timing with environmental stressors.

    By SiTime 33

  • Low Jitter Oscillators

    SiTime’s low jitter ultra-performance oscillators for telecom, storage, networking, and wireless applications.

    By SiTime 84

  • MEMS kHz Oscillators

    SiTime's kHz oscillators utilize silicon MEMS technology to achieve an ultra-small footprint ideal for mobile and other battery-operated applications.

    By SiTime 82

  • SIT9387 Series MEMS Oscillators

    SiTime's SIT9387 series MEMS oscillators deliver exceptional dynamic performance and pulse-width modulation in the presence of common environmental hazards.

    By SiTime 61

  • SiT8925B MEMS Oscillators

    SiTime’s SiT8925B series are reliable, high-quality AEC-Q100 oscillators for high-frequency automotive and other extreme-temperature applications.

    By SiTime 59

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