ICS581G-02LFT

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• Introduction
  ICS581G-02LFT is an advanced jitter-attenuated integrated clock generator (ICG) designed for low-phase noise and high frequency applications. This clock generator has the capability of generating differential output frequencies up to 6GHz. It is designed for applications that require extraordinary clock generation stability and reliability, such as in high-performance computing, high-performance optical transceivers and system-level timing requirements.
• Application Field
  ICS581G-02LFT is a clock generator used in a variety of applications. It can be used to provide a stable clock signal for a wide variety of computer systems, such as servers and workstations, as well as for high-speed optical transceivers. It\'s also used in data communications systems to provide a high-frequency clock signal for synchronizing communications at the signal level.
• Working Principle
  ICS581G-02LFT is a jitter-attenuated clock generator, which means that it is designed to provide a highly stable output clock signal with very low jitter. To achieve this, the ICG uses several techniques. First, it incorporates a low noise voltage-controlled crystal oscillator (VCXO) and a phase-locked loop (PLL) to generate a stable clock signal from the crystal. This signal is then multiplied using a digital phase-frequency detector (PFD) and voltage-controlled oscillator (VCO) to generate an output signal of the desired frequency. The VCO is controlled by an error signature register, which allows the user to adjust the output frequency. Finally, an output buffer is used to provide clean, jitter-free signals to the output terminals.
• Conclusion
  ICS581G-02LFT is an advanced clock generator designed for high-frequency and low-jitter requirements. Its design incorporates a low noise VCXO, PLL, PFD, and VCO to generate a highly stable, jitter-attenuated clock signal with very low jitter. The output frequency can be adjusted using the error signature register, and the output is provided to the output terminals through an output buffer for clean, jitter-free operation. This clock generator is suitable for applications that require extremely stable clock generation, and its ability to produce high frequency signals up to 6GHz makes it especially useful for optical transceivers and other high-speed applications.

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