MK2745-21SLF

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MK2745-21SLF is a precision clock and timing system comprised of a clock synthesizer, PLL, and clock generator, specifically designed for high-accuracy frequency synchronization. It is used by a variety of applications, from automotive systems, to communications, to medical instruments. Its features include a wide range of operating frequencies, excellent repeatability and accuracy, and small footprint. Its components are also small and easy to use, making the system suitable for a wide range of applications.

The MK2745-21SLF is an excellent choice for applications that require tight timing accuracy and stability. It has a programmable output frequency of up to 200MHz, with a low jitter of +/–100ps, making it useful for high-performance data transmission applications. The PLL can be configured to maintain excellent phase and frequency stability by adjusting its control line according to the external reference input.

The clock generator provides the most accurate and reliable timing output in the industry. It features phase-locked loop (PLL) phase noise and jitter specifications for ultra-precision operations. This clock generator can generate up to 8 synchronized signals with a resolution of 200ps, making it suitable for a variety of applications. It also has a variety of programmable pins for implementing additional features.

The frequency synthesizer within the MK2745-21SLF system can rapidly switch frequencies and receive external commands to program different output frequencies, making it suitable for applications that require frequency synchronization or changes due to environmental conditions. The synthesizer is based on a fully-integrated digital PLL that can output frequency ranges from 1kHz to 200MHz, making it one of the most versatile clock and timing systems available.

The MK2745-21SLF clock and timing system is one of the most reliable and accurate timing solutions available, offering excellent phase and frequency stability. Its components are small and easy to use, making it suitable for a wide range of applications requiring precision timing. It is an excellent choice for high-accuracy frequency synchronization and is suitable for data transmission and control applications.

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