841N254BKILF

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The 841N254BKILF clock is a high-accuracy, low-jitter high-frequency clock used in a wide range of applications where performance and reliability are paramount. It is used for data capture, computer networking, and other time-sensitive applications. The 841N254BKILF is designed to reduce the complexity of timing systems and eliminate costly and time-consuming interpretation of time signals from multiple sources.

The 841N254BKILF is a highly versatile clock that can be used for both single and multiple signal, synchronous and asynchronous timing functions. It incorporates an advanced differential signal driver with an adjustable duty cycle, making it suitable for clock signal application areas requiring that precise signal. This makes it ideal for use in FPGA and ASICs, as well as systems where accuracy of timing information is a critical factor. The 841N254BKILF is also equipped with an auto-zero feature, which helps eliminate the risk of timing skews and mismatches.

The 841N254BKILF clock has been specifically designed for timing specific application requirements. It provides a precise, low-jitter frequency reference that can be used to acquire or generate accurate digital data and timing. By combining this reference with its adjustable duty cycle and differential signal driver, it can be used to synchronize data transfer rates over multiple interfaces, as well as maintain synchronization of clock signals in real time.

The 841N254BKILF is also equipped with an on-chip phase locked loop (PLL) that allows for an even better performance in terms of clock stability and jitter. This PLL ensures that the output frequency will remain constant over time, even if the criterion for stability is changed. This ensures that the clock will remain stable even when external temperature variations or other environmental effects are present. The PLL also allows for faster frequency changes for applications that require the most precise timing.

In summary, the 841N254BKILF is an ideal clock for applications which are specifically timing-dependent. It combines an advanced differential signal driver, adjustable duty cycles, and an on-chip PLL making it suitable for a variety of applications. This clock is perfect for achieving a highly accurate and reliable reference or clock signal that can be used to maintain synchronization in real time. Its small size and low power consumption also make it ideal for embedded applications such as data capture, computer networking, and other time-sensitive applications.

With its wide range of application uses and reliability, the 841N254BKILF is the perfect clock for any application that requires timing accuracy and consistency.

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