844252AG-04LFT

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The 844252AG-04LFT is a clock generator that enables its users to produce multiple synchronized clock outputs from a single clock input. It provides both a PLL and a frequency synthesizer for advanced clock generation tasks, as well as high speed output drivers for maximum stability. The 844252AG-04LFT is ideal for applications in which multiple clock outputs are needed, such as radio broadcasting and microprocessor designs.

The 844252AG-04LFT features an on-chip Phase-Locked Loop (PLL). This allows the user to lock the internal clock frequency to a reference signal, creating a steady and accurate output frequency. The multiple outputs of the device can all be locked to the same reference frequency, ensuring that every one of the outputs is in perfect synchronisation with each other. This is essential in applications where multiple devices must communicate over a network or when precise timing is required.

The 844252AG-04LFT also features a Frequency Synthesizer (FS). This allows users to set the frequency of the output clock without needing to use phase-locked loop circuitry. The FS also allows for the addition of additional frequency settings, making this device suitable for applications needing flexible and precise control over the output clock frequency.

The 844252AG-04LFT is built around advanced high speed output drivers for maximum stability. This allows for greater accuracy in applications where multiple clock speeds are necessary. Furthermore, the 844252AG-04LFT offers a wide range of output frequencies from 10kHz to 225MHz, making it suitable for a variety of circuit designs.

The 844252AG-04LFT is an incredibly flexible and powerful device, offering a robust set of features for clock generation tasks. Its on-chip PLL and FS provide users with total control over the output frequency and its high speed output drivers ensure maximum accuracy and stability. The range of output frequencies also make it suitable for a variety of applications, making it an ideal choice for a multitude of clock generation applications.

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