853S024AYLF

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The 853S024AYLF is a high performance clock buffer designed for the most demanding applications. It is designed to provide a low skew and low jitter clock buffering and signal fan out solution for high-speed applications. The device is able to provide signal fan-out on either a common clock or multiple clocks, allowing designers to easily spread signal or clock fanning across a board to different ASICs and memory devices in a system. In addition, the device also supports high frequency clock doubling, allowing designers to double the clock frequency from a source as needed.

The 853S024AYLF is a multi-channel clock buffer with 24 outputs, with five selectable 1:1, 2:1 and 4:1 fanout ratios on each of the outputs. These settings allow the clock driver to match the requirements of the destination device, ensuring optimal signal and noise integrity of the clock. The device has adjustable pulse-stretching and deskewing circuits, providing some flexibility to compensate for system variations and clock jitter. The device also features adjustable rise and fall times, and an adjustable output enable/disable pin.

The 853S024AYLF is a low power device and operates over a wide supply voltage range from 2.375V to 3.46V, making it ideal for operating in numerous application settings. The device also offers 600-ps typical clock skew with pulse-stretching, jitter attenuation, programmable input and output slew rate control and programmable output skew. When the output enable/disable pin is activated, the outputs become three-state and the power consumption of the device is reduced to 0.9µW.

The 853S024AYLF is ideal for applications such as embedded systems, servers, routers, switches, FPGAs, ASICs, networking and communication applications and high-speed broadcast video applications. The device has the capability to operate at frequencies up to 800-MHz across a wide range of supply voltages and architectures. The device also offers excellent signal integrity with adjustable pulse-stretching, deskewing and adjustable rise/fall times. The device is designed for 2.5V and 1.8V applications, offering outstanding performance in a wide range of temperature operating environments.

The 853S024AYLF is designed to provide a highly flexible, low-skew and low-jitter interface for high-speed systems. The device is also power efficient, making it an ideal choice for embedded and low-power applications. With its adjustable pulse-stretching and deskewing circuits, programmable input/output slew rate control and adjustable output skew, the 853S024AYLF provides system designers with the flexibility and robustness to match their timing needs.

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