PI49FCT32802LE

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The PI49FCT32802LE is a high-speed clock buffer from IDT’s FCT32xxx family. It is an ideal choice for applications requiring buffering of clock signals over an extended frequency range. It is an 8-output clock buffer, meaning it can source and sink 8 different clock signals at the same time. This clock buffer is suitable for a wide range of signal-generating circuits and is compatible with a variety of common logic families, such as LVCMOS, LVDS, and HSTL. It is also able to be used with both single-ended and differential clock signals.

The PI49FCT32802LE features low input-to-output delay and excellent jitter performance, making it perfect for applications that require high-speed switching, such as in core logic, microprocessors, and FPGAs. The outputs of the clock buffer are based on a single reference clock, meaning the output frequencies are all derived from the same source clock. This makes the PI49FCT32802LE a great choice for synchronization purposes.

The PI49FCT32802LE has an architecture that allows for flexible and customizable clock distribution networks. The output signals can be divided into three groups: a main input group, a global group, and a local group. Each group can be configured with a different set of clock signals, allowing for easy expansion of the system. This is great for applications where the output frequencies need to be adjusted on the fly.

The PI49FCT32802LE’s main job is to provide buffering for a variety of clock signals. It does this by using a series of buffers, each one driving an output of a different clock signal. These buffers are controlled by differential clock control signals, which are used to determine when the buffers will switch from one clock signal to another. The PI49FCT32802LE’s architecture ensures that the clock signals are distributed fairly and evenly across the outputs.

Overall, the PI49FCT32802LE is an excellent choice for applications requiring buffering of clock signals over an extended frequency range. It is a reliable, efficient, and low-cost solution that is able to provide clock signals to multiple circuits at the same time. It offers excellent jitter performance, as well as a flexible and customizable architecture, making it a great choice for applications where the output signals need to be adjusted on the fly.

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