PI49FCT3807SE

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The PI49FCT3807SE is a clock buffer designed specifically for Clock/Timing applications. It is a single-in, single-out device designed to drive and receive clocks from any high-speed signal source. It is pin-compatible with the other members of the PI49 family of clock buffers, making it easier to configure timing circuits.

The PI49FCT3807SE is a low-power, low-frequency, low-latency buffer with the added benefit of allowing the user to adjust the output size and the output rise/fall times to better accommodate the specific needs of the application. It is particularly well-suited to applications requiring high up-front performance, such as low-latency networking, storage and digital signal processing.

The working principle of the PI49FCT3807SE is based on the use of specially designed clock buffers, which use programmable output buffers that drive and receive clock signals. The clock buffers are designed to separate the input clock signal from the output clock signal. This is done by using a buffer to create isolation between the input and output signals, ensuring that the output clocks remain synchronized with the input clocks. The output clock frequency and rise/fall times are adjustable using the built-in controller.

The PI49FCT3807SE’s on-board controller allows the user to control the rise/fall times of the output clocks. It also allows the user to select the output size, which determines how much of the output clock frequency is applied to the output buffer. This allows the user to customize the output clock signal to fit the application’s requirements.

The PI49FCT3807SE is used in a variety of clock/timing applications, including high-speed networking equipment, digital signal processing, storage, and telecom equipment. It is well-suited for applications requiring high up-front performance, such as low-latency networking and storage. Additionally, the adjustable output size and the adjustable rise/fall times of the output clocks make it easy to configure timing circuits for optimum performance.

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