PI49FCT3803LEX

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PI49FCT3803LEX is a highly integrated dual differential clock buffer/driver/repeater designed to provide a low skew solution in clock trees. It is ideal for applications that require extended signal integrity, SNR, and low delay. This product is suitable for a variety of timing solutions, such as the synchronous transfer of information, local area networks, and other data communications systems.

The PI49FCT3803LEX clock buffer/driver/repeater module is designed to provide low cost, yet highly reliable signal integrity in clock signal paths. It offers low-skew, low signal-to-noise ratio (SNR), and clock delay adjustment. It is capable of supporting a wide range of mapping, synchronous and asynchronous timing networks. Additionally, the module is capable of interfacing with a variety of logic devices such as high speed flip-flops, ASICs, and FPGAs.

The PI49FCT3803LEX clock buffer/driver/repeater module is implemented on a 5mm x 5mm CSP package, and is capable of operating at up to 400MHz. This device utilizes a low-voltage differential signaling (LVDS) technique that allows the module to emit a low jitter, low-amplitude, low-noise signal. This device also features a built in termination circuit that allows it to operate effectively with long trace lengths.

PI49FCT3803LEX works with a single +3.3 V power supply that is connected on the lower right pin of 4-pin group. This module can be paired with an input buffer to provide an adjustable differential output voltage of up to 1V. This output voltage is amplified by the driver and can be used to provide highly reliable clock signals at frequencies up to 400MHz. Additionally, the input buffer can be used to adapt to various logic families and clock sources. This feature allows for compatibility with a wide variety of designs.

The PI49FCT3803LEX module is a crucial component for the successful transmitting and receiving of clock signals in a synchronous system. It can provide a low loss, high fidelity signal path between a logic family and a clock source. This device is ideal for applications requiring low-cost, yet reliable signal integrity.

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