PI49FCT807TQE

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The PI49FCT807TQE is a high-speed bidirectional bus placeholder used in clock-timing analog circuits. It offers maximum ease-of-use for its broad range of applications including automation, communication, control and media. This device serves as a buffer and a driver, thus providing a robust solution for clock-timing systems.

The PI49FCT807TQE is ideal for Point-To-Point and Shared bus applications. It features a wide range of clock modes and can be used to provide synchronized transfer speeds of up to 133MHz over typical system buses. It is compatible with industry standard bus protocols such as PCI Express, SATA, Serial ATA and USB.

The PI49FCT807TQE works by converting clock signals into a standard digital interface. Its low skew clock control makes it the perfect choice for applications involving multiple subsystems or when precise timing or device-level synchronization is required. The PI49FCT807TQE also provides clock phase to skew and delay matching, allowing users to optimize the range and accuracy of clock cycles within their system.

The PI49FCT807TQE’s high speed operation allows for fast data transmission over long distances and it is designed to meet the high-performance requirements of today’s most demanding applications. It has selectable drive strengths and operates over extended temperature ranges, providing maximum system robustness and reliability.

The PI49FCT807TQE’s flexible design includes multiplexer and pull-up resistors, ensuring robust and reliable performance. Its advanced features, such as spread spectrum clocking and hot-swappable switching, make it an ideal choice for a wide variety of applications, including embedded systems, communications networks, high density servers and control systems.

The PI49FCT807TQE offers a versatile design and full scalability, allowing users to configure the device to their specific requirements. Its high-speed performance and robust design make it the ideal solution for clock-timing systems. It is also suitable for applications in harsh environments such as automotive and industrial.

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