PI49FCT807ATSE

The PI49FCT807ATSE is a high-speed, low-power FCT driver that is suitable for use in a variety of clock and timing applications. This single-ended driver is designed to operate over a wide temperature range from 0°C to 70°C and features an integrated voltage regulator for efficient power management. The PI49FCT807ATSE is designed for applications that require high speed data transmission and has a propagation delay of only 6.5ns.

The PI49FCT807ATSE is a clock buffer and driver designed for applications requiring clock and data distribution. It can be used to distribute a signal from a central clock source to multiple loads. It also offers the flexibility to enable multiple clock sources, allowing devices to be clocked from either its own in-built clock or an external clock source. It also offers fan-out bi-directional control to enable data distribution to multiple loads.

The PI49FCT807ATSE is an ideal choice for applications that require low-power, high-speed and high-accuracy data transmission. It is configured to provide 4-state operation which provides an additional level of signal integrity. The driver is capable of accepting both single-ended and differential input signals and its wide input voltage range allows it to be used in a variety of signal types. The integrated voltage regulator provides efficient power management, enabling the part to operate with minimal current consumption.

The PI49FCT807ATSE is easy to integrate into systems and has built-in protection circuitry for improved signal quality and reliability. It supports spread spectrum clock technology for applications where the timing signal needs to be spread out over a wider spectrum. The part also features an on-chip ESD protection circuit that helps to protect the device from electrostatic discharges.

In summary, the PI49FCT807ATSE is a highly versatile clock buffer and driver that is well suited for applications such as clock/timing distribution, clock and data synchronization, and high-performance data devices. Its low-power, high-speed and selectable input voltage range make it an ideal choice for applications requiring a reliable clock signal.