PI49FCT3807DHE

PI49FCT3807DHE is a high performance differential signal receiver suitable for clock and data distribution applications. It is an integrated device that has been designed to provide signal integrity for clock signals that are used for high speed signal distribution in synchronous data transfer systems. The device has an operating temperature range of -40 degrees Celsius to +85 degrees Celsius, making it an ideal choice for applications requiring temperature robustness.

PI49FCT3807DHE features differential input, single-ended input and single ended output. It supports a maximum data rate of up to 3.2GHz and is capable of accepting input frequency ranges up to 4.8GHz. The device has a low power consumption of just 2.5mA at full data rate and has a power up setup time of just 5ns. It is a suitable choice for applications that require high signal integrity as well as low power consumption.

The PI49FCT3807DHE is used in a wide range of applications such as communication and computing devices, televisions and monitors, and other electronic accessories. It is especially useful in applications where signal integrity needs to be maintained over long distances, such as between a motherboard and hard disk drive, or between computers in a network. The device allows for flexible connection and routing options and is ideal for use in Ethernet, USB and FireWire applications.

The PI49FCT3807DHE works on the principle of sending a high speed differential clock signal to one device, which is then distributed to multiple devices via the single ended outputs. During operation, the receiver compares the input voltage of the differential clock signal to a reference voltage, and adjusts the receiver\'s output accordingly. This enables the device to adjust for speed and distortion, thus ensuring that the signal is correctly maintained over long distances.

The PI49FCT3807DHE is a powerful, versatile and reliable clock buffer and driver that is suitable for a wide range of applications. It is capable of handling high frequency signals and providing signal integrity, while also reducing power consumption. It is an ideal choice for clock and data distribution applications.