74FCT3807DPYGI

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The 74FCT3807DPYGI is an advanced clock buffer designed for the efficient buffering, switching, fanout and signal regeneration of Intel’s maximum frequency peripheral interface clock signals. It is specifically designed to support the data output rate of 5 Gbps and beyond, making it ideal for very high speed signal distribution applications.

The 74FCT3807DPYGI device has three buffer outputs which can be independently controlled to drive different peripherals in multiple systems. Each output buffer has differential inputs and outputs and is capable of driving a wide range of capacitive loads up to 15 pF. The output buffers can be configured to be 3-state, latch-disabled or latch-enabled. This allows the user to customize the buffer to meet specific design requirements.

The operating voltage range of the 74FCT3807DPYGI is from 3.3V up to 15V, making it suitable for a wide range of applications. It also offers very low power consumption and a high frequency range, making it ideal for use in portable and embedded devices.

The 74FCT3807DPYGI clock buffer operates according to a differential signal protocol, in which differential signals are used to issue clock signals from a master device to a peripheral device. The device consists of three output buffers, each designed to drive its own differential input pins. The signal protocol works by enabling the output buffer when a valid clock signal is present at the differential input pins. When no signal is present, the output buffer is disabled and the differential signal is shunted to ground.

The differential signal protocol allows for low signal jitter, since the buffered signal exits the device with the same phase and frequency as it entered. This makes the 74FCT3807DPYGI an ideal choice for applications that require signals with extremely low jitter. It also provides immunity against noise and crosstalk, due to its active signal conditioning.

The 74FCT3807DPYGI clock buffer can be used in a variety of applications, including high speed memory systems, interface clock networks and embedded systems. It also provides high signal integrity for non-standard clock speeds, as well as jitter-free switching between multiple clock sources. This makes it ideal for applications that require synchronous, jitter-free data transfer and clocking.

Overall, the 74FCT3807DPYGI is an advanced clock buffer that provides an efficient way to distribute high frequency peripheral interface clock signals. It is designed to operate over a wide voltage range and provides low power consumption and excellent signal integrity. The differential signal protocol ensures low signal jitter and noise immunity, making it suitable for a wide range of high speed applications.

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