74FCT3807EPGGI

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The 74FCT3807EP is a high performance device that is designed to provide a wide range of clock and timing functions. It contains two clock buffers, a single input delay element, two 64-stage static shift registers and three internal oscillators. The device is suitable for a variety of applications in the fields of telecommunications, medical equipment, process control, industrial automation and consumer electronics.The 74FCT3807EP operates as a clock buffer, a single input pulse delay element, and two 64-stage static shift registers. The clock buffers in the device accept a one-bit clock signal from either a microprocessor or an oscillator. The output of the clock buffers can be used as a clock for controlling microprocessor or digital logic circuitry. The single input delay element provides a cascaded input delay of up to 32ns, allowing for direct interfacing to the clock inputs of a microprocessor or memory device.The two 64-stage static shift registers in the device can store and manipulate data for processing in digital logic or microprocessor devices. The registers support a wide range of data formats, such as 8-bit, 16-bit, and 32-bit. When configured as two 32-bit static shift registers, the 74FCT3807EP can also be used as a programmable logic device.The 74FCT3807EP contains three internal oscillators. Two of the oscillators can be used to provide accurate clock signal to a microprocessor or digital logic circuitry, while the third oscillator can be used as a reference frequency generator. By programming the internal dividers associated with the oscillators, a wide range of frequencies ranging from 4MHz to 100MHz can be generated.The 74FCT3807EP is an extremely versatile device that makes it ideal for a variety of applications. With its wide range of clock and timing functions, the device is well-suited for use as a clock buffer, single input delay element, or a programmable logic device. The integrated oscillators further expand the capabilities of the device by providing highly accurate clock signals and reference frequencies that are essential for a variety of digital systems.

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