IDT49FCT805APYI

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IDT49FCT805APYI is a low-skew 8-output buffer that provides eight non-inverting outputs from one differential input. It is designed to provide low-skew clock distribution for asynchronous applications and can also be used to disperse a clock signal for synchronous applications. This design makes IDT49FCT805APYI ideal for cross-point switch, FIFO, and memory applications. With its compact 8-pin DIP and SOIC packages, the IDT49FCT805APYI provides an efficient solution for clock distribution, fan-out buffering, and bus-expansion applications.

IDT49FCT805APYI can be used to provide low-skew clock and data distribution in asynchronous bus-oriented circuits. Its flexible design allows the device to provide clock signals to any of the eight non-inverting I/O pins. Furthermore, the device can be used to distribute an input clock to different I/O devices with a skew of 10 ns or less.

The working principle of IDT49FCT805APYI is simple. It has a differential input that can accept either a clock or data signal. The differential input can be from a TTL or CMOS logic device. The device is then used to buffer and expand a single differential input into eight low-skew non-inverting outputs. Each of the outputs is independently enabled using the OE pin. The device also has an internal multiplexer that allows the same input signal to be distributed to all outputs simultaneously.

IDT49FCT805APYI is ideal for use in many applications, including clock distribution and data buffering. It is also used for fan-out buffering, clock expansion, and bus-expansion applications. The device has very low supply current, making it ideal for use with low-power logic devices. The device also supports very low-skew clock distribution, making it suitable for precise, timing-critical application areas.

IDT49FCT805APYI is an ideal solution for clock/timing applications, such as clock buffering, drivers, and cross-point switches. Its low-skew clock distribution makes it suitable for precise, timing-critical application areas. Its flexible design also makes it ideal for asynchronous bus-oriented circuits, clock distribution to various I/O devices, and data buffering applications. The device has very low supply current and is available in an 8-pin DIP or a SOIC package.

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