CD74HCT670M96

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Shift Registers are a type of sequential logical circuit. They have a number of data input terminals, parallel data output terminals and a clock inputs.The data is loaded in parallel into the register, and is shifted out one bit at a time. Typically, when all the data has been shifted out of the register, the last bit is shifted out again to start the cycle over.

The CD74HCT670M96 is a six-bit shift register. It has eight data input pins, eight data output pins and a single clock input pin. The data is loaded in parallel, with the first bit loaded into the first output pins, the second bit loaded into the second output pins, and so on until all six bits have been loaded. The register holds the data until the clock pin is pulsed. At that point, the first bit of data is shifted out from the first output pin, and the other bits are shifted down one position, with the last bit being shifted out from the last output pin.

The CD74HCT670M96 has a variety of applications. It can be used as a level translator for parallel data, such as that used in address decoding or data communications. It can also be used in serial data buses to synchronize the data stream. It is also used in video multiplexing, data encoding, and protection circuits. Additionally, it can be used in conjunction with other logic circuits to create complex logic functions.

The CD74HCT670M96 is a versatile shift register and can be used in a variety of applications. It is an ideal choice for addressing, decoding, and data transmission applications, as well as analog level translation and protection circuits. The clock pin is high-impedance, so the register can be used in asynchronous communications or clocked at any CPU speed. Finally, its low power usage, small physical size and wide operating temperature range make it ideal for applications where size and power are a concern.

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