MC74HC73ADR2G

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Flip-flops are digital building blocks used for data storage and for synchronizing digital logic with clock signals. The MC74HC73ADR2G is a dual D-type flip-flop used to store and synchronize two data bits. It is part of a larger family of ICs known as the MC74HC series from ON Semiconductor.

The MC74HC73ADR2G is a dual D-type flip-flop with active-low synchronous clear and asynchronous preset features. It is composed of a single set of two flip-flops with a clock input (CP) and a master reset input (MR). Each flip-flop has a data input (D) and provides a data output (Q). The clear (CLR) and preset (PR) inputs allow the flip-flops to be set or reset asynchronously.

In terms of application field, the MC74HC73ADR2G is suitable for applications such as shift register, register file and memory address register. It can be used to store and synchronize data, detect signal edges and shifts in data, store digital signals for a fixed amount of time, and create fixed frequency and duty-cycle waveforms. It can also be used in multiplexers, code converters, and digital logic systems as a storage element.

The working principle of the MC74HC73ADR2G is relatively simple. It is a clocked, edge-triggered flip-flop, meaning that its output is dependent on the rising or falling edge of the input clock signal. When the clock signal rises, the data at the D input is stored at the Q output. When the clock signal falls, the data at the D input is discarded and the previous data stored at the Q output is retained. The CLR and PR inputs are used to reset or set the flip-flop synchronously or asynchronously.

The MC74HC73ADR2G is a versatile flip-flop that finds its use in multiple digital logic applications. Its easy implementation and low price point mean that it can be used in a variety of applications. Its range of uses make it an ideal choice for any digital logic system.

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