MC74HC73ADTG

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The MC74HC73ADTG is a logic Flip-Flop, which is incorporated in a technology based on complementary metal-oxide semiconductor (CMOS). It contains two D-input Flip-Flops with independent data, clear and clock inputs. It has an active low master reset input that when activated, sets both Flip-Flops to a low state, regardless of their previous state. The MC74HC73ADTG is designed to be used as a universal shift register providing a wide range of functions such as data storage, data transfer and data convention.

The MC74HC73ADTG is commonly used in counter and shift register circuits, providing its outputs as clocking pulses. It is used in combination with synchronous logic circuits, thus providing as many bits as needed. This Flip-Flop can also be used as a buffer to hold a signal in its place and help drive other Logic gates and transistors in different circuits.

The MC74HC73ADTG is a 2-input D-type with both inputs having direct connection through its internal circuitry. It can be used to store either one or two data bits. It is configured such that either the data applied to the ‘D’ input can be stored on the Q output when a ‘clocking’ pulse is applied, or no data can be stored when no ‘clocking’ pulse is applied. This allows for great flexibility when it comes to selecting how and when data should be stored.

The MC74HC73ADTG also has an active-low master reset pin, which when triggered sets both Flip-Flops to a low logic level, regardless of their previous state. This reset input is useful when signals have to be received at a particular point in time. The reset pin is essential especially in situations where more than one bit of data must be stored in the register.

The MC74HC73ADTG can be used in a variety of applications, including in digital computers, memory devices, and timers. Its uses include register file, shift register, and ALU logic conversion. This Flip-Flop can also be used for other sequential logic applications such as multiplexers, counters, and programmable logic devices. In addition, its applications include systems with high data transfer rate such as video transmission systems and communication systems.

The working principle of the MC74HC73ADTG is based on the two D-input Flip-Flops. Data is transferred from the D input to the Q output when a ‘clocking’ pulse is applied. The ‘clocking’ pulse can be generated through an external clock source, or internally through a connection from the Q output of one Flip-Flop to the other Flip-Flop’s clock input. The master reset input enables the resetting of all Flip-Flops simultaneously. This ensures that only one set of data is transferred to the Q output, allowing for the retention of data over time. In addition, this Flip-Flop can be used to buffer and drive other logic gates and transistors, allowing for the transfer of data to other components in different circuits.

In summary, the MC74HC73ADTG is a Flip-Flop designed to be used as a universal shift register to provide a wide range of functions. It can be used in counter and shift register circuits, providing its outputs as clocking pulses. It also has an active low master reset input that when activated sets both Flip-Flops to a low logic level regardless of their previous state. It is commonly used in digital computers, memory devices, timers, and other applications requiring data storage, data transfer, and data convention. The working principle of the MC74HC73ADTG is based on two D-input Flip-Flops, which according to the data applied to them, when clocking is applied, and the transferring of data from the D input to the Q output.

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