74HC107PW,112

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Introduction

A 74HC107PW, 112 Flip Flops is a type of logic integrated circuit. It is the most popular and frequently used among the various types of Flip Flops and is therefore commonly used in digital logic designs. The flip flop was first introduced to the market in the year 1968, and since then it has become a mainstay in digital logic design.

Application Field

The 74HC107PW, 112 Flip Flops is primarily used to store and process digital information. It can store a single binary digit (‘1’ or ‘0’, representing the two state ‘HIGH’ or ‘LOW’), allowing the user to make use of it as a digital memory device. This type of Flip Flop is used extensively in electronic devices, computers, mobile phones, digital clocks, television and other devices. In addition, it is also commonly used in advanced microcontrollers, medical devices and in audio circuits.

Working Principle

The 74HC107PW, 112 employs the ‘D’ flip flop principle, which is a kind of flip-flop circuit. It is a sequential circuit that is composed of four main components: an input, output, clock and reset. In a ‘D’ flip flop circuit, the output data is determined by the output of the preceding clock cycle. This, in turn, is determined by the combination of the inputs at the start of the clock pulse.

The 74HC107PW, 112 works in the same way. A clock signal is generated and it is used to switch the data residing at the inputs of the flip flop to the output. The output status of the Flip Flop is determined at each clock cycle and it will change state to ‘HIGH’ or ‘LOW’ depending on the input value when the clock signal is generated.

In this way, the 74HC107PW, 112 Flip Flop is able to store data at the start of the clock pulse and then output the resulting data to the output. The flip flop will keep the output data constant until a new clock pulse is applied and the input is changed.

Conclusion

The 74HC107PW, 112 Flip Flops is an invaluable piece of electronic circuitry that is used to store binary data in digital systems. It is most often used in memory devices, microcontrollers, audio circuits and other digital applications in order to store data and manipulate it as required. The flip flop has a relatively simple working principle, involving the use of a clock signal to change the state of the input and output data, allowing the user to make use of it as required.

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