TC74LCX273FT-ELK(M

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Logic-Flip Flops are what we call electronic digital circuits which are used to store single bit of binary data and are capable of transferring one bit of data between given input and output. In this article, we will discuss the TC74LCX273FT-ELK(M) Flip Flop, its application field and working principle.

What Is TC74LCX273FT-ELK(M)

TC74LCX273FT-ELK(M) is a type of flip flop which is made from Toshiba Corporation. The special feature of TC74LCX273FT-ELK(M) is that it has high drive strength which means that it is capable of driving up to 15mA in the output. This feature of TC74LCX273FT-ELK(M) gives it an advantage over other flip flops having lower current capability.

Application Field Of TC74LCX273FT-ELK(M)

The application field of TC74LCX273FT-ELK(M) is mainly in systems which requires higher performance than other Flip Flops. It is mainly used in the domain of machine learning, data handling, artificial intelligence, control systems, etc. Its high drive strength makes it perfect for applications in data handling such as memory control, network control, system control, Home appliance controls and much more. The high output drive also makes it suitable for switching high voltage devices.

Working Principle of TC74LCX273FT-ELK(M)

The working principle of the TC74LCX273FT-ELK(M) is based on the fact that it is a latching circuit. This means that when an input is applied, its output changes according to the input applied and stays in that condition after the input is removed. It mainly has two inputs, logic 1 and logic 0. When logic 1 is applied, the output of the TC74LCX273FT-ELK(M) flip flop changes to logic 1 and when logic 0 is applied, the output of the TC74LCX273FT-ELK(M) changes to logic 0 and stays in that position until it is again overwritten by the other inputs.

Conclusion

In conclusion, TC74LCX273FT-ELK(M) are a type of flip flop which is made by Toshiba Corporation and is mainly used for applications which require higher performance than other flip flops. Its main feature is that it has a high current capability which makes it suitable for applications in data handling and control systems. Its working principle is based on its latching circuit and it has two inputs logic 1 and logic 0 which when given give corresponding outputs.

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