CD74HCT86M96

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Logic gates and inverters are fundamental components in a wide array of electronics and embedded systems such as computers, communications, industrial automation, and so on. The CD74HCT86M96 is a versatile device that can be used for these and many other applications. In this article, we\'ll discuss the application field and working principle of the CD74HCT86M96.

CD74HCT86M96 Application Field

The CD74HCT86M96 is a high-speed CMOS logic gate with four inputs that can be used to provide full OCTAL (eight-input) logic functionality. The device is designed to work with low-voltage (3V to 15V) and high-speed (up to 150MHz) operation. The device can be used to build octal logic gates such as XOR, XNOR, AND, OR, NAND, and NOR. It can also be used to build comparators or multiplexers. The device is also ideal for applications requiring high speed frequency-division multiplexers, complex decoding/demultiplexing, and arithmetic functions.

CD74HCT86M96 Working Principle

The CD74HCT86M96 is based on classic CMOS logic, which operates by creating a virtual ground between two opposite potentials. When one of the inputs is applied, the potential difference between the two opposite potentials changes, causing the transistor (inside the logic) to act as a switch. This switch allows the voltage or current to flow through the logic gate and generates an output. Depending on the logic function of the device, it may result in a high or low output.

The device has four inputs consisting of two gate inputs and two gate outputs. The gate inputs are used to decide the combinations of logic that are to be performed. The gate outputs are used to provide the output voltage. Depending on the combination of logic instructed by the gate inputs, the gate outputs send out a high or low logic level that indicates the output of the logic.

Conclusion

The CD74HCT86M96 is a versatile device that can be used for many applications, especially those requiring high-speed performance. The device’s ability to handle up to eight inputs and provide complex and high-speed logic operations make it a great choice for those looking to build complex digital circuits. The device’s working principle is based on classic CMOS logic, which enables it to act as a switch between two opposite potentials and provide an output based on the logic instructed by the gate inputs.

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