CD74HCT165M96G4

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Logic Shift Registers are an integral part of the digital world of today. One of the most widely used Logic Shift Registers is the CD74HCT165M96G4 – a device specifically designed to offer a high degree of flexibility, integration and ease of use. In this article, we will take a closer look at the application field of the CD74HCT165M96G4 and its working principle.

CD74HCT165M96G4 Application Field

The main application of the CD74HCT165M96G4 is as a set of eight-bit shift registers. Thanks to its inherent flexibility and versatile register sizes, the device can easily be used in many different contexts, ranging from embedded applications in telecommunications and industrial systems to the use in audio recording and playback systems. That makes the device an ideal choice for applications that require good data throughput rate, low power requirements and a wide range of linear-capable variables.

In terms of industries, the CD74HCT165M96G4 is widely used in automotive, entertainment, telecommunications, defense, and medical device applications. This Logic Shift Register offers great features for safety- and security-critical systems and is being used in a variety of ways in these industries. Examples include encryption algorithms, wireless communication, server processing, and data storage.

CD74HCT165M96G4 Working Principle

The CD74HCT165M96G4 is a half-duplex register that works in a way which can be divided into two parts. The first part, the serial input portion, serves as the data-in point for any data that is to be stored in the register. The second part, the serial output portion, retrieves the stored data from the register and outputs it, one bit at a time, onto the data bus. This process is known as “clocking” and is the main part of the register’s function.

The CD74HCT165M96G4 also includes four status inputs which can receive a negative or high logic at any given time. Each of these inputs is registered within the register, and when their status is changed, the output changes accordingly.

When power is applied to the register, the output automatically begins transmitting data. This is because the default state of the register is to begin shifting when power is applied. This also means that the inputs to the register must be set to the desired state before power is applied.

The CD74HCT165M96G4 shifts data in a synchronous manner, meaning that data is shifted at the same speed that the the clock is running at. Data can be shifted at a maximum rate of 8MHz, allowing for a maximum data rate of 128 megabits per second. This allows for quick data throughput, making it an ideal choice for applications where speed is critical.

The CD74HCT165M96G4 also offers a wide variety of features and capabilities, such as input/output isolation for protection against backflow current, adjustable hold time, a built-in reset button, and an adjustable power supply. Each of these features allows for improved flexibility and increased reliability in an array of applications.

Conclusion

The CD74HCT165M96G4 Logic Shift Register is a powerful and versatile device that can be used in a variety of different applications. It offers a great degree of flexibility, integration, and ease of use, as well as a variety of features that make it an ideal choice for applications requiring reliable data throughput, low power requirements, and a wide range of linear-capable variables. This Logic Shift Register makes it an incredibly useful device with plenty to offer users in any industry.

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