74HC164BQ,115

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Logic-Shift Registers are a type of register device used to store binary data. They are designed to be able to quickly move data between devices and to allow the user to manipulate data in a fast and efficient manner. The 74HC164BQ,115 is a type of linear 8-bit shift register. It is designed to provide a higher number of bits in memory than its predecessors. Additionally, this register is also able to handle data-on-demand, providing a buffer for data to be placed and received.

The main difference between this shift register and its predecessors is the way that the input data is handled. This type of shift register uses a double-latched approach. This means that data from the previous register is latched, then the current register is loaded with the latched data. This provides for a more efficient transfer of data in and out of the register. Additionally, it increases the speed with which the data can be accessed, as well as the overall reliability.

The 74HC164BQ,115 uses a single-ended register interface. This means that it can operate in either 8-bit or 16-bit modes. In either mode, the data is stored in the register using a parallel format. This makes it easy to access and manipulate individual bits. Additionally, this register is capable of supporting synchronization and clocking, meaning it can be used with a variety of devices to process data.

The working principle behind the 74HC164BQ,115 is the same as any other type of shift register. Data is stored in the register and can then be shifted in and out of the register. This allows the user to manipulate the data quickly and efficiently. This type of shift register also includes several features which make it more efficient. For example, the register has a built-in clock which allows for the synchronous operation of all gates in the register.

The application of the 74HC164BQ,115 is primarily in memory applications. It is most commonly used in memory applications such as ROMs, DRAMs, SRAMs and EPROMs. This type of shift register is also commonly used in digital logic and computer architectures, where data needs to be shifted in and out of a register quickly and efficiently. Moreover, it can be used to control devices such as memory modules, as well as to handle data that is input and output from these devices.

The 74HC164BQ,115 is an ideal device for a variety of applications. Its double-latched approach makes it effective at shifting data in and out of the register quickly, while its single-ended register interface ensures that data can be accessed quickly. Moreover, its clock capabilities ensure that the device can be used for synchronization purposes. This type of shift register is ideal for use in memory applications, digital logic and computer architectures, as well as for controlling various devices.

The specific data is subject to PDF, and the above content is for reference