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AQ24P64B8BLH9M Application Field and Working Principle

As the world of electronics and technology continues to grow, so does the need for more efficient and effective memory - modules. The AQ24P64B8BLH9M is one such module, designed to provide optimal performance and reliability for a variety of applications in the storage and retrieval of data, images and audio information.

Overview and Features

The AQ24P64B8BLH9M is a highly optimized memory - module manufactured using high-density CMOS, flash memory technology. This module is capable of storing up to 12 megabits of data and provides a random access time of just 18 nanoseconds. It is integrated with an internal clock as well as an 8-bit bus interface to enable faster data transfers.

This module also provides multiple features and functions to aid in the storage and retrieval of data. It allows for data organization into pages, banks, blocks, and sectors, which makes it easier for the system to manage the stored information. Furthermore, the module comes with a built-in error-correcting code (ECC) to ensure the accuracy and integrity of data.

Application Fields

Due to its advanced design and powerful features, the AQ24P64B8BLH9M makes an excellent choice for a wide range of applications. It can be used in CD-ROM drives, digital cameras, MP3 players, mobile phones, PDAs, data logging, and other embedded systems. It can also be used in high-performance computers, as well as collecting and storing medical scans and images.

In addition, this module is ideal for broadcasting and transmission of digital data. It is capable of sending large and complex files, such as multimedia content and digital video streams. This module is also capable of increasing the speed and accuracy of real-time data transfers between nodes in high-speed networks.

Working Principle

The AQ24P64B8BLH9M operates on an open-collector bus interface protocol. This means that a logic 1 must be sent to the memory module in order to enable it. Once enabled, the module can read and write information from the memory locations. In general, data is organized into pages, banks, blocks, and sectors. Data is transferred to the module at a rate of 12 megabits per second.

In addition, the module uses an ECC system to detect any incorrect values during the transfer process. This ensures that any data that is stored within the module is accurate and reliable. The module also supports numerous types of technologies, including Flash, SD, MMC, USB, and Hypercard.

Conclusion

The AQ24P64B8BLH9M is an advanced memory module that is capable of providing high performance and reliability for a variety of applications. It has been optimized with numerous features and functions, such as an integrated clock and built-in error-correction code. This makes it ideal for applications in computers, medical imaging, and digital broadcasting. Furthermore, the module operates on an open-collector bus interface protocol, which makes data transfer fast and reliable.

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