AT45DB161B-RI

Memory plays an important role in the core of any computer or other related digital devices. Memory components, such as AT45DB161B-RI, are used to store data and programs, allowing them to be accessed quickly when needed. This article will discuss the application field and working principles of the AT45DB161B-RI.

Introduction to the AT45DB161B-RI

The AT45DB161B-RI is a 16-megabit double-data-rate (DDR) synchronous 2.7V, 56 ns access times or greater, random access memory (RAM) component manufactured by Atmel, Inc. It is a 4-megabit parameter length non-volatile static random access memory (SRAM) component capable of operating between 1.8 and 3.6 volts, with access times of 50ns or less. The component is designed to provide high-performance data storage, with a large data buffer and a high-speed data retention feature.

Application Field of the AT45DB161B-RI

The AT45DB161B-RI has a wide range of applications, ranging from high-speed memory applications such as high-speed digital signal processing (DSP) systems, to low-power, low-cost embedded systems. Its high performance and low power consumption make it suitable for embedded systems, as well as providing an ideal solution for high-performance portable applications. It also has a wide range of applications in industrial and military applications, as it is highly reliable and provides a wide temperature operating range.

In addition to its application in embedded systems, the AT45DB161B-RI is also used in tablets and other portable devices, such as the Apple iPad, to store data in a small form factor. It is also used in automotive and industrial applications, as its low power consumption allows for long use and extended periods of idle time.

Working Principle of the AT45DB161B-RI

The AT45DB161B-RI utilizes a variety of technologies to ensure fast, reliable data storage and retrieval. Its double-data-rate synchronous interface allows for faster access times, while its random access memory (RAM) architecture allows for more flexibility when it comes to data storage. The component also features a high-speed data retention feature, which allows data to be stored in the chip even when power is lost, allowing the system to quickly recover data when power is restored.

The AT45DB161B-RI also features error correction code (ECC) technology, which is used to detect and correct errors in data stored in the memory. This allows the component to detect and correct data errors, preventing data corruption and loss. The component also employs a burst access feature, allowing for faster transfer of large volumes of data.

Conclusion

The AT45DB161B-RI is an incredibly versatile and reliable component that is used in a wide variety of applications. Its high performance, low power consumption, and error correction features make it an ideal choice for embedded systems, high-speed memory applications, and portable devices. Its wide temperature range and highly reliable construction make it suitable for a variety of industrial and military applications as well.