AT45DB081D-SSU-SL383

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As a popular product of the AT45DB081D-SSU-SL383 series of embedded systems, this device has been widely used in various fields in recent years. This article will introduce AT45DB081D-SSU-SL383 application field and working principle. In a few words, the AT45DB081D-SSU-SL383 is a kind of embedded memories that can store statistical data.

It is mainly applied in industrial control and embedded computers, electronic equipment, and wireless communication systems that require high-speed, high-capacity storage. The AT45DB081D-SSU-SL383 memory module has the advantages of low consumption, fast read/write speed, longer working time, and good stability. This product can also provide high reliability when running in any extreme environment, such as high temperature or low temperature.

The unique design of the AT45DB081D-SSU-SL383 memory enables it to work efficiently even in high-voltage or power surge environments. With the serial bus control protocol, it can recognize multiple instructions from the host, allowing it to be used in automated systems. In addition, the user can customize the output data formats and the number of output data points through programming.

In terms of working principle, the AT45DB081D-SSU-SL383 is based on the traditional Flash-SRAM hybrid architecture. Data is generally stored with a 16-bit or 8-bit word length, and each word is divided into two sub-words, separately stored in two memory banks, to form a 4MB data structure. In addition, the AT45DB081D-SSU-SL383 also provides up to 4K of EEPROM memory space. Each memory bank can be independently accessed, allowing the user to read, write and erase data.

In summary, AT45DB081D-SSU-SL383 memory is a kind of embedded memory with excellent performance. It can be used in a variety of fields, such as industrial control, embedded computers, electronic equipment, and wireless communication systems. Moreover, the Flash-SRAM hybrid architecture enables it to achieve the goals of low power consumption, fast read/write speed, and high stability.

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