AT45DB081D-SSU-2.5-SL383

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Memory is a form of computer data storage, and AT45DB081D-SSU-2.5-SL383 is a type of non-volatile Flash memory. Non-volatile means the memory will not be lost when power is cut off and it retains all the stored data. This type of memory has a wide range of applications, from data backup and storage to use in various embedded systems. This article will discuss the AT45DB081D-SSU-2.5-SL383’s applications and working principles.

Applications of AT45DB081D-SSU-2.5-SL383

The AT45DB081D-SSU-2.5-SL383 is a type of non-volatile Flash memory, which makes it a great choice for data backup and storage. It can be used in a variety of applications, from personal computers and digital cameras to embedded systems. It has a low power consumption, and its durability provides excellent service over long periods of time.

It can also be used in digital devices such as PDAs, cellular phones, digital video players, and MP3 players. It is well suited for digital systems applications, such as digital signal processing or other similar operations. In addition, the AT45DB081D-SSU-2.5-SL383 can be used in medical and industrial applications.

Working Principle of AT45DB081D-SSU-2.5-SL383

AT45DB081D-SSU-2.5-SL383 is a type of non-volatile Flash memory. It uses a charge-transfer device (CTD) to store data on an array of cells. Each cell consists of two parts: a floating gate and a control gate. A charge is applied to the floating gate, and this charge is stored there by the control gate.

The charge stored on the floating gate varies depending on the data stored. A high charge indicates a binary “1”, while a low charge indicates a binary “0”. The array of cells is divided into pages, and a page can be written to or read from in a single operation. This makes Flash memory highly efficient and fast.

AT45DB081D-SSU-2.5-SL383 also has an on-chip write buffer, which means it can store data even when power is cut off. The data is transferred from the write buffer to the cells in the array, a process called “deep power down”, when the power is restored. This makes the memory ideal for applications requiring data retention in the event of power loss.

AT45DB081D-SSU-2.5-SL383 is also suitable for high-density data storage. It has a maximum capacity of 8 Mb and a fast operational speed. The memory can be organized in both 16 kb and 32 kb blocks, allowing for an efficient use of space. It also has advanced sector protection features to protect data against accidental erasure.

In summary, AT45DB081D-SSU-2.5-SL383 is a non-volatile flash memory that can be used for a variety of applications. Its low power consumption, fast operational speed and advanced sector protection features make it an ideal choice for data storage and backup. Its charge-transfer device technology allows for reliable and efficient data storage, making it an excellent choice for embedded systems.

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