AT45DB081D-MU-2.5-SL383

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The AT45DB081D-MU-2.5-SL383 is a type of memory chip. It is an array of Flash memory cells, which is programmed and operated within a wide voltage range. The chip is designed for various applications, such as with digital cameras and other devices that require high-density, nonvolatile memory. The AT45DB081D-MU-2.5-SL383 also has the ability to store data even when power is lost.

In terms of physical design, the AT45DB081D-MU-2.5-SL383 consists of an array of cells arranged in channels, pages, and blocks. Each cell is a storage piece composed of two transistors and a floating gate. The cells are grouped into pages. Each page can store up to 264 bytes. The pages are then grouped into blocks. Each block can contain up to 65,536 of these pages.

In terms of operation, the AT45DB081D-MU-2.5-SL383 is programmed and operated through a wide input voltage range. Data is written to the chip via the Command-Data Interface (CDI). Writing is accomplished in a series of steps. First, the chip is sent a command that specifies the action to be taken. Then, a write pulse is applied, followed by the data to be stored. Finally, the data is written to the memory by the write pulse.

In terms of applications, the AT45DB081D-MU-2.5-SL383 is used in various Digital Still Cameras (DSCs). It is also used in portable audio players, personal digital assistants (PDAs), and various other devices that require high-density, nonvolatile memory storage. It is also used for embedded applications, such as with point of sale (POS) systems, and in various industrial settings.

In summary, the AT45DB081D-MU-2.5-SL383 is a type of memory chip used in various applications. It is composed of an array of Flash cells that is programmed and operated through a wide input voltage range. It is used in devices that require high-density, nonvolatile memory storage, such as with digital cameras, audio players, PDAs, and various embedded applications.

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