MTFC32GAKAEDQ-AAT

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The MTFC32GAKAEDQ-AAT is a microSD card manufactured by Micron which is specially designed for industrial applications. It is a great choice for user application fields and working. This memory card has 32GB of storage capacity and is compatible with the NAND Flash 256GB interface for fast data transfer. It can also be used as an expandable storage solution for consumer, automotive and video surveillance applications.

The main application fields of the MTFC32GAKAEDQ-AAT are consumer, automotive, and video surveillance. It is designed to be used in cameras, computers, and other electronic devices that require reliable and high-speed data storage and retrieval. This card is compatible with the NAND Flash 256GB interface, allowing for faster data transfer and improved performance.

Due to its large storage capacity, the card is suitable for storing multiple files; such as photographs, videos, and music. Additionally, thanks to the NAND Flash 256GB interface, the card can be used with SATA, mSATA, and EDGE card technologies, making it suitable for using in embedded applications.

The working principle behind the MTFC32GAKAEDQ-AAT is similar to other microSD cards. The card stores data on its non-volatile NAND Flash memory chips; these chips contain an array of memory cells which are energized by electrical signals. When data is written to the card, it is encoded by an on-board microcontroller and subsequently stored in the appropriate memory cell.

When a process requires data from the card, the memory cell is energized again and the encoded bit is retrieved. The on-board controller then decodes the data and forwards it to the destination. This process is highly efficient and allows for quick data transfers when needed.

The MTFC32GAKAEDQ-AAT is a great choice for applications which require reliable and high-speed data storage and retrieval. Its large storage capacity and compatibility with the NAND Flash 256GB interface make it an ideal model for storing large files and for use in embedded applications. The card’s working principle is similar to that of other cards and ensures efficient data transfers when required.

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