AT24C08D-MAHM-E

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The AT24C08D-MAHM-E memory is a type of non-volatile dual-in-line memory (NVRAM) chip that provides performance and reliability for a wide range of applications. It is designed for use in embedded system designs, including in automotive systems, industrial, telecommunications and data communications systems.

The AT24C08D-MAHM-E has a host of features that allow it to be the perfect solution for any application. It is small in size and has an 8-bit interface design, providing a high levels of speed and efficiency to connected devices. The chip offers an 8-bit wide data bus and a clock input, as well as both byte and page read and write operations. This makes it a great choice for applications where multiple data elements must be read or written quickly.

The AT24C08D-MAHM-E also features a low-power mode and multiple-level ECC protection. The chip provides secured memory which is ideal for applications in which data confidentiality and integrity are of critical importance. The memory also offers an extended temperature range of -40 to +85 C and offers reliable operation in environments with wide temperature variation. This makes the chip a great choice for automotive and industrial applications.

The AT24C08D-MAHM-E memory chip is based on the EEPROM technology, which stands for Electrically Erasable Programmable Read-Only Memory. This means that the chip can be read, written to and erased using electrical signals, as opposed to traditional erase and write operations that require lasers or ultraviolet light. The EEPROM technology is based on the Floating Gate Transistor (FGT) concept, in which a single transistor acts as both the memory cell and the electrode. This allows the cell to be programmed in binary form and erased electrical signals.

The working principle of AT24C08D-MAHM-E is straightforward. It provides a simple 8-bit interface to connected devices, allowing them to read or write data in the persistent memory. Data is read or written by sending a command signal to the memory and supplying the appropriate data to the data bus. Data is stored in a Flash array, which is divided into 256 blocks, each containing 8 bytes of data. This arrangement allows for the storage of 8 bit data elements and provides for excellent data retention.

The At24C08D-MAHM-E is a reliable and versatile memory device. It is suitable for a wide range of applications, from automotive and industrial systems to telecommunications and data communications systems. The device features low power consumption and a wide operating temperature range, making it an ideal choice for any embedded system design.

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