AT45DB081D-MU-SL954

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Memory is one of the fundamental components of a computer system; it is used to store data, program code and system information. AT45DB081D-MU-SL954 is a popular type of non-volatile memory used in a variety of electronic systems. The device is characterized by a high-speed page read, page write, read-modify-write cycles, and high endurance, making it suitable for a variety of applications.

AT45DB081D-MU-SL954 are designed for use in embedded or discrete system applications, such as microcontrollers, cellular telephones, medical devices, RFID tag ICs, gaming systems, and other types of systems. The device operates at a 3.3V supply voltage and is available in a space-saving 8-pin DFN or SOIC package. The device offers a wide range of functions and features, including: high speed operation; low-power operation; built-in error detection and correction; and flexible sector organization.

The AT45DB081D-MU-SL954 uses a proprietary Non-Volatile Memory (NVM) technology called Serial Peripheral Interface Flash (SPI Flash). This technology enables the device to operate at up to 66MHz Serial Clock Frequency (maximum), while providing up to 104MHz equivalent performance. SPI Flash also provides an additional level of security, as data can be written and read only if authorized by the user.

In addition to its NVM technology, the AT45DB081D-MU-SL954 also offers a range of features, such as high-speed page read, page write, read-modify-write cycles, data protection functions and power-fail management. These features enable the device to store information reliably and allow users to access and modify data quickly, resulting in improved performance and power efficiency. Additionally, since the device does not require external components for data storage, system cost and complexity are reduced.

The AT45DB081D-MU-SL954 works by employing an array of Non-Volatile Memory cells, organized in pages and blocks, arranged into physical regions. Its block-oriented architecture allows it to simultaneously read data from multiple blocks, providing a high degree of data access parallelism. Additionally, the device uses an internal architecture, called Dual-Bank architecture, which actively works by swapping between two memory banks and storing data to the presently inactive bank. This allows the device to support multiple operations and improve performance.

In summary, the AT45DB081D-MU-SL954 is a popular non-volatile memory device, with a range of features that make it suitable for embedded and discrete system applications. Its Serial Peripheral Interface Flash technology enables it to operate at high speeds, while its block-oriented architecture and Dual-Bank architecture allow for quick and efficient data access and storage. Additionally, the device does not require external components for data storage and is characterized by low power consumption and high endurance, which make it suitable for a variety of applications.

The specific data is subject to PDF, and the above content is for reference