MX25L25659FMI-10G

Memory: MX25L25659FMI-10G Application Field and Working Principle

MX25L25659FMI-10G is a high performance and low power flash memory, which can provide 10Gbits of data storage capacity. MX25L25659FMI-10G is a type of Non-Volatile Memory (NVM) chip that can be used for data storage in embedded systems. It is ideal for automotive, industrial and consumer applications due to its high-speed, low-power and long write cycle capabilities.

The MX25L25659FMI-10G includes a 252-bytes page size, 8KB sub-sector size, and 4Kb sector size which are suitable for power-sensitive applications and in-system reprogrammable solutions. It is available in various operating temperature ranges, such as 0C to 70C, -40C to 85C, and -40C to 105C. It is compliant with the JEDEC standard and supports SPI and Dual I/O SPI bus interfaces.

Application Fields

MX25L25659FMI-10G is suitable in a variety of embedded applications corresponding to its many sophisticated features. It can be found in the following applications:

• Automotive applications such as engine control units, airbag systems and airbag controls.
• Industrial and medical control systems.
• Security/surveillance systems.
• Consumer electronics such as tablets and mobile phones.

Working Principle

The MX25L25659FMI-10G consists of two major components: the Flash Memory and the SPI Interface. The Flash Memory consists of cells, which contain an electrical charge. Depending on the charge state of each cell, the memory either stores data or resets the state to a ‘1’ (standing for a binary 0). By sending a voltage to a certain address in the memory array, that specific memory cell will switch its state to a ‘1’ as the charge has been discharged. To write data, the SPI Interface is used to send the data to the Flash Memory. If a write cycle is initiated, the state of the memory cell is set to a ‘0’ or high (representing a binary 1).

The MX25L25659FMI-10G supports four operations: read, page program, sector erase and chip erase. To read data, the SPI Interface is used to read the data from the Flash Memory. To write data, the page program operation is used to write the data to the specified page of the Flash Memory. To erase data, the sector erase and chip erase operations are used to erase the memory cells of the Flash Memory.

The MX25L25659FMI-10G is equipped with various features like high performance, low power consumption and long write cycle capability. It is compliant with the JEDEC standard, and supports SPI and Dual I/O SPI bus interfaces.

Conclusion

The MX25L25659FMI-10G is a high performance and low power Non-Volatile Memory chip that is suitable for a variety of embedded applications such as automotive, industrial and consumer applications. It consists of two major components: the Flash Memory and the SPI Interface. The Flash Memory stores the data while the SPI Interface is used to send and receive data from the Flash Memory. It offers features like high performance, low power consumption and long write cycle capability. As a result, the MX25L25659FMI-10G is widely used for data storage in embedded systems.