M95640-WDW6TG

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

The M95640-WDW6TG is a type of memories utilized in various hardware devices and computing applications. It is a technology that supports volatile memory, which means that any information stored in it is erased when power is removed. This type of memory is widely used in a range of applications, including embedded systems, data logging and data acquisition, industrial control and instrumentation, CPU cache and computer memory. Due to its non-volatile nature, this type of memory is preferred for systems that demand stability, such as power supplies and industrial controllers.

M95640-WDW6TG is a Serial Peripheral Interface (SPI) EEPROM device which supports a 16-bit address bus. It features a hierarchical structure, offering users access to its 4K-bit organization, or 32 blocks with 8K-bit data capacity. This type of memory is most commonly utilized for programs that require relatively small data storage, such as the ones that involve storing user preferences and settings. This can be useful for people who want to store system-specific information without requiring access to a hard drive, such as embedded system users who require constant access to data stored in volatile memory.

M95640-WDW6TG also offers a read and write cycle window. This is a mechanism that increases performance and ensures data permanence. It features a self-clocking function that allows for independent timing and data flow, allowing for faster read and write cycles. This type of memory also offers a page write feature that provides for high-speed programming of single locations or entire blocks of data.

In order to use M95640-WDW6TG in an application, it is important to understand its working principle. It supports two protocol methods of communication: low voltage levels and the standard five-wire interface. It is programmed using the Serial Peripheral Interface (SPI) protocol. The programming is done by clocking an instruction followed by a data byte through the five-wire interface. Depending on the type of instruction, the data byte is either written or read from the selected location. The data is then processed and stored appropriately.

In addition to its other capabilities, M95640-WDW6TG also offers wear-leveling functions, allowing for increased endurance of multiple writes and erase cycles. This ensures that critical data is not lost, as the device will wear-level from the most used address to the least used address to prolong the life of the memory. This is important for industrial applications, as these type of systems may require frequent data writes for accurate and reliable data collection.

The M95640-WDW6TG is a versatile and reliable type of memory suitable for a variety of applications. Its features such as wear-leveling and page write functions make it a great choice for systems that require reliable and fast data access. With its SPI protocol and five-wire interface, the M95640-WDW6TG ensures that data is both securely stored and quickly accessed.

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