AT49BV001-12TI

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AT49BV001-12TI is a type of non-volatile static random access memory (SRAM) produced by Microchip Technology Inc. It is a low-power, high-performance device that is typically used in applications where data needs to be retained even after the power has been removed.

Applications fields of AT49BV001-12TI are most commonly found in embedded systems, low-power system applications, and communications equipment. Specifically, this type of memory can be used in embedded systems where memory is required to store information between power cycles and system restarts, such as in home appliances, industrial machines, and power monitoring systems. It is also used in low-power applications, such as in medical and security systems, due to its low standby power profile. Additionally, it is suitable for applications where reliable non-volatile data storage is needed, such as data loggers and energy measurement systems.

AT49BV001-12TI offers an efficient and powerful solution for storing and retrieving data in a variety of memory applications. It utilizes a static design that does not require refreshing or periodic activation. It also provides a high-speed interface, allowing for faster data retrieval and write times. The device’s dense memory space and low power profile make it a cost-effective choice for those seeking improved performance in high-density applications.

AT49BV001-12TI’s working principle is quite simple. When the system is powered, data stored in the device is available to the processor, allowing the processor to execute its instructions. When the system needs to store data, the processor sends the data to the device, where it is written to an array of nonvolatile cells. The device is then powered down, but the data remains stored on the cells, allowing the processor to access it when needed.

AT49BV001-12TI is an ideal choice for customers looking for a reliable and power-efficient non-volatile memory solution. With its low-power profile, high performance, and small footprint, it is a cost-effective solution for a broad range of applications. It is also capable of providing high levels of data integrity and reliability, and is suitable for applications which require reliable storage of data.

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