93AA56B-I/MS

What is a 93AA56B-I/MS?

The 93AA56B-I/MS memory is a type of integrated circuit memory used for data storage and management. It is commonly used in embedded systems like industrial controllers and in-car monitoring systems because it offers non-volatile data storage. This means that data stored in the memory survives power interruptions, and can be accessed again when power is restored. This is seen as a major advantage over RAM which requires constant power in order to retain data.

Application Field

The 93AA56B-I/MS memory can be found in many applications such as industrial controllers, networking systems and embedded systems in general. Thanks to its non-volatile data storage, users can take advantage of the long lifespan of the memory, with some models having lifespans of up to 10 years. The memory is commonly used in industrial applications and is ideal for storing large amounts of data in a reliable and secure way, such as login and access control information, process data, tuning data, code data and other critical information.

The 93AA56B-I/MS memory is also widely used in many control, automation and data logging systems, as well as robotics and medical equipment. It is also used in many consumer electronics such as video game systems and digital cameras, thanks to its ability to store large amounts of data and provide fast access times.

Working Principle

The 93AA56B-I/MS works by storing data in a form of non-volatile memory called Static Random Access Memory (SRAM). This type of memory has a much lower power consumption than Dynamic Random Access Memory (DRAM) and is able to maintain data without the need for an external power source. This makes SRAM especially useful in embedded and control systems, where it is necessary to maintain data even when the system is powered down.

The 93AA56B-I/MS is unlike other types of memory in that it does not require any initialization, configuration or refresh commands. It works by storing data bits and then using a special write cycle to read and write data. This procedure allows users to access and store data efficiently without needing to continually refresh the memory. The memory itself is also resistant to shocks and vibrations, making it ideal for use in demanding industrial environments.