AS4C256M8D3-12BANTR

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AS4C256M8D3-12BANTR is a type of memory device. Memory devices are widely used in many different applications and are critical components in all electronic systems. Memory devices are used to store large amounts of data and information, as well as provide quick access to that data and information. The AS4C256M8D3-12BANTR is a static random access memory (SRAM) device, which is a type of non-volatile memory. SRAM is often used in applications that require fast access to data or require very small sizes of data to be stored.

The AS4C256M8D3-12BANTR is a single-bit SRAM, meaning each SRAM cell is capable of storing one bit of information. The chip contains 256K bits of storage, organized in 8K words of 8 bits each. As with most memory devices, the chip is available in a variety of package options, such as BGA and PQFN. The chip also utilizes a synchronous interface, which allows for faster data access compared to asynchronous interfaces.

The AS4C256M8D3-12BANTR is used in multiple applications. It is used in embedded systems for storing critical data and providing fast access to that data. It is often used in industrial and automotive applications for storing configuration data and providing fast access to that data. It is also used in cache memory applications, where it provides fast and responsive access to data. By utilizing SRAM technology, the AS4C256M8D3-12BANTR can provide quick and reliable access to very large amounts of data.

The working principle of the AS4C256M8D3-12BANTR is relatively simple. The chip contains 256K bits of storage, organized in 8K words of 8 bits each. The chip utilizes a synchronous interface, which allows for fast data access. Data is transferred to and from the memory storage by using a write and read transaction. When data is to be written to the memory storage, the chip receives a write command, followed by the data to be written to the memory location. The data is then stored in the memory location. To read the data from the memory storage, a read command is issued, followed by an address for the memory location from which the data is to be read. The data is then read from the memory location and transferred to the requesting device.

In summary, the AS4C256M8D3-12BANTR is a static random access memory (SRAM) chip used in multiple applications. The chip contains 256K bits of storage, organized in 8K words of 8 bits each. It utilizes a synchronous interface for fast data access. Data is transferred to and from the memory storage by using a write and read transaction. The chip is used in embedded systems, industrial and automotive applications, and cache memory applications. It provides quick and reliable access to very large amounts of data.

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