MT51K256M32HF-50 N:A TR

MT51K256M32HF-50 N:A TR is a type of memory which is used in applications ranging from automotive to consumer electronics products, such as data storage, telecommunications and electronic payment systems. It is a high speed, dual-channel memory with a data transfer rate of up to 50 nanoseconds (ns).

At its core, MT51K256M32HF-50 N:A TR memory works by storing data in memory cells that are arranged in a matrix. The data is written into the memory by applying a voltage to the memory cells and then the voltage is reduced to allow the data to remain stored. It is a type of Non-Volatile Memory, which means that the data stored in it will not be erased even if power is lost. The memory cells are divided into blocks, which are then arranged into pages. Each page can contain up to 64 bytes of data.

The MT51K256M32HF-50 N:A TR memory is a random access type of memory, which means that data can be written to, or read from, any memory cell in any order. This is the type of memory used in applications that require high performance accessibility and fast retrieval of data, such as telecommunications and commercial applications. It also has a high read and write speed of up to 50ns.

The MT51K256M32HF-50 N:A TR memory is available in both standard and extended temperature versions. The standard version has an operating temperature of 0°C to +70°C, while the extended temperature version has an operating temperature range of -40°C to +105°C. This makes it suitable for use in a wide range of applications, from automotive to consumer electronics, where it can be used as a standalone memory solution or integrated into a larger memory system.

In summary, the MT51K256M32HF-50 N:A TR is a type of high speed, dual-channel random access memory which can be used for a variety of applications, ranging from automotive to consumer electronics. It is based on 64M x 4 NAND Flash memory technology, is non-volatile, and is available in both standard and extended temperature versions.