MT47H256M4CF-3:H TR

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MT47H256M4CF-3:H TR is a type of memory, specifically called Dynamic Random Access Memory (DRAM). It is a type of fast volatile memory that can store multiple pieces of data in a single location. DRAM is also used as main memory in computers and has become the standard type of memory used in modern computer systems due to its high capacity, relatively low cost, and affordability.

The MT47H256M4CF-3:H TR has a capacity of 256 Megabits and operates at a nominal speed of 166MHz. It also has a rated power supply of 1.8 Volts with a tolerance range of +/- 5%. It consists of 1,048,576 Memory Words, with 4,194,304 bits within each word. This makes it possible to access data stored in any part of the memory in constant time, regardless of distance.

The MT47H256M4CF-3:H TR works in a similar way to other types of DRAM. It uses an array of capacitors and transistors to store each bit of data. The capacitors store electrical charge, which represent a ‘1’ or ‘0’, while the transistors enable the memory cell to switch between the two states. A DRAM refresh circuit is typically used to periodically restore the charge across the capacitors and prevent data loss, as the capacitors eventually discharge over time.

MT47H256M4CF-3:H TR is used in a wide range of application fields such as consumer electronics, industrial automation systems, and embedded systems. In consumer electronics, the memory is used in digital cameras, smartphones, tablets, and TVs. Its fast read and write speeds make it suitable for these devices as they often require quick access to data. In industrial automation systems, it can be used for data logging, machine control, and process control. Finally, in embedded systems, the memory can be used in automotive, medical, and aerospace applications.

The MT47H256M4CF-3:H TR is an excellent choice for applications requiring fast random access to data, as well as lower power consumption. It offers a higher capacity than other DRAM types, while still retaining the same speed and reliability. This makes it ideal for a number of different applications, from consumer electronics to industrial automation systems.

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