MT47H256M8THN-3:H

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Memory is essential to any computer system as it stores the information and data required to operate the device. One example of a popular memory module is the MT47H256M8THN-3:H. This module is a double data rate synchronous DRAM and features a 256 Megabit capacity and 8 bit wide data interface. It is also TSOP II compatible and has TTL compatible control signal inputs.

The application field of the MT47H256M8THN-3:H module is far-reaching. It is primarily used in digital cameras and digital set-top boxes, but has a myriad of other uses in the computer world. These uses largely include upgrading RAM in personal computers, laptops, printers, and other digital devices. Furthermore, these memory modules are also used in networking, but especially as a source of computing power for high-end networking applications. Finally, this module is often found in embedded systems such as those found in home automation.

The working principle of the MT47H256M8THN-3:H module is based on the concept of dynamic random access memory, or DRAM. DRAM works by using a capacitor and a transistor, which are contained in each memory cell. When a capacitor is charged up, it stores a one, and when it is discharged, it stores a zero. To read or write data to the memory, a row and column address is sent to the memory module, allowing access to the cell associated with the address.

The MT47H256M8THN-3:H offers several advantages over other types of memory. First, it has powerful signal integrity, meaning that it is able to maintain signal integrity even in high signal velocity and high frequency applications. Furthermore, it is highly reliable with low failure rates. Lastly, because it is a double data rate synchronous DRAM module, it is able to handle data transfers twice as fast.

In summary, the MT47H256M8THN-3:H is a versatile and reliable memory module. It is primarily used in digital cameras, digital set-top boxes, laptops and home automation systems, but is also found in countless other applications. Working on the principle of dynamic random access memory, this module is suitable for high speed and high frequency applications, and features high signal integrity and low failure rates.

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