MT8HTF12864HY-40EA3

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As the development of the science and technology, integrated circuit components are constantly improved in products of different sizes, functions and types. And of course, the most famous and common one should be memory modules. In this article, we will focus on the application field and working principle of MT8HTF12864HY-40EA3.

MT8HTF12864HY-40EA3 is one type of memory module, which is DDR3 SDRAM memory device. It is designed with DDR200Mhz technology. It can provide up to 8GB of memory.

This type of memory module is mainly used in devices which require high frequency response rate, like servers, workstations, or mainframes. It is also suitable for applications of large-sized databases, such as data warehousing, or distributed storage applications.

The working principle of the MT8HTF12864HY-40EA3 is as follows: the memory module receives and stores data as electrical signals. It is then read by the system after the process of data transmission. The data format used by this type of memory module is double data rate. When the data is getting to the chip, it will be divided into equal parts and is read from each part twice in one clock cycle.

We can know that the main working principle of the MT8HTF12864HY-40EA3 is divided into write and read. The “WRITE” operation is to write binary data into the memory cells. The “READ” operation is to read specific data from the memory cells. When it comes to the data transmission process, it can be divided into three steps, which are internal register, processing, and data transmission.

In the first step, the data is written to the internal register. In step two, it will be processed by the Circular Address Register (CAR) to make sure the data is delivered to the right place. In the last stage, the data is sent out from the memory module.

In conclusion, MT8HTF12864HY-40EA3 should be categorized under memory module. It can transmit data in double data rate and is widely used in high-frequency response rate devices, like servers workstations and mainframes. To sum up, its main working principle includes write, read, and data transmission.

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