MT4VDDT864AG-265B1

Memory - Modules Application Field and Working Principle of the MT4VDDT864AG-265B1

The MT4VDDT864AG-265B1 is a double data rate type 3 (DDR3) Static Random Access Memory (SDRAM) module. It is a component commonly used in computers for the primary memory, which stores instructions, programs and data. This particular memory module can improve system performance since it is able to transfer data at high speeds. In order to understand how this memory module works, it is also important to understand its application field and working principle.

Application Field

The MT4VDDT864AG-265B1 can be found in many electronic devices as mentioned earlier. This module is frequently used in personal computers, laptops, servers, and workstations. It is also used in mainframes, graphics cards, embedded systems, game consoles, and other devices that require high speed data transfer.

Working Principle

The working principle of the MT4VDDT864AG-265B1 can be broken down to two parts: physical and electrical. Physically the module is composed of an integrated chip connected to an electrical connection board. This allows the processor to send and receive information and signals to and from the integrated chip.

The data transfer process is done at speeds faster than what is currently available on the market (166 MHz). It runs at 265 MHz which is a significant improvement. At this speed, the module is able to transfer and access data quickly, allowing for faster overall performance.

The MT4VDDT864AG-265B1 module is also capable of \'self refreshing\' which means that it can continuously renew and refresh its data stores. This is done by sending a cycle of current to the memory cells, allowing for efficient use and preservation of energy. This self refreshing capability also allows for longer service life of the module.

Conclusion

The MT4VDDT864AG-265B1 is an important memory module that is used in many electronic devices. It has a wide application field and its working principle allows for rapid data transfer and efficient power use while providing an extended service life. This module has become increasingly popular as more devices require higher speeds and improved efficiency.