MT9HVF6472KY-40ED2

The MT9HVF6472KY-40ED2 is a type of memory module that is used for application in various industries. It is a DRAM module, with memory chips containing 4 Gigabytes of data storage capacity. This module features DDR3 technology, with a CAS latency of 9, and a data transfer rate of 1600Mhz.

This type of memory module is ideal for use in a wide variety of applications such as gaming, industrial and embedded systems. This is because of the high-performance and stability that this type of memory module offers. It is also capable of being used in multiple applications in order to extend the storage capacity for applications or devices. This is because it is a non-volatile type of memory module, meaning it retains its memory even after the power is switched off.

The working principle of the MT9HVF6472KY-40ED2 is based on dynamic random access memory, or DRAM. DRAM stores data electronically, and it is the main type of memory used in computers. It is made up of individual cells, each containing a single capacitor that stores data when it receives an electrical charge. When the capacitor discharges, the data stored in the memory cell is lost. Thus, DRAM needs to be constantly refreshed in order to remember the data.

Data is written to a memory module such as MT9HVF6472KY-40ED2 using an address on a memory bus. The address is first converted to an address location on the memory chip, and then the appropriate data is written to it. When the memory module is read, the address is again converted to the address location, and the data is then read from the correct memory cell. It is then sent back to the memory bus.

The MT9HVF6472KY-40ED2 is a reliable memory module that is used in various applications and industries. It is a non-volatile memory module that is capable of storing large amounts of data at high speeds. It is also capable of being used in multiple applications in order to extend the storage capacity for applications or devices. Due to its features, this type of memory module offers stability and performance in various applications, making it a popular choice in the industry.