SLN04G64E1BF2SA-DCRT

SLN04G64E1BF2SA-DCRT, also known as DDR3L SDRAM, is a memory module commonly used in high density memory applications. It is an extended form of DDR3, which is a double data rate type three synchronous dynamic random-access memory. The SLN04G64E1BF2SA-DCRT is mainly used in networked things, computing, and connected home systems. It is also ideal for high-capacity memory applications for mobile devices such as smartphones and tablets.

The SLN04G64E1BF2SA-DCRT is composed of several chips, each containing 64 million cells of memory. It offers a high data rate of up to 1.6 GHz, making it suitable for applications requiring high performance. It offers a power-efficient solution, which requires only 1.35 volts to run. The module also supports partial chip writes, allowing for increased write speeds. This can be especially useful for applications that involve a lot of data.

The working principle of the SLN04G64E1BF2SA-DCRT is similar to that of other SDRAMs. When powered up, the module looks for data stored in its internal cells, then transfers the contents of the cells into a plaintext format. Upon receiving data, the module also stores the data in its internal cells, so it can be accessed quickly when needed. The module can also output data at a rate of twice the input rate, allowing for faster data transfers.

The SLN04G64E1BF2SA-DCRT is used in a variety of applications and provides an efficient solution to many everyday tasks. It can be used in networked things to increase performance and reliability. It is often used in computing for working memory and mass storage, as well as in connected home systems for a wide range of applications. It can also be used in medical applications, where its high speed and low power requirements are necessary.

The SLN04G64E1BF2SA-DCRT is a reliable memory module that offers excellent performance for a variety of high density memory applications. Its double data rate type three synchronous dynamic random-access memory technology allows for efficient data transfer, while its low power requirements make it an ideal choice for portable devices. The module\'s partial chip writes and high data rate make it suitable for applications that involve a lot of data, while its uncomplicated working principle makes it easy to use.