BR24G128FVM-3AGTTR

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BR24G128FVM-3AGTTR is a type of dynamic random access memory (DRAM) that is commonly used in digital systems as a source for high-speed data storage and retrieval. This type of memory is composed of millions of small memory cells arranged in an array on an integrated circuit chip. These cells hold the data until it is either written to or read from a memory device. The BR24G128FVM-3AGTTR is capable of storing 128Mbit of data and is designed to run at clock speeds of up to 133MHz.

Application Field

The BR24G128FVM-3AGTTR is ideal for use in a wide range of applications, including personal computers, servers, digital televisions and other digital audio/video devices. The memory\'s high-speed nature and low power consumption make it an ideal choice for these types of devices, as they require quick access to data with minimal energy expenditure. Furthermore, the memory is also often used in wireless devices such as smartphones and tablets.

Working Principle

The BR24G128FVM-3AGTTR is composed of 1,048,576 memory cells, each of which is capable of storing one bit (binary digit) of data. This means that the memory has a capacity of 128Mbits (16MBytes), which is enough storage for most digital devices. The memory cells are arranged in a rectangular array on the chip, with each row and column of cells connected to a row and column decoder respectively. Each memory cell can be accessed either by its row address or its column address through the respective decoders. When a particular cell is accessed, the row and column lines are activated, allowing the cell to be read or written to.

In order to read or write data to the memory cell, an appropriate control signal must also be accessed from the control register. The control register stores signals that control the speed at which the data is read or written, as well as which type of data access is used (read, write or refresh). Once the appropriate signals are signaled to the memory cell, its contents can be read or written. This process is repeated for every successive cell until all of the data in the memory is read or written to.

The BR24G128FVM-3AGTTR is also capable of refreshing its memory on a regular basis, which removes the need for any power cycling. This ensures that data stored in the memory stays intact despite periods of inactivity. The refresh rate of the BR24G128FVM-3AGTTR can be adjusted in order to maximize efficiency and minimize power consumption.

Conclusion

The BR24G128FVM-3AGTTR is a type of dynamically random access memory that is ideal for use in digital systems due to its high speed and low power consumption. The memory is composed of 1,048,576 memory cells which are arranged in an array on an integrated circuit chip and can store up to 128Mbits of data. The memory\'s speed and flexibility make it ideal for use in modern digital devices, such as PCs, servers, digital TVs and wireless devices. The BR24G128FVM-3AGTTR also has the added advantage of being able to refresh its memory without the need for power cycling, ensuring that data stored in the memory stays intact for long periods of time.

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