W9412G6KH-5I TR

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Memory is an important part of a computer system and it is necessary for the machine to store data and instructions. The W9412G6KH-5I TR is a type of memory widely used in many computer systems. This article will cover the application field and working principles of this memory.

The W9412G6KH-5I TR is a type of memory known as a Single Data Rate (SDR) type of synchronous dynamic random access memory (SDRAM). It is mainly used in desktop and laptop computers, gaming systems, and other small computing devices. This type of memory is small and inexpensive, yet it provides a high level of performance. It is a high-speed type of memory that can read and write data quickly, making it ideal for intensive tasks.

The W9412G6KH-5I TR is a 64Mb SDR SDRAM chip. It operates at a speed of 100MHz or 200MHz, with a typical latency of four clock cycles. It is compatible with standard memory controllers, such as the Intel 845G or 855G chipsets. This type of memory is also known as “bump” memory, since it has a row of “bumps” on the surface of the chip.

The W9412G6KH-5I TR is composed of two 64Mb chips. Each chip contains an array of 512Kb memory cells arranged in rows and columns. The memory cells are connected to an address and control line. When the chip receives a command, it sends out a signal to read or write data to and from the memory cells.

The W9412G6KH-5I TR can support up to four chip select signals, allowing a total of 256Mb of memory to be accessed. Its usual applications include computer system memory, graphics memory, video buffer memory and audio buffer memory. It is also used in USB devices, Flash memory cards, digital cameras and smartphones.

In summary, the W9412G6KH-5I TR is a type of memory specifically designed for use in computer systems and other electronic devices. It is a cost-effective and high-performance type of memory that can be used in various applications. It is composed of two 64Mb chips, each containing an array of memory cells that can be accessed through four chip select signals.

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