7282L12PA8

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FIFOs (First-In, First-Out) memory is one of the spaces of logic in computing technology. This type of memory is used for buffering, as it allows for data to be stored and sorted as it\'s received. The 7282L12PA8 is a type of FIFO module with enhanced features that allows for high-performance applications. This article will focus on exploring the application field and working principle of the 7282L12PA8 module.

Application Field

The 7282L12PA8 FIFO is the chosen solution for applications requiring a large FIFO that can store up to 12,288 words each. It has an equal number of inputs and outputs, allowing for an efficient transfer of data. It has a data field width of 72 bits, making it perfect for full-word applications. Additionally, it features an Independent Memory Input option that allows for two streams of data to be stored in the FIFO, making it ideal for applications that require processing of two data streams simultaneously.

The 7282L12PA8 module is also ideal for applications that require high-speed data transfer or buffering. It has low-power consumption, which makes it perfect for low-end consumer applications. Additionally, it has built-in error checking, which ensures data integrity. This makes it suitable for mission-critical applications. It is also capable of storing and retrieving data quickly, making it suitable for high-performance applications such as communications and networking.

Working Principle

The 7282L12PA8 FIFO has an input register, an internal memory array, and an output register. Data is stored in the memory by writing it to the input register. Then, the data is transferred to the internal memory array, where it is stored until it is needed by the output register. The data is retrieved by the output register and sent to the application. This system of buffering data allows for efficient data transfer.

The 7282L12PA8 module also has an Independent Memory Input option. This option allows two streams of data to be stored and retrieved simultaneously. Data is written to the two input registers, and then stored in two separate memory arrays. The data is retrieved by two separate output registers, which

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