72281L10PF

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Logic-FIFOs Memory are commonly applied in applications where data need to be temporarily stored for further processing. A typical example of this type of application is when transferring data from one memory system to another or when data needs to be buffered before being exposed to an input/output system.

The 72281L10PF is a fully-featured, 2k x 10 FIFO memory device that meets the needs of many common applications. It features a high-speed internal data bus, bidirectional FIFO configuration, and ECC for robust data protection. The 72281L10PF can be used for a variety of applications, including data buffering, storage expansion, shared memory access, and signal and message buffering.

The device is designed to simplify the task of designing and implementing application-specific FIFO memory architectures. It can provide data density, speed, and flexibility to accommodate a wide range of FIFO needs.

The 72281L10PF is designed to interface with a wide range of processors, memories, and peripheral devices. It supports both synchronous and asynchronous data transfers through its logic-controlled interface. The device can be programmed to define the interface behavior, and to control the FIFO data access operations.

The 72281L10PF can be configured to support a variety of different operating modes. The most common modes are stream, stack, and queue operations. When configured for stack operation, the device allows data to be stored, written, and read from a specific address, or "pipe", within the FIFO. When configured for queue operation, data can be loaded one location after another in the memory. Stream mode allows data to be transferred continuously from one side of the FIFO to the other. The device can be configured to perform both read and write operations simultaneously.

The 72281L10PF is designed to reduce the effort and time required to create FIFO memory architectures. It can be programmed to adapt to changing application needs, and to support a wide range of FIFO needs. The device\'s flexibility allows it to be used in many different applications, including FIFO-based storage expansion, data buffering, shared memory access, and signal message buffering.

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