72801L15TF8

Logic - FIFOs Memory

The 72801L15TF8 is a FIFOs (First-In-First-Out) memory module. It is used for both data buffering and memory management applications. It can store up to eight 8-bit bytes, and is designed to minimize latency in the system by allowing data to be transferred in and out of the memory module at the same time.

The 72801L15TF8 has four independent, asynchronous FIFO memories, each with a single 8-bit address bus, a single 8-bit data bus and four control lines. It enables data to be read and written at the same time. This ensures that the processor can access the data when required, and the FIFO can move the data as needed. The module also has a two-phase request/grant handshake for in/out operations.

The 72801L15TF8 is used in those applications where data needs to be transferred between two devices at the same time. Its FIFO circuitry enables data to be transferred from one device to another without any latency. This reduces the amount of time required to transfer data, as the processor only needs to access the data once, instead of continually searching for new data as it is written to the memory.

The 72801L15TF8 is typically used in applications such as embedded systems, real-time systems, industrial automation, medical automation and machine-to-machine communication. It is used to buffer data between two devices and to ensure that data is transferred in a reliable and timely manner.

The 72801L15TF8 uses a two-phase request/grant handshake for in/out operations. It is designed to ensure that data is transferred in the most efficient and timely manner. The two-phase request/grant handshake also helps to eliminate any latency in data transfer, as data is transferred as soon as the processor has requested it.

The 72801L15TF8 has multiple power supply configurations, making it suitable for a range of applications. It also offers high electromagnetic compatibility, making it suitable for use in automotive, medical and industrial applications.

The 72801L15TF8 is a powerful and reliable memory module, and is suitable for a wide range of applications. It offers low latency and high reliability, making it suitable for use in a variety of embedded, real-time and machine-to-machine communication applications.