72275L10PF

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Logic - FIFOs Memory has been consistently evolving and developing in the past few years, thanks in part to the introduction of integrated circuits, such as the 72275L10PF. This device is commonly used in a wide range of applications, most notably remote access control and as a bridge between higher speed and lower speed communication systems. Understanding the 72275L10PF’s potential application fields and working principle is essential to ensure the reliability of the development project.

Applications

The 72275L10PF is a high-speed integrated circuit which functions as a dual-port asynchronous FIFO memory. It is designed to store 512 words of 8-bit data and is powered largely by 5V logic. Its usefulness stems from its capacity for use in asynchronous communication systems. By storing transient data, it can provide a critical communication link between various other devices, and between various parts of the same application. Examples of its application range from low-latency data transfer and processing acceleration, to minimized delay in communication between multiple systems. In addition, the device has also been used in variety of remote access control applications. By connecting the 72275L10PF device to a remote application connected to two or more input ports, remote control can be achieved by setting appropriate signals to the input ports and controls can be provided to multiple applications in the same system.

Working Principle

The 72275L10PF device operates according to the dual-ported asynchronous FIFO design, whereby FIFOs also serve as a bridge between two communication systems. As a result, data within a system is stored asynchronously in two 64-word FIFOs, allowing for the storage and transfer of 512 words of 8-bit data. Each of the FIFOs is supported by its own power supply, which is in turn sourced from a single 5V voltage supply. As one FIFO holds data, the other can receive new data from the appropriate devices while reading the data stored in the memory.In order to ensure smooth operation in the dual-port design, the 72275L10PF is designed with two write-clock inputs and two read-clock inputs. The write-clock is responsible for placing the data into the write port, while the read-clock is responsible for sending the data out from the read port. This clock design is integral to the reliable operation of the FIFO, as it allows for the synchronization of data between the reading and writing devices.

Conclusion

The 72275L10PF is a powerful integrated circuit which is largely employed in remote access control and asynchronous communication systems. It is configured with a dual-ported asynchronous FIFO memory, allowing for the storage and transfer of 512 words of 8-bit data. It is powered by two separate power supplies, each of which is sourced from a 5V voltage supply. Its two clock inputs serve to synchronize both the writing and reading of the data, ensuring reliable operation of the FIFO in dual-port transition points. As a result, the 72275L10PF is a valuable component when developing complex systems with asynchronous communication requirements.

The specific data is subject to PDF, and the above content is for reference