7202LA15P

FIFOs Memory Intersil (Renesas Electronics Corporation) 7202LA15P Overview

The FIFOs Memory Intersil (Renesas Electronics Corporation) 7202LA15P is a high-performance integrated circuit specifically designed for asynchronous FIFO (First In, First Out) memory applications. With a quick access time of 15 nanoseconds and a package form of 28DIP, this IC is an optimal solution for systems requiring reliable, high-speed data queuing capabilities. Its 1K x 9 memory configuration enables efficient data management in complex processing tasks, making it an essential component for both legacy and modern technology systems. The robustness provided by Renesas’s manufacturing expertise ensures long-term reliability and performance in demanding environments.

7202LA15P Features

The 7202LA15P from Intersil boasts several key features that make it stand out in the FIFO memory market. Its 15 ns access time allows for rapid data handling, crucial for high-speed operations. The 1K x 9 bit configuration offers ample space for data storage and retrieval in a FIFO system. The 28DIP package ensures compatibility with a wide range of existing systems, facilitating easy integration and upgrades without significant changes to hardware layouts. Additionally, the IC's asynchronous operation enhances system flexibility, supporting varied clock domains without synchronization issues.

7202LA15P Applications

• Telecommunications Equipment: Used in routers and switches, the 7202LA15P manages data packets efficiently, ensuring smooth data flow and minimal packet loss in high-speed networks.
• Industrial Automation: In automated manufacturing lines, this IC handles the queue of operations, ensuring sequential processing and timing critical tasks, improving overall efficiency and throughput.
• Data Streaming Devices: Utilized in multimedia streaming hardware to manage audio and video data streams, providing consistent, lag-free output in real-time broadcasting scenarios.
• Medical Imaging Systems: Critical for managing data sequences in equipment like CT scanners, where precise timing and order of data are paramount for accurate imaging and diagnostics.