SN74ACT7202LA25DV

FIFOs Memory Texas Instruments SN74ACT7202LA25DV Overview

The Texas Instruments SN74ACT7202LA25DV represents a high-performance FIFO (First-In, First-Out) memory chip, optimized for efficient data buffering in various high-speed applications. This device is specifically designed to handle asynchronous data transfers, facilitating seamless communication between non-synchronous systems. With a storage capacity of 1K x 9 bits and a quick access time of 25 ns, the SN74ACT7202LA25DV is an ideal solution for systems requiring reliable and rapid data queuing. Its robust design and advanced technology make the FIFOs Memory Texas Instruments SN74ACT7202LA25DV an essential component for manufacturers looking to enhance system integrity and speed.

SN74ACT7202LA25DV Features

The SN74ACT7202LA25DV is equipped with several key features that make it a standout choice for integrating into advanced digital systems:

• Asynchronous Operation: Allows operation with different clock domains, enhancing flexibility in multi-rate systems.
• High Capacity: Offers a 1K x 9-bit memory depth, providing ample space for data storage and retrieval.
• Fast Access Time: Delivers data access speeds as low as 25 nanoseconds, ensuring high throughput for critical applications.
• Robust Design: Built to Texas Instruments' high reliability and performance standards, ensuring long-lasting performance under various operating conditions.

SN74ACT7202LA25DV Applications

• Telecommunications: Utilized for buffering data between processing units in communication infrastructure, ensuring smooth and consistent data flow.
• Networking Equipment: Serves as a critical component in routers and switches, managing the data queuing required for efficient packet handling.
• Video Processing: Applied in video capture systems where large amounts of data need to be temporarily stored and synchronized.
• Data Acquisition Systems: Used to buffer inputs from sensors before processing, crucial in both industrial and scientific settings for accurate data collection.
• High-Speed Computing: Facilitates data transfer between different components within supercomputers, minimizing latency and maximizing efficiency.