AT17C002A-10JC

[Configuration Proms for FPGAs Microchip Technology AT17C002A-10JC] Overview

Introducing the cutting-edge solution for configuring Field Programmable Gate Arrays (FPGAs) – the AT17C002A-10JC by Microchip Technology. This innovative IC (Integrated Circuit) revolutionizes the process of FPGA configuration with its high-performance Serial Configuration EEPROM. Designed to meet the demanding requirements of modern FPGA-based systems, this product offers unparalleled reliability, flexibility, and efficiency.

With its 2Mbit capacity and 20-pin PLCC package, the AT17C002A-10JC provides ample storage space for configuration data while maintaining a compact form factor. Its advanced serial interface enables seamless integration into FPGA programming workflows, streamlining the configuration process and enhancing overall system performance.

Whether you're developing high-speed networking equipment, sophisticated industrial automation systems, or cutting-edge aerospace applications, the AT17C002A-10JC empowers you to unleash the full potential of your FPGA designs with confidence and ease.

[AT17C002A-10JC] Features

• 2Mbit capacity
• High-performance Serial Configuration EEPROM
• 20-pin PLCC package
• Advanced serial interface for seamless integration
• Reliable and efficient FPGA configuration
• Compact form factor
• Designed for modern FPGA-based systems

[AT17C002A-10JC] Applications

• High-speed Networking Equipment: The AT17C002A-10JC enables fast and reliable configuration of FPGAs in routers, switches, and other networking devices, ensuring seamless data transmission and efficient network operation.
• Industrial Automation Systems: In industrial automation applications, this IC facilitates the rapid reconfiguration of FPGAs in programmable logic controllers (PLCs), enabling flexible and adaptive control systems for manufacturing processes.
• Aerospace Applications: From avionics systems to satellite communication modules, the AT17C002A-10JC plays a crucial role in configuring FPGAs for aerospace applications, delivering robust performance and uncompromising reliability in extreme environments.