AT17F040-30JC

[Configuration Proms for FPGAs Microchip Technology AT17F040-30JC] Overview

Introducing the cutting-edge Configuration Proms for FPGAs by Microchip Technology, the AT17F040-30JC. This innovative IC FLASH CONFIG 4M 20PLCC offers unparalleled performance and reliability for your FPGA configuration needs. Designed with precision engineering and advanced technology, this flash configuration device ensures seamless integration and optimal functionality within your FPGA systems.

With a capacity of 4 megabits, this configuration PROM provides ample storage space for your FPGA configurations, enabling flexible and efficient programming solutions. The compact 20PLCC package enhances space utilization and facilitates easy PCB layout, making it an ideal choice for space-constrained applications.

Whether you're designing telecommunications equipment, industrial automation systems, or aerospace solutions, the AT17F040-30JC delivers exceptional performance and versatility to meet your diverse requirements. Trust Microchip Technology to provide reliable solutions that elevate your FPGA designs to new heights of success.

[AT17F040-30JC] Features

• High-performance IC FLASH CONFIG 4M 20PLCC
• 4 megabit capacity for ample storage
• Compact 20PLCC package for space-efficient design
• Seamless integration with FPGA systems
• Reliable and durable construction for long-term use
• Optimized for telecommunications, industrial automation, and aerospace applications

[AT17F040-30JC] Applications

• Telecommunications Equipment: Implement the AT17F040-30JC in network switches, routers, and base stations for efficient FPGA configuration management, ensuring reliable communication networks.
• Industrial Automation Systems: Integrate this flash configuration device into programmable logic controllers (PLCs) and industrial robots to facilitate seamless reconfiguration and enhance operational efficiency in manufacturing environments.
• Aerospace Solutions: Utilize the AT17F040-30JC in avionics systems, satellite communication modules, and flight control systems to achieve reliable and robust FPGA configuration, enabling mission-critical operations in aerospace applications.