AT17LV002-10BJI

Configuration Proms for FPGAs Microchip Technology AT17LV002-10BJI Overview

The Microchip Technology AT17LV002-10BJI, part of the Configuration Proms for FPGAs category, is a high-performance serial configuration EEPROM designed for use in programmable logic devices. This EEPROM offers a 2Mbit storage capacity, housed in a robust 44-pin PLCC (Plastic Leaded Chip Carrier) package, making it exceptionally reliable for sophisticated electronic environments. Ideal for applications requiring frequent and reliable configuration loading, the AT17LV002-10BJI ensures smooth and efficient operation of FPGA-based systems. Its compatibility with numerous FPGA devices makes it a versatile choice for a wide range of industrial applications.

AT17LV002-10BJI Features

This IC includes several key features that ensure optimal performance in critical applications, such as:

• 2Mbit memory size providing sufficient space for complex FPGA configurations.
• Durable 44-pin PLCC package that ensures long-term reliability and protection against mechanical stress.
• Serial interface for simplified integration into existing designs, facilitating easier and faster configuration uploads.
• Low-power operation, minimizing power consumption during both active and standby modes, which is essential for energy-sensitive projects.
• Designed for a wide operational temperature range, making it suitable for use in diverse environmental conditions.

AT17LV002-10BJI Applications

• Telecommunication Equipment: Used to store firmware that configures signal processing FPGAs, ensuring flexible and updatable telecom infrastructure.
• Industrial Automation: Enables the loading of control algorithms on industrial FPGAs, crucial for automated manufacturing lines requiring precise and adaptable control systems.
• Automotive Systems: Provides configuration data for FPGAs that manage sensory and control functions in advanced automotive electronics, enhancing vehicle safety and performance.
• Consumer Electronics: Used in devices like smart TVs and gaming consoles, where FPGAs require dynamic configuration for enhanced functionality and user experience.
• Medical Devices: Critical in medical imaging and diagnostic equipment, where FPGA configurations improve processing capabilities and adaptability to new scanning techniques.