TE Connectivity AMPFOIL ULTRA Connectors

Introduction

TE Connectivity AMPFOIL ULTRA Connectors are advanced connectors specifically designed for Flexible Flat Cable (FFC) and Flexible Printed Circuit (FPC) applications. With a compact design that enhances signal density, these connectors are ideal for a variety of demanding applications.

Part Description

The AMPFOIL ULTRA Connectors feature a unique plug design that allows for the parallel installation of two foils, significantly increasing signal density while conserving board space. They come with a 1mm pitch for the foils and a compact 0.5mm pitch on the PCB layout. The connectors are equipped with a positive locking mechanism to ensure secure connections, preventing accidental unmating or loosening due to unexpected pull forces. Additionally, they meet rigorous vibration performance standards and comply with the USCAR-2 standard, ensuring reliable electrical and mechanical performance even under demanding conditions.

Applications

• Battery Energy Storage Systems (BESS)
• Battery cell to system connections
• Battery Management Systems (BMS)
• Automotive applications, including electric powertrains and lighting systems

Industries

• Automotive
• Renewable Energy
• Consumer Electronics
• Industrial Automation

Usage Ideas

1. Battery Management System Prototype: Utilize AMPFOIL ULTRA Connectors to create a prototype for a battery management system that monitors and manages battery performance in electric vehicles.
2. Compact Lighting System: Design a compact lighting system for automotive applications that leverages the high signal density of these connectors for efficient power distribution.
3. Energy Storage Solution: Develop a battery energy storage solution for renewable energy systems, using the connectors to ensure secure and reliable connections between battery cells and the management system.

Conclusion

TE Connectivity AMPFOIL ULTRA Connectors are a robust solution for applications requiring high signal density and secure connections. Their compact design and reliable performance make them suitable for various industries, particularly in automotive and energy sectors. Whether for prototyping or production, these connectors provide the reliability and efficiency needed for modern electronic applications.