ODU AMC® High-Density USB-C® Cable Assemblies

Introduction

The ODU AMC® High-Density USB-C® Cable Assemblies are designed to meet the rigorous demands of industrial and defense applications. These cable assemblies combine the versatility of USB-C technology with the robust reliability of military-grade connectors, ensuring powerful data and power transmission in a compact form factor.

Part Description

The ODU AMC® High-Density USB-C® Cable Assemblies are engineered for high performance in challenging environments. They operate effectively within a temperature range of -40°C to +85°C and are rated IP68 / IP6K9K, providing complete protection against water and dust. The assemblies feature 360° EMC shielding, ensuring interference-free data transmission. With a slim outer diameter of 12.8mm, they are compact and lightweight, making them ideal for mobile systems. The rugged design includes flexible locking options, allowing users to choose between break-away for quick release or screw-lock for secure connections.

Applications

• Ruggedized battery systems and handheld devices
• Laptops, notebooks, and peripheral devices for mobile use
• Military and industrial communication systems
• Equipment requiring secure and durable power/data connections

Industries

• Defense and Military
• Industrial Automation
• Telecommunications
• Medical Devices
• Consumer Electronics

Usage Ideas

1. Portable Medical Devices: Utilize the ODU AMC® USB-C® cable assemblies in portable medical devices that require reliable data and power connections in harsh environments.
2. Rugged Laptops: Integrate these cable assemblies into rugged laptops designed for fieldwork, ensuring they withstand extreme temperatures and environmental conditions.
3. Mobile Communication Systems: Implement the assemblies in mobile communication systems used in military operations, providing secure and efficient data transmission.

Conclusion

The ODU AMC® High-Density USB-C® Cable Assemblies are a versatile solution for demanding applications across various industries. Their robust design, high-performance capabilities, and environmental protection make them an excellent choice for any project requiring reliable data and power transmission in challenging conditions.