Introduction

The Amphenol Neutrino® Connectors are advanced cable assemblies engineered for high-reliability applications, particularly in the medical field. Manufactured by Amphenol Onanon, these connectors are designed to deliver robust performance in compact and lightweight form factors, making them ideal for sensitive and demanding environments.

Part Description

Amphenol Onanon Neutrino® Connectors feature a 10-pin micro fit design with Flex-Pin contacts, supporting wire sizes from 32AWG to 30AWG. These connectors are specifically crafted to provide excellent EMI shielding, ensuring signal integrity in environments with potential electromagnetic interference. Their rugged construction guarantees long-term durability, while their compact size allows for integration into handheld and portable devices. The connectors are particularly suited for applications where reliability and miniaturization are critical.

Applications

• Handheld surgical devices
• Neuromodulation equipment
• Medical sensors
• Hospital instrumentation
• Diagnostic devices
• Wearable medical electronics

Industries

• Medical and Healthcare
• Biotechnology
• Diagnostics
• Research Laboratories
• Wearable Technology

Usage Ideas

1. Portable EEG Headset
   Use the Neutrino® Connectors to create a lightweight, reliable connection between EEG sensors and a portable monitoring unit, ensuring patient comfort and signal fidelity.

2. Handheld Surgical Tool Interface
   Integrate the connectors into a handheld surgical device for quick and secure attachment of replaceable tool heads, improving device hygiene and usability.

3. Wireless Patient Monitoring System
   Employ the connectors in a modular patient monitoring system, allowing for easy swapping of sensor modules while maintaining robust data transmission and EMI protection.

Conclusion

Amphenol Neutrino® Connectors offer a compelling solution for applications demanding compactness, reliability, and EMI shielding. Their specialized design makes them particularly valuable in the medical sector, supporting the development of innovative, high-performance devices. Whether for surgical tools, sensors, or wearable electronics, these connectors enable engineers to push the boundaries of modern medical technology.