HUBER+SUHNER Quantum (Non-Magnetic) SMA Components & Cables

Introduction

The HUBER+SUHNER Quantum (Non-Magnetic) SMA Components and Cables are specialized connectors designed for use in cryogenic and quantum systems. These components are engineered to perform optimally in ultra-low-temperature environments, making them essential for advanced scientific applications.

Part Description

The Quantum SMA components include a variety of products such as hermetically sealed adapters, cable and PCB connectors, attenuators, and both semi-rigid and flexible cables. Each component is meticulously designed to minimize thermal conductivity, thereby reducing heat load in sensitive applications. These connectors are suitable for operation at temperatures down to the millikelvin (mK) range, ensuring reliability and precision in critical measurement systems.

Applications

• Cryostat and dilution refrigerators
• Ultra-low-temperature measurement systems
• Quantum computing
• Technical institutes and universities

Industries

• Research and Development
• Aerospace
• Telecommunications
• Medical Technology
• Quantum Computing

Usage Ideas

1. Quantum Computing Setup: Utilize the Quantum SMA components to create a reliable connection between quantum processors and measurement devices in a quantum computing experiment.
2. Cryogenic Measurement System: Design a custom cable assembly using these connectors for a cryogenic measurement system that requires minimal thermal interference.
3. University Research Project: Implement the non-magnetic SMA components in a university lab project focused on studying the properties of materials at ultra-low temperatures.

Conclusion

The HUBER+SUHNER Quantum (Non-Magnetic) SMA Components and Cables are indispensable for any application requiring high precision and minimal thermal interference in cryogenic and quantum environments. Their robust design and specialized features make them a top choice for researchers and engineers working in cutting-edge fields.