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Cryogenic Tuner

High-performance tuners for ultra-low temperature characterization

Maury cryogenic impedance tuners are specifically designed to perform impedance matching in ultra-low, cryogenic temperatures, enabling accurate characterization of quantum devices and systems. Built to maintain exceptional performance and repeatability in extremely cold environments, these tuners support advanced research and development where the thermal stability and noise reduction of cryogenic low noise amplifiers (LNAs) are critical. With Maury cryogenic impedances tuners, engineers are empowered to push the boundaries of low-temperature device testing.

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Related Resources

01

Cryogenic Noise Parameter Measurements

In this brochure, learn how Maury provides impedance tuning and noise parameters measurement extraction solutions optimized for use at cryogenic temperatures.

02

What Impedance Tuner Characteristics Optimize Performance at Cryogenic Temperatures?

This blog reviews important impedance tuner optimizations for use in cryogenic environments to maintain stable, accurate, and reliable functionality.

03

Maury Microwave and National Physical Laboratory (NPL) Join Forces to Advance Cryogenic Measurement Capabilities for Quantum Computing

Learn how the partnership between Maury Microwave and NPL aims to advance cryogenic measurement capabilities for quantum computing, addressing the critical need for reliable microwave technologies operating at extremely low temperatures.

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