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VNA Calibration Standard

The standards behind accurate VNA measurements

Vector network analyzer (VNA) calibration is only as reliable as the standards behind it. Maury broad portfolio of calibration standards provides the performance required for accurate S-parameter measurements across coaxial and waveguide systems. Whether it’s open, short, load,  airline components—or mismatch and waveguide sections—each standard is engineered to ensure excellent repeatability, traceability, and mechanical stability. Serving as the backbone of SOLT, TRL, and other calibration techniques spanning R&D, manufacturing, and metrology applications, Maury VNA calibration standards uphold measurement confidence in every setup.

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Related Resources

01

Characterizing Uncertainty in S-Parameter Measurements

As technologies evolve and requirements become more challenging, implementing processes that increase confidence in measurements and ensure accurate and reliable characterization—and product performance—are critical. Learn how to characterize uncertainty with S-parameter measurements in this application note.

02

Improving Calibration Accuracy and Speed with Characterized Calibration Standards

This application note explains the lesser known characterized SOLT calibration which drives the means to meet the objective of faster, accurate and wide-band calibrations.

03

An Improved VNA Calibration and Validation Method for Increased Confidence in Measurements

In this video, learn how Insight uses characterized device (CD) VNA calibration kits and verification kits objectively qualify a VNA calibration and determine whether the calibration needs to be repeated.

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