"Detector Mismatch Correction for the Calibration-Independent and Posit" by James Conrad Denemark, Michael J. Havrilla et al.
 

Detector Mismatch Correction for the Calibration-Independent and Position-Insensitive Transmission/Reflection Method

Document Type

Conference Proceeding

Publication Date

10-27-2024

Abstract

Classic methods for extracting material character-istics typically demand rigorous calibration, multiple samples, precise location measurements, etc. A recent research effort led by Zhao Caijun, Jiang Quanxing, and Jing Shenhui utilized a simple transmission/reflection method to extract high accuracy permittivity results from a Coaxial Line system. This method uses two uncalibrated scattering parameter measurements: one of the empty fixture and one of the sample at a single position. This paper extends the method to produce accurate permittivity results from a Rectangular Waveguide system once corrected for detector mismatch.

Comments

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Source Publication

2024 Antenna Measurement Techniques Association Symposium (AMTA) (e-ISSN 2474-2740)

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