This document presents a comprehensive analysis of the EX3DV4 probe's performance characteristics, focusing on modulation calibration parameters, conversion factor assessment, and deviation from isotropy in liquid. The report includes detailed measurements and uncertainty assessments to ensure the accuracy and reliability of the probe in various testing scenarios.
The modulation calibration parameters section provides a comprehensive list of communication systems and their corresponding parameters, including PAR (Peak to Average Ratio) and associated uncertainties. This information is crucial for accurate signal representation during testing. The conversion factor assessment evaluates the probe's ability to accurately measure SAR (Specific Absorption Rate) in different liquid environments, ensuring reliable results across various frequencies and conditions.
Furthermore, the report examines the probe's deviation from isotropy in liquid, which is a critical factor in determining the probe's ability to accurately measure SAR regardless of the orientation of the electromagnetic field. The uncertainty of spherical isotropy assessment is also provided to quantify the potential error in these measurements. This detailed analysis ensures the EX3DV4 probe meets the stringent requirements for accurate and reliable SAR measurements.