This document presents a comprehensive assessment of the modulation calibration parameters for the EX3DV3-SN:3516 probe. The evaluation includes conversion factor analysis and isotropy deviation measurements in liquid, providing crucial data for accurate electromagnetic field measurements. The conversion factor assessment, performed at 1900 MHz using WGLS R22 (H_convF), details the relationship between SAR and distance, comparing analytical and measured values to ensure calibration accuracy.
Furthermore, the document examines the deviation from isotropy in liquid, presenting error data for a frequency of 900 MHz. This analysis is essential for understanding the probe's directional response and ensuring reliable measurements across various orientations. The uncertainty of the spherical isotropy assessment is reported as ±2.6% (k=2), highlighting the precision and reliability of the calibration process. This information is vital for researchers and engineers relying on the EX3DV3-SN:3516 probe for accurate and consistent electromagnetic field measurements in diverse applications.
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This document presents a comprehensive assessment of the modulation calibration parameters for the EX3DV3-SN:3516 probe. The evaluation includes conversion factor analysis and isotropy deviation measurements in liquid, providing crucial data for accurate electromagnetic field measurements. The conversion factor assessment, performed at 1900 MHz using WGLS R22 (H_convF), details the relationship between SAR and distance, comparing analytical and measured values to ensure calibration accuracy.
Furthermore, the document examines the deviation from isotropy in liquid, presenting error data for a frequency of 900 MHz. This analysis is essential for understanding the probe's directional response and ensuring reliable measurements across various orientations. The uncertainty of the spherical isotropy assessment is reported as ±2.6% (k=2), highlighting the precision and reliability of the calibration process. This information is vital for researchers and engineers relying on the EX3DV3-SN:3516 probe for accurate and consistent electromagnetic field measurements in diverse applications.
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