This document presents a summary of the calibration reports for SAR (Specific Absorption Rate) reference dipoles, adhering to the requirements outlined in the IEC/IEEE 62209-1528 and FCC KDB865664 D01 standards. These standards define the criteria for reference dipoles used in SAR measurement system validations. The reports detail the measurements performed to verify that the dipoles comply with these standards, ensuring the accuracy and reliability of SAR testing.
The calibration process involves mechanical measurements, S11 parameter assessments, and SAR evaluations in both head and body liquid configurations. Mechanical dimensions are verified using calibrated calipers, while S11 parameters are measured using a network analyzer. SAR measurements are conducted in a liquid-filled flat phantom to ensure compliance with the standards. The reports include detailed results, uncertainty analyses, and a list of equipment used during the calibration process. The calibration results are traceable to national metrology institutions, ensuring the validity and accuracy of the measurements.
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[description] => This report summarizes the calibration of SAR reference dipoles, ensuring compliance with IEC/IEEE and FCC standards for accurate SAR testing.
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This document presents a summary of the calibration reports for SAR (Specific Absorption Rate) reference dipoles, adhering to the requirements outlined in the IEC/IEEE 62209-1528 and FCC KDB865664 D01 standards. These standards define the criteria for reference dipoles used in SAR measurement system validations. The reports detail the measurements performed to verify that the dipoles comply with these standards, ensuring the accuracy and reliability of SAR testing.
The calibration process involves mechanical measurements, S11 parameter assessments, and SAR evaluations in both head and body liquid configurations. Mechanical dimensions are verified using calibrated calipers, while S11 parameters are measured using a network analyzer. SAR measurements are conducted in a liquid-filled flat phantom to ensure compliance with the standards. The reports include detailed results, uncertainty analyses, and a list of equipment used during the calibration process. The calibration results are traceable to national metrology institutions, ensuring the validity and accuracy of the measurements.
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