This document presents the calibration report for a SAR (Specific Absorption Rate) reference dipole, performed by MVG (Microwave Vision Group) and accredited by Cofrac. The calibration adheres to IEC/IEEE 62209-1528 and FCC KDB865664 D01 standards, ensuring traceability to national metrology institutions. The report details the methods and results of the calibration, which is essential for accurate SAR measurements in electromagnetic field testing.
The calibration process involves assessing the dipole's performance in both air and liquid environments, using waveguides and calorimetric cells. Key parameters such as sensitivity, linearity, and isotropy are evaluated to ensure the dipole meets stringent performance criteria. The report includes detailed measurements of the dipole's sensitivity factors, diode compression points, and dipole sensitivity. The calibration results are presented in tables and graphs, providing a comprehensive overview of the dipole's performance characteristics.
The document also lists the equipment used during the calibration process, ensuring transparency and traceability. The calibration results are valid for a specific frequency range and are essential for maintaining the accuracy of SAR measurements in various testing scenarios. This report is crucial for ensuring the reliability and validity of SAR testing results, which are vital for regulatory compliance and product safety assessments.
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This document presents the calibration report for a SAR (Specific Absorption Rate) reference dipole, performed by MVG (Microwave Vision Group) and accredited by Cofrac. The calibration adheres to IEC/IEEE 62209-1528 and FCC KDB865664 D01 standards, ensuring traceability to national metrology institutions. The report details the methods and results of the calibration, which is essential for accurate SAR measurements in electromagnetic field testing.
The calibration process involves assessing the dipole's performance in both air and liquid environments, using waveguides and calorimetric cells. Key parameters such as sensitivity, linearity, and isotropy are evaluated to ensure the dipole meets stringent performance criteria. The report includes detailed measurements of the dipole's sensitivity factors, diode compression points, and dipole sensitivity. The calibration results are presented in tables and graphs, providing a comprehensive overview of the dipole's performance characteristics.
The document also lists the equipment used during the calibration process, ensuring transparency and traceability. The calibration results are valid for a specific frequency range and are essential for maintaining the accuracy of SAR measurements in various testing scenarios. This report is crucial for ensuring the reliability and validity of SAR testing results, which are vital for regulatory compliance and product safety assessments.
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