This document presents calibration reports for SAR (Specific Absorption Rate) reference dipoles, specifically for frequencies of 835 MHz and 900 MHz. These reports detail the calibration process, measurement results, and equipment used, ensuring traceability to national metrology institutions. The reports adhere to standards set by IEC/IEEE 62209-1528 and FCC KDB865664 D01, outlining requirements for reference dipoles used in SAR measurement system validations.
The calibration process involves measuring return loss and impedance in both head and body simulating liquids, as well as assessing mechanical dimensions. SAR measurements are performed in head and body liquids to validate the dipole's performance against established standards. The reports include detailed results, such as S11 parameters, SAR values normalized to 1W forward power, and uncertainty analysis. The equipment used during calibration is listed, along with their calibration dates, ensuring the reliability and accuracy of the measurements.
These reports are essential for ensuring the accuracy and reliability of SAR measurements performed using the calibrated dipoles. They provide detailed information about the dipole's performance and compliance with relevant standards, enabling users to validate their SAR measurement systems and obtain accurate results.
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This document presents calibration reports for SAR (Specific Absorption Rate) reference dipoles, specifically for frequencies of 835 MHz and 900 MHz. These reports detail the calibration process, measurement results, and equipment used, ensuring traceability to national metrology institutions. The reports adhere to standards set by IEC/IEEE 62209-1528 and FCC KDB865664 D01, outlining requirements for reference dipoles used in SAR measurement system validations.
The calibration process involves measuring return loss and impedance in both head and body simulating liquids, as well as assessing mechanical dimensions. SAR measurements are performed in head and body liquids to validate the dipole's performance against established standards. The reports include detailed results, such as S11 parameters, SAR values normalized to 1W forward power, and uncertainty analysis. The equipment used during calibration is listed, along with their calibration dates, ensuring the reliability and accuracy of the measurements.
These reports are essential for ensuring the accuracy and reliability of SAR measurements performed using the calibrated dipoles. They provide detailed information about the dipole's performance and compliance with relevant standards, enabling users to validate their SAR measurement systems and obtain accurate results.
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