This document presents the calibration report for the MVG COMOSAR reference dipole, essential for SAR (Specific Absorption Rate) measurement system validations. The calibration was performed by MVG, utilizing the COMOSAR test bench, and is fully traceable to national metrology institutions, ensuring the reliability and accuracy of the results. The report details the methods and results of the calibration, adhering to the requirements set forth by the IEC/IEEE 62209-1528 and FCC KDB865664 D01 standards.
The calibration process includes mechanical dimension verification, return loss measurements, and SAR validation measurements in both head and body simulating liquids. The dipole's performance is evaluated against specified requirements, ensuring it meets the necessary standards for accurate SAR testing. The report provides detailed data on S11 parameters, impedance, and SAR values normalized to 1W forward power. This information is crucial for validating SAR measurement systems and ensuring compliance with regulatory requirements.
The document also includes a comprehensive list of equipment used during the calibration process, along with their respective calibration dates, ensuring transparency and traceability. This report serves as a critical component in maintaining the accuracy and reliability of SAR testing, which is essential for assessing the safety of wireless devices.
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This document presents the calibration report for the MVG COMOSAR reference dipole, essential for SAR (Specific Absorption Rate) measurement system validations. The calibration was performed by MVG, utilizing the COMOSAR test bench, and is fully traceable to national metrology institutions, ensuring the reliability and accuracy of the results. The report details the methods and results of the calibration, adhering to the requirements set forth by the IEC/IEEE 62209-1528 and FCC KDB865664 D01 standards.
The calibration process includes mechanical dimension verification, return loss measurements, and SAR validation measurements in both head and body simulating liquids. The dipole's performance is evaluated against specified requirements, ensuring it meets the necessary standards for accurate SAR testing. The report provides detailed data on S11 parameters, impedance, and SAR values normalized to 1W forward power. This information is crucial for validating SAR measurement systems and ensuring compliance with regulatory requirements.
The document also includes a comprehensive list of equipment used during the calibration process, along with their respective calibration dates, ensuring transparency and traceability. This report serves as a critical component in maintaining the accuracy and reliability of SAR testing, which is essential for assessing the safety of wireless devices.
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