This document presents calibration results for MVG COMOSAR reference dipoles, specifically the SID1900 and SID2450 models. These dipoles are designed for SAR (Specific Absorption Rate) measurement system validations and comply with IEC/IEEE 62209-1528 and FCC KDB865664 D01 standards. The calibration process involves assessing return loss, impedance, and mechanical dimensions to ensure the dipoles meet the required specifications.
Measurements are performed in both head and body simulating liquids to determine SAR values, which are then normalized to 1W forward power. The report details the measurement setup, including the use of a liquid-filled flat phantom and calibrated probes. Uncertainty analysis is also provided, adhering to internationally accepted guidelines. The calibration results are traceable to national metrology institutions, ensuring the reliability and accuracy of the SAR measurements obtained using these dipoles.
The document includes detailed tables and graphs illustrating the return loss, impedance, and SAR values obtained during the calibration process. It also lists the equipment used for calibration, along with their respective calibration dates. This comprehensive report serves as evidence of the dipole's compliance with relevant standards and its suitability for SAR measurement system validations.
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This document presents calibration results for MVG COMOSAR reference dipoles, specifically the SID1900 and SID2450 models. These dipoles are designed for SAR (Specific Absorption Rate) measurement system validations and comply with IEC/IEEE 62209-1528 and FCC KDB865664 D01 standards. The calibration process involves assessing return loss, impedance, and mechanical dimensions to ensure the dipoles meet the required specifications.
Measurements are performed in both head and body simulating liquids to determine SAR values, which are then normalized to 1W forward power. The report details the measurement setup, including the use of a liquid-filled flat phantom and calibrated probes. Uncertainty analysis is also provided, adhering to internationally accepted guidelines. The calibration results are traceable to national metrology institutions, ensuring the reliability and accuracy of the SAR measurements obtained using these dipoles.
The document includes detailed tables and graphs illustrating the return loss, impedance, and SAR values obtained during the calibration process. It also lists the equipment used for calibration, along with their respective calibration dates. This comprehensive report serves as evidence of the dipole's compliance with relevant standards and its suitability for SAR measurement system validations.
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