This document presents calibration reports for COMOSAR reference dipoles, specifically the 2450 MHz and 5200-5800 MHz models, manufactured by MVG. These reports detail the measurements and results obtained during the calibration process, ensuring compliance with international standards such as IEC/IEEE 62209-1528 and FCC KDB865664 D01. The dipoles are intended for use in SAR (Specific Absorption Rate) measurement system validations.
The reports include information on the device under test, measurement methods, uncertainty analysis, and calibration results for both head and body liquid configurations. Key parameters such as return loss, impedance, and mechanical dimensions are assessed to verify the dipole's performance. SAR measurements are conducted to validate the dipole's ability to produce accurate and reliable results within specified uncertainty limits. The calibration process is performed at MVG's accredited facility, ensuring traceability to international standards.
The reports also list the equipment used during the calibration process, providing transparency and traceability for the measurements. The calibration results demonstrate the dipoles' compliance with the required standards, making them suitable for use in SAR measurement system validations.
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This document presents calibration reports for COMOSAR reference dipoles, specifically the 2450 MHz and 5200-5800 MHz models, manufactured by MVG. These reports detail the measurements and results obtained during the calibration process, ensuring compliance with international standards such as IEC/IEEE 62209-1528 and FCC KDB865664 D01. The dipoles are intended for use in SAR (Specific Absorption Rate) measurement system validations.
The reports include information on the device under test, measurement methods, uncertainty analysis, and calibration results for both head and body liquid configurations. Key parameters such as return loss, impedance, and mechanical dimensions are assessed to verify the dipole's performance. SAR measurements are conducted to validate the dipole's ability to produce accurate and reliable results within specified uncertainty limits. The calibration process is performed at MVG's accredited facility, ensuring traceability to international standards.
The reports also list the equipment used during the calibration process, providing transparency and traceability for the measurements. The calibration results demonstrate the dipoles' compliance with the required standards, making them suitable for use in SAR measurement system validations.
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