This document contains calibration certificates for two dipole models: D2450V2 and D5GHzV2, manufactured by Schmid & Partner Engineering AG. These certificates ensure the accuracy and reliability of these dipoles when used for Specific Absorption Rate (SAR) validation within the frequency range of 0.7 to 10 GHz.
The D2450V2 dipole, with serial number 963, was calibrated on October 11, 2024, following the QA CAL-05.v12 calibration procedure. The D5GHzV2 dipole, with serial number 1213, was calibrated on October 14, 2024, following the QA CAL-22.v7 calibration procedure. Both calibrations were performed in a controlled laboratory environment, adhering to strict temperature and humidity standards.
The certificates detail the calibration equipment used, measurement conditions, antenna parameters, and SAR results with Head Tissue Simulating Liquid (TSL). The calibration process adheres to international standards, including IEC/IEEE 62209-1528 and KDB 865664, ensuring traceability to national standards and providing confidence in the accuracy of SAR measurements.
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[title] => D2450V2 & D5GHzV2 Dipole Calibration Certificates
[description] => Calibration certificates for D2450V2 and D5GHzV2 dipoles, ensuring accuracy in SAR validation between 0.7-10 GHz. Compliant with IEC/IEEE standards.
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This document contains calibration certificates for two dipole models: D2450V2 and D5GHzV2, manufactured by Schmid & Partner Engineering AG. These certificates ensure the accuracy and reliability of these dipoles when used for Specific Absorption Rate (SAR) validation within the frequency range of 0.7 to 10 GHz.
The D2450V2 dipole, with serial number 963, was calibrated on October 11, 2024, following the QA CAL-05.v12 calibration procedure. The D5GHzV2 dipole, with serial number 1213, was calibrated on October 14, 2024, following the QA CAL-22.v7 calibration procedure. Both calibrations were performed in a controlled laboratory environment, adhering to strict temperature and humidity standards.
The certificates detail the calibration equipment used, measurement conditions, antenna parameters, and SAR results with Head Tissue Simulating Liquid (TSL). The calibration process adheres to international standards, including IEC/IEEE 62209-1528 and KDB 865664, ensuring traceability to national standards and providing confidence in the accuracy of SAR measurements.
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