This document presents the calibration certificate for the EX3DV4 dosimetric E-field probe, serial number SN:7628, performed by Schmid & Partner Engineering AG on July 03, 2024. The calibration adheres to IEC/IEEE 62209-1528 and KDB 865664 standards, ensuring accurate assessment of specific absorption rate (SAR) in human exposure to radio frequency fields.
The calibration process involves assessing the probe's response to various modulation signals and frequencies, determining its sensitivity in both free space and tissue-simulating liquids (TSL). Key parameters such as Norm, ConvF, DCP, and modulation-dependent linearization parameters are meticulously evaluated and documented. The certificate includes detailed information on measurement conditions, applied methods, and interpretation of parameters, providing a comprehensive overview of the probe's performance characteristics.
The calibration is traceable to national standards and conducted in a controlled laboratory environment. The reported uncertainties are stated as standard uncertainties multiplied by a coverage factor of k=2, corresponding to a coverage probability of approximately 95%. This certificate serves as a testament to the probe's accuracy and reliability in SAR measurements, essential for compliance with regulatory requirements and ensuring the safety of wireless communication devices.
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[title] => EX3DV4 Calibration Certificate: SN:7628, July 03, 2024
[description] => Calibration certificate for the EX3DV4 probe (SN:7628), calibrated on July 03, 2024, ensuring accurate dosimetric E-field probe measurements.
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This document presents the calibration certificate for the EX3DV4 dosimetric E-field probe, serial number SN:7628, performed by Schmid & Partner Engineering AG on July 03, 2024. The calibration adheres to IEC/IEEE 62209-1528 and KDB 865664 standards, ensuring accurate assessment of specific absorption rate (SAR) in human exposure to radio frequency fields.
The calibration process involves assessing the probe's response to various modulation signals and frequencies, determining its sensitivity in both free space and tissue-simulating liquids (TSL). Key parameters such as Norm, ConvF, DCP, and modulation-dependent linearization parameters are meticulously evaluated and documented. The certificate includes detailed information on measurement conditions, applied methods, and interpretation of parameters, providing a comprehensive overview of the probe's performance characteristics.
The calibration is traceable to national standards and conducted in a controlled laboratory environment. The reported uncertainties are stated as standard uncertainties multiplied by a coverage factor of k=2, corresponding to a coverage probability of approximately 95%. This certificate serves as a testament to the probe's accuracy and reliability in SAR measurements, essential for compliance with regulatory requirements and ensuring the safety of wireless communication devices.
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