This document presents the calibration certificate for the EX3DV4 E-field probe, serial number 7711, manufactured by Schmid & Partner Engineering AG. The calibration was performed on March 15, 2024, adhering to rigorous standards including QA CAL-01.v10, QA CAL-12.v10, QA CAL-14.v7, QA CAL-23.v6, and QA CAL-25.v8. The probe is designed for dosimetric E-field measurements, crucial for Specific Absorption Rate (SAR) assessments.
The certificate details the probe's performance characteristics, including sensitivity in free space and tissue simulating liquids (TSL), diode compression point (DCP), and modulation dependent linearization parameters. Frequency response, axial isotropy, and dynamic range are also thoroughly evaluated. Calibration parameters are provided for various head tissue simulating media across a wide frequency range, ensuring accurate SAR measurements in diverse testing scenarios.
The calibration process is traceable to national standards, guaranteeing the reliability and accuracy of the measurements. The document includes detailed information on the calibration equipment used, the procedures followed, and the associated uncertainties. This certificate is essential for maintaining the validity and accuracy of SAR measurements performed using the EX3DV4 probe (SN:7711).
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[description] => Detailed calibration report for the EX3DV4 E-field probe (SN:7711), essential for accurate SAR measurements. Includes calibration parameters and uncertainty analysis.
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This document presents the calibration certificate for the EX3DV4 E-field probe, serial number 7711, manufactured by Schmid & Partner Engineering AG. The calibration was performed on March 15, 2024, adhering to rigorous standards including QA CAL-01.v10, QA CAL-12.v10, QA CAL-14.v7, QA CAL-23.v6, and QA CAL-25.v8. The probe is designed for dosimetric E-field measurements, crucial for Specific Absorption Rate (SAR) assessments.
The certificate details the probe's performance characteristics, including sensitivity in free space and tissue simulating liquids (TSL), diode compression point (DCP), and modulation dependent linearization parameters. Frequency response, axial isotropy, and dynamic range are also thoroughly evaluated. Calibration parameters are provided for various head tissue simulating media across a wide frequency range, ensuring accurate SAR measurements in diverse testing scenarios.
The calibration process is traceable to national standards, guaranteeing the reliability and accuracy of the measurements. The document includes detailed information on the calibration equipment used, the procedures followed, and the associated uncertainties. This certificate is essential for maintaining the validity and accuracy of SAR measurements performed using the EX3DV4 probe (SN:7711).
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