This document presents the calibration certificate for the ES3DV3 probe, serial number 3220, manufactured by TTI Speag. The calibration was performed on October 15, 2024, adhering to the FF-Z11-004-02 calibration procedures for dosimetric E-field probes. The certificate ensures traceability to national standards, guaranteeing the accuracy of SAR (Specific Absorption Rate) measurements. All calibrations were conducted in a controlled laboratory environment, maintaining a temperature of 22±3°C and humidity below 70%.
The calibration process involves assessing various probe parameters, including sensitivity in free space (NORMx,y,z), conversion factors (ConvF) for different tissue simulating liquids, diode compression point (DCP), and modulation dependent linearization parameters. The frequency response of the probe is also evaluated to ensure accurate measurements across a wide frequency range. The certificate includes detailed information on the equipment used for calibration, as well as the uncertainties associated with each measurement.
The calibration is performed according to IEEE, IEC, and KDB standards, ensuring compliance with industry best practices for SAR measurements. The document provides a comprehensive overview of the probe's performance characteristics, making it an essential reference for researchers and engineers involved in SAR testing and compliance assessment.
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This document presents the calibration certificate for the ES3DV3 probe, serial number 3220, manufactured by TTI Speag. The calibration was performed on October 15, 2024, adhering to the FF-Z11-004-02 calibration procedures for dosimetric E-field probes. The certificate ensures traceability to national standards, guaranteeing the accuracy of SAR (Specific Absorption Rate) measurements. All calibrations were conducted in a controlled laboratory environment, maintaining a temperature of 22±3°C and humidity below 70%.
The calibration process involves assessing various probe parameters, including sensitivity in free space (NORMx,y,z), conversion factors (ConvF) for different tissue simulating liquids, diode compression point (DCP), and modulation dependent linearization parameters. The frequency response of the probe is also evaluated to ensure accurate measurements across a wide frequency range. The certificate includes detailed information on the equipment used for calibration, as well as the uncertainties associated with each measurement.
The calibration is performed according to IEEE, IEC, and KDB standards, ensuring compliance with industry best practices for SAR measurements. The document provides a comprehensive overview of the probe's performance characteristics, making it an essential reference for researchers and engineers involved in SAR testing and compliance assessment.
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