This document presents a comprehensive calibration report for the EX3DV4 probe (SN:7555) and D2450V2 dipole (SN:737), detailing the calibration procedures, parameters, and assessment results. The calibration was performed by Schmid & Partner Engineering AG, an accredited Swiss Calibration Service, ensuring traceability to national standards.
The report includes detailed information on the probe's basic calibration parameters, modulation response, sensor model parameters, and other probe parameters. It also provides calibration parameter determination in head tissue simulating media, frequency response of the E-field, receiving pattern, dynamic range, conversion factor assessment, and deviation from isotropy in liquid. The dipole calibration includes antenna parameters with head TSL, general antenna parameters and design, and additional EUT data.
This report is essential for understanding the performance characteristics of the calibrated devices and ensuring accurate measurements in various applications. The calibration certificates and associated data provide a reliable basis for validating the accuracy of measurements performed using these devices.
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This document presents a comprehensive calibration report for the EX3DV4 probe (SN:7555) and D2450V2 dipole (SN:737), detailing the calibration procedures, parameters, and assessment results. The calibration was performed by Schmid & Partner Engineering AG, an accredited Swiss Calibration Service, ensuring traceability to national standards.
The report includes detailed information on the probe's basic calibration parameters, modulation response, sensor model parameters, and other probe parameters. It also provides calibration parameter determination in head tissue simulating media, frequency response of the E-field, receiving pattern, dynamic range, conversion factor assessment, and deviation from isotropy in liquid. The dipole calibration includes antenna parameters with head TSL, general antenna parameters and design, and additional EUT data.
This report is essential for understanding the performance characteristics of the calibrated devices and ensuring accurate measurements in various applications. The calibration certificates and associated data provide a reliable basis for validating the accuracy of measurements performed using these devices.
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