This document presents the calibration report for the COMOSAR E-Field Probe with serial number 4024-EPGO-442. The calibration was performed by MVG (Microwave Vision Group) and is accredited by Cofrac. The report details the calibration method, which adheres to IEC/IEEE 62209-1528 and FCC KDB865664 D01 standards.
The calibration process involves determining the sensitivity factors of the probe's three dipoles using a two-step method in air and tissue-simulating liquid. Linearity is evaluated in free space using a waveguide, and axial isotropy is assessed by exposing the probe to a reference wave. The boundary effect, defined as the deviation between measured and expected SAR values near the interface, is also analyzed.
The report includes calibration results in both air and liquid, along with verification results demonstrating the probe's linearity and axial isotropy. A list of equipment used during the calibration process is also provided. The calibration date is October 4, 2024.
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This document presents the calibration report for the COMOSAR E-Field Probe with serial number 4024-EPGO-442. The calibration was performed by MVG (Microwave Vision Group) and is accredited by Cofrac. The report details the calibration method, which adheres to IEC/IEEE 62209-1528 and FCC KDB865664 D01 standards.
The calibration process involves determining the sensitivity factors of the probe's three dipoles using a two-step method in air and tissue-simulating liquid. Linearity is evaluated in free space using a waveguide, and axial isotropy is assessed by exposing the probe to a reference wave. The boundary effect, defined as the deviation between measured and expected SAR values near the interface, is also analyzed.
The report includes calibration results in both air and liquid, along with verification results demonstrating the probe's linearity and axial isotropy. A list of equipment used during the calibration process is also provided. The calibration date is October 4, 2024.
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