This document contains a collection of calibration reports for a COMOSAR Dosimetric E-Field Probe and several COMOSAR Reference Dipoles, all calibrated by MVG (Microwave Vision Group). The reports detail the calibration methods, results, and uncertainties, ensuring traceability to international standards (SI) and compliance with IEC/IEEE 62209-1528 and FCC KDB865664 D01 standards.
The E-Field Probe calibration report (ACR.193.11.24.BES.B) covers sensitivity, linearity, isotropy, boundary effect, and modulation response. The reference dipole calibration reports (ACR.200.5.24.BES.B and ACR.200.6.24.BES.B) include return loss, impedance, and SAR measurements in both head and body simulating liquids. Mechanical dimensions are also verified. The calibration process utilizes MVG's CALIPROBE test bench and COMOSAR system.
These reports are essential for ensuring the accuracy and reliability of SAR measurements performed using MVG's COMOSAR system. The calibration results are traceable to national metrology institutions, providing confidence in the validity of the measurements.
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This document contains a collection of calibration reports for a COMOSAR Dosimetric E-Field Probe and several COMOSAR Reference Dipoles, all calibrated by MVG (Microwave Vision Group). The reports detail the calibration methods, results, and uncertainties, ensuring traceability to international standards (SI) and compliance with IEC/IEEE 62209-1528 and FCC KDB865664 D01 standards.
The E-Field Probe calibration report (ACR.193.11.24.BES.B) covers sensitivity, linearity, isotropy, boundary effect, and modulation response. The reference dipole calibration reports (ACR.200.5.24.BES.B and ACR.200.6.24.BES.B) include return loss, impedance, and SAR measurements in both head and body simulating liquids. Mechanical dimensions are also verified. The calibration process utilizes MVG's CALIPROBE test bench and COMOSAR system.
These reports are essential for ensuring the accuracy and reliability of SAR measurements performed using MVG's COMOSAR system. The calibration results are traceable to national metrology institutions, providing confidence in the validity of the measurements.
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