This document contains a collection of SAR (Specific Absorption Rate) reference dipole calibration reports provided by MVG (Microwave Vision Group). These reports summarize the requirements set forth by the IEC/IEEE 62209-1528 and FCC KDB865664 D01 standards for reference dipoles used in SAR measurement system validations. The measurements performed verify that the product complies with the aforementioned standards.
The reports detail the device under test (DUT), including the manufacturer, model, and serial number. They also describe the product, including general information about MVG's COMOSAR validation dipoles, which are built in accordance with the relevant standards and designed for use with the COMOSAR test bench only.
The measurement methods used are outlined, covering mechanical requirements, S11 parameter requirements, and SAR requirements. Measurement uncertainty is also addressed, including mechanical dimensions, S11 parameter, and SAR. The calibration results are presented, including mechanical dimensions, S11 parameter in head liquid, and SAR with head liquid. Finally, a list of equipment used in the calibration process is provided.
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This document contains a collection of SAR (Specific Absorption Rate) reference dipole calibration reports provided by MVG (Microwave Vision Group). These reports summarize the requirements set forth by the IEC/IEEE 62209-1528 and FCC KDB865664 D01 standards for reference dipoles used in SAR measurement system validations. The measurements performed verify that the product complies with the aforementioned standards.
The reports detail the device under test (DUT), including the manufacturer, model, and serial number. They also describe the product, including general information about MVG's COMOSAR validation dipoles, which are built in accordance with the relevant standards and designed for use with the COMOSAR test bench only.
The measurement methods used are outlined, covering mechanical requirements, S11 parameter requirements, and SAR requirements. Measurement uncertainty is also addressed, including mechanical dimensions, S11 parameter, and SAR. The calibration results are presented, including mechanical dimensions, S11 parameter in head liquid, and SAR with head liquid. Finally, a list of equipment used in the calibration process is provided.
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