This document contains a collection of SAR (Specific Absorption Rate) reference dipole and waveguide calibration reports from NTEK. These reports detail the methods and results of accredited calibrations performed in accordance with IEEE, FCC, and CEI/IEC standards. The calibrations are essential for ensuring the accuracy and reliability of SAR measurement systems used to evaluate the safety of wireless devices.
The reports include detailed equipment lists, measurement setups, and results for various frequencies. Key parameters such as return loss, impedance, and SAR values are presented, along with uncertainty analyses. The calibration results are traceable to national metrology institutions, providing confidence in the validity of the measurements.
Specific models covered include the COMOSAR 3500 MHz reference dipole (SID3500) and the COMOSAR 5000-6000 MHz reference waveguide (SWG5500). The reports also include information on the calibration environment, including liquid properties and temperature control.
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This document contains a collection of SAR (Specific Absorption Rate) reference dipole and waveguide calibration reports from NTEK. These reports detail the methods and results of accredited calibrations performed in accordance with IEEE, FCC, and CEI/IEC standards. The calibrations are essential for ensuring the accuracy and reliability of SAR measurement systems used to evaluate the safety of wireless devices.
The reports include detailed equipment lists, measurement setups, and results for various frequencies. Key parameters such as return loss, impedance, and SAR values are presented, along with uncertainty analyses. The calibration results are traceable to national metrology institutions, providing confidence in the validity of the measurements.
Specific models covered include the COMOSAR 3500 MHz reference dipole (SID3500) and the COMOSAR 5000-6000 MHz reference waveguide (SWG5500). The reports also include information on the calibration environment, including liquid properties and temperature control.
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