DASY Calibration Certificate for D2000V2 Dipole Validation

SAR_Annex F DASY Calibration Certificate_3

This document presents the calibration certificate for a dipole validation kit, specifically the D2000V2 model, serial number 1050. The calibration was performed by CAICT in accordance with international standards, including IEC/IEEE 62209-1528 and KDB 865664, ensuring accurate Specific Absorption Rate (SAR) measurements. The certificate details the calibration procedures, equipment used, and the measured parameters of the dipole in a tissue simulating liquid (TSL) environment.

Key parameters such as impedance, return loss, and SAR values are reported, along with their associated uncertainties. The document also includes information on the antenna parameters with TSL, general antenna parameters, and additional EUT data. The calibration process adheres to strict quality control measures, with all calibrations conducted in a controlled laboratory environment. This certificate serves as evidence of the dipole's compliance with relevant standards and its suitability for use in SAR testing.


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tags: ["D2000V2", "D2000V2 - SN: 1050", "FF-Z11-003-01", "24J02Z000798", "D1800V2", "D1800V2 - SN: 2d158"]
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This document presents the calibration certificate for a dipole validation kit, specifically the D2000V2 model, serial number 1050. The calibration was performed by CAICT in accordance with international standards, including IEC/IEEE 62209-1528 and KDB 865664, ensuring accurate Specific Absorption Rate (SAR) measurements. The certificate details the calibration procedures, equipment used, and the measured parameters of the dipole in a tissue simulating liquid (TSL) environment.

Key parameters such as impedance, return loss, and SAR values are reported, along with their associated uncertainties. The document also includes information on the antenna parameters with TSL, general antenna parameters, and additional EUT data. The calibration process adheres to strict quality control measures, with all calibrations conducted in a controlled laboratory environment. This certificate serves as evidence of the dipole's compliance with relevant standards and its suitability for use in SAR testing.

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