This document presents the calibration certificate for the D2450V2 dipole with serial number 805, conducted by CAICT Calibration Laboratory. The calibration adheres to national standards, ensuring traceability and accuracy in physical measurements. The certificate details the calibration procedures, equipment used, and environmental conditions maintained during the process.
The dipole's performance is evaluated based on key parameters such as impedance, return loss, and SAR values in a tissue simulating liquid (TSL). The measurements are performed using a DASY52 system, and the results are normalized to a 1W input power. The certificate includes antenna parameters with Head TSL, general antenna parameters and design, and additional EUT data. The reported uncertainty of measurement is stated as the standard uncertainty multiplied by the coverage factor k=2, which corresponds to a coverage probability of approximately 95%.
The calibration process involves assessing the dipole's feed point impedance, return loss, and SAR values in a controlled environment. The results are compared against nominal TSL parameters to ensure compliance with established standards. This certificate serves as a validation of the dipole's performance and its suitability for SAR measurements in research and development applications.
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[title] => D2450V2 Dipole Calibration Certificate - SN: 805
[description] => Calibration certificate for the D2450V2 dipole, serial number 805, ensuring accuracy and compliance with international standards for SAR measurements.
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This document presents the calibration certificate for the D2450V2 dipole with serial number 805, conducted by CAICT Calibration Laboratory. The calibration adheres to national standards, ensuring traceability and accuracy in physical measurements. The certificate details the calibration procedures, equipment used, and environmental conditions maintained during the process.
The dipole's performance is evaluated based on key parameters such as impedance, return loss, and SAR values in a tissue simulating liquid (TSL). The measurements are performed using a DASY52 system, and the results are normalized to a 1W input power. The certificate includes antenna parameters with Head TSL, general antenna parameters and design, and additional EUT data. The reported uncertainty of measurement is stated as the standard uncertainty multiplied by the coverage factor k=2, which corresponds to a coverage probability of approximately 95%.
The calibration process involves assessing the dipole's feed point impedance, return loss, and SAR values in a controlled environment. The results are compared against nominal TSL parameters to ensure compliance with established standards. This certificate serves as a validation of the dipole's performance and its suitability for SAR measurements in research and development applications.
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