This document presents the calibration certificate for the TOWE D2450V2 dipole with serial number SN:1099. The calibration was performed by Schmid & Partner Engineering AG (SPEAG) and is accredited by the Swiss Accreditation Service (SAS). The certificate details the calibration procedure, equipment used, and the measured parameters, including impedance and return loss. The dipole is designed for use in SAR (Specific Absorption Rate) measurements and is calibrated for head tissue simulation.
The appendix includes additional assessments outside the scope of the SCS 0108 accreditation, such as antenna parameters with head TSL (Tissue Simulating Liquid) and a DASY5 validation report. The report provides detailed information on the measurement conditions, SAR results, and impedance measurement plots. Furthermore, the document includes extended dipole calibrations, verifying that the dipole remains within acceptable limits for return loss and impedance, allowing for an extended calibration interval.
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[title] => TOWE D2450V2 SN:1099 Extended Dipole Calibration Certificate
[description] => Calibration certificate for the TOWE D2450V2 SN:1099 dipole, including impedance, return loss, and SAR results for head tissue simulation.
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[keywords] => ["D2450V2", "SN:1099", "D2450V2-1099_Feb23", "24J02Z000974", "SCS 0108", "DAE4ip - SN: 1846"]
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This document presents the calibration certificate for the TOWE D2450V2 dipole with serial number SN:1099. The calibration was performed by Schmid & Partner Engineering AG (SPEAG) and is accredited by the Swiss Accreditation Service (SAS). The certificate details the calibration procedure, equipment used, and the measured parameters, including impedance and return loss. The dipole is designed for use in SAR (Specific Absorption Rate) measurements and is calibrated for head tissue simulation.
The appendix includes additional assessments outside the scope of the SCS 0108 accreditation, such as antenna parameters with head TSL (Tissue Simulating Liquid) and a DASY5 validation report. The report provides detailed information on the measurement conditions, SAR results, and impedance measurement plots. Furthermore, the document includes extended dipole calibrations, verifying that the dipole remains within acceptable limits for return loss and impedance, allowing for an extended calibration interval.
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