This document contains calibration certificates for two dipoles, the D3500V2 and D3700V2, manufactured by SPEAG. These certificates ensure the accuracy and reliability of Specific Absorption Rate (SAR) measurements performed using these dipoles. The calibrations were conducted by China Telecommunication Technology Labs (CAICT) in compliance with international standards such as IEC/IEEE 62209-1528 and KDB 865664.
The certificates provide detailed information about the measurement conditions, including the DASY system configuration, tissue simulating liquid (TSL) parameters, and antenna parameters. Key parameters such as impedance, return loss, and electrical delay are reported. The SAR values measured at specific frequencies and input power levels are also included, along with the associated uncertainties. These certificates are essential for validating the performance of SAR measurement systems and ensuring the safety of wireless communication devices.
The calibration process involves precise measurements and comparisons against known standards to determine any deviations or errors in the dipole's performance. The results are then used to adjust the measurement system and compensate for any inaccuracies. This ensures that the SAR values reported are accurate and reliable, providing confidence in the safety assessment of wireless devices.
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[title] => DASY Calibration Certificate for Dipole D3500V2 & D3700V2
[description] => Calibration certificates for D3500V2 and D3700V2 dipoles, ensuring accurate SAR measurements. Compliant with IEC/IEEE standards.
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This document contains calibration certificates for two dipoles, the D3500V2 and D3700V2, manufactured by SPEAG. These certificates ensure the accuracy and reliability of Specific Absorption Rate (SAR) measurements performed using these dipoles. The calibrations were conducted by China Telecommunication Technology Labs (CAICT) in compliance with international standards such as IEC/IEEE 62209-1528 and KDB 865664.
The certificates provide detailed information about the measurement conditions, including the DASY system configuration, tissue simulating liquid (TSL) parameters, and antenna parameters. Key parameters such as impedance, return loss, and electrical delay are reported. The SAR values measured at specific frequencies and input power levels are also included, along with the associated uncertainties. These certificates are essential for validating the performance of SAR measurement systems and ensuring the safety of wireless communication devices.
The calibration process involves precise measurements and comparisons against known standards to determine any deviations or errors in the dipole's performance. The results are then used to adjust the measurement system and compensate for any inaccuracies. This ensures that the SAR values reported are accurate and reliable, providing confidence in the safety assessment of wireless devices.
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