This document presents a comprehensive calibration certificate for the EX3DV4 probe (SN: 3836), a crucial component in SAR (Specific Absorption Rate) measurement systems. The calibration was performed by CAICT and adheres to national standards, ensuring traceability and accuracy. The certificate details various parameters, including sensor arrangement, connector angle, and surface detection modes. It also provides essential data on AD-converter values, input offset measurements, input offset current, and input resistance.
Furthermore, the document includes information on low battery alarm voltage and power consumption, offering insights into the probe's operational characteristics. The calibration parameters determined in head tissue simulating media are meticulously documented, covering a wide range of frequencies. This certificate serves as a vital reference for researchers and engineers involved in SAR testing, providing the necessary information to ensure reliable and compliant measurements.
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[description] => Detailed calibration certificate for the EX3DV4 probe, including sensitivity, linearity, and tissue simulation parameters. Essential for accurate SAR measurements.
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This document presents a comprehensive calibration certificate for the EX3DV4 probe (SN: 3836), a crucial component in SAR (Specific Absorption Rate) measurement systems. The calibration was performed by CAICT and adheres to national standards, ensuring traceability and accuracy. The certificate details various parameters, including sensor arrangement, connector angle, and surface detection modes. It also provides essential data on AD-converter values, input offset measurements, input offset current, and input resistance.
Furthermore, the document includes information on low battery alarm voltage and power consumption, offering insights into the probe's operational characteristics. The calibration parameters determined in head tissue simulating media are meticulously documented, covering a wide range of frequencies. This certificate serves as a vital reference for researchers and engineers involved in SAR testing, providing the necessary information to ensure reliable and compliant measurements.
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