This document presents the calibration certificate for the EX3DV4 probe, serial number 3805, performed by SHENZHEN LCS. The calibration adheres to international standards, ensuring the probe's accuracy and reliability in electromagnetic field measurements. The certificate details the calibration procedures, equipment used, and the derived parameters, including sensitivity, linearity, and isotropy.
The calibration process involves assessing the probe's response in controlled electromagnetic fields and comparing it to known standards. This ensures that the probe provides accurate readings across a range of frequencies and field strengths. The certificate includes information on the probe's performance in tissue-simulating media, which is crucial for SAR (Specific Absorption Rate) measurements.
The document also provides details on the probe's physical characteristics, such as sensor arrangement, connector angle, and tip dimensions. This information is essential for proper probe handling and integration into measurement systems. The calibration certificate is a testament to the probe's quality and its suitability for use in demanding electromagnetic measurement applications.
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This document presents the calibration certificate for the EX3DV4 probe, serial number 3805, performed by SHENZHEN LCS. The calibration adheres to international standards, ensuring the probe's accuracy and reliability in electromagnetic field measurements. The certificate details the calibration procedures, equipment used, and the derived parameters, including sensitivity, linearity, and isotropy.
The calibration process involves assessing the probe's response in controlled electromagnetic fields and comparing it to known standards. This ensures that the probe provides accurate readings across a range of frequencies and field strengths. The certificate includes information on the probe's performance in tissue-simulating media, which is crucial for SAR (Specific Absorption Rate) measurements.
The document also provides details on the probe's physical characteristics, such as sensor arrangement, connector angle, and tip dimensions. This information is essential for proper probe handling and integration into measurement systems. The calibration certificate is a testament to the probe's quality and its suitability for use in demanding electromagnetic measurement applications.
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