This document, titled Appendix D, presents photographic evidence related to the Specific Absorption Rate (SAR) testing of an Electronic Under Test (EUT). Prepared by SGS-CSTC Standards Technical Services Co., Ltd. Shenzhen Branch, it includes visual documentation of the SAR measurement system, ensuring transparency and traceability in the testing process.
The appendix features photographs of the tissue simulate liquid used during testing, confirming the appropriate medium for simulating human tissue characteristics. It also provides images of the EUT in various test positions, illustrating the configurations used to assess SAR values. Furthermore, the document includes detailed photographs of the EUT's antenna locations, crucial for understanding the device's radiation patterns and potential exposure areas. Finally, constructional details of the EUT are presented, offering insights into its internal components and design.
This comprehensive photographic record serves as a valuable reference for verifying the accuracy and reliability of the SAR testing results, as well as providing a visual understanding of the EUT's physical characteristics and testing setup.
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This document, titled Appendix D, presents photographic evidence related to the Specific Absorption Rate (SAR) testing of an Electronic Under Test (EUT). Prepared by SGS-CSTC Standards Technical Services Co., Ltd. Shenzhen Branch, it includes visual documentation of the SAR measurement system, ensuring transparency and traceability in the testing process.
The appendix features photographs of the tissue simulate liquid used during testing, confirming the appropriate medium for simulating human tissue characteristics. It also provides images of the EUT in various test positions, illustrating the configurations used to assess SAR values. Furthermore, the document includes detailed photographs of the EUT's antenna locations, crucial for understanding the device's radiation patterns and potential exposure areas. Finally, constructional details of the EUT are presented, offering insights into its internal components and design.
This comprehensive photographic record serves as a valuable reference for verifying the accuracy and reliability of the SAR testing results, as well as providing a visual understanding of the EUT's physical characteristics and testing setup.
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