This document presents a comprehensive system performance check report, summarizing the performance of various dipole models ranging from D750V3 to D5GHzV2. The report details key metrics such as frequency, power levels, and deviations in 1g, 10g, and peak SAR values. It also includes information on the exposure conditions, hardware setup, and scan setup used during the performance checks.
The report provides a detailed overview of the measurement results, including area scan and zoom scan data, along with information on TSL conductivity and permittivity. The hardware setup section specifies the phantom, TSL, probe, and DAE used during the tests, along with their respective calibration dates. The scan setup section outlines the grid extents, grid steps, sensor surface, and scan method used for both area and zoom scans.
This report is essential for understanding the performance characteristics of these dipole models and ensuring their compliance with relevant standards and regulations. The data presented can be used for validation and verification purposes, as well as for optimizing the performance of RF exposure measurement systems.
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This document presents a comprehensive system performance check report, summarizing the performance of various dipole models ranging from D750V3 to D5GHzV2. The report details key metrics such as frequency, power levels, and deviations in 1g, 10g, and peak SAR values. It also includes information on the exposure conditions, hardware setup, and scan setup used during the performance checks.
The report provides a detailed overview of the measurement results, including area scan and zoom scan data, along with information on TSL conductivity and permittivity. The hardware setup section specifies the phantom, TSL, probe, and DAE used during the tests, along with their respective calibration dates. The scan setup section outlines the grid extents, grid steps, sensor surface, and scan method used for both area and zoom scans.
This report is essential for understanding the performance characteristics of these dipole models and ensuring their compliance with relevant standards and regulations. The data presented can be used for validation and verification purposes, as well as for optimizing the performance of RF exposure measurement systems.
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