This document presents the findings of comprehensive testing conducted to assess the maximum power spectral density (PSD) and radio frequency (RF) spurious emissions of a wireless device. The report, identified by number E04A24120673F00201, details the test setup, procedures, and results obtained during the evaluation. The primary objective was to ensure compliance with regulatory limits for PSD and spurious emissions, thereby verifying the device's adherence to established standards.
The testing encompassed various operational modes and frequency bands, with measurements taken at different antenna ports. The results are presented in tabular format, including conducted PSD, duty factor, total PSD, limit values, and verdict (pass/fail). Additionally, the report includes band edge analysis to assess the device's performance at the boundaries of its operating frequency range. The test setup and configurations are documented through photographs, providing a visual representation of the testing environment. The report concludes with an appendix containing photographs of the equipment under test (EUT), offering a detailed view of the device's physical characteristics and components.
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This document presents the findings of comprehensive testing conducted to assess the maximum power spectral density (PSD) and radio frequency (RF) spurious emissions of a wireless device. The report, identified by number E04A24120673F00201, details the test setup, procedures, and results obtained during the evaluation. The primary objective was to ensure compliance with regulatory limits for PSD and spurious emissions, thereby verifying the device's adherence to established standards.
The testing encompassed various operational modes and frequency bands, with measurements taken at different antenna ports. The results are presented in tabular format, including conducted PSD, duty factor, total PSD, limit values, and verdict (pass/fail). Additionally, the report includes band edge analysis to assess the device's performance at the boundaries of its operating frequency range. The test setup and configurations are documented through photographs, providing a visual representation of the testing environment. The report concludes with an appendix containing photographs of the equipment under test (EUT), offering a detailed view of the device's physical characteristics and components.
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