This document presents a comprehensive test report detailing the power spectral density (PSD) measurements conducted on various WLAN devices. The report includes detailed test results, graphical representations, and configuration settings for each tested device. The primary objective of this testing is to ensure that the devices comply with regulatory limits for PSD, particularly within the 5.725-5.85 GHz band.
The report covers a range of WLAN standards, including 11A, 11N20SISO, 11N40SISO, 11AC20SISO, 11AC40SISO, and 11AC80SISO. Each test configuration includes specific frequency channels, antenna configurations, and modulation schemes. The test results are presented in a clear and concise manner, with tables summarizing the measured PSD values, duty cycle factors, RBW factors, and compliance verdicts. The report also includes spectrum analyzer plots illustrating the PSD profiles for each tested configuration.
The testing methodology adheres to established industry standards and best practices. The spectrum analyzer is configured with appropriate settings for resolution bandwidth (RBW), video bandwidth (VBW), and sweep time. The duty cycle and RBW factors are carefully considered and compensated for in the PSD calculations. The test results are compared against regulatory limits to determine compliance. This report serves as a valuable resource for manufacturers, regulatory agencies, and other stakeholders interested in the performance and compliance of WLAN devices.
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This document presents a comprehensive test report detailing the power spectral density (PSD) measurements conducted on various WLAN devices. The report includes detailed test results, graphical representations, and configuration settings for each tested device. The primary objective of this testing is to ensure that the devices comply with regulatory limits for PSD, particularly within the 5.725-5.85 GHz band.
The report covers a range of WLAN standards, including 11A, 11N20SISO, 11N40SISO, 11AC20SISO, 11AC40SISO, and 11AC80SISO. Each test configuration includes specific frequency channels, antenna configurations, and modulation schemes. The test results are presented in a clear and concise manner, with tables summarizing the measured PSD values, duty cycle factors, RBW factors, and compliance verdicts. The report also includes spectrum analyzer plots illustrating the PSD profiles for each tested configuration.
The testing methodology adheres to established industry standards and best practices. The spectrum analyzer is configured with appropriate settings for resolution bandwidth (RBW), video bandwidth (VBW), and sweep time. The duty cycle and RBW factors are carefully considered and compensated for in the PSD calculations. The test results are compared against regulatory limits to determine compliance. This report serves as a valuable resource for manufacturers, regulatory agencies, and other stakeholders interested in the performance and compliance of WLAN devices.
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