This document presents the test results for maximum power spectral density, conducted by UL Japan, Inc. at their Shonan EMC Lab. The report, identified by number 14747914S-C, details the testing performed on wireless devices to ensure compliance with FCC regulations. The tests were conducted on April 28, 2023, under controlled temperature and humidity conditions.
The report includes data from various test equipment, including spectrum analyzers (Keysight E4446A, E4448A), digital testers (SANWA PC500), attenuators (Weinschel Corp. 54A-10), and power sensors (Keysight N1923A). Different modulation schemes, such as 11ax-40(OFDMA) and 11ax-80(OFDMA), were evaluated across different radio frequency channels and configurations. The results are presented in graphical and tabular formats, showing frequency, reading, cable loss, attenuator values, antenna gain, EIRP, and margin against regulatory limits. The report provides a comprehensive overview of the device's performance in terms of power spectral density, ensuring it meets the required standards for safe and efficient operation.
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This document presents the test results for maximum power spectral density, conducted by UL Japan, Inc. at their Shonan EMC Lab. The report, identified by number 14747914S-C, details the testing performed on wireless devices to ensure compliance with FCC regulations. The tests were conducted on April 28, 2023, under controlled temperature and humidity conditions.
The report includes data from various test equipment, including spectrum analyzers (Keysight E4446A, E4448A), digital testers (SANWA PC500), attenuators (Weinschel Corp. 54A-10), and power sensors (Keysight N1923A). Different modulation schemes, such as 11ax-40(OFDMA) and 11ax-80(OFDMA), were evaluated across different radio frequency channels and configurations. The results are presented in graphical and tabular formats, showing frequency, reading, cable loss, attenuator values, antenna gain, EIRP, and margin against regulatory limits. The report provides a comprehensive overview of the device's performance in terms of power spectral density, ensuring it meets the required standards for safe and efficient operation.
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