This FCC test report, numbered 14747914S-B, details the results of various conducted tests performed on a wireless device. The tests were conducted at the Shonan EMC Lab of UL Japan, Inc. across multiple dates in April and May 2023. The report includes measurements of average output power, conducted spurious emissions, and power density across different operating modes and frequencies.
The average output power measurements are presented for 11b, 11g, 11n-20, and 11ax-20(OFDM) modes, including reference data for RF exposure assessment. Burst rate confirmation data is also provided. Conducted spurious emission tests were performed, and power density measurements are detailed with spectrum analyzer plots. The report includes a comprehensive list of test instruments used, along with their calibration dates, ensuring traceability to national or international standards.
The report provides a detailed analysis of the device's compliance with FCC regulations, focusing on conducted emissions and power density limits. The data presented is crucial for assessing the device's potential for RF exposure and ensuring its safe operation.
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This FCC test report, numbered 14747914S-B, details the results of various conducted tests performed on a wireless device. The tests were conducted at the Shonan EMC Lab of UL Japan, Inc. across multiple dates in April and May 2023. The report includes measurements of average output power, conducted spurious emissions, and power density across different operating modes and frequencies.
The average output power measurements are presented for 11b, 11g, 11n-20, and 11ax-20(OFDM) modes, including reference data for RF exposure assessment. Burst rate confirmation data is also provided. Conducted spurious emission tests were performed, and power density measurements are detailed with spectrum analyzer plots. The report includes a comprehensive list of test instruments used, along with their calibration dates, ensuring traceability to national or international standards.
The report provides a detailed analysis of the device's compliance with FCC regulations, focusing on conducted emissions and power density limits. The data presented is crucial for assessing the device's potential for RF exposure and ensuring its safe operation.
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