This document is a comprehensive FCC Part 15C test report for the HYUNDAI True Wireless Earphones, model HY-T02 Ultra. The report details the results of various tests conducted to ensure compliance with FCC regulations, specifically focusing on Bluetooth operation in the 2402MHz~2480MHz frequency range. Shenzhen HTT Technology Co., Ltd. performed the tests, adhering to ANSI C63.10:2013 standards.
The report covers a wide range of tests, including conducted emissions, radiated emissions, conducted peak output power, 20dB emission bandwidth, frequencies separation, hopping channel number, dwell time, band edge compliance, and spurious emissions. Each test section provides detailed information on the test setup, procedure, and results, along with relevant measurement data and graphical representations. The equipment under test (EUT) was evaluated in different modulation modes (GFSK, π/4-DQPSK, 8-DPSK) to determine its performance under various operating conditions.
The test results indicate that the HYUNDAI True Wireless Earphones comply with the FCC Part 15C requirements. All measured parameters were within the specified limits, demonstrating the device's ability to operate without causing undue interference to other radio communications. The report concludes with details on the test setup, EUT construction, and antenna requirements, providing a complete overview of the compliance testing process.
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This document is a comprehensive FCC Part 15C test report for the HYUNDAI True Wireless Earphones, model HY-T02 Ultra. The report details the results of various tests conducted to ensure compliance with FCC regulations, specifically focusing on Bluetooth operation in the 2402MHz~2480MHz frequency range. Shenzhen HTT Technology Co., Ltd. performed the tests, adhering to ANSI C63.10:2013 standards.
The report covers a wide range of tests, including conducted emissions, radiated emissions, conducted peak output power, 20dB emission bandwidth, frequencies separation, hopping channel number, dwell time, band edge compliance, and spurious emissions. Each test section provides detailed information on the test setup, procedure, and results, along with relevant measurement data and graphical representations. The equipment under test (EUT) was evaluated in different modulation modes (GFSK, π/4-DQPSK, 8-DPSK) to determine its performance under various operating conditions.
The test results indicate that the HYUNDAI True Wireless Earphones comply with the FCC Part 15C requirements. All measured parameters were within the specified limits, demonstrating the device's ability to operate without causing undue interference to other radio communications. The report concludes with details on the test setup, EUT construction, and antenna requirements, providing a complete overview of the compliance testing process.
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