This document presents the radiated emission test results for the BT_BT8916A2 device, as conducted by Shenzhen Huaxia Testing Technology Co., Ltd. The report focuses on the 8DPSK (3DH5) modulation mode and examines various test channels, including the lowest, middle, and highest frequencies. The data includes detailed measurements of frequency, receiver readings, antenna factors, emission levels, and comparisons against specified limits.
The report outlines the methodology used for calculating field strength, incorporating antenna factors, cable factors, and preamplifier factors. It also addresses the scanning range from 9kHz to 25GHz, noting that disturbances above 10GHz and below 30MHz were minimal. For frequencies above 1GHz, the report emphasizes that peak field strength measurements were prioritized, given that they should not exceed the maximum permitted average limits by more than 20 dB under any modulation condition.
The document also includes photographs of the EUT test setup for radiated and conducted emissions, providing a visual representation of the testing environment. Finally, it references Appendix 2 for additional photographs of the EUT's constructional details.
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[description] => Detailed radiated emission test results for the BT_BT8916A2 device, covering 8DPSK (3DH5) mode and various test channels. Includes frequency, reading, and limits.
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This document presents the radiated emission test results for the BT_BT8916A2 device, as conducted by Shenzhen Huaxia Testing Technology Co., Ltd. The report focuses on the 8DPSK (3DH5) modulation mode and examines various test channels, including the lowest, middle, and highest frequencies. The data includes detailed measurements of frequency, receiver readings, antenna factors, emission levels, and comparisons against specified limits.
The report outlines the methodology used for calculating field strength, incorporating antenna factors, cable factors, and preamplifier factors. It also addresses the scanning range from 9kHz to 25GHz, noting that disturbances above 10GHz and below 30MHz were minimal. For frequencies above 1GHz, the report emphasizes that peak field strength measurements were prioritized, given that they should not exceed the maximum permitted average limits by more than 20 dB under any modulation condition.
The document also includes photographs of the EUT test setup for radiated and conducted emissions, providing a visual representation of the testing environment. Finally, it references Appendix 2 for additional photographs of the EUT's constructional details.
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