This document presents a detailed RF test report focusing on Bluetooth device performance. The report includes comprehensive data on conducted output power, 20dB bandwidth, carrier frequencies separation, out-of-band emissions, and dwell time. The tests were conducted to ensure compliance with regulatory standards and to characterize the device's radio frequency behavior.
The report covers various modulation schemes, including GFSK, π/4DQPSK, and 8DPSK, with different packet types such as DH5, 2-DH5, and 3-DH5. Each test is accompanied by detailed graphs and tables, providing a clear visualization of the results. The conducted output power test measures the maximum power transmitted by the device across different channels, ensuring it remains within specified limits. The 20dB bandwidth test determines the spectral width of the transmitted signal, while the carrier frequencies separation test verifies the spacing between adjacent channels.
Furthermore, the report includes an analysis of out-of-band emissions to assess the level of spurious signals outside the intended frequency band. The dwell time test measures the duration for which the device occupies a particular channel, ensuring it meets regulatory requirements. All tests were performed according to established methodologies, and the results indicate that the device meets the required performance criteria.
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This document presents a detailed RF test report focusing on Bluetooth device performance. The report includes comprehensive data on conducted output power, 20dB bandwidth, carrier frequencies separation, out-of-band emissions, and dwell time. The tests were conducted to ensure compliance with regulatory standards and to characterize the device's radio frequency behavior.
The report covers various modulation schemes, including GFSK, π/4DQPSK, and 8DPSK, with different packet types such as DH5, 2-DH5, and 3-DH5. Each test is accompanied by detailed graphs and tables, providing a clear visualization of the results. The conducted output power test measures the maximum power transmitted by the device across different channels, ensuring it remains within specified limits. The 20dB bandwidth test determines the spectral width of the transmitted signal, while the carrier frequencies separation test verifies the spacing between adjacent channels.
Furthermore, the report includes an analysis of out-of-band emissions to assess the level of spurious signals outside the intended frequency band. The dwell time test measures the duration for which the device occupies a particular channel, ensuring it meets regulatory requirements. All tests were performed according to established methodologies, and the results indicate that the device meets the required performance criteria.
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