This document presents a detailed RF test report for a Bluetooth device, focusing on key performance metrics. The report includes comprehensive data and graphical representations for conducted output power, 20dB bandwidth, carrier frequencies separation, out-of-band emissions, dwell time, and the number of hopping channels. The tests were conducted by AIT and the report is identified by the number AiTSZ-250401047FW1.
The report covers various Bluetooth modulation schemes, including GFSK, π/4DQPSK, and 8DPSK, with different packet types such as DH5, 2-DH5, and 3-DH5. Each test is performed across multiple channels (0, 39, and 78) to ensure thorough evaluation. The results are compared against specified limits to determine compliance, with a clear indication of whether each test passed or failed.
The graphical data provides visual insights into the device's performance, including spectrum analyzer plots for bandwidth, output power, and out-of-band emissions. This report serves as a valuable resource for assessing the Bluetooth device's RF characteristics and ensuring it meets regulatory requirements.
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This document presents a detailed RF test report for a Bluetooth device, focusing on key performance metrics. The report includes comprehensive data and graphical representations for conducted output power, 20dB bandwidth, carrier frequencies separation, out-of-band emissions, dwell time, and the number of hopping channels. The tests were conducted by AIT and the report is identified by the number AiTSZ-250401047FW1.
The report covers various Bluetooth modulation schemes, including GFSK, π/4DQPSK, and 8DPSK, with different packet types such as DH5, 2-DH5, and 3-DH5. Each test is performed across multiple channels (0, 39, and 78) to ensure thorough evaluation. The results are compared against specified limits to determine compliance, with a clear indication of whether each test passed or failed.
The graphical data provides visual insights into the device's performance, including spectrum analyzer plots for bandwidth, output power, and out-of-band emissions. This report serves as a valuable resource for assessing the Bluetooth device's RF characteristics and ensuring it meets regulatory requirements.
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