This document presents the 5.8G Appendix Report, a comprehensive analysis conducted by BANGCE, focusing on the radio frequency characteristics of a device under test. The report meticulously details various tests performed, including frequency stability, conducted output power, 6dB bandwidth, 26dB bandwidth, conducted out-of-band emission, duty cycle, and peak power spectral density. The tests were conducted under varying conditions, such as different temperatures and voltage levels, to ensure the device's compliance with regulatory standards.
The report includes detailed tables summarizing the test results, along with graphical representations of the spectrum analysis. The frequency stability test demonstrates the device's ability to maintain a stable carrier frequency under different environmental conditions. The conducted output power test measures the maximum power output of the device, ensuring it remains within the specified limits. The bandwidth tests characterize the spectral occupancy of the device, while the out-of-band emission tests assess the level of spurious emissions outside the intended operating band. The duty cycle analysis provides insights into the device's transmission characteristics, and the peak power spectral density test measures the power spectral density of the transmitted signal.
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This document presents the 5.8G Appendix Report, a comprehensive analysis conducted by BANGCE, focusing on the radio frequency characteristics of a device under test. The report meticulously details various tests performed, including frequency stability, conducted output power, 6dB bandwidth, 26dB bandwidth, conducted out-of-band emission, duty cycle, and peak power spectral density. The tests were conducted under varying conditions, such as different temperatures and voltage levels, to ensure the device's compliance with regulatory standards.
The report includes detailed tables summarizing the test results, along with graphical representations of the spectrum analysis. The frequency stability test demonstrates the device's ability to maintain a stable carrier frequency under different environmental conditions. The conducted output power test measures the maximum power output of the device, ensuring it remains within the specified limits. The bandwidth tests characterize the spectral occupancy of the device, while the out-of-band emission tests assess the level of spurious emissions outside the intended operating band. The duty cycle analysis provides insights into the device's transmission characteristics, and the peak power spectral density test measures the power spectral density of the transmitted signal.
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