This document presents a detailed test report focusing on the 5GHz band UNII-1 and UNII-3 WLAN testing. The report encompasses a range of critical parameters, including duty cycle, maximum conducted output power, -26dB bandwidth, occupied channel bandwidth, maximum power spectral density level, frequency stability, and -6dB bandwidth. The tests were conducted under various conditions to ensure comprehensive evaluation.
The duty cycle analysis provides insights into the transmission characteristics of the device. The maximum conducted output power measurements verify compliance with regulatory limits. Bandwidth assessments, including -26dB and occupied channel bandwidth, characterize the signal's spectral occupancy. Power spectral density measurements evaluate the power distribution across the frequency spectrum. Frequency stability tests ensure the device maintains accurate frequency operation under varying conditions. Finally, -6dB bandwidth measurements are performed to assess the signal's bandwidth characteristics.
The report includes detailed tables and graphs illustrating the test results, providing a clear and concise overview of the device's performance. The data presented in this report is crucial for verifying compliance with relevant standards and regulations, ensuring the device's suitability for its intended application.
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This document presents a detailed test report focusing on the 5GHz band UNII-1 and UNII-3 WLAN testing. The report encompasses a range of critical parameters, including duty cycle, maximum conducted output power, -26dB bandwidth, occupied channel bandwidth, maximum power spectral density level, frequency stability, and -6dB bandwidth. The tests were conducted under various conditions to ensure comprehensive evaluation.
The duty cycle analysis provides insights into the transmission characteristics of the device. The maximum conducted output power measurements verify compliance with regulatory limits. Bandwidth assessments, including -26dB and occupied channel bandwidth, characterize the signal's spectral occupancy. Power spectral density measurements evaluate the power distribution across the frequency spectrum. Frequency stability tests ensure the device maintains accurate frequency operation under varying conditions. Finally, -6dB bandwidth measurements are performed to assess the signal's bandwidth characteristics.
The report includes detailed tables and graphs illustrating the test results, providing a clear and concise overview of the device's performance. The data presented in this report is crucial for verifying compliance with relevant standards and regulations, ensuring the device's suitability for its intended application.
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