This document presents a detailed test report focusing on the frequency stability, maximum conducted output power, -6dB bandwidth, occupied channel bandwidth, and maximum power spectral density level of LETS JYT devices. The tests were conducted under various conditions, including different temperatures and voltage levels (HVNT, LVNT, NVHT, NVLT, and NVNT), to ensure compliance with regulatory standards.
The report includes comprehensive data tables summarizing the measured frequency deviations, conducted power, duty cycle percentages, and bandwidth measurements for different modes (a, ac20, ac40, ac80, n20, n40) and frequencies (5745MHz, 5755MHz, 5775MHz, 5785MHz, 5795MHz, 5825MHz). Additionally, the report features detailed graphs illustrating the frequency stability under various test conditions, as well as duty cycle measurements for each mode. All test results are compared against specified limits, with a verdict of 'Pass' or 'Fail' provided for each test.
The tests were performed using antenna Ant13, and the report includes information on the test setup and equipment used. This report serves as a comprehensive record of the performance characteristics of LETS JYT devices under controlled laboratory conditions.
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This document presents a detailed test report focusing on the frequency stability, maximum conducted output power, -6dB bandwidth, occupied channel bandwidth, and maximum power spectral density level of LETS JYT devices. The tests were conducted under various conditions, including different temperatures and voltage levels (HVNT, LVNT, NVHT, NVLT, and NVNT), to ensure compliance with regulatory standards.
The report includes comprehensive data tables summarizing the measured frequency deviations, conducted power, duty cycle percentages, and bandwidth measurements for different modes (a, ac20, ac40, ac80, n20, n40) and frequencies (5745MHz, 5755MHz, 5775MHz, 5785MHz, 5795MHz, 5825MHz). Additionally, the report features detailed graphs illustrating the frequency stability under various test conditions, as well as duty cycle measurements for each mode. All test results are compared against specified limits, with a verdict of 'Pass' or 'Fail' provided for each test.
The tests were performed using antenna Ant13, and the report includes information on the test setup and equipment used. This report serves as a comprehensive record of the performance characteristics of LETS JYT devices under controlled laboratory conditions.
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