This test report, identified as JYTSZ-R12-2401463, details a comprehensive evaluation of a Bluetooth device's performance across several key parameters. The tests include measurements of maximum conducted output power, -20dB bandwidth, carrier frequencies separation, band edge compliance (both hopping and non-hopping modes), and conducted RF spurious emissions. The device was tested in various modes, including 1-DH1, 2-DH1, and 3-DH1, at different frequencies (2402 MHz, 2441 MHz, and 2480 MHz) using antenna Ant14.
The results indicate that the device meets the specified limits for all tested parameters. Specifically, the maximum conducted output power is within the allowed limits, the -20dB bandwidth is compliant, the carrier frequencies separation is adequate, the band edge emissions are below the required threshold, and the spurious emissions are within acceptable levels. These findings confirm the device's adherence to regulatory standards and its suitability for operation within the intended frequency bands.
Detailed data and graphical representations are provided within the report to support these conclusions, offering a thorough assessment of the device's Bluetooth capabilities.
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[title] => Bluetooth Test Report: Conducted Output, Bandwidth, and Spurious Emissions
[description] => Comprehensive Bluetooth test report analyzing conducted output power, bandwidth, frequency separation, band edge compliance, and spurious emissions.
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[keywords] => ["JYTSZ-R12-2401463", "1-DH1", "2-DH1", "3-DH1", "Bluetooth Testing", "Conducted Output Power", "Bandwidth", "Frequency Separation", "Band Edge", "Spurious Emissions"]
[intro] =>
This test report, identified as JYTSZ-R12-2401463, details a comprehensive evaluation of a Bluetooth device's performance across several key parameters. The tests include measurements of maximum conducted output power, -20dB bandwidth, carrier frequencies separation, band edge compliance (both hopping and non-hopping modes), and conducted RF spurious emissions. The device was tested in various modes, including 1-DH1, 2-DH1, and 3-DH1, at different frequencies (2402 MHz, 2441 MHz, and 2480 MHz) using antenna Ant14.
The results indicate that the device meets the specified limits for all tested parameters. Specifically, the maximum conducted output power is within the allowed limits, the -20dB bandwidth is compliant, the carrier frequencies separation is adequate, the band edge emissions are below the required threshold, and the spurious emissions are within acceptable levels. These findings confirm the device's adherence to regulatory standards and its suitability for operation within the intended frequency bands.
Detailed data and graphical representations are provided within the report to support these conclusions, offering a thorough assessment of the device's Bluetooth capabilities.
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