Anbotek Product Safety: FCC-BLE Appendix Test Data

FCC-BLE Appendix Test Data

This document presents the Appendix Test Data for an Anbotek Product Safety evaluation, focusing on Bluetooth Low Energy (BLE) performance. The report, identified by number 1812C50084212501, details a series of tests conducted on BLE_1M and BLE_2M modes, assessing key parameters such as 6dB bandwidth, 99% occupied bandwidth, maximum conducted output power, and maximum power spectral density.

The tests were performed with antenna Ant1 across three frequency channels: 2402 MHz, 2440 MHz, and 2480 MHz. Results for 6dB bandwidth confirm compliance with a limit of 0.5 MHz. Occupied bandwidth measurements are also provided. Maximum conducted output power is reported in dBm, with all results falling below the ≤30 dBm limit. Power spectral density measurements are presented in dBm/3kHz, ensuring adherence to the ≤8.00 dBm limit. Band edge measurements and conducted spurious emission tests further validate the device's performance and compliance with regulatory standards. Duty cycle information is also included, confirming a 100% duty cycle for all tested modes and frequencies.


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tags: ["1812C50084212501", "BLE_1M", "BLE_2M"]
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This document presents the Appendix Test Data for an Anbotek Product Safety evaluation, focusing on Bluetooth Low Energy (BLE) performance. The report, identified by number 1812C50084212501, details a series of tests conducted on BLE_1M and BLE_2M modes, assessing key parameters such as 6dB bandwidth, 99% occupied bandwidth, maximum conducted output power, and maximum power spectral density.

The tests were performed with antenna Ant1 across three frequency channels: 2402 MHz, 2440 MHz, and 2480 MHz. Results for 6dB bandwidth confirm compliance with a limit of 0.5 MHz. Occupied bandwidth measurements are also provided. Maximum conducted output power is reported in dBm, with all results falling below the ≤30 dBm limit. Power spectral density measurements are presented in dBm/3kHz, ensuring adherence to the ≤8.00 dBm limit. Band edge measurements and conducted spurious emission tests further validate the device's performance and compliance with regulatory standards. Duty cycle information is also included, confirming a 100% duty cycle for all tested modes and frequencies.

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