FCC RF Exposure Evaluation for BDE BLE Module Based on CC2340R

RF_Exposure_Evaluation

This document presents an evaluation of the RF exposure characteristics of the BDE BLE Module Based on CC2340R. The evaluation is conducted to ensure compliance with the Federal Communications Commission (FCC) regulations regarding radio frequency energy exposure for mobile devices. The module is intended for use in applications where a minimum separation distance of 20 cm can be maintained between the device and any nearby persons.

The report details the methodology used for the evaluation, referencing relevant FCC guidelines and standards. It includes information on the device's operating frequencies, antenna characteristics, and conducted power measurements. The maximum permissible exposure (MPE) limits are defined, and the calculated power density is compared against these limits to demonstrate compliance.

The evaluation considers various Bluetooth modes and data rates, including BLE 1Mbps, BLE 2Mbps, BLE 125Kbps, and BLE 500Kbps. The results indicate that the RF power density produced by the device is well below the FCC's MPE limits, ensuring safe operation for users. The report concludes that the BDE BLE Module Based on CC2340R complies with the FCC's RF exposure requirements for uncontrolled environments.


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    [description] => This report evaluates RF exposure for the BDE BLE Module Based on CC2340R, ensuring compliance with FCC regulations for mobile devices.
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This document presents an evaluation of the RF exposure characteristics of the BDE BLE Module Based on CC2340R. The evaluation is conducted to ensure compliance with the Federal Communications Commission (FCC) regulations regarding radio frequency energy exposure for mobile devices. The module is intended for use in applications where a minimum separation distance of 20 cm can be maintained between the device and any nearby persons.

The report details the methodology used for the evaluation, referencing relevant FCC guidelines and standards. It includes information on the device's operating frequencies, antenna characteristics, and conducted power measurements. The maximum permissible exposure (MPE) limits are defined, and the calculated power density is compared against these limits to demonstrate compliance.

The evaluation considers various Bluetooth modes and data rates, including BLE 1Mbps, BLE 2Mbps, BLE 125Kbps, and BLE 500Kbps. The results indicate that the RF power density produced by the device is well below the FCC's MPE limits, ensuring safe operation for users. The report concludes that the BDE BLE Module Based on CC2340R complies with the FCC's RF exposure requirements for uncontrolled environments.

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