RF Exposure Evaluation Report for FCC ID: 2AW9M-S1

RF exposure

This document presents an RF exposure evaluation report for a device with FCC ID 2AW9M-S1. The evaluation is conducted in accordance with FCC guidelines outlined in section 1.1310, which specifies the criteria for assessing the environmental impact of human exposure to radio frequency radiation. The report details the limits for Maximum Permissible Exposure (MPE) and provides calculations based on the Friis transmission formula to determine power density at a given distance.

The report includes measurement results for both BLE and LTE bands, specifying antenna gain, power levels, and calculated power densities. It also addresses simultaneous transmission scenarios, ensuring that the combined RF exposure remains within acceptable limits. The analysis confirms that the device complies with FCC 1.1310 MPE limits, demonstrating that the radiated output power meets the required safety standards. A minimum separation distance of 20cm between the equipment and a person's body is recommended for operation.


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tags: ["2AW9M-S1", "FCC 1.1310", "RF Exposure", "MPE", "BLE", "LTE", "Band 2", "Band 4", "Band 5", "Band 12", "Band 13", "Band 66"]
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This document presents an RF exposure evaluation report for a device with FCC ID 2AW9M-S1. The evaluation is conducted in accordance with FCC guidelines outlined in section 1.1310, which specifies the criteria for assessing the environmental impact of human exposure to radio frequency radiation. The report details the limits for Maximum Permissible Exposure (MPE) and provides calculations based on the Friis transmission formula to determine power density at a given distance.

The report includes measurement results for both BLE and LTE bands, specifying antenna gain, power levels, and calculated power densities. It also addresses simultaneous transmission scenarios, ensuring that the combined RF exposure remains within acceptable limits. The analysis confirms that the device complies with FCC 1.1310 MPE limits, demonstrating that the radiated output power meets the required safety standards. A minimum separation distance of 20cm between the equipment and a person's body is recommended for operation.

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