This document presents an RF exposure evaluation conducted by Bay Area Compliance Laboratories Corp. to assess compliance with FCC regulations. The evaluation ensures that systems operating under specified provisions do not expose the public to radio frequency energy levels exceeding established limits. The report adheres to subpart §1.1310 of the FCC guidelines, which outlines the limits for Maximum Permissible Exposure (MPE) as defined in §1.1310 and §2.1091.
The evaluation includes calculations based on the prediction of power density at a specified distance, utilizing the formula S = PG/4πR². This formula considers power input to the antenna, antenna gain, and the distance from the antenna's center of radiation. The report presents calculated data, including frequency, antenna gain, conducted output power, evaluation distance, power density, and MPE limit. The results demonstrate compliance with FCC MPE requirements at a distance of 20 cm.
The report concludes that the device meets FCC MPE requirements, ensuring public safety and regulatory compliance. This evaluation is crucial for demonstrating that the device operates within acceptable RF exposure limits, safeguarding the public from potential health risks associated with excessive radio frequency energy.
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This document presents an RF exposure evaluation conducted by Bay Area Compliance Laboratories Corp. to assess compliance with FCC regulations. The evaluation ensures that systems operating under specified provisions do not expose the public to radio frequency energy levels exceeding established limits. The report adheres to subpart §1.1310 of the FCC guidelines, which outlines the limits for Maximum Permissible Exposure (MPE) as defined in §1.1310 and §2.1091.
The evaluation includes calculations based on the prediction of power density at a specified distance, utilizing the formula S = PG/4πR². This formula considers power input to the antenna, antenna gain, and the distance from the antenna's center of radiation. The report presents calculated data, including frequency, antenna gain, conducted output power, evaluation distance, power density, and MPE limit. The results demonstrate compliance with FCC MPE requirements at a distance of 20 cm.
The report concludes that the device meets FCC MPE requirements, ensuring public safety and regulatory compliance. This evaluation is crucial for demonstrating that the device operates within acceptable RF exposure limits, safeguarding the public from potential health risks associated with excessive radio frequency energy.
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