RF Exposure Assessment for DLL600 Device per FCC Standards

RF Exposure Info

This document presents the Radio Frequency (RF) exposure assessment for the DLL600 device, conducted in accordance with FCC regulations §15.247(i) and §2.1091. The assessment ensures that the device operates within the permissible exposure limits for both occupational/controlled and general population/uncontrolled environments. The document outlines the specific limits for electric and magnetic field strengths, as well as power density, across various frequency ranges.

The evaluation includes calculations based on the device's output power, antenna gain, and distance from the radiating source. The results demonstrate compliance with the FCC's maximum permissible exposure (MPE) limits. The document also addresses simultaneous transmission scenarios, ensuring that the combined RF exposure from multiple transmitters remains within acceptable levels. The calculations and results presented herein provide evidence that the DLL600 device meets the necessary RF safety standards for its intended use.


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tags: ["FCC \u00a715.247(i)", "\u00a72.1091", "RF Exposure", "2BO2X-DLL600", "DLL600"]
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This document presents the Radio Frequency (RF) exposure assessment for the DLL600 device, conducted in accordance with FCC regulations §15.247(i) and §2.1091. The assessment ensures that the device operates within the permissible exposure limits for both occupational/controlled and general population/uncontrolled environments. The document outlines the specific limits for electric and magnetic field strengths, as well as power density, across various frequency ranges.

The evaluation includes calculations based on the device's output power, antenna gain, and distance from the radiating source. The results demonstrate compliance with the FCC's maximum permissible exposure (MPE) limits. The document also addresses simultaneous transmission scenarios, ensuring that the combined RF exposure from multiple transmitters remains within acceptable levels. The calculations and results presented herein provide evidence that the DLL600 device meets the necessary RF safety standards for its intended use.

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