BCTC Test Setup: Conducted and Radiated Emissions

Test photos

This document provides a visual overview of the test setup used for evaluating conducted and radiated emissions. The images illustrate the arrangement of equipment and the testing environment, offering insights into the methodology employed during the assessment process.

The conducted emissions photo displays the device under test (DUT) positioned on a wooden table, connected to the necessary testing equipment. This setup is designed to measure the emissions conducted through the power lines and other cables connected to the device.

The radiated measurement photos showcase the DUT within an anechoic chamber, a specialized environment designed to minimize reflections and external interference. This setup allows for accurate measurement of electromagnetic radiation emitted by the device. The antenna is positioned at a specific distance and height to capture the radiated emissions.

These images are essential for understanding the testing procedures and ensuring the reliability of the emission measurements. They provide a clear representation of the conditions under which the device was tested, contributing to the overall validity of the test results.


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This document provides a visual overview of the test setup used for evaluating conducted and radiated emissions. The images illustrate the arrangement of equipment and the testing environment, offering insights into the methodology employed during the assessment process.

The conducted emissions photo displays the device under test (DUT) positioned on a wooden table, connected to the necessary testing equipment. This setup is designed to measure the emissions conducted through the power lines and other cables connected to the device.

The radiated measurement photos showcase the DUT within an anechoic chamber, a specialized environment designed to minimize reflections and external interference. This setup allows for accurate measurement of electromagnetic radiation emitted by the device. The antenna is positioned at a specific distance and height to capture the radiated emissions.

These images are essential for understanding the testing procedures and ensuring the reliability of the emission measurements. They provide a clear representation of the conditions under which the device was tested, contributing to the overall validity of the test results.

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