EUT Test Setup Photos: Radiated & Conducted Emissions

Test Setup Photos of BT&WIFI

This document presents the test setup photographs for the Equipment Under Test (EUT) during radiated and conducted emissions measurements. These tests are crucial for ensuring that the device complies with regulatory standards and does not emit excessive electromagnetic interference. The photos provide a visual representation of the test environment, including the positioning of the EUT, the antenna, and other relevant equipment.

The radiated emissions test setup (Fig. 1 & 2) shows the EUT placed on a non-conductive table inside an anechoic chamber. The antenna is positioned at a specific distance and height to capture any radiated emissions from the device. The conducted emissions test setup (Fig. 3) illustrates the EUT connected to a line impedance stabilization network (LISN), which provides a stable impedance for the power line and allows for accurate measurement of conducted emissions. These images are essential for verifying the integrity of the testing process and ensuring the reliability of the results.


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tags: ["055680125", "Radiated Emissions", "Conducted Emissions", "EUT"]
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This document presents the test setup photographs for the Equipment Under Test (EUT) during radiated and conducted emissions measurements. These tests are crucial for ensuring that the device complies with regulatory standards and does not emit excessive electromagnetic interference. The photos provide a visual representation of the test environment, including the positioning of the EUT, the antenna, and other relevant equipment.

The radiated emissions test setup (Fig. 1 & 2) shows the EUT placed on a non-conductive table inside an anechoic chamber. The antenna is positioned at a specific distance and height to capture any radiated emissions from the device. The conducted emissions test setup (Fig. 3) illustrates the EUT connected to a line impedance stabilization network (LISN), which provides a stable impedance for the power line and allows for accurate measurement of conducted emissions. These images are essential for verifying the integrity of the testing process and ensuring the reliability of the results.

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