Test Setup Photos: Radiated and Conducted Emissions

Test Setup

This document presents a visual overview of the test setups used for evaluating the electromagnetic compatibility (EMC) of a device. The focus is on radiated and conducted emissions testing, which are crucial for ensuring that the device does not interfere with other electronic equipment and complies with regulatory standards.

The document includes photographs of the test setups for both radiated spurious emissions (above and below 1 GHz) and conducted emissions. The radiated emissions test setup involves placing the device under test (DUT) in an anechoic chamber, where antennas are used to measure the electromagnetic radiation emitted by the device. The conducted emissions test setup involves measuring the radio frequency (RF) noise conducted through the power lines or other cables connected to the device.

These test setups are essential for verifying that the device meets the required emission limits and operates safely in its intended environment. The images provide a clear understanding of the testing procedures and the equipment used to assess the device's EMC performance.


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tags: ["CISRR250402029", "Radiated Spurious Emission", "Conducted Emission"]
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This document presents a visual overview of the test setups used for evaluating the electromagnetic compatibility (EMC) of a device. The focus is on radiated and conducted emissions testing, which are crucial for ensuring that the device does not interfere with other electronic equipment and complies with regulatory standards.

The document includes photographs of the test setups for both radiated spurious emissions (above and below 1 GHz) and conducted emissions. The radiated emissions test setup involves placing the device under test (DUT) in an anechoic chamber, where antennas are used to measure the electromagnetic radiation emitted by the device. The conducted emissions test setup involves measuring the radio frequency (RF) noise conducted through the power lines or other cables connected to the device.

These test setups are essential for verifying that the device meets the required emission limits and operates safely in its intended environment. The images provide a clear understanding of the testing procedures and the equipment used to assess the device's EMC performance.

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