This document provides a visual overview of the test setup employed by Intertek for evaluating the electromagnetic compatibility (EMC) and radio frequency (RF) performance of a device. The setup includes both radiated emission and RF conducted tests, crucial for ensuring compliance with regulatory standards and industry best practices.
The radiated emission test setup, as depicted in the images, involves placing the device under test (DUT) in an anechoic chamber. This chamber is designed to minimize reflections and external interference, allowing for accurate measurement of the electromagnetic radiation emitted by the DUT. The setup includes antennas and measurement equipment to capture and analyze the radiated signals across a range of frequencies, typically from 30MHz to 1GHz and above.
The RF conducted test setup, on the other hand, focuses on directly measuring the RF signals conducted through the device's ports. This involves connecting the DUT to a spectrum analyzer or other RF measurement equipment to analyze the signal characteristics, such as frequency, power, and modulation. This test is essential for verifying the device's RF performance and ensuring it meets the required specifications.
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[title] => Intertek Test Setup: Radiated Emission and RF Conducted Test
[description] => This document showcases the test setup used by Intertek for radiated emission and RF conducted tests. It includes images of the setup.
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This document provides a visual overview of the test setup employed by Intertek for evaluating the electromagnetic compatibility (EMC) and radio frequency (RF) performance of a device. The setup includes both radiated emission and RF conducted tests, crucial for ensuring compliance with regulatory standards and industry best practices.
The radiated emission test setup, as depicted in the images, involves placing the device under test (DUT) in an anechoic chamber. This chamber is designed to minimize reflections and external interference, allowing for accurate measurement of the electromagnetic radiation emitted by the DUT. The setup includes antennas and measurement equipment to capture and analyze the radiated signals across a range of frequencies, typically from 30MHz to 1GHz and above.
The RF conducted test setup, on the other hand, focuses on directly measuring the RF signals conducted through the device's ports. This involves connecting the DUT to a spectrum analyzer or other RF measurement equipment to analyze the signal characteristics, such as frequency, power, and modulation. This test is essential for verifying the device's RF performance and ensuring it meets the required specifications.
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