This document presents the test setup photographs for evaluating the Electromagnetic Compatibility (EMC) performance of the Equipment Under Test (EUT). The photos illustrate the configurations used during radiated and conducted emissions testing, as per regulatory standards. The radiated emissions test setup showcases the EUT positioned within an anechoic chamber, designed to minimize reflections and external interference, ensuring accurate measurements of radiated electromagnetic fields. The conducted emissions test setup demonstrates the EUT connected to a Line Impedance Stabilization Network (LISN), which provides a stable impedance for accurate measurement of conducted noise on power lines.
These photographs are crucial for demonstrating compliance with regulatory requirements and ensuring that the EUT meets the necessary standards for electromagnetic compatibility. The setups are carefully designed to simulate real-world operating conditions and capture the electromagnetic emissions generated by the EUT. The document serves as a visual record of the testing process and provides valuable information for understanding the EMC characteristics of the EUT.
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This document presents the test setup photographs for evaluating the Electromagnetic Compatibility (EMC) performance of the Equipment Under Test (EUT). The photos illustrate the configurations used during radiated and conducted emissions testing, as per regulatory standards. The radiated emissions test setup showcases the EUT positioned within an anechoic chamber, designed to minimize reflections and external interference, ensuring accurate measurements of radiated electromagnetic fields. The conducted emissions test setup demonstrates the EUT connected to a Line Impedance Stabilization Network (LISN), which provides a stable impedance for accurate measurement of conducted noise on power lines.
These photographs are crucial for demonstrating compliance with regulatory requirements and ensuring that the EUT meets the necessary standards for electromagnetic compatibility. The setups are carefully designed to simulate real-world operating conditions and capture the electromagnetic emissions generated by the EUT. The document serves as a visual record of the testing process and provides valuable information for understanding the EMC characteristics of the EUT.
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