This document presents a comprehensive overview of the test setup used for evaluating the radiated and conducted emissions of the Equipment Under Test (EUT). The images provided showcase the EUT in various configurations within the testing environment, adhering to established measurement standards.
The radiated emissions test setup, as depicted in Figures 1, 2, and 3, illustrates the placement of the EUT on a test table within an anechoic chamber. The antenna is positioned at a specific distance to capture any radiated signals. Figure 2 shows the EUT on a table with a block of material underneath. Figure 3 shows the EUT on a table with a blue absorber material underneath.
The conducted emissions test setup, shown in Figure 4, demonstrates the EUT connected to a Line Impedance Stabilization Network (LISN). This setup allows for the measurement of conducted emissions on the power lines. The LISN provides a stable impedance for accurate measurements.
These test setup photos are crucial for verifying compliance with regulatory limits and ensuring the electromagnetic compatibility of the EUT. The FCC ID 2BKUNKNMI-MGSD is associated with this testing.
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This document presents a comprehensive overview of the test setup used for evaluating the radiated and conducted emissions of the Equipment Under Test (EUT). The images provided showcase the EUT in various configurations within the testing environment, adhering to established measurement standards.
The radiated emissions test setup, as depicted in Figures 1, 2, and 3, illustrates the placement of the EUT on a test table within an anechoic chamber. The antenna is positioned at a specific distance to capture any radiated signals. Figure 2 shows the EUT on a table with a block of material underneath. Figure 3 shows the EUT on a table with a blue absorber material underneath.
The conducted emissions test setup, shown in Figure 4, demonstrates the EUT connected to a Line Impedance Stabilization Network (LISN). This setup allows for the measurement of conducted emissions on the power lines. The LISN provides a stable impedance for accurate measurements.
These test setup photos are crucial for verifying compliance with regulatory limits and ensuring the electromagnetic compatibility of the EUT. The FCC ID 2BKUNKNMI-MGSD is associated with this testing.
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