This document presents the test setup for the XMF-MID1110 device, as evaluated by Shenzhen PSI Testing Co., Ltd. The report, identified as psi2501041-C01-R02, includes photographic evidence of the testing configurations used to assess the device's compliance with FCC regulations. The FCC ID for the device is XMF-MID1110.
The document specifically highlights the setups for spurious radiation emissions testing, covering both frequencies below and above 1 GHz. These tests are crucial for ensuring that the device does not emit unwanted radio frequency energy that could interfere with other electronic devices. Additionally, the document illustrates the setup for conducted emission testing, which evaluates the radio frequency energy conducted through the device's power cord or other wired connections.
The images provide a visual representation of the testing environment, including the placement of the device under test, the antennas used for measurement, and the overall layout of the testing chamber. This information is essential for understanding the methodology employed during the testing process and for verifying the accuracy and reliability of the test results.
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This document presents the test setup for the XMF-MID1110 device, as evaluated by Shenzhen PSI Testing Co., Ltd. The report, identified as psi2501041-C01-R02, includes photographic evidence of the testing configurations used to assess the device's compliance with FCC regulations. The FCC ID for the device is XMF-MID1110.
The document specifically highlights the setups for spurious radiation emissions testing, covering both frequencies below and above 1 GHz. These tests are crucial for ensuring that the device does not emit unwanted radio frequency energy that could interfere with other electronic devices. Additionally, the document illustrates the setup for conducted emission testing, which evaluates the radio frequency energy conducted through the device's power cord or other wired connections.
The images provide a visual representation of the testing environment, including the placement of the device under test, the antennas used for measurement, and the overall layout of the testing chamber. This information is essential for understanding the methodology employed during the testing process and for verifying the accuracy and reliability of the test results.
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