Radiated Spurious Emission Test Setup - PCE Certification

Test Setup photo---PCE

This document presents the test setup for radiated spurious emission testing, a crucial step in the Product Certification Engineering (PCE) process. The images depict the testing environment, including the shielded chamber designed to minimize external interference and ensure accurate measurements. The setup includes the device under test (DUT), antennas, and spectrum analyzers used to capture and analyze the radiated emissions.

Radiated spurious emissions testing is performed to verify that the device complies with regulatory limits on unwanted radio frequency energy emitted outside of its intended operating band. These emissions can potentially interfere with other electronic devices and communication systems. The test setup is carefully calibrated and configured to ensure accurate and repeatable measurements.

The images provide a visual representation of the testing process, highlighting the key components and their arrangement within the test environment. This documentation is essential for demonstrating compliance with regulatory standards and ensuring the quality and reliability of the certified product.


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This document presents the test setup for radiated spurious emission testing, a crucial step in the Product Certification Engineering (PCE) process. The images depict the testing environment, including the shielded chamber designed to minimize external interference and ensure accurate measurements. The setup includes the device under test (DUT), antennas, and spectrum analyzers used to capture and analyze the radiated emissions.

Radiated spurious emissions testing is performed to verify that the device complies with regulatory limits on unwanted radio frequency energy emitted outside of its intended operating band. These emissions can potentially interfere with other electronic devices and communication systems. The test setup is carefully calibrated and configured to ensure accurate and repeatable measurements.

The images provide a visual representation of the testing process, highlighting the key components and their arrangement within the test environment. This documentation is essential for demonstrating compliance with regulatory standards and ensuring the quality and reliability of the certified product.

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