Technical knowledge：Introduction to EMC Laboratory Site: Radiated Susceptibility (RS) Section
Test Overview
Radiated immunity testing is used to evaluate the ability of equipment or systems to resist interference in an electromagnetic radiation environment. This test simulates whether the equipment can maintain normal functions and performance in a real electromagnetic environment, ensuring that it complies with the requirements of relevant electromagnetic compatibility (EMC) standards.
I. Test Objective
Radiation immunity testing is crucial for ensuring the stable operation of equipment in complex electromagnetic environments. By evaluating the equipment's ability to resist radiation interference, potential electromagnetic interference issues can be identified and resolved, optimizing the equipment's electromagnetic compatibility and thereby enhancing the reliability and market competitiveness of the product.
II. Test Environment
During the testing process, the equipment will be placed in a simulated or real electromagnetic radiation field to reproduce the interference conditions that may be encountered in the actual working environment. By configuring radiation sources (such as antennas, transmitters, or radiation chambers), a radiation environment with a specific field strength will be formed around the equipment, and the operation status and performance of the equipment in the radiation field will be continuously monitored.
III. Test Principle
In accordance with relevant international standards, electromagnetic radiation of different frequencies and power levels is applied to the equipment. The system assesses its anti-interference capability under different radiation conditions. The test results are recorded in units of electromagnetic field strength, clearly indicating the maximum radiation field strength that the equipment can withstand at each frequency band.
IV. Equipment Capacity and Specifications
Radiated Immunity Test Site System Equipment
• Complies with the measurement requirements of IEC 61000-4-3
• Frequency range: 80 MHz - 1 GHz, 1 GHz - 6 GHz (3-meter test distance)
• Test electric field intensity: 1 V/m, 3 V/m, 10 V/m
• Uniform field area: 1.5m × 1.5m, meeting the 75% uniformity requirement
V. Technical Advantages
• Precise and Efficient: Relying on a fully shielded anechoic chamber and advanced testing systems, we ensure accurate and reliable data, significantly reducing the product certification cycle.
• Full Support: We offer comprehensive technical support throughout the process, from pre-testing, problem identification, rectification and optimization to the final report.
• International Recognition: Our test reports comply with international mainstream regulations and standards, facilitating the smooth entry of products into the global market.
VI. Customer Value
Choosing Xiewei EMC Laboratory means choosing professionalism, efficiency and trust. With rigorous technology and comprehensive services, we safeguard the electromagnetic compatibility performance of your products, ensuring their stable operation in various electromagnetic environments and earning market trust.
Xiewei EMC Laboratory - Professional Electromagnetic Compatibility Testing, Always Protecting You Throughout the Process.
Radiated immunity testing is used to evaluate the ability of equipment or systems to resist interference in an electromagnetic radiation environment. This test simulates whether the equipment can maintain normal functions and performance in a real electromagnetic environment, ensuring that it complies with the requirements of relevant electromagnetic compatibility (EMC) standards.
I. Test Objective
Radiation immunity testing is crucial for ensuring the stable operation of equipment in complex electromagnetic environments. By evaluating the equipment's ability to resist radiation interference, potential electromagnetic interference issues can be identified and resolved, optimizing the equipment's electromagnetic compatibility and thereby enhancing the reliability and market competitiveness of the product.
II. Test Environment
During the testing process, the equipment will be placed in a simulated or real electromagnetic radiation field to reproduce the interference conditions that may be encountered in the actual working environment. By configuring radiation sources (such as antennas, transmitters, or radiation chambers), a radiation environment with a specific field strength will be formed around the equipment, and the operation status and performance of the equipment in the radiation field will be continuously monitored.
III. Test Principle
In accordance with relevant international standards, electromagnetic radiation of different frequencies and power levels is applied to the equipment. The system assesses its anti-interference capability under different radiation conditions. The test results are recorded in units of electromagnetic field strength, clearly indicating the maximum radiation field strength that the equipment can withstand at each frequency band.
IV. Equipment Capacity and Specifications
Radiated Immunity Test Site System Equipment
• Complies with the measurement requirements of IEC 61000-4-3
• Frequency range: 80 MHz - 1 GHz, 1 GHz - 6 GHz (3-meter test distance)
• Test electric field intensity: 1 V/m, 3 V/m, 10 V/m
• Uniform field area: 1.5m × 1.5m, meeting the 75% uniformity requirement
V. Technical Advantages
• Precise and Efficient: Relying on a fully shielded anechoic chamber and advanced testing systems, we ensure accurate and reliable data, significantly reducing the product certification cycle.
• Full Support: We offer comprehensive technical support throughout the process, from pre-testing, problem identification, rectification and optimization to the final report.
• International Recognition: Our test reports comply with international mainstream regulations and standards, facilitating the smooth entry of products into the global market.
VI. Customer Value
Choosing Xiewei EMC Laboratory means choosing professionalism, efficiency and trust. With rigorous technology and comprehensive services, we safeguard the electromagnetic compatibility performance of your products, ensuring their stable operation in various electromagnetic environments and earning market trust.
Xiewei EMC Laboratory - Professional Electromagnetic Compatibility Testing, Always Protecting You Throughout the Process.