ETS‑Lindgren offers comprehensive immunity test solutions to evaluate electronic devices’ resilience against electromagnetic interference (EMI) and ensure compliance with industry standards such as IEC 61000-4-3, MIL-STD-461, ISO-11451-x, ISO-11452-x, and RTCA DO-160. Our solutions include fully anechoic and semi-anechoic chambers, reverberation chambers, and GTEM cells designed to create controlled environments for precise immunity testing. These chambers are equipped with high-performance RF shielding, absorbers, and precision positioning positions to ensure accurate and repeatable results in electromagnetic susceptibility assessments.
Conducted & Radiated Immunity
Electronic systems must perform reliably when exposed to strong electromagnetic fields. ETS‑Lindgren immunity solutions generate precise RF stress environments to validate product robustness and compliance.
To support immunity testing, ETS‑Lindgren provides a full range of specialized equipment, including broadband antennas, RF power amplifiers, field probes, and automated test software. Our EMCenter™ modular test system integrates multiple components into a streamlined testing platform, enhancing efficiency and automation. The TILE!™ software simplifies test setup, execution, and data analysis, allowing users to conduct rigorous immunity testing with minimal manual intervention when using our VisionTRX software. With advanced positioning systems, turntables, and mast-mounted antenna setups, ETS‑Lindgren ensures precise exposure of the Device Under Test (DUT) to electromagnetic fields.
Beyond equipment and chamber solutions, ETS‑Lindgren provides end-to-end system integration, calibration, and technical support to help manufacturers achieve compliance and improve product reliability. Our team of experts assists with chamber design, custom test configurations, and performance verification, ensuring that immunity tests meet the most stringent regulatory requirements. By offering cutting-edge immunity testing solutions, ETS‑Lindgren enables industries such as automotive, aerospace, medical, and consumer electronics to develop products that perform reliably in real-world electromagnetic environments.