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Conducted Immunity Testing

Conducted Immunity testing is carried out to verify that products can operate correctly when exposed to electromagnetic disturbances on power or signal lines without functional or performance degradation of the equipment under test.

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Benefits of Conducted Immunity Testing

  • Validate Robustness Against Electrical Disturbances

    • Demonstrate that your device can tolerate conducted RF disturbances on AC/DC mains, signal ports, and communication lines.


  • Safeguard Critical Electronics & Firmware Integrity

    • Ensure stable operation of microcontrollers, power electronics, high-speed interfaces, and embedded firmware when subjected to conducted interference that could otherwise trigger resets, latch-ups, data corruption, or functional degradation.


  • Meet Mandatory Regulatory Requirements Worldwide

    • Satisfy immunity clauses of key compliance frameworks—including the EMC Directive (CE Mark), IEC/EN 61000-4-6 and avoid costly redesigns, delays, or certification failures during market approval.


  • Guarantee Repeatable, Defensible Engineering Data

    • Obtain highly repeatable results using calibrated coupling/decoupling devices, and automated test platforms backed by expert EMC engineers who ensure traceable, defensible measurements aligned with ISO/IEC 17025 best practices.


  • Enhance Field Reliability and Reduce Warranty Costs

    • By identifying susceptibility points early, you minimize unexpected field failures, improve product MTBF, and significantly reduce warranty claims associated with power-line disturbances or noisy operating environments.

Our Process and Testing Capabilities

Our ISO 17025 accredited Lab covers a frequency range from 150 kHz to 230 MHz with test levels up to 40 V, allowing us to evaluate products across various industries, including automotive, industrial, medical, and information technology. This ensures that your equipment maintains stable operation even in electrically noisy environments.

Testing is performed in our advanced EMC facility using precision single phase and 3-phase coupling and decoupling networks (CDNs), EM clamps, and bulk current injection (BCI). Each method is selected based on the standard requirements and cable configuration to ensure accurate and repeatable results.

Our testing complies with all major international standards such as IEC/EN 61000-4 series ISO 11451-4, ISO 11452-4, and UNECE Regulation No. 10 (R10). These standards cover a wide range of product types, ensuring your devices meet global regulatory and performance expectations.

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