IEC 61000-4-3 is the industry benchmark for ensuring your electronics remain resilient when exposed to radiated electromagnetic energy. In today’s wireless world, devices are constantly bombarded by RF signals from mobile phones, Wi-Fi, and broadcast towers. This test validates that your product operates without failure or data loss in these environments.
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While IEC 61000-4-3 is the root international standard, compliance is often demonstrated through its regional harmonized equivalents. We ensure your product meets the specific version required for your target market:
This standard applies to a vast spectrum of electrical and electronic equipment that may be susceptible to electromagnetic fields. Key product sectors include:
The testing process is rigorous, sweeping across a wide frequency band to identify any "weak spots" in your device's shielding or design.
To ensure your test report is accepted globally without question, testing is conducted at premier facilities with top-tier credentials:
We understand that time-to-market is critical.
Note: Complex devices with multiple operating modes may require additional time.
To ensure a smooth testing session without delays, the following items are required:
Pricing for EMC testing is dynamic and depends on the complexity of the device and the specific "Level" of immunity required.
Please request a custom quote for the most accurate pricing.
A valid test report must be backed by accurate technical data. We require:
This standard evaluates if your electronic device can continue functioning correctly when exposed to radiated radio-frequency electromagnetic fields, such as those from cell phones or Wi-Fi routers.
Yes, demonstrating immunity to radiated electromagnetic fields is a mandatory requirement for the EMC Directive. You cannot affix the CE Mark to most electronics without passing this test.
The standard typically covers the frequency range of 80 MHz to 6 GHz. This spectrum includes most commercial radio, television, and mobile communication bands that could cause interference.
Criterion A requires the device to operate perfectly during the test. Criterion B allows temporary loss of function, provided the device recovers automatically without any data loss or user intervention.
An anechoic chamber blocks outside interference and stops internal signal reflections. This controlled environment is essential to ensure that the test results are accurate, repeatable, and legally valid.
It depends on the performance criteria defined beforehand. If a critical function fails or data is lost (Criterion C or D) when it shouldn't, the product fails the compliance test.
You must provide a fully functional unit, all necessary cables, and software that exercises the device's modes. The device needs to run continuously while we bombard it with RF energy.
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