Electromagnetic compatibility, commonly referred to as EMC, is the ability of electrical or electronic equipment to operate correctly in its intended environment without causing interference to other devices and without being affected by electromagnetic interference itself.
In practice, this means that multiple devices — such as computers, household appliances, industrial systems or laboratory equipment — can operate in proximity or be connected to one another without malfunctions caused by electromagnetic interference.
Ensuring electromagnetic compatibility is essential for the safety, reliability and efficiency of any electronic system, particularly in environments where numerous devices operate alongside one another, such as hospitals, industrial facilities and laboratories.
Through specific testing and compliance with applicable technical standards, EMC testing helps ensure the correct operation of the technologies we rely on every day.
Electromagnetic Compatibility (EMC)
Conducted and Radiated Emissions
- EMI receiver, 10 Hz – 26.5 GHz
- Broadband antennas (log-periodic, biconical and horn), 30 MHz – 18 GHz
- LISN (Line Impedance Stabilization Network) + current probes, 0.009–30 MHz
- RF preamplifiers
- Semi-anechoic chamber for radiated emissions testing, with internal dimensions of 8 × 5.25 × 5 m for measurements at 3 m; load capacity approx. 350 kg and chamber door dimensions of 1.2 × 2.2 m
- Shielded chamber for automotive testing
- Harmonic current and flicker meter
Immunity
- ESD (Electrostatic Discharge) generator
- Burst/surge generator for single-phase and three-phase ports
- RF radiated field generator + RF amplifiers
- Transmitting antennas for radiated immunity testing
- Injection clamps (CDN) for conducted immunity testing
- Power-frequency magnetic field simulation system
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