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    Electromagnetic compatibility

    Electromagnetic compatibility is divided into two areas. On the one hand is the impact of your device on its environment (emission) and on the other hand, the impact of the environment on your device (susceptibility).

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treo.de / SERVICES / EMC

Electromagnetic compatibility

Electromagnetic compatibility is divided into two areas. On the one hand is the impact of your device on its environment (emission) and on the other hand, the impact of the environment on your device (susceptibility).

 

Unwanted electromagnetic interactions of a device with its environment can lead to impairments or even damage to the device or its surroundings.

A hand mixer next to the respirator in the hospital? This is a visual illustration of the need to develop and test your devices to suit the intended environment. To this end, international specialist committees draw up appropriate basic standards to describe the electromagnetic phenomena. Other international bodies then deal with the surroundings, products and product families. These committees create the appropriate generic standards, product standards and product family standards in order to achieve the required minimum protection goals.

In our EMC laboratory, we offer you various basic standards, generic standards and product standards from all industries, such as CISPR 55032 Electromagnetic compatibility of multimedia equipment – Emission requirements or Airbus Directive ABD0100.

In the following, you will find a selection of the test methods together with the standards in which they are described.

Please feel free to contact us and benefit from our experience!

Following services:

Conducted emmission

Measuring the conducted emission determines which interference energies your device emits to its surroundings via the connected cables.

Conducted susceptibility

Crosstalk is one example of this test area. In this process, a signal is coupled from one line into a parallel line – as is the case when tapping into telephone lines.

Radiated emission

With ever higher frequencies in modern electronics, the conductor tracks and internal connection cables are increasingly becoming potential antennas for the radiation of high-frequency energy.

Radiated susceptibility

At sufficiently high frequencies, the conductor tracks and internal connection cables of your device become a receiving antenna for interference energy. We carry out appropriate tests.

Kompass-Schutzabstand

Compass safe distance

Devices in the bridge area of ships or even in the cockpits of airplanes have to prove that they do not unduly interfere with the emergency navigation systems. For this purpose, the impact of the device on the earth's magnetic field in its surroundings is determined.

ESD

Modern semiconductor transistors can suffer serious damage from electrostatic discharge. This phenomenon is simulated by the ESD test.

EMF

EMF

Electromagnetic fields can be a hazard to people. Treo measures and assesses workplaces to prevent risks and protect people.

Focus on quality
"In our laboratories we have a lot of experience and know-how to ensure the satisfaction of our clients."


 

 

 

 

 

 

 

 

 

 

 

Carsten Möller, B.Sc.
Head of EMC Laboratory

Phone: +49 (0)152 28 82 08 00
E-mail: carsten.moeller@treo.de