Reverberation chamber for EMC testing

Gain access to advanced EMC testing facilities in reverberation chambers used by manufacturers of electronic products and systems that require assessment of electromagnetic compatibility under controlled conditions, as part of electronic product compliance. The facilities support assessment of both electrically conducted and wireless performance and integrity when exposed to electromagnetic fields. This includes verification of the product's ability to withstand electromagnetic interference. Testing is carried out across a wide range of products, where functionality must be maintained under high field strengths and defined exposure conditions, in e.g. harsh environments. 

Testing under high-field conditions 

The need arises during product development, design verification, or technical investigation, when products are exposed to high electromagnetic field levels to evaluate their response under controlled, repeatable conditions. Without documented test results, it becomes difficult to determine how products behave under electromagnetic influence, leading to uncertainty in technical evaluation and repeated test iterations. Testing is performed in accordance with relevant product-specific and generic standards, and results are delivered as documented measurements and test reports used for analysis, comparison and characterisation of electromagnetic performance.

Reverberation chambers are used by manufacturers of electronic systems, industrial equipment, and wireless products that require assessment of electromagnetic compatibility. Typical users include development engineers, test engineers and quality managers responsible for assessing product performance when exposed to electromagnetic fields during development and verification activities. Testing is applied when introducing new designs, modifying existing products or investigating susceptibility identified in earlier EMC evaluations. 

Use of documented test results 

Test results document product response to defined electromagnetic field levels across relevant frequency ranges. These results are used in technical documentation and as a basis for analysing electrically conducted and wireless performance, comparing test outcomes and verifying product behaviour under defined conditions. Controlled test environments provide repeatable measurements, enabling consistent comparison across test scenarios.