How can Failures of Electronic Assemblies in the High-Voltage Range be Avoided?

Learn what risk analysis options are available to avoid failures.

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Are you also wondering which factors play a role in avoiding failures of electronic assemblies and which analysis methods are available for risk assessment?

In the video, our expert Dr Markus Meier gives you a brief insight.



Technologie Coaching packagesHigh Voltage and Insulation Coordination: Achieving Optimal Results Together

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A laboratory employee sits at his desk and looks at a picture of an electronic assembly on the computer screen to analyse the purity determination. | © @The Sour Cherry Fotografie - Michaela Curtis

Risk Assessment of Particles on Electronic Assemblies

We check the safety of your assembly with regard to short circuits and impairment of insulation coordination triggered by conductive particles.

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An engineer performs a routine test to validate the protective coating of the PCB. | © @The Sour Cherry Fotografie - Michaela Curtis

Risk Assessment of Leakage Currents and Condensation

We determine the hygroscopicity and corrosivity of ionic impurities and thus the risk of leakage currents and condensation.

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A laboratory employee sits at a desk in front of a microscope and carries out a visual damage analysis to determine the contamination of the electronic assembly. | © @The Sour Cherry Fotografie - Michaela Curtis

Conformal Coating: Validation and Routine Testing

The protective effect of the coating against electrochemical migration, leakage current and corrosion is verified by means of tests.

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