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Test power electronics to maximize field lifetime

Vehicle electrification is placing huge demands on OEMs and tier one suppliers to integrate electric drivetrain components that incorporate novel semiconductor and packaging technologies. Warranty obligations demand no reduction in field reliability, despite the significant increase in platform complexity and harsh operating environment. Tests that assess the thermal performance and reliability of power electronics components used between the battery and motor under conditions that mimic operation across the drive cycle play a vital role in the development parts for the automotive and transportation markets.

The automated execution of sequences including reliability testing for lifetime estimation and regular thermal characterization for insight into thermal degradation makes these inspections fuller, quicker and more effective than ever before.

Power Electronics Field Lifetime Testing

Vehicle electrification is placing huge demands on OEMs and tier one suppliers to integrate electric drivetrain components that incorporate novel semiconductor and packaging technologies. Warranty obligations demand no reduction in field reliability, despite the significant increase in platform complexity and harsh operating environment. Tests that assess the thermal performance and reliability of power electronics components used between the battery and motor under conditions that mimic operation across the drive cycle play a vital role in the development parts for the automotive and transportation markets.

The automated execution of sequences including reliability testing for lifetime estimation and regular thermal characterization for insight into thermal degradation makes these inspections fuller, quicker and more effective than ever before.

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