Towards Accelerated Aging Methodologies and Health Management of Power MOSFETs (Technical Brief)



Published Mar 26, 2021
Jose R. Celaya Nishad Patil Sankalita Saha Phil Wysocki Kai Goebel


Understanding aging mechanisms of electronic components is of extreme importance in the aerospace domain where they are part of numerous critical subsystems including avionics. In particular, power MOSFETs are of special interest as they are involved in high voltage switching circuits such as drivers for electrical motors. With increased use of electronics in aircraft control, it becomes more important to understand the degradation of these components in aircraft specific environments. In this paper, we present an accelerated aging methodology for power MOSFETs that subject the devices to indirect thermal overstress during high voltage switching. During this accelerated aging process, two major modes of failure were observed – latch-up and die attach degradation. In this paper we present the details of our aging methodology along with details of experiments and analysis of the results.


How to Cite

R. Celaya, J., Patil, N., Saha, S., Wysocki, P., & Goebel, K. (2021). Towards Accelerated Aging Methodologies and Health Management of Power MOSFETs (Technical Brief). Annual Conference of the PHM Society, 1(1). Retrieved from
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accelerated testing, electronic equipment, electronic prognostic methods, electronic systems, electronics PHM, field effect transistors (FET), remaining useful life (RUL), run-to-failure data, semiconductor device reliability, sensor fusion, applications: electronics

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