Active cycling reliability of power devices: Expectations and limitations

W. Kanert
Microelectronics Reliability Volume 52, Issues 9–10, September–October 2012, Pages 2336–2341

Abstract

Active cycling of power devices, i.e. exposure to repetitive voltage and current pulses, causes power dissipation, resulting in thermo-mechanical loads that can cause different failure mechanisms. This paper focuses on degradation of the metallization. Requirements and customer expectations, using examples from automotive applications, are discussed, contrasting these with the procedures for reliability assessment and their limitations.

 

Go to Journal

Check Also

Localized physics-informed reduced-order modeling for many-core GPU thermal prediction

Significance  Reference Jiang, L., Liu, Y. & Cheng, MC. Effective thermal modeling for large-scale many-core …