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Accelerated Ageing Test Benches of Standard
IGBT/MOSFET Modules for Hybrid 6kW-50kW
Electrical Vehicles
APE06/14_F.Richardeau_LEEI

Authors

M. ELGHAZOUANI - LEM, USTL Université Montpellier II
F. FOREST - LEM, USTL Université Montpellier II J.-J. HUSELSTEIN - LEM, USTL Université Montpellier II
Z. KHATIR - INRETS-LTN
I. KLUTSCH - INRETS-LTN
M. BOUARROUDJ - INRETS-LTN
S. LEFEBVRE - SATIE
F. RICHARDEAU - LEEI
P. TOUNSI - LAAS

Abstract

Keywords:

Reliability, power electronics, power module, ageing, failure mode.

Abstract:

HEV is one the harshest application for standard technology of power devices and converters. High temperature capability and passive / active thermal cycle ageing must be evaluated. Authors present three complementary approaches to extract data on ageing and failure modes for a 600V/200A IGBT module and a 75V/350A Mosfet module: an opposition method between two cycled PWM inverter legs, a low voltage / cycled DC current test bench and finally a thermal shock test unit. First results give out compatible features but future accelerated ageing tests are expected to extract predictive models.

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