Publication | Closed Access
Base-plate solder reliability study of IGBT modules for aeronautical application
22
Citations
12
References
2007
Year
Unknown Venue
EngineeringIgbt ModulesMechanical EngineeringCreep EnergyPower ElectronicsReliability EngineeringAdvanced Packaging (Semiconductors)Electronic PackagingThermomechanical AnalysisElectrical EngineeringHardware ReliabilityAccelerated Thermal TestsSolid MechanicsHeat TransferDevice ReliabilityMicroelectronicsLow-cycle FatiguePhysic Of FailureCircuit ReliabilityThermal EngineeringMechanics Of Materials
In this work, a thermal fatigue study on IGBT modules for aeronautical application is carried out, based on accelerated thermal tests and the thermo-mechanical process simulation. The 3D thermal simulation gives us the impact of the delamination degree on the IGBT module thermal behavior and fixes the failure criterion. Element Finite thermo-mechanical simulation based and the metallurgical fatigue observations permit providing the predictive indication on the accelerated factors to predict the crack apparition and its propagation inside the solder on the basis of the creep energy dissipated.
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