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Thermo-Mechanical Optimisation of Press-Pack IGBT Packaging Using Finite Element Method Simulation

机译:有限元法模拟压装式IGBT封装的热机械优化

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Packaging design for Press-Pack IGBTs is required to protect the die from high application specific mechanically and thermally induced stresses that affect the performance and reliability of the device. Finite Element Method (FEM) simulation is used to derive optimisation surfaces that investigate the trade-offs between die stress, thermal resistance, micro-structure protection and reliability. The results demonstrate how the packaging design can be configured to minimise stresses in the die, but that this compromises thermal performance and reliability. The results presented demonstrate how Dynex can produce application specific Press-Pack IGBT devices optimised for performance and cost.
机译:需要压装IGBT的封装设计,以保护芯片免受高应用特定的机械和热感应应力的影响,这些应力会影响器件的性能和可靠性。有限元方法(FEM)仿真用于得出优化表面,以研究模具应力,热阻,微结构保护和可靠性之间的权衡。结果证明了如何设计封装设计以最大程度地减小模具中的应力,但这会损害热性能和可靠性。展示的结果证明了Dynex如何生产针对性能和成本进行了优化的专用压装IGBT器件。

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