定义用于机载电力电子系统应用的新型聚合物封装解决方案

M. Charlas, V. Nassiet, J. Habas, S. Vieillard, R. Meuret
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引用次数: 0

摘要

这项研究工作提出了一种科学的方法来鉴定用于机载电力电子封装的聚合物。研究了三种类型的聚合物,每一种都必须在电源模块中实现特定的功能。首先,预选了四种高温聚合物,并在两种模型老化环境下研究了它们的性能。根据暴露介质的性质,检测到非常不同的老化机制。本工作的第二部分涉及硅酮胶固化周期的定义,硅酮胶必须用于组装电源模块的各种结构部件。提出了类似的实验方法来优化用于电子元件柔性封装的热固性聚合物的性能。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Definition of new polymer packaging solutions for airborne power electronic system applications
This research work presents the scientific approach used to qualify polymers for airborne power electronic packaging. Three types of polymer were studied, each of them having to fulfil specific function in a power module. Firstly, four high temperature polymers were pre-selected for external housing and their properties were investigated in two model ageing environments. Very different ageing mechanisms were detected depending on the nature of the exposure medium. The second part of this work dealt with the definition of the curing cycle of a silicone adhesive that must be used to assemble various structural parts of the power module. A similar experimental approach was proposed to optimise the properties of a thermoset polymer used for the flexible encapsulation of electronic components.
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