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Non-destructive Failure Analysis and Modeling of Encapsulated Miniature SMD Ceramic Chip Capacitors under Thermal and Mechanical Loading

机译:热电机械加载下封装微型SMD陶瓷芯片电容器的非破坏性故障分析与建模

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The use of multi-layer ceramic chip capacitors as integrated passive in e.g. system in package applications needs methods to examine and predict their reliability. Therefore, a nondestructive failure analytical technique is described to detect cracks in the ceramic and the metallic layers within encapsulated 0402 SMD capacitors. After choosing from techniques to reproducibly generate cracks, it is shown that an in-situ capacitance measurement is a convenient method to detect these failures unambiguously. Finite Element simulations support the experimental results. A reliability estimate for capacitor integrity under given loading conditions is given.
机译:在例如,使用多层陶瓷芯片电容器作为集成无源。包应用程序中的系统需要方法来检查和预测其可靠性。因此,描述了非破坏性故障分析技术来检测陶瓷和封装的0402SMD电容器内的陶瓷和金属层中的裂缝。在从技术中选择以可重复产生裂缝之后,示出了原位电容测量是明确检测这些故障的方便方法。有限元模拟支持实验结果。给出了给定负载条件下电容器完整性的可靠性估计。

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