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Combined Emission with simulation technique to resolve unstable failure mode sample

机译:结合发射与仿真技术解决不稳定故障模式样本

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Failure analysis (FA) of semiconductor should base on a specific failure mode. But the failure mode has potential risk that it may change due to it is unstable (caused by weak defect or voltage stress etc). The change of unstable failure mode can occur in every stage of FA flow. If the change happens, typical FA flow cannot be continued base on the failure mode any more. The change of unstable failure mode in different stage will impact the final FA result deeply. In this situation, combined failed device simulation with emission result is a good choice to resolve unstable failure mode sample. This paper introduces the solution that combined Emission technique with simulation to resolve the unstable failure mode sample.
机译:半导体的故障分析(FA)应该基于特定的故障模式。但是故障模式具有潜在的风险,因为它不稳定(可能是由弱缺陷或电压应力等引起的)而可能发生变化。不稳定故障模式的变化可能会在FA流动的每个阶段发生。如果发生更改,则基于故障模式的典型FA流量将无法继续。不稳定失效模式在不同阶段的变化将对最终的FA结果产生深远的影响。在这种情况下,将失败的器件仿真与发射结果结合起来是解决不稳定失效模式样本的好选择。本文介绍了将排放技术与仿真相结合的解决方案,以解决不稳定故障模式样本的问题。

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