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Tight relationship among field failure rate, single event burn-out (SEB) and cold bias stability (CBS) as a cosmic ray endurance for IGBT and diode

机译:场故障率,单事件烧坏(SEB)和冷偏置稳定性(CBS)之间的紧密关系作为IGBT和二极管的宇宙射线耐力

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The applied voltage (Vcc) dependence of SEB characteristics of the Failure In Time (FIT) is generally estimated by the accelerated test, because it takes a long time to cause SEB under the natural condition. So, it is meaningful to confirm the relationship among Field Failure Rate (FFR), SEB, FIT and CBS characteristic. Through physical analysis, the destruction point is confirmed to be located around the electric field peak position during SEB experiment using the neutron irradiation. After both SEB curve fitting and sufficient numbers of analysis for the destruction points, the first major factor to characterize the SEB curve is confirmed to be the electric field strength.
机译:通常,通过加速测试来估计时间失效(FIT)的SEB特性对施加电压(Vcc)的依赖性,因为在自然条件下要花费很长时间才能导致SEB。因此,确定现场故障率(FFR),SEB,FIT和CBS特性之间的关系很有意义。通过物理分析,在使用中子辐照的SEB实验中,破坏点被确认为位于电场峰值位置附近。经过SEB曲线拟合和足够数量的破坏点分析后,确定SEB曲线特征的第一个主要因素被确认为电场强度。

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