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Experimental study of the current characteristics of thin silicon oxide films under dynamic stress

机译:动态应力下氧化硅薄膜电流特性的实验研究

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In this study the temporal characteristics of the current through thin silicon oxide films have been analyzed applying pulsed voltages of different height to the device Under test. In addition to low and high fie]d stress measurements, we also have included pre--tunneling voltages to compare several voltage stress tests. We have shown for the first time. that there is a steady transition in the variation of the current characteristic going from pre-tunneling voltages to high voltage stressing. This current characteristic has been explained by the superposition of two current components. The measurement results have been discussed with the aid of a model based on the energy band diagram. Furthermore, we will show that the temporal transient Current component can also be seen in the Fowler- Nordheim tunneling plot.
机译:在这项研究中,通过对被测器件施加不同高度的脉冲电压,分析了通过氧化硅薄膜的电流的时间特性。除了高场应力测量和高场应力测量之外,我们还提供了预隧道电压,以比较几种电压应力测试。我们是第一次展示。从预隧道电压到高电压应力,电流特性的变化有一个稳定的过渡。通过两个电流分量的叠加来解释该电流特性。借助基于能带图的模型讨论了测量结果。此外,我们将显示在Fowler-Nordheim隧道图中也可以看到瞬时瞬时电流分量。

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