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Critical Gate Voltage and Digital Breakdown: Extending Post-Breakdown Reliability Margin in Ultrathin Gate Dielectric with Thickness < 1.6 nm

机译:临界栅极电压和数字探测:在超薄栅极电介质中延伸后击穿后可靠性余量,厚度<1.6 nm

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摘要

The saturation of a critical gate voltage at 2-2.4 V for SiON with thickness < 1.6 nm (EOT < 1.4 nm) extends the role of digital breakdown (BD) in prolonging progressive BD at nominal voltages. As a result, the post-BD gate leakage degradation rate, which is extrapolated from a high voltage using the conventional approach, is highly overestimated, warranting one to revise the post-BD reliability assessment.
机译:对于厚度<1.6nm(EOT <1.4nm)的SiO期,临界栅极电压的饱和度在2-2.4V(EOT <1.4nm)中延长了数字击穿(BD)的作用,延长了标称电压的逐步BD。结果,使用传统方法从高电压推断的BD栅极泄漏劣化率高度高度估计,需要一个修改BD后的可靠性评估。

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