首页> 外文会议>Integrated Reliability Workshop Final Report, 2006 IEEE International >Fast Prediction Of Gate Oxide Reliability - Application Of The Cumulative Damage Principle For Transforming V-Ramp Breakdown Distributions Into TDDB Failure Distributions
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Fast Prediction Of Gate Oxide Reliability - Application Of The Cumulative Damage Principle For Transforming V-Ramp Breakdown Distributions Into TDDB Failure Distributions

机译:栅极氧化物可靠性的快速预测-累积损伤原理在将V斜坡击穿分布转换为TDDB故障分布中的应用

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摘要

In this paper a new technique for predicting gate oxide reliability with high confidence from easily accessible ramped voltage stress data is proposed. Given the parameter of the RVT stress profile, the concept of equivalence is successfully applied to convert stress time data at each ramp stress level to corresponding accumulated equivalent ages at any one stress level. Taking into account these ages until breakdown, failure probabilities with the parameters of the stress-life relationship being the only fitting parameters can directly be computed and converted to TDDB failure distributions
机译:本文提出了一种新技术,可从易于获取的斜坡电压应力数据中高可信度地预测栅极氧化物的可靠性。给定RVT应力分布的参数,成功应用了等效概念,将每个坡度应力水平下的应力时间数据转换为任意一个应力水平下的相应累积等效寿命。考虑到失效的年龄,可以直接计算应力-寿命关系参数为唯一拟合参数的失效概率,并将其转换为TDDB失效分布

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