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Influence of post-oxidation cooling rate on residual stress and pn-junction leakage current in LOCOS isolated structures

机译:后氧化冷却速率对LOCOS隔震结构中残余应力和pn结泄漏电流的影响

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摘要

The influence of the cooling rate after field oxidation on n/sup +/-p junction diodes and residual process-induced stress is characterized. Depending on the cooling rate after field oxidation, the room temperature stress can be significantly higher than the stress induced during oxidation. In regions that are already highly strained, this additional stress may lead to an increase in reverse diode leakage current. Stress relaxation simulations are used to explain the cooling rate dependence of the observed leakage current.
机译:表征了场氧化后冷却速率对n / sup +/- p结二极管和残余过程感应应力的影响。取决于场氧化后的冷却速率,室温应力可能明显高于氧化过程中引起的应力。在已经高度应变的区域中,此额外应力可能导致反向二极管泄漏电流增加。应力松弛模拟用于解释所观察到的泄漏电流对冷却速率的依赖性。

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