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Localization and physical analysis of dielectric weaknesses for state-of-the-art deep trench based DRAM products

机译:基于最新深沟槽的DRAM产品的电介质弱点的定位和物理分析

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摘要

Stressed deep trench capacitors of Dynamic Random Access Memories (DRAM) were analyzed regarding the localization within a test array. A preparation method to find the position within the failing trench and to give information for process improvements is reported. Differences between the dielectrics nitride/oxide and alumi-numoxide were seen. The investigations were done mostly for trench geometries of a 110nm technology. One first preparation was also successful for a 90nm technology with enlarged trench surfaces by hemispherical silicon grains (HSG).
机译:分析了动态随机存取存储器(DRAM)的受压深沟槽电容器关于测试阵列中的定位。报告了一种寻找故障沟槽内位置并提供信息以改进工艺的准备方法。看到了电介质氮化物/氧化物和铝氧化物之间的差异。研究主要针对110nm技术的沟槽几何形状进行。 90nm技术的第一个成功准备工作是通过半球形硅晶粒(HSG)扩大沟槽表面。

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