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A volume diagnosis method for identifying systematic faults in lower-yield wafer occurring during mass production

机译:一种用于批量生产期间发现低产量晶圆系统性故障的体积诊断方法

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This work focuses on volume diagnosis for identifying systematic faults in lower-yield wafers, whose yields are lower than baseline level due to systematic faults during mass production. We develop a model-based volume diagnosis method. To diagnose accurately using the fail data with one lower-yield wafer, we apply modeling techniques for handling pseudo-faults and random faults in the fail data. Experimental results show our method's efficiency; we succeeded in identifying the failure layer for 20/22 data sets with actual lower-yield wafers.
机译:这项工作的重点是进行体积诊断,以识别低产量晶片中的系统性缺陷,由于批量生产期间的系统性缺陷,其产量低于基线水平。我们开发了一种基于模型的体积诊断方法。为了使用一个低良率晶圆准确地使用故障数据进行诊断,我们应用了建模技术来处理故障数据中的伪故障和随机故障。实验结果表明了该方法的有效性。我们成功地通过实际低产量的晶圆确定了20/22数据集的失效层。

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