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STI Si damage defect reduction by HDP profile optimizations

机译:STI SI损害HDP配置文件优化减少缺陷

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摘要

Unique defect related to the tighter process margins on STI HDP process was investigated. The root cause was Si surface damage due to smaller top width of HDP. The defect was improved by HDP deposition process optimization derived relationship between ion incident angle and sputtering rate during deposition process. It was elucidated that HDP process is important for not only gap filling capability but also HDP physical profile control to obtain robustness process establishment.
机译:研究了与STI HDP进程上的更严格的过程边距相关的独特缺陷。由于HDP的较小顶部宽度,根本原因是Si表面损坏。通过HDP沉积过程优化在沉积过程中离子入射角和溅射速率之间的HDP沉积过程优化衍生关系改善了缺陷。阐明了HDP过程对于不仅是间隙填充能力,而且对HDP物理配置文件控制很重要,以获得鲁棒性过程建立。

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