The effect of ILD material and BPSG densification anneal on the device characteristics

Jongwan Jung, Youngjong Lee, J. Hwang, Kyungho Lee
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Abstract

We examined the effect of inter-level dielectric (ILD) and densification anneal on device characteristics, such as polysilicon (poly-Si) activation, silicide resistance, and gate oxide integrity (GOI). For the sample with PTEOS/USG/PTEOS as ILD, any significant degradation of poly-Si activation and silicide resistance was not observed. But gate oxide was severely damaged due to PID. On the other hand, the sample with HLD/BPSG/PTEOS as ILD was free from PID. However, the poly-Si activation and silicide resistance significantly varied depending on the BPSG densification anneal. Our results shows that we should make a compromise between the dopant activation and silicide resistance.
ILD材料和BPSG致密化退火对器件特性的影响
我们研究了层间介电(ILD)和致密化退火对器件特性的影响,如多晶硅(poly-Si)活化、硅化电阻和栅氧化物完整性(GOI)。对于以PTEOS/USG/PTEOS为ILD的样品,未观察到任何明显的多晶硅活化和硅化物抗性退化。但是由于PID导致栅氧化严重损坏。另一方面,HLD/BPSG/PTEOS为ILD的样品无PID。然而,随着BPSG致密化退火的不同,其多晶硅活化和抗硅化物性能发生了显著变化。我们的结果表明,我们应该在掺杂剂活化和抗硅化物之间做出妥协。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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