"Reliability of PtSi-Ti/W-Al Metallization System used in Bipolar Logics"

C. Canali, F. Fantini, G. Queirolo, E. Zanoni
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Abstract

Metallurgical and electrical failure mechanisms of the PtSi- Ti/W-Al metal system were investigated in commercial bipolar logic devices and in "to the purpose" prepared samples. SEM, microprobe, AES and X-ray diffraction were used to study interdiffusion phenomena and intermetallic compound formation which were correlated to Schottky diode barrier height changes induced by thermal annealing. A few monolayers of oxygen at the Al-Ti/W interface will strongly reduce the degradation phenomena.
"双极逻辑电路中使用的铂矽钛/铝金属化系统的可靠性"
在商用双极逻辑器件和 "按目的 "制备的样品中研究了 PtSi- Ti/W-Al 金属系统的冶金和电气失效机制。利用扫描电子显微镜、微探针、AES 和 X 射线衍射研究了相互扩散现象和金属间化合物的形成,这些现象与热退火引起的肖特基二极管势垒高度变化有关。在 Al-Ti/W 界面上的几个单层氧将大大减少降解现象。
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