Degradation of Gate Oxide Integrity by Metal Impurities
スポンサーリンク
概要
- 論文の詳細を見る
The degradation of gate oxide integrity (GOI) by metal impurities on Si wafers was studied. Ni and Cu tended to precipitate at the Si surface after high-temperature annealing. When these precipitates existed before gate oxidation, they penetrated into the gate oxide film and degraded GOI. Fe tended to remain in the oxide film after oxidation and degraded GOI. The degradation was observed for annealed samples when the surface metal concentration exceeded 1.0 × 10^<12> atoms/cm^2 of Ni or 5.0 × 10^<12> atoms/cm^2 of Cu. It was also observed with contamination of 1.0 × 10^<13> atoms / cm^2 of Fe without annealing.
- 社団法人応用物理学会の論文
- 1989-12-20
著者
-
FUJINO Nobukatsu
Kyushu Electronic Metal Co., Ltd
-
Hiramoto Kazuo
Kyushu Electronic Metal Co. Ltd
-
Sano Masakazu
Kyushu Electronic Metal Co., Ltd
-
Sadamitsu Shinsuke
Kyushu Electronic Metal Co. Ltd
-
HIRAMOTO Kazuo
Kyushu Electronic Metal Co., Ltd
関連論文
- Transmission Electron Microscopy Observation of Defects Induced by Fe Contamination on Si(100) Surface
- A Method of Quantitative Contamination with Metallic Impurities of the Surface of a Silicon Wafer : Semiconductors and Semiconductor Devices
- Influence of Metal Impurities on Leakage Current of Si N^+ P Diode
- Dependence of Gettering Efficiency on Metal Impurities
- TEM Observation of Defects Induced by Ni Contamination on a Si(100) Surface
- A Model of Thermal Transfer in Czochralski Silicon Molten
- TEM Observation of Defects Induced by Cu Contamination on Si(100) Surface : Condensed Matter
- Degradation of Gate Oxide Integrity by Metal Impurities
- Behavior of Defects Induced by Metallic Impurities on Si(100) Surfaces