Plasma enhanced ALD pore sealing for highly porous SiOCH films with k = 2.0

Y. Kimura, A. Kobayashi, D. Ishikawa, A. Nakano, K. Matsushita, N. Kobayashi
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引用次数: 3

Abstract

In order to implement highly porous PECVD SiOCH films with k = 2.0 in ILD integration, the UV-assisted restoration to remove plasma damages related with dry etch and pore sealing by plasma enhanced ALD (PEALD)-SiN formation to prevent the metal penetration into the film during subsequent metallization process was investigated. Sequential application of the restoration and pore sealing processes was proved to be the best solution enabling successful sealing capability with preserving pristine k-value of the porous SiOCH films.
在k = 2.0条件下,等离子体增强ALD对高孔SiOCH薄膜的密封
为了在ILD集成中实现k = 2.0的高多孔PECVD SiOCH膜,研究了通过等离子体增强ALD (PEALD)-SiN形成来去除干蚀刻和孔密封相关的等离子体损伤,以防止金属在后续金属化过程中渗透到膜中。连续应用修复和孔隙密封过程被证明是最佳解决方案,可以成功地密封性能,同时保持多孔SiOCH膜的原始k值。
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