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Cleaning of wafer edge, bevel and back-side with a torus-shaped capacitively coupled plasma

机译:用圆环形电容耦合等离子体清洁晶圆边缘,斜面和背面

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摘要

A new type of a capacitively coupled plasma source was developed and tested to remove harmful film layers and particles deposited on a wafer's edge, bevel and back-side during film deposition or other semiconductor chip processes. Plasma was generated along 2 mm of an edge and 4 mm of the back-side of the wafer, thereby removing only films and particles on a wafer edge, bevel and back-side without damaging patterns inside the wafer. Etch rates over 10 000 Angstrom min(-1) for SiO2 and SiN films and rates over 6000 Angstrom min(-1) for polysilicon film were obtained. [References: 4]
机译:开发并测试了新型的电容耦合等离子体源,以去除膜沉积或其他半导体芯片工艺过程中沉积在晶圆边缘,斜面和背面的有害膜层和颗粒。沿晶片的边缘2 mm和背面的4 mm产生等离子体,从而仅除去晶片边缘,斜面和背面上的膜和颗粒,而不会损坏晶片内部的图案。 SiO2和SiN薄膜的刻蚀速率超过10000 min min(-1),多晶硅薄膜的刻蚀速率超过6000 min(-1)。 [参考:4]

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