首页> 外国专利> HEAT CATALYST-CONTAINING CATHODE TYPE PECVD APPARATUS, PHOTOELECTRIC TRANSDUCER MANUFACTURED BY USING THE SAME AS WELL AS ITS MANUFACTURING METHOD, HEAT CATALYST- CONTAINING CATHODE TYPE PECVD METHOD, CVD APPARATUS USING THE SAME, FILM FORMED BY THE SAME METHOD AND DEVICE FORMED BY USING THE SAME FILM

HEAT CATALYST-CONTAINING CATHODE TYPE PECVD APPARATUS, PHOTOELECTRIC TRANSDUCER MANUFACTURED BY USING THE SAME AS WELL AS ITS MANUFACTURING METHOD, HEAT CATALYST- CONTAINING CATHODE TYPE PECVD METHOD, CVD APPARATUS USING THE SAME, FILM FORMED BY THE SAME METHOD AND DEVICE FORMED BY USING THE SAME FILM

机译:含热催化剂的阴极型PECVD设备,使用其制造的光电传感器及其制造方法,含热催化剂的阴极型PECVD方法,使用相同方法的CVD设备,采用与上述相同的形式相同的电影

摘要

PROBLEM TO BE SOLVED: To provide a heat catalyst-containing cathode type PECVD apparatus capable of inexpensively forming an Si thin film at a high speed in a high quality, and to provide a photoelectric transducer manufactured by using the same and a method for manufacturing the same.;SOLUTION: The heat catalyst-containing cathode type PECVD apparatus injects a hydrogen gas and an Si gas from a shower electrode having a plurality of gas jet holes connected to a high-frequency power source, and forms the film on the substrate to be formed with the film. In the apparatus, the introducing route of the hydrogen gas is separated from the introducing route of the Si gas until the route of the hydrogen gas passes the shower electrode, and the heat catalyst connected to a DC power source is arranged on the introducing route of the hydrogen gas of the upstream side from the shower electrode. A distance between the shower electrode and the substrate to be formed with the film is 3 cm or less. A distance between the adjacent two gas injection holes of the shower electrode is the distance or less between the shower electrode and the substrate to be formed with the film.;COPYRIGHT: (C)2003,JPO
机译:解决的问题:提供一种含热催化剂的阴极型PECVD装置,该装置能够廉价且高质量地高速形成Si薄膜,并提供一种使用其制造的光电换能器及其制造方法。 SOLUTION:含热催化剂的阴极型PECVD设备从具有连接至高频电源的多个气体喷孔的喷淋电极注入氢气和Si气体,并在基板上形成薄膜与膜形成。在该设备中,将氢气的引入路径与Si气体的引入路径分开,直到氢气的路径通过喷淋电极为止,并且在直流电的引入路径上布置连接至DC电源的热催化剂。喷淋电极上游侧的氢气。淋浴电极与要形成膜的基板之间的距离为3cm或更小。喷淋电极的相邻两个注气孔之间的距离等于喷淋电极与要形成膜的基板之间的距离或更小。版权所有:(C)2003,JPO

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