首页> 外国专利> Being the spatter accumulation system of the cathode material in order with continual accumulation null continuous control action mode of the insulating material which

Being the spatter accumulation system of the cathode material in order with continual accumulation null continuous control action mode of the insulating material which

机译:作为阴极材料的飞溅累积系统,以连续累积的方式使绝缘材料的连续控制作用模式无效,

摘要

(57) Abstract The baseplate (3) method and the device which do the spatter accumulation of the insulating material on, are disclosed with continuous action mode. In order to make this possible, the new design of the anode assembly and drive power source is disclosed. Single unit or it can use the many anode (11 and 12). The anode, in order to offer the pure correct anode to the system, in order what insulating material which has the possibility of being accumulated on the anode spatter to be able to be removed, can be biased by negative number to every specified time, vis-a-vis the plasma (2). The anode is just biased, in order to carry out role as an anode, between some times, at least. This way, when anode structure is just biased by removing every insulating material which has the possibility of being formed on anode structure, in electronic collection from the plasma, continuing anode structure, it becomes possible to use effectively, therefore, as the anode of the system, continuing anode structure, it becomes possible to use effectively, continuous action of the system becomes possible with that.
机译:(57)<摘要>公开了以连续作用模式进行绝缘材料的飞溅累积的基板(3)方法和装置。为了使其成为可能,公开了阳极组件和驱动电源的新设计。一个单元或它可以使用多个阳极(11和12)。为了给系统提供纯正的阳极,为了使能够清除积聚在阳极飞溅物上的绝缘材料能够去除,可以在每个指定的时间(相对于阳极)施加负数偏置。 -a-等离子(2)。至少在某些时候,阳极才被偏置,以起到阳极的作用。这样,当仅通过去除所有可能在阳极结构上形成的绝缘材料来偏置阳极结构时,在从等离子体进行电子收集时,连续的阳极结构可以有效地用作阳极。阳极体系的连续性,有效利用成为可能,由此体系的连续作用成为可能。

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