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Effects of ultrasonic process on the adhesion of Cu/non-conductive PCB substrate in electroless copper plating

机译:超声工艺对化学镀铜Cu /非导电PCB基板粘附的影响

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Electroless Cu plating has been used in PCB industry when circuit was made upon non-conductive substrate. Adhesion is getting important since the size of L/P is reduced. The adhesion of copper on substrate is mainly dependent on Pd activation and copper seeding. In this study the methods of Pd activation were varied and the effects of ultrasonic process were investigated. The thickness of copper layer with activation process was analyzed. The adhesion of copper layer was increased as much as 80% after ultrasonic process applied.
机译:当在非导电基板上进行电路时,在PCB行业中使用了化学镀Cu电镀。由于L / P的尺寸减小,粘合性越来越重要。铜对基材上的粘附主要取决于Pd活化和铜播种。在这项研究中,改变了PD活化的方法,并研究了超声波过程的影响。分析了具有活化过程的铜层的厚度。超声波过程施加超声工艺后,铜层的粘附性高达80℃。

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