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Development of high speed Copper CMP slurry for TSV application based on friction analysis

机译:基于摩擦分析的TSV高速铜CMP浆料的研制

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In order to obtain high speed Cu CMP process for TSV application, we have developed new Copper CMP slurry through friction analysis of Cu reaction layer with an AFM technique. Lateral Modulation Friction Force Microscope (LM-FFM) is the one that is able to measure the friction properly giving a vibration to the layer. We evaluated the torsional displacement between the probe of the LM-FFM and Cu reaction layer under the 5 nm vibration to cancel the shape effect of the Cu reaction layer. The developed Cu CMP slurry makes the frictionally easy-removable Cu reaction layer.
机译:为了获得用于TSV的高速Cu CMP工艺,我们通过AFM技术对Cu反应层的摩擦力进行了分析,从而开发了新的Copper CMP浆料。横向调制摩擦力显微镜(LM-FFM)是一种能够正确测量摩擦力,使层产生振动的显微镜。我们评估了在5 nm振动下LM-FFM的探针与Cu反应层之间的扭转位移,以消除Cu反应层的形状效应。所开发的Cu CMP浆料使摩擦反应容易去除的Cu反应层。

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