首页> 外文会议>Electronics Manufacturing Technology Symposium, 1997., Twenty-First IEEE/CPMT International >Statistical machine control: a practical approach to totalproductive maintenance of semiconductor equipment
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Statistical machine control: a practical approach to totalproductive maintenance of semiconductor equipment

机译:统计机器控制:一种实用的总计方法半导体设备的生产维护

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Statistical Machine Control (SMC) encompasses the totalmaintenance effect on equipment. This approach steps far beyond the“fix it” attitude that has often been the understood job ofa maintenance technician. SMC incorporates Total Quality Management(TQM) practices, the predictive and preventive maintenance programs. Thegoal of the program is to maximize uptime while continuing: to reducevariation. Variation has an effect on product yields, and equipment canbe a major cause of the total variation in a factory. SMC addressesthese concerns, and it requires a change in mind set that takes time,training and a lot of energy to bring to fruition. SMC works if theorganization is committed to overcome the stumbling blocks along theway. This paper is illustrated with four practical examples
机译:统计机器控制(SMC)涵盖了全部 对设备的维护效果。这种方法远远超出了 “修复”态度通常是人们理解的工作 维护技术员。 SMC整合了全面质量管理 (TQM)惯例,预测性和预防性维护计划。这 该计划的目标是在持续运行的同时最大程度地延长正常运行时间:减少 变化。变化会影响产品的产量,并且设备可能 成为工厂整体变化的主要原因。 SMC地址 这些问题,并且需要改变思维方式,这需要时间, 训练和大量精力可以实现。如果 组织致力于克服沿线的绊脚石 道路。本文通过四个实际示例进行说明

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