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PCB DESIGN OPTIMIZATION OF 0201 PACKAGES FOR ASSEMBLY PROCESSES

机译:PCB设计优化0201包装装配过程

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The demand for 0201 components in consumer products will increase sharply over the next few years due to the need for miniaturization. It is predicted that over 20 billion 0201 components will be used in more than one billion cell phones worldwide by the year 2003. Therefore, research and development on 0201 assembly is becoming a very hot topic. The first step to achieve a successful assembly process is to obtain a good PCB design for 0201 packages. This paper presents the data and criteria of PCB design for 0201 packages, including the pad design for 0201 components, and the minimum pad spacing or component clearance between 0201 components or between 0201 and other components. A systematic study on pad design and pad spacing was undertaken, using two test vehicles and three Design of Experiments (DOEs). In the first DOE, 2 out of 18 types of 0201 pad designs were selected based on process yield. The second DOE was focused on pad spacing, including 10mil, 8mil, 6mil and 4mil. The third experiment was final optimization, using two types of optimized pad designs with 10mil, 8mil and 6mil pad spacing. Through the above experiments, the design guideline for PCB layout for 0201 packages and the assembly process capability are identified.
机译:由于需要小型化,对消费品0201个组件的需求将在未来几年内急剧增加。据预测,到2003年全世界超过100亿0201个组件将在全世界超过10亿美元的手机上使用。因此,0201议会的研发成为一个非常热门的话题。实现成功装配过程的第一步是获得0201包装的良好PCB设计。本文介绍了0201封装的PCB设计的数据和标准,包括0201元件的焊盘设计,以及0201组件或0201个组件之间的最小垫间距或部件间隙。采用两台试验车辆和三种实验设计进行了对垫设计和垫间距的系统研究。在第一个DOE中,基于工艺产量选择18种类型的0201种垫设计中的2种。第二个DOE集中在垫间距,包括10mil,8mil,6mil和4mil。第三个实验是最终优化,使用两种类型的优化垫设计,10mil,8mil和6mil垫间距。通过上述实验,识别了0201封装的PCB布局的设计指南和组装过程能力。

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