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Board Design and Assembly Process Evaluation for 0201 Components on PCBs

机译:PCB上0201元件的电路板设计和组装过程评估

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摘要

As 0402 has become a common package for printed circuit board (PCB) assembly, research and development on mounting 0201 components is emerging as an important topic in the field of surface mount technology for PWB miniaturization. In this study, a test vehicle for 0201 packages was designed to investigate board design and assembly issues. Design of Experiment (DOE) was utilized, using the test vehicle, to explore the influence of key parameters in pad design, printing, pick-and-place, and reflow on the assembly process. These key parameters include printing parameters, mounting height or placement pressure, reflow ramping rate, soak time and peak temperature. The pad designs consist of rectangular pad shape, round pad shape and home-based pad shape. For each pad design, several different aperture openings on the stencil were included. The performance parameters from this experiment include solder paste height, solder paste volume and the number of post-reflow defects. By analyzing the DOE results, optimized pad designs and assembly process parameters were determined.
机译:随着0402已经成为印刷电路板(PCB)组装的通用封装,安装0201组件的研究和开发正在成为用于PWB小型化的表面安装技术领域的重要课题。在这项研究中,设计了一种用于0201封装的测试工具,以调查电路板的设计和组装问题。利用测试工具,利用实验设计(DOE)来研究焊盘设计,印刷,取放和回流中的关键参数对组装过程的影响。这些关键参数包括打印参数,安装高度或放置压力,回流升温速率,均热时间和峰值温度。垫的设计包括矩形垫形状,圆形垫形状和家用垫形状。对于每种焊盘设计,都包括在模板上的几个不同的孔口。该实验的性能参数包括焊膏高度,焊膏体积和回流后缺陷数量。通过分析DOE结果,确定了优化的焊盘设计和组装工艺参数。

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