Study of the components self-alignment in surface mount technology

K. Dušek, M. Novák, A. Rudajevová
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引用次数: 14

Abstract

The operator or pick and place machine sometimes place the component on its position with a small shift. It isn't a critical mistake, because it is a well known phenomenon that during the time when the solder paste is in liquid state the wetting force that acts on components shifts the component to the correct (straight) position according to the soldering pads. This article deals with study of SMD components self-alignment in surface mount technology. In this article, the component self-alignment with regard to different types of solders, different types of reflow technology, different solder paste volume and different component placement angles was observed. In our experiments three types of solders - one leaded (Sn62/Pb36/Ag2) and two lead-free (Sn99,25/Cu0,7/Ni0,05 and Sn95,5/Ag4/Cu0,5) and two types of reflow technologies (hot air soldering and vapor phase soldering) were used.
表面贴装技术中元件自对准的研究
操作人员或拾取机有时会将部件以小位移放置在其位置上。这不是一个严重的错误,因为这是一个众所周知的现象,当锡膏处于液态时,作用在组件上的润湿力会根据焊盘将组件移动到正确的(直线)位置。本文对表面贴装技术中贴片元件的自对准进行了研究。本文观察了不同焊料类型、不同回流工艺类型、不同焊膏体积和不同元件放置角度对元件自对准的影响。在我们的实验中,使用了三种类型的焊料-一种含铅(Sn62/Pb36/Ag2)和两种无铅(Sn99,25/ cu0,7 / ni0,05和Sn95,5/Ag4/ cu0,5)以及两种回流技术(热风焊和气相焊)。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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