iNEMI solder paste deposition project - First stage review optimizing solder paste printing for large and small components

Shoukai Zhang, R. Mohanty, Xiaodong Jiang, R. Mao, J. Lee, Chuan Xia, K. Sweatman, D. Teoh
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引用次数: 1

Abstract

The widely recognized industry standard IPC-7525 has been used as the starting point for an experimental program that explores the effect of varying the keep out distance for 0201 and 0402 chip components, CSP and SOP with pitches down to 0.4mm, and larger components represented by CCGA. Other variables that were included in the experimental program to determine if they had an effect on the sensitivity of paste transfer to keep-out distance included stencil type, step height and solder type. In the first stage of the project the printing to each pad was measured with automated 3D SPI systems and optimum combinations of parameters identified by statistical analysis. In this paper the authors will explain the methodology chosen to achieve the project objectives and indicate the direction of likely future work. Early results indicate that a key objective of the project, to provide evidence to support the case for a reduction in the keep out
iNEMI锡膏沉积项目-第一阶段审查优化大型和小型组件的锡膏印刷
广泛认可的行业标准IPC-7525已被用作实验程序的起点,该实验程序探索了0201和0402芯片组件,CSP和SOP的间距低至0.4mm以及以CCGA为代表的更大组件的变化保持距离的影响。其他变量包括在实验程序中,以确定它们是否对膏体转移对保持距离的敏感性有影响,包括模板类型,台阶高度和焊料类型。在项目的第一阶段,通过自动3D SPI系统和统计分析确定的最佳参数组合来测量每个垫的打印。在本文中,作者将解释为实现项目目标而选择的方法,并指出可能的未来工作方向。早期的结果表明,该项目的一个关键目标是提供证据来支持减少拒之门外的情况
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