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Microdot Epoxy Stamping Process Qualification for Substrate-Based Optocoupler BGA Packaging

机译:基于基板的光耦合器BGA封装的Microdot环氧树脂冲压工艺资格

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Optocoupler is a semiconductor device that allows signal to be transferred between circuits, while keeping the circuits electrically isolated from each other. The demand of surface mount Optocoupler packaging has progressed from a conventional Dual-in-line packaging (DIP) to Small outline packaging (SOP) to miniflat packaging (MFP) and to Ball Grid Array Packaging (BGA) for Optocoupler. This innovative design employs the use of premolded lead frame technology offering thinner and smaller package structure. The need to maintain a consistent interconnect dispense material at die attach is very critical to attain a reliable adhesion of the epoxy to the die and to the substrate. Stamping or pin transfer approach was qualified as a die attach dispense system. This paper outlines the overall characterization work in the die attach process to meet the packaging requirement of the substrate based Optocoupler in a BGA package.
机译:光耦合器是一种半导体器件,它允许信号在电路之间传输,同时保持电路彼此电气隔离。表面安装光耦合器封装的需求已从传统的双列直插式封装(DIP)到小尺寸封装(SOP)到微型扁平封装(MFP)和光耦合器的球栅阵列封装(BGA)不断发展。这一创新设计采用了预模制引线框架技术,可提供越来越薄的封装结构。在管芯连接时需要保持一致的互连分配材料对于使环氧树脂可靠地粘附到管芯和基板上至关重要。压模或销钉转移方法被视为管芯附着分配系统。本文概述了芯片贴装过程中的总体表征工作,以满足BGA封装中基于衬底的光电耦合器的封装要求。

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