QFN多层次引脚布线:实现复杂导线键合布局的创新设计方法

D. B. Milo
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引用次数: 0

摘要

半导体封装中最复杂的工艺之一是线键合。由于条件和参数的变化,线键合过程是动态的,而且在单层引线框架上使用多线和细线的复杂导线布局使其更加困难。这种工艺和材料组合带来的挑战阻碍了增长和获得更多市场的机会,特别是在高引脚数QFN封装方面。本文将讨论QFN多层引脚布线,这是QFN引线框架设计中的一项创新,它将使高引脚数QFN封装的复杂线键合布局成为可能。这种设计提供了更高的连接位置,以避免电线扫描、下垂、短路风险和其他由于复杂的电线布局而造成的损坏。来自键合点的信号可以通过多级引线框架传输到封装引线,从而提供了一种具有成本效益和高度可制造性的封装。
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QFN Multi-Level Pin Routing:Innovative Design Approach Enabling Complex Wire Bonding Layout
One of the most complicated process in semiconductor packaging is wire bonding. Not only is wire bonding process dynamic due to varying conditions and parameters, complex wire layout with use of multiple and thin wires laid out on a single layered lead frame makes it more difficult. Challenges posed by this process and material combinations hinder the opportunity to grow and gain more of the market, especially in high pin-count QFN package.This paper will discuss QFN multi-level pin routing, an innovation in QFN lead frame design which will enable complex wire bonding layout for high pin-count QFN packages. This design provides elevated bonding sites positioned to avoid wire sweeps, sags, risks of short circuits and other damages which are attributed to complex wire layouts. Signals from the bond sites can be routed to the package leads by the multilevel leadframe, providing a cost effective and highly manufacturable package.
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