大功率LED模组的先进封装方法

R. Jordan, C. Weber, C. Ehrhardt, M. Wilke, J. Jaeschke
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引用次数: 2

摘要

由于旧的安装标准,LED灯具的散热受到限制,因此已经超出了改造系统。实际的LED灯具是基于新的LED封装和模块。通过第一级和第二级互连散热是一个成功的LED封装的关键问题。因此,分析和比较了已知的粘合技术如粘合和焊接以及新技术如烧结和瞬态液相焊接的影响。本文将以一个已实现的密封大功率LED封装为例。使用的新技术使模块在进一步的组装过程和恶劣的操作条件下非常稳定。
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Advanced packaging methods for high-power LED modules
LED luminaires are already beyond retrofit systems, which are limited in heat dissipation due to the old fitting standards. Actual LED luminaries are based on new LED packages and modules. Heat dissipation through the first and second level interconnect is a key issue for a successful LED package. Therefore the impact of known bonding technologies as gluing and soldering and new technologies like sintering and transient liquid phase soldering were analyzed and compared. A realized hermetic high power LED package will be shown as example. The used new techniques result in a module extremely stable against further assembly processes and harsh operating conditions.
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