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Low cost solution to thermal enhancement package for plastic encapsulated microcircuits

机译:塑料封装微电路热增强封装的低成本解决方案

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摘要

Integrated circuits (IC) are continually being developed and improved in order to meet the demands of customers all over the world. For instance, ICs are becoming smaller with faster clock speeds, increased operation frequencies, and greater circuit densities. These changes in IC designs have caused an increase in the thermal demands of IC packages, and in turn, have created a challenge for IC manufacturers. The challenge is to create a low-cost and high quality package that can handle increased thermal demands. The new thermal enhancement package (TEP) concept was developed in response to the increasing thermal demands on ICs. TEP uses a heat slug mounted under the die attach pad using high thermal conductive adhesive prior to encapsulation. The heat can easily and rapidly dissipate to the outside environment via the high thermal conductive adhesive and heat slug, respectively. The addition of the heat slug adds on an extra operation to the manufacturing process; however, very little processing time and cost are added to the price of the IC packages.
机译:集成电路(IC)不断开发和改进,以满足全球客户的需求。例如,随着时钟速度的加快,工作频率的增加和电路密度的提高,IC变得越来越小。 IC设计的这些变化引起了IC封装的热需求的增加,从而对IC制造商提出了挑战。面临的挑战是创建一种低成本,高质量的封装,以应对不断增长的热量需求。新的热增强封装(TEP)概念是为应对IC不断增长的热需求而开发的。在封装之前,TEP使用安装在管芯附着垫下方的散热块,该散热块使用高导热胶粘剂。热量可以分别通过高导热粘合剂和散热片轻松,快速地散发到外部环境。散热块的添加增加了制造过程的额外操作;然而,极少的处理时间和成本增加了IC封装的价格。

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