High Performance Multi-Chip Leadframe Package with Internal Connection

DaeYoung Park, HyeongIl Jeon, G. Kim, JiYeon Yang, KwangSoo Sang, B. Kim, JinYoung Khim
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Abstract

This paper discusses a highly integrated multi -chip module (MCM) routable (thin) MicroLeadFrame® (rtMLF®) packaging for multi-functional high-performance applications. The MCM rtMLF package includes internal routing leads to connect die to die within the package. These routing leads let the package enhance the small form factor and are compared with two single quad flat no-lead (QFN) packages where the dice were connected by board traces. Feasibility of the MCM rtMLF package was confirmed using a conventional QFN-process and the MCM rtMLF package passed the Automotive Electronics Council Q006 (AEC-Q006) reliability test. Die to die interconnections through routing leads showed higher electric performances in terms of resistance, inductance, capacitance parasitic and insertion loss than the on-board interconnections of the two single QFN packages. Lastly, thermal resistances of the MCM rtMLF package measured by thermal simulation were lower than those of MCM two-layer chip scale packages (CSPs).
具有内部连接的高性能多芯片引线框架封装
本文讨论了一种用于多功能高性能应用的高集成多芯片模块(MCM)可路由(薄)MicroLeadFrame®(rtMLF®)封装。MCM rtMLF包包括内部路由引线,用于连接包内的芯片。这些布线引线使封装增强了小尺寸,并与两个单四平面无引线(QFN)封装进行了比较,其中dice通过电路板走线连接。采用传统qfn工艺验证了MCM rtMLF封装的可行性,MCM rtMLF封装通过了汽车电子委员会Q006 (AEC-Q006)可靠性测试。与两个单QFN封装的板上互连相比,通过布线引线的模间互连在电阻、电感、电容寄生和插入损耗方面表现出更高的电性能。最后,热模拟测量的MCM rtMLF封装的热阻低于MCM双层芯片级封装(csp)的热阻。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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