Construction of Rf-Blocks in Package Technologies

Fabian Hopsch, R. Trieb, A. Heinig
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Abstract

Advanced packages are necessary to cope with the requirements of 5G and radar technologies with 60 GHz and beyond. For proper RF design with rising package technology requirements demands for usage of predefined structures with predefined layout elements, manufactured and measured elements. This paper deals with an approach to have such elements available to build advanced types of packages in shorter time compared to classical approaches. The approach is a general approach but it is demonstrated with an advanced two-level package-on-package technology with a leading-edge IC technology. It is also used explain the build-up of a construction kit of RF -blocks from the design phase of test structures up to measurement of such structures, qualification and model building. From the test structure more general structures can be derived and used in the design of future 5G applications. This enables better time-to-market, reduces cost and provides higher design validation in terms of first time right.
封装技术中射频块的构造
为了应对5G和60ghz及以上的雷达技术的要求,需要先进的封装。为了在封装技术要求不断提高的情况下进行适当的射频设计,需要使用具有预定义布局元件、制造和测量元件的预定义结构。与经典方法相比,本文讨论了一种方法,使这些元素可以在更短的时间内构建高级类型的包。该方法是一种通用方法,但它通过先进的两级封装对封装技术和领先的IC技术进行了演示。它还用于解释从测试结构的设计阶段到此类结构的测量,鉴定和模型构建的RF模块构建套件的构建。从测试结构中可以推导出更通用的结构,并用于未来5G应用的设计。这可以缩短上市时间,降低成本,并在第一时间提供更高的设计验证。
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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