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引用次数: 0

摘要

今天,大多数IC和电路板设计都是使用二维图形工具和规则检查进行的。系统级封装正在推动三维设计概念,这对电子设计自动化(EDA)软件供应商提出了许多挑战。系统级封装需要三维EDA工具和设计协作系统,并为这些扩展技术提供适当的制造和装配规则。今天的仿真和分析工具侧重于设计要求的一个方面,例如热、电或机械。System-in-Package需要能够轻松捕获复杂三维结构的分析和仿真工具,并为热管理、可靠性、电磁干扰等问题提供集成的快速解决方案。本文讨论了设计和分析团体在为系统包设计的工程师提供适当的工具时所面临的一些挑战
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Design and modeling challenges for high density packaging
Today most of the IC and board designs are undertaken using two-dimensional graphics tools and rule checks. System-in-package is driving three-dimensional design concepts and this is posing a number of challenges for electronic design automation (EDA) software vendors. System-in-package requires three-dimensional EDA tools and design collaboration systems with appropriate manufacturing and assembly rules for these expanding technologies. Simulation and Analysis tools today focus on one aspect of the design requirement, for example, thermal, electrical or mechanical. System-in-Package requires analysis and simulation tools that can easily capture the complex three dimensional structures and provided integrated fast solutions to issues such as thermal management, reliability, electromagnetic interference, etc. This paper discusses some of the challenges faced by the design and analysis community in providing appropriate tools to engineers for System-in-Package design
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