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首页> 外文期刊>Microwave Journal >A CAD TOOL UTILIZING FAST HYBRID MM/FE/MoM/FD TECHNIQUES
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A CAD TOOL UTILIZING FAST HYBRID MM/FE/MoM/FD TECHNIQUES

机译:利用快速混合MM / FE / MoM / FD技术的CAD工具

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摘要

To meet the rapidly increasing demand for advanced microwave components and antennas in wireless terrestrial and satellite-based communications, accurate and efficient CAD tools are critical. Due to efforts made during the 1990s ― the decade of global 3D electromagnetic (EM) field solvers ― the task of accurate analysis of components can be considered as being largely solved. Therefore, current challenges for CAD software relate to a new quality of efficiency and speed. Communication industries demand a drastic reduction in time-to-market, where only highly optimized microwave components/systems will meet the tight requirements of current and next generation applications. In this context, fast EM-based CAD tools are desired, yielding accurate, optimized designs within extremely short response times. To achieve this requires flexible hybrid solutions, which typically can go beyond the possibilities of single global 3D solvers.
机译:为了满足在无线地面和基于卫星的通信中对高级微波组件和天线的快速增长的需求,准确高效的CAD工具至关重要。由于在1990年代(全球3D电磁(EM)场求解器的十年)所做的努力,可以认为零件的精确分析任务已得到很大解决。因此,CAD软件当前面临的挑战涉及效率和速度的新质量。通信行业要求大幅度缩短产品上市时间,其中只有高度优化的微波组件/系统才能满足当前和下一代应用的严格要求。在这种情况下,需要快速的基于EM的CAD工具,以在极短的响应时间内产生准确,优化的设计。为了实现这一点,需要灵活的混合解决方案,该解决方案通常可以超越单个全局3D求解器的可能性。

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