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首页> 外文期刊>IEICE Transactions on Electronics >Dynamic Analysis of Uniplanar Guided-Wave Structures with Trapezoidal Conductor Profile and Micro-shielding Enclosure
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Dynamic Analysis of Uniplanar Guided-Wave Structures with Trapezoidal Conductor Profile and Micro-shielding Enclosure

机译：具有梯形导体轮廓和微屏蔽罩的单平面导波结构的动力分析

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摘要

This work is concerned with a dynamic analysis of complex uniplanar guided-wave structures for MMICs at millimeter-wave frequencies. The enhanced spectral domain approach is effectively used to model such uniplanar structures with trapezoidal conducting strips involving microshielding enclosures. A wide range of line propagation and impedance characteristics is obtained for slotline and coplanar waveguide (CPW). The effect of different conductor profiles on line characteristics is discussed in detail. Results show an excellent agreement with other works. A class of dispersion-related curves are presented for design consideration.
机译：这项工作涉及到毫米波频率下MMIC的复杂单平面导波结构的动态分析。增强的频谱域方法可有效地用于使用梯形导电条（涉及微屏蔽外壳）对此类单平面结构进行建模。对于缝线和共面波导（CPW），可以获得广泛的线路传播和阻抗特性。详细讨论了不同导体轮廓对线路特性的影响。结果显示与其他作品极好的一致性。提出了一类与色散有关的曲线以供设计考虑。

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