首页> 外文会议>European Gallium Arsenide and Other Semiconductors Application Symposium(GAAS 2002); 20020923-24; Milano(IT) >EM Analysis of Inhomogeneous Layers Stack from the Wave Concept. Reduction of Substrate Couplings in BiCMOS Technology
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EM Analysis of Inhomogeneous Layers Stack from the Wave Concept. Reduction of Substrate Couplings in BiCMOS Technology

机译:从波动概念分析非均匀层堆叠。减少BiCMOS技术中的基板耦合

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摘要

This paper presents a new original full wave hybrid approach based on a wave concept formulation to analyze inhomogeneous layers stack with arbitrary doping profiles. To demonstrate capabilities of this approach simulation results are presented and successfully compared to published results and available software in the case of homogeneous multilayer BiCMOS typical structure with and without buried diffusions layers (BDL) for multi-level metallizations. To reduce epitaxial/substrate coupling noise, metallically grilled BDL with varying doping profiles are investigated and exhibit an isolation improvement of about 20 dB.
机译:本文提出了一种基于波概念公式的全新原始全波混合方法,以分析具有任意掺杂分布的不均匀层堆叠。为了演示这种方法的功能,在均匀多层BiCMOS典型结构(具有和不具有用于多级金属化的掩埋扩散层(BDL)的均匀多层BiCMOS典型结构)的情况下,演示了仿真结果并将其与已发布的结果和可用软件进行了成功比较。为了减少外延/衬底耦合噪声,研究了具有不同掺杂分布的金属烤制BDL,其隔离性能提高了约20 dB。

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