基于gms参数的宽带材料模型识别

Y. Shlepnev
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引用次数: 0

摘要

10-50 Gbps及更高数据速率的PCB和封装互连的设计和符合性分析应该从宽带介电和导体粗糙度模型的识别开始。这样的模型是无法从制造商和模型识别是成功的互连设计的最重要的因素。概述了基于广义模态s参数(GMS-parameters)的宽带模型辨识,并与标准化短脉冲传播(SPP)技术进行了比较。文中还提供了在50 GHz范围内成功识别介电和导体粗糙度模型的实例。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Broadband material model identification with GMS-parameters
Design and compliance analysis of PCB and packaging interconnects for 10–50 Gbps and higher data rates should begin with the identification of broadband dielectric and conductor roughness models. Such models are not available from manufacturers and the model identification is the most important element of successful interconnect design. Broadband model identification with generalized modal S-parameters (GMS-parameters) is outlined and compared with the standardized Short Pulse Propagation (SPP) technique. Practical examples of successful dielectric and conductor roughness model identification up to 50 GHz are also provided.
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