A simple model for on-chip microstrip transmission lines in millimeter wave circuits

机译：毫米波电路中片上微带传输线的简单模型

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摘要

This work introduces a modified model for microstrip transmission lines (TL) over silicon substrates. It targets millimeter-wave circuits in modern chip fabrication technologies with thin dielectric height and slotted ground planes, where existing models fail to reproduce the line behavior. Different effects are discussed; this includes the effect of frequency and line geometry on the characteristic impedance, the effective dielectric constant and various types of losses including conductor loss and dielectric. Finally, a comparison to an EM simulator was made across a wide frequency span, which showed that the model is in good agreement with EM simulations.

机译：这项工作为硅基板上的微带传输线（TL）引入了一种改进的模型。它针对具有较薄介电层高度和开槽接地层的现代芯片制造技术中的毫米波电路，而现有模型无法再现线路行为。讨论了不同的效果。这包括频率和线路几何形状对特性阻抗，有效介电常数以及各种损耗（包括导体损耗和介电常数）的影响。最后，在较宽的频率范围内与EM仿真器进行了比较，这表明该模型与EM仿真具有很好的一致性。

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《International Conference on Microelectronics》|2016年|121-124|共4页
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Shrouk Shafie; Mona El-Sabagh; Mohamed Dessouky; Marwah Shafee; Sherif Hammouda; Hazem Hegazy;
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Mathematical model; Solid modeling; Microstrip; Power transmission lines; Impedance; Dielectric constant;

机译：数学模型;实体模型;微带线;输电线路;阻抗;介电常数;

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专利

1. NEW MICROMACHINED MICROSTRIP TRANSMISSION LINES FOR APPLICATION IN MILLIMETER-WAVE CIRCUITS [J] . Han-Shin Lee, Sung-Chan Kim, Byoung-Ok Lim, Microwave and optical technology letters . 2004,第1期

机译：适用于毫米波电路的新型微机械微带传输线
2. New multilayer planar transmission lines for microwave and millimeter-wave integrated circuits [J] . Pang-Cheng Hsu, Cam Nguyen IEEE Transactions on Microwave Theory and Techniques . 1995,第8期

机译：用于微波和毫米波集成电路的新型多层平面传输线
3. Equivalent circuit modeling of losses and dispersion in single and coupled lines for microwave and millimeter-wave integrated circuits [J] . Tripathi V.K., Hill A. IEEE Transactions on Microwave Theory and Techniques . 1988,第2期

机译：微波和毫米波集成电路单线和耦合线中损耗和色散的等效电路建模
4. A simple model for on-chip microstrip transmission lines in millimeter wave circuits [C] . Shrouk Shafie, Mona El-Sabagh, Mohamed Dessouky, International Conference on Microelectronics . 2016

机译：毫米波电路中片上微带传输线的简单模型
5. Electromagnetic Modeling of Coupled Transmission Lines for Millimeter-Wave/Terahertz Circuits in 65 nm CMOS Technology. [D] . Kirkman-Bey, Monique Danyell. 2014

机译：65 nm CMOS技术中毫米波/太赫兹电路耦合传输线的电磁建模。
6. Low-Power Testing of Losses in Millimeter-Wave Transmission Lines for High-Power Applications [O] . S. T. Han, E. N. Comfoltey, M. A. Shapiro, -1

机译：针对大功率应用的毫米波传输线中的损耗的低功率测试
7. ON-CHIP TECHNOLOGY INDEPENDENT 3-D MOD- ELS FOR MILLIMETER-WAVE TRANSMISSION LINES WITH BEND AND GAP DISCONTINUITY [O] . G. A. Wang, W. Woods, H. Y. Ding, 2014

机译：弯曲和间隙不连续的毫米波传输线的芯片上独立技术3D模型
8. Computer-Aided Analysis of Dissipation Losses in Isolated and Coupled Transmission Lines for Microwave and Millimeter-Wave Integrated-Circuit Applications. [R] . spielman,barry e. 1976

机译：微波和毫米波集成电路应用中隔离和耦合传输线耗散损耗的计算机辅助分析。

A simple model for on-chip microstrip transmission lines in millimeter wave circuits

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