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Modeling and optimization of noise coupling in TSV-based 3D ICs

机译:基于TSV的3D IC中的噪声耦合建模和优化

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References(4) This paper first proposes an impedance-level model of coupling channel between through silicon vias (TSVs) based on the two-port network theory. In order to get an accurate estimation of the coupling level from TSV-TSV in the early designing stage, we convert the impedance parameters of the model into the ABCD matrix to derive the formula of coupling coefficient, and the accuracy of the proposed formula is validated by comparing with 3D full-wave simulations. Furthermore, a design technique of optimizing the coupling between TSVs is proposed, and through SPICE simulations the proposed technique shows a desirable result to reduce the TSV-TSV coupling.
机译:参考文献(4)本文首先基于两端口网络理论,提出了一个硅通孔(TSV)之间耦合通道的阻抗级模型。为了在设计的早期阶段从TSV-TSV准确估计耦合水平,我们将模型的阻抗参数转换为ABCD矩阵,以得出耦合系数公式,并验证了所提公式的准确性。通过与3D全波仿真进行比较。此外,提出了一种优化TSV之间耦合的设计技术,并且通过SPICE仿真,该技术显示出减少TSV-TSV耦合的理想结果。

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