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Analytical Modeling and Characterization of TSV for Three Dimensional Integrated Circuits

机译:三维集成电路TSV的分析建模与表征

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In this paper, the operation of S-G pair TSV, coaxial TSV, tapered S-G pair TSV and tapered coaxial TSV are analyzed where the TSV resistance, inductance, and capacitance need to be modeled to find out their impact on the performance of a 3-D circuit. The RLC parameters of the TSV are modeled as a function of physical factor and material characteristics. The performance of the analytically modeled TSV in the form of lumped elements (R, L, and C) circuit was simulated using Virtuoso Schematic editor and Analog Design Environment of Cadence Tool. Delay crosstalk and power are determined and compared between various TSV structures. The delay has been reduced in tapered coaxial TSV structure compared with other types of TSV structure.
机译:在本文中,分析了SG成对TSV,同轴TSV,锥形SG对TSV和锥形同轴TSV的操作,其中需要建模TSV电阻,电感和电容以找出它们对3-D性能的影响电路。 TSV的RLC参数被建模为物理因子和材料特性。模拟了使用Virtuoso示意图编辑器和Cadence工具的模拟设计环境模拟了分集元件(R,L和C)电路形式的模拟建模TSV的性能。确定并比较各种TSV结构之间的延迟串扰和功率。与其他类型的TSV结构相比,锥形同轴TSV结构延迟减少。

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