SCORE: SPICE兼容磁阻萃取

Rong Jiang, C. C. Chen
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引用次数: 4

摘要

目前,主流分析工具的必要修改阻止了磁阻k的直接应用。在本文中,我们提出了一种磁阻实现算法(RRA),该算法将磁阻直接转换为与通用仿真引擎(如SPICE)兼容的电路元件。磁阻实现适用于任意电路拓扑结构,且在实现过程中不存在精度损失。由于转换电路的稳定性很大程度上取决于磁阻矩阵的稳定性,因此我们提出了一种高效的改进递推对分切割算法(IRBCA)来获得稳定保证的磁阻矩阵,并将IRBCA和RRA集成到SPICE兼容的磁阻提取工具SCORE中。
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SCORE: SPICE compatible reluctance extraction
Presently, a necessary modification to mainstream analysis tools prevents the direct application of reluctance k. In this paper, we propose a reluctance realization algorithm (RRA) by directly converting reluctances to circuit elements compatible with general simulation engines, such as SPICE. Reluctance realization is applicable to arbitrary circuit topology and no accuracy penalty is involved in the realization process. Since the stability of the converted circuit largely depends on the stability of the reluctance matrix, we present an efficient improved recursive bisection cutting algorithm (IRBCA) to obtain stability-guaranteed reluctance matrices, and integrate IRBCA and RRA into a SPICE compatible reluctance extraction tool, SCORE.
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