For the circuit operating in AC and saturation condition, a mathematical model of the ferrites as the nonlinear inductance element is built up.
建立了在该电路中(交流和饱和状态运用)以铁氧体作为非线性电感的数学模型。
Through FEA(Finite Element Analysis)of SRM, we can get the inductance curve changes following the position of rotor. We can also get the curve of torque. current and flux linkage.
通过对SRM模型的有限元分析，得到了SRM的随转子位置变化的电感曲线，同时得到了转矩、相电流及磁链曲线。
Based on good localization property of the K element (inverse of the partial inductance method), a fast algorithm for interconnect inductance and resistance extraction is proposed in this paper.
本文基于K参数(电感矩阵的逆)较好的局部化特性，提出适应高频情况的互连电感电阻提取算法。
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