Congruency-based hysteresis models for transient simulation
Congruency-based hysteresis models for transient simulation
复制标题
用于瞬态仿真的基于一致性的磁滞模型
DOI：
--
复制
发表时间：
2004
影响因子：
2.1
通讯作者：
A. Moses
中科院分区：
文献类型：
--
作者：
S. Zirka;Y. Moroz;P. Marketos;A. Moses
我们描述了基于直接使用实验一阶反转曲线的历史相关（非 Preisach）磁滞模型。我们提出，任何二阶或更高阶反转曲线都可以通过使用一阶反转曲线的内部段来构造，并表明特定的移植物（具有所需总体尺寸/spl Delta/H、/spl Delta/B的段）总是可以在当前转折点的B和H方向上找到。这使得可以获得源自该点的反转曲线作为在这些方向上发现的移植物的加权和。所提出模型的有效性通过其在脉冲宽度调制电压源下的导电铁磁片中的复杂瞬态仿真中的应用得到了证明。
We describe a history-dependent (non-Preisach) hysteresis model based on direct use of experimental first-order reversal curves. We propose that any second or higher order reversal curve can be constructed by using internal segments of the first-order reversal curves, and show that particular transplants (segments with required overall dimensions /spl Delta/H,/spl Delta/B) can always be found in both the B and H directions from a current turning point. This makes it possible to obtain the reversal curve originating from this point as a weighted sum of the transplants found in those directions. The effectiveness of the proposed model is illustrated by its use in simulation of the complex transients in a conducting ferromagnetic sheet subjected to a pulsewidth-modulation voltage supply.