感应式存储系统设计中的因素

M. Kanter, A. Pokrvailo, N. Shaked, Z. Kaplan
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引用次数: 21

摘要

电感式脉冲电源的实际实现取决于其尺寸和与周围环境的电磁干扰。对原动力电池和线圈进行了参数权衡。结果表明,电池线圈系统的最小体积与布鲁克斯线圈的体积之比为3:2。对于这样的系统,考虑到更高的传递效率,果冻卷比煎饼卷更可取。在非常高的电池功率密度下,由于较低的机械应力,煎饼线圈可能是一个正确的选择。用偶极子近似法计算了圆柱和准椭圆线圈的条纹场。放电效率和条纹场的测量结果与理论分析吻合较好。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Factors in inductive storage system design
The practical implementation of an inductive pulsed power supply depends on its size and EMI with neighboring environment. Parametric trade-off is made for the prime power battery and the coil. It is shown that the minimal volume of the battery-coil system with a Brooks coil is achieved at a ratio of their volumes 3:2, respectively. For such systems, a jellyroll coil is preferable to a pancake one in view of a higher transfer efficiency. At very high battery power density, a pancake coil may be a right choice due to a lower mechanical stress. The fringe field of cylindrical and quasitoroidal coils was calculated using dipole approximation. Measurements of the discharge efficiency and fringe field are in a good agreement with the theoretical analysis.
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