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Turn-to-turn contact characteristics for an equivalent circuit model of no-insulation ReBCO pancake coil

机译:无绝缘ReBCO煎饼线圈等效电路模型的匝间接触特性

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This paper presents experimental and analytical studies on the characteristic resistance of NI (no-insulation) ReBCO pancake coils, which are used in an equivalent circuit model to characterize 'radial as well as spiral' current paths within the NI coils. We identified turn-to-turn contact resistance as a major source of the characteristic resistance of an NI coil. In order to verify this, three single pancake NI HTS coils - 60, 40, 20 turns - were fabricated with their winding tension carefully maintained constant. A sudden discharge test was performed on each coil to obtain its characteristic resistance, and the relation between the turn-to-turn contact and the characteristic resistance was investigated. Based on the characteristic resistance and the n-value model, an equivalent circuit model was proposed to characterize the time-varying response of the NI coils. Charging tests were performed on the three test coils and the experimental results were compared with the simulated ones to validate the proposed approach with the equivalent circuit model.
机译:本文介绍了关于NI(非绝缘)ReBCO煎饼线圈的特性电阻的实验和分析研究,这些线圈在等效电路模型中用于表征NI线圈内的“径向和螺旋”电流路径。我们将匝间接触电阻确定为NI线圈特征电阻的主要来源。为了验证这一点,制作了三个单层薄饼NI HTS线圈-60、40、20匝-并小心地将其绕组张力保持恒定。对每个线圈进行突然放电测试以获得其特性电阻,并研究匝间接触与特性电阻之间的关系。基于特性电阻和n值模型,提出了等效电路模型来表征NI线圈的时变响应。对三个测试线圈进行了充电测试,并将实验结果与仿真线圈进行了比较,以用等效电路模型验证了该方法的有效性。

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