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Study of the electromagnetic characteristics of multiple HTSPPT modules based on the configuration of toroidal structure for inductive pulsed power supply

机译:基于诱导脉冲电源的环形结构配置的多HTSPPT模块电磁特性研究

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摘要

High temperature superconducting pulsed power transformer (HTSPPT) is an important device for pulsed power supplies. It consists of a superconducting primary and a normal conducting secondary, which is used for energy storage and current amplification. The critical current density, the energy storage, and the coupling coefficient are three main performance indexes. They are affected by the geometry parameters of HTSPPT modules, such as the height and the width of the superconducting coils. In addition, the hoop stress of the HTSPPT coils is limited by the maximum tensile strength of high temperature superconducting (HTS) tapes. In this paper, B1-2223/Ag HTS tapes are selected as the wire of primary inductor and the toroidal structure model is selected for multiple HTSPPT modules. The relationships between the geometry parameters of HTSPPT modules and the electrical performance are studied.
机译:高温超导脉冲电力变压器(HTSPPT)是脉冲电源的重要装置。 它由超导初级和正常导电次级组成,其用于能量存储和电流放大。 临界电流密度,能量存储和耦合系数是三个主要性能指标。 它们受到HTSPPT模块的几何参数的影响,例如超导线圈的高度和宽度。 另外,HTSPPT线圈的箍应力受高温超导(HTS)胶带的最大拉伸强度的限制。 在本文中,选择B1-2223 / AG HTS胶带作为初级电感器的电线,并为多个HTSPPT模块选择环形结构模型。 研究了HTSPPT模块的几何参数与电性能之间的关系。

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