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Research on Self-exciting Air-core Pulsed Alternator Considering Armature Reaction

机译:考虑电枢反应的自我激动空心脉冲交流发电机的研究

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Compared with the traditional synchronous generator with iron core structure, air-core pulse alternator usually adopts self-excitation to establish a higher field current to meet its demand for high flux density. In this paper, the topology of the self-exciting rectifier is determined to be the full bridge rectifier by discussing the respective application scope of the full bridge and the half wave rectifier. Considering the armature reaction, the self-excitation process and the coupling relationship between the field winding and the armature winding are analyzed. According to the commutation overlap angle, the equivalent circuits of different states are carried out, and the instantaneous expressions of field current and armature current are deduced, which lays a foundation for the following phase control research.
机译:与具有铁芯结构的传统同步发电机相比,空心脉冲交流发电机通常采用自激励,以建立更高的电流,以满足其对高通量密度的需求。 在本文中,通过讨论全桥和半波整流器的相应应用范围确定自激直方的拓扑是全桥整流器。 考虑到电枢反应,分析了场绕组与电枢绕组之间的自激化过程和耦合关系。 根据换向重叠角度,执行不同状态的等效电路,推导出现场电流和电枢电流的瞬时表达,这为以下相控研究奠定了基础。

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