Design of a Vehicular 200-Kj Pulsed Power System for Electrothermal-Chemical Launch Experiment

Xu Lin, Zhang Jun, Dong Jiannian, Wan Hao, S. Hao
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Abstract

This paper has designed a 200-KJ pulsed power system (PPS) for Electrothermal-Chemical Launch (ETCL). The PPS consists of pulsed power module, high voltage charger, remote control system and high power connector. Two independent 100-KJ pulse forming units (PFUs) are integrated in one pulse power module and are charged to the same voltage by one HV charger. In each PFU, a pulse capacitor, a semiconductor switch stack, an inductor, a dump system and a data acquisition system were integrated. The PFU was designed to achieve a peak current up to 50KA at a maximum charging voltage of 10KV. The high voltage charger was integrated into the pulse power module. The experimental data of PPS showed that output current meets the requirement.
车载电热化学发射实验用200-Kj脉冲电源系统设计
设计了一种用于电热化学发射(ETCL)的200 kj脉冲电源系统。PPS主要由脉冲电源模块、高压充电器、远程控制系统和大功率连接器组成。两个独立的100 kj脉冲形成单元(pfu)集成在一个脉冲功率模块中,并通过一个高压充电器充电到相同的电压。在每个PFU中,集成了脉冲电容器、半导体开关堆栈、电感、转储系统和数据采集系统。PFU的设计目的是在最大充电电压为10KV时实现高达50KA的峰值电流。高压充电器集成到脉冲电源模块中。PPS的实验数据表明,输出电流满足要求。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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