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大多数电容储能型脉冲功率装置的共同特点是采用了气体开关,由于气体绝缘恢复的限制和电极的烧蚀,使得其重复频率都不太高,而且寿命有限.而目前广泛研究的磁脉冲压缩技术在脉冲功率系统的长寿命、高平均功率和高重复频率运行方面具有很大的应用前景.通过对BOOST电路、LC谐振电路和磁脉冲压缩电路详细的理论分析和计算机模拟,设计了由BOOST电路,LC谐振电路,脉冲变压器,磁压缩系统,负载五大部分组成的脉冲发生器电路系统模型,使用Pspice软件对系统进行了模拟、优化,得到了电压幅值为55kV,脉宽为500ns的输出脉冲.
Common feature of most capacitive energy storage pulse power devices is the use of a gas switch, due to the limitations of gas insulation recovery and electrode ablation, making it not too high repetition frequency, and limited life expectancy, and the widely studied magnetic pulse Compression technology has great application prospects in the long life, high average power and high repetition rate operation of pulse power system.Based on the detailed theoretical analysis and computer simulation of BOOST circuit, LC resonant circuit and magnetic pulse compression circuit, BOOST circuit, LC resonant circuit, pulse transformer, magnetic compression system, load pulse generator circuit system model composed of five parts, the use of Pspice software to simulate the system, optimized, the voltage amplitude of 55kV, pulse width of 500ns Output pulse.