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PPPS-2013: Analysis on circuit-elements-composed-simulator of vircator for electromagnetic pulse emission

机译:PPPS-2013:电磁脉冲发射器用电路元件组成的仿真器分析

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. In these applications it is difficult to build the whole system for EMP protection, because it is costly, dangerous and complex. For this reason, the vircator simulator to be composed circuit elements (R, L, C and etc.) is strongly needed. Numerically, vircator can be analyzed by PIC (Particle In Cell). However it takes too many times in computation. Therefore, the purpose of this paper is to build a vircator simulator via circuit elements, which could have its equivalent behavior with lower computation. In this paper, passive elements and switch are used to model for space-charge limitation, absorptions, oscillation and etc. The number of oscillation between the anode and the virtual cathode is limited. These circuit analysis is simulated by EMTP (Electro Magnetic Transient Program). Through the circuit-elements-composed-simulator, it can be handled with as the whole system for EMP protection. This means that circuit analysis can be carried out from the prime power to vircator. It is expected to help the improvement of EMP system with vircator efficiently.
机译:。在这些应用中,很难构建用于EMP保护的整个系统,因为它昂贵,危险且复杂。因此,强烈需要由电路元件(R,L,C等)构成的振动器模拟器。在数字上,可以通过PIC(Particle In Cell)来分析振荡器。但是,这需要太多时间进行计算。因此,本文的目的是通过电路元件构建一个振动器模拟器,该模拟器具有等效的行为,但运算量较小。在本文中,使用无源元件和开关对空间电荷限制,吸收,振荡等进行建模。阳极和虚拟阴极之间的振荡次数受到限制。这些电路分析是通过EMTP(电磁暂态程序)进行仿真的。通过组成电路元件的仿真器,可以将其作为EMP保护的整个系统来处理。这意味着可以从主电源到振动器进行电路分析。有望通过振动器有效地改善EMP系统。

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