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Rapid recharging power supply for multiple-hit electrical armor

机译：用于多击电气装甲的快速充电电源

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The Electrical Armor is an energetic type of armor designed to cope with modern threats, specifically designed and most effective against shaped charges. To achieve this without using high explosives the required electrical energy is stored in highpower capacitors to achieve the necessary current amplitude, in the range of some hundreds of kilo amperes. The likely probability of multiple hits within seconds results in considerations about the design of an electric armor module as well as the availability of rapidly providing sufficient electrical energy. Virtually no existing vehicle is able to provide the required electric power of several hundred kilowatts to recharge the capacitors within short time. To overcome this issue a power supply combining a high voltage generator, a unique energy storage device and a pulsed power source was designed. Prior to this work several components, devices and a first system were tested. The paper explains the test results of components and exhibits their influence on the design of a vehicle based system. The basic design of the power supply and its actual technical capability are shown. Additionally some results of the generated gigawatt pulsed power pulses and the recharge-rate are presented. Furthermore a miniaturized energy storage device is shown and future prospects of the system are discussed.
机译：电动盔甲是一款精力充沛的装甲，旨在应对现代威胁，专门设计和最有效的针对形状的电荷。为了在不使用高爆炸物的情况下实现这一点，所需的电能存储在高电容器中，以实现必要的电流幅度，在数百千升的范围内。几秒钟内可能在几秒钟内的可能性导致关于电动铠装模块的设计以及快速提供足够的电能的可用性的考虑。实际上没有现有的车辆能够在短时间内提供数百千瓦的所需电力以在短时间内重新充电。为了克服这一问题，设计了组合高电压发生器，独特的能量存储装置和脉冲电源的电源。在此工作之前，测试了多个组件，设备和第一系统。本文解释了组件的测试结果，并对其基于车辆系统的设计作出影响。显示电源的基本设计及其实际的技术能力。此外，还提出了产生的Gigawatt脉冲脉冲的一些结果和充值率。此外，讨论了小型化的能量存储装置，并且讨论了系统的未来前景。

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