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Coreless Fast Pulsed

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Linear transformer drivers can generate mega-amperes in hundreds of nanoseconds, allowing to produce matter under extreme conditions and study it in a laboratory setting. Drivers using this technology are more compact than Marx-banks drivers but have very similar characteristics. The key component is the magnetic core that allows to charge the system in parallel, during the dc phase when the core inductance is an ignorable part of the circuit, and to discharge it in series, during the pulsed phase when the core provides inductive isolation. However, the magnetic core increases the weight, the cost of the system, and the footprint of the device. In this article, we show how the magnetic core can be replaced by an insulator break, providing capacitive isolation instead. This approach reduces both weight and footprint of the system while minimizing current losses compared with a system with cores or no isolation whatsoever.

中文翻译:

无芯快速脉冲功率驱动器

线性变压器驱动器可以在数百纳秒内产生兆安培,允许在极端条件下产生物质并在实验室环境中进行研究。使用此技术的驱动程序比 Marx-banks 驱动程序更紧凑,但具有非常相似的特性。关键部件是磁芯,它允许在直流阶段对系统进行并联充电,此时核心电感是电路的可忽略部分,并在脉冲阶段,当核心提供电感隔离时串联放电。然而,磁芯增加了系统的重量、成本和设备的占地面积。在本文中,我们将展示如何用绝缘体断路代替磁芯,从而提供电容隔离。



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