Titlebook: Opening Switches; A. H. Guenther,M. Kristiansen,T. Martin Book 1987 Plenum Press, New York 1987 circuit.energy.energy storage.high voltage

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Advances in Pulsed Power Technologyhttp://image.papertrans.cn/o/image/701944.jpg

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Inductive Energy Storage Circuits and Switches,he opening switch must first conduct the current as required--that is, operate as a closing switch. To accomplish current interruption, the opening switch must force the current to transfer from the switch to a parallel circuit branch (e.g. a load) and then withstand the voltage generated by the cur

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Diffuse Discharge Opening Switches,ressure (> 1 atm), diffuse discharges has been performed with respect to its application for pumping molecular lasers. The most common sustainment method, the electron-beam (e-beam) controlled discharge technique, was devised and implemented by Daugherty, et. al.,1 to overcome thermal instabilities

plasma

Low-Pressure Plasma Opening Switches, be switched from high voltage on short time scales with low forward-voltage drop. However, plasma devices are not usually considered as repetitive fast opening switches. Although they can be opened by commutation (or by counterpulse techniques), commutation requires significant power, and recovery

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The Plasma Erosion Opening Switch,rgy (>10MJ), high-power (>10.W) applications.1 The principal advantages of inductive storage derive from the 10–100 times higher energy density possible with energy stored in magnetic fields as compared with electric fields and that energy can be stored at low voltage. In theory, this makes compact

PALL

The Reflex Switch: A Fast-Opening Vacuum Switch,ost over conventional technology. The key component of such systems is the vacuum switch, which is to stay closed for a long enough time to charge an inductor with current and to open on a fast time scale to produce a power amplified output pulse near the final vacuum load. The development of such a