Brew Rayne pulse-forming line voltage multiplier

Abstract

The invention provides a Brew Rayne pulse-forming line voltage multiplier. The voltage multiplier is formed by stacking of a plurality of single-stage flat-plate Brew Rayne pulse-forming lines in a crossed mode, and each single-stage flat-plate Brew Rayne pulse-forming line comprises a ceramic solid-state flat-plate transmission line, a GaAs photoconductor switch, a laser diode triggering system and a non-inductive resistance load. The single-stage flat-plate Brew Rayne pulse-forming lines are compactly distributed on a platform to form a multi-stage stacking flat-plate Brew Rayne pulse-forming line voltage multiplier. According to the Brew Rayne pulse-forming line voltage multiplier, short pulse high voltage output several times higher than the amplitude of output voltage of each ingle-stage flat-plate Brew Rayne pulse-forming line and with a nanosecond pulse width can be obtained, and through the fact that multiple groups of multi-stage stacking flat-plate Brew Rayne pulse-forming line voltage multiplier can be formed by multiple groups of multi-stage flat-plate Brew Rayne pulse-forming line voltage multipliers or multi-stage stacking flat-plate Brew Rayne pulse-forming line with more stages are designed, short pulse high voltage with a higher voltage amplitude and higher peak power can be obtained.

Description

technical field [0001] The invention belongs to the technical field of pulse power, and in particular relates to a Bululein pulse forming line voltage doubler, which can be used to generate high-voltage pulses with a pulse width of nanosecond order. Background technique [0002] At present, most of the practical pulse power system devices have the disadvantages of bulkiness and bulkiness, and the development of light and compact pulse power devices is an inevitable trend in this field. Pulse power technology not only plays an important role in military fields such as high-power microwaves, accelerators, strong lasers, and material modification, but also has advantages in civilian technical fields such as biomedicine, food sterilization, and sewage treatment. In a large number of research reports, the high-voltage pulse output by the pulse power system has a wide half-maximum width, the system structure is large and heavy, and the construction cost is expensive. The developm...

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Problems solved by technology

[0003] In order to overcome the disadvantages of bulky and bulky system structure and expensive construction cost in the existing pulse power technology, realize the high voltage and high power output of the pulse power device, and at the same time ensure that the structure of the pulse power system is more portable and compact, the present invention provides a Multi-stage laminated plate Bruline pulse-forming line voltage doubler

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