High-voltage high-energy-storage solid pulse generator

Abstract

The invention discloses a high-voltage high-energy-storage solid pulse generator, which relates to a high-voltage pulse generator. The high-voltage high-energy-storage solid pulse generator comprises two high-voltage electrodes, wherein a flat solid medium block is arranged between the two high-voltage electrodes, and the two high-voltage electrodes are arranged two surfaces opposite to the flat solid medium block respectively. The high-voltage high-energy-storage solid pulse generator has the advantage of ensuring that the pulse generator generates high-voltage pulses with small pulse flat fluctuation by adopting a correlation technique means through the improvement on energy storing media of the high-voltage pulse generator so that the high-voltage pulse generator has the advantages of high energy storage density, compact system, strong maneuverability, low maintenance requirement and the like.

Description

technical field [0001] The invention relates to a high-voltage pulse generating device. Background technique [0002] High-voltage pulse generating devices are widely used in civil and national defense fields to realize the compression of electric power, so that the 220V mains can realize high-voltage and high-power instantaneous release for driving loads. At present, high-voltage pulse generators mainly include oil medium pulse generators and deionized water medium pulse generators. The medium of these two types of pulse generating devices is a liquid medium. Among them, the output capability of the oil medium is not strong due to its low relative permittivity (~2.3) and low energy storage density, and the geometric length of the pulse generating device that needs to be designed to generate voltage pulses of the same width is relatively long. The deionized water medium has a relatively large relative dielectric constant (~80), which can achieve a strong output. Compared w...

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Problems solved by technology

However, because the deionized water used for energy storage is easily polluted, the resistivity will be reduced, and the output capacity of the device will be reduced or invalidated. Therefore, the deionized water used as the energy storage medium needs to be circulated by a treatment device, which leads to a large system of pulse generating devices, which is difficult to maneuver. poor ability

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