Brew Rayne pulse-forming line voltage multiplier

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.