Institute of Fluid Physics, China Academy of Engineering Physics

Junjun Kang

Yang He

Yue Zhao

Hongwei Liu

Ping Jiang

Jianqiang Yuan

Weiping Xie

Jiabin Fu

Meng Wang

Chuanjun Feng

An He

Liangji Zhou

Bing Wei

Yuan Li

Yi Shen

Zhaohui Zhang

Hongtao Li

Lin Chen

Lingyun Wang

Jie Wang

Disclosed is a method and standard module for amplifying pulsed power. The key point of the technical solution is as follows: a method for amplifying pulsed power is formed by means of the joint action of a LASER mode of a crystal medium, a carrier multiplication amplification mode of a semiconductor medium, and a plasma breakdown amplification mode of a gas medium. Electric power which is amplified is converted into optical power first, the optical power is amplified again, and the amplified optical power is converted into electric power again by a photoelectric conversion and amplification device. A gas switch is triggered based on a photoconductive switch to generate a timing-synchronized high-power electric pulse. The high-power electric pulse may be directly outputted or distributed in multiple channels to obtain multiple timing-synchronized trigger signals. In combination with pulse charge of a capacitor, multiple timing-synchronized high-power electric pulses are outputted.

Method and standard module for amplifying pulsed power

Growing community of inventors

Sichuan, China

Junjun Kang