MOSFET-based high voltage double square-wave pulse generator with an inductive adder configuration

  • Zhao X
  • Zhang Q
  • Long J
 et al. 
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Abstract

This paper presents a fast MOSFET-based solid-state pulse generator for high voltage double square-wave pulses. The generator consists mainly of an inductive adder system stacked of 20 solid-state modules. Each of the modules has 18 power MOSFETs in parallel, which are triggered by individual drive circuits; these drive circuits themselves are synchronously triggered by a signal from avalanche transistors. Our experiments demonstrate that the output pulses with amplitude of 8.1 kV and peak current of about 405 A are available at a load impedance of 20 Ω. The pulse has a double square-wave form with a rise and fall time of 40 ns and 26 ns, respectively and bottom flatness better than 12%. The interval time of the double square-wave pulses can be adjustable by varying the interval time of the trigger pulses.

Author-supplied keywords

  • Avalanche triggering
  • Double pulse
  • Inductive adder
  • MOSFET

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Authors

  • Xin Zhao

  • Qiaogen Zhang

  • Jinghua Long

  • Yunfei Lei

  • Jinyuan Liu

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