A compact 300 kV solid-state high-voltage nanosecond generator for dielectric wall accelerator
Yi Shen, Wei Wang, Yi Liu, Liansheng Xia, Huang Zhang, Pan Haifeng, Jun Zhu, Jinshui Shi, Linwen Zhang, Jianjun Deng
Abstract
Yi Shen, Wei Wang, Yi Liu, Liansheng Xia, Huang Zhang, Pan Haifeng, Jun Zhu, Jinshui Shi, Linwen Zhang, Jianjun Deng
Abstract
Compact solid-state system is the main development trend in pulsed power technologies. A compact solid-state high-voltage nanosecond pulse generator with output voltage of 300 kV amplitude, 10 ns duration (FWHM), and 3 ns rise-time was designed for a dielectric wall accelerator. The generator is stacked by 15 planar-plate Blumlein pulse forming lines (PFL). Each Blumlein PFL consists of two solid-state planar transmission lines, a GaAs photoconductive semiconductor switch, and a laser diode trigger. The key components of the generator and the experimental results are reported in this paper.
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Compact solid-state system is the main development trend in pulsed power technologies. A compact solid-state high-voltage nanosecond pulse generator with output voltage of 300 kV amplitude, 10 ns duration (FWHM), and 3 ns rise-time was designed for a dielectric wall accelerator. The generator is stacked by 15 planar-plate Blumlein pulse forming lines (PFL). Each Blumlein PFL consists of two solid-state planar transmission lines, a GaAs photoconductive semiconductor switch, and a laser diode trigger. The key components of the generator and the experimental results are reported in this paper.
Key concepts: Blumlein Pair, Nanosecond, Materials science, Pulse generator, Pulsed power, High voltage, Rise time, Marx generator