• High Power Laser and Particle Beams
  • Vol. 32, Issue 7, 075004 (2020)
Litao Qian, Deyu Wang*, Jianping Yu, and Qinglin Zhao
Author Affiliations
  • Electrical Engineering of Yanshan University, Qinhuangdao 066000, China
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    DOI: 10.11884/HPLPB202032.200074 Cite this Article
    Litao Qian, Deyu Wang, Jianping Yu, Qinglin Zhao. Research on high voltage energy storage power supply of pulse plasma thruster based on LCC-LC resonant converter[J]. High Power Laser and Particle Beams, 2020, 32(7): 075004 Copy Citation Text show less
    LCC-LC resonant converter
    Fig. 1. LCC-LC resonant converter
    Equivalent circuit of LCC-LC resonant converter
    Fig. 2. Equivalent circuit of LCC-LC resonant converter
    Gain analysis of LCC-LC converter
    Fig. 3. Gain analysis of LCC-LC converter
    LCC-LC parameter design process
    Fig. 4. LCC-LC parameter design process
    Simulation waveform of constant current output(Io=500 mA)
    Fig. 5. Simulation waveform of constant current output(Io=500 mA)
    Simulation waveform of constant voltage output(Vo=2 kV)
    Fig. 6. Simulation waveform of constant voltage output(Vo=2 kV)
    Simulation waveform of trickle output(Io=2.7 mA)
    Fig. 7. Simulation waveform of trickle output(Io=2.7 mA)
    Simulation waveform of short circuit protection output (Vo=0 V)
    Fig. 8. Simulation waveform of short circuit protection output (Vo=0 V)
    Waveform of soft start
    Fig. 9. Waveform of soft start
    Vin/V Iomax/A Uomax/V Pomax/kW nCs/μF Ls/μH Cp/μF Lp/μH Cm/μF Cm/μF
    2700.52 0001300.27150.1357.50.1352
    Table 1. Parameter of multi resonance network
    Litao Qian, Deyu Wang, Jianping Yu, Qinglin Zhao. Research on high voltage energy storage power supply of pulse plasma thruster based on LCC-LC resonant converter[J]. High Power Laser and Particle Beams, 2020, 32(7): 075004
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