• High Power Laser and Particle Beams
  • Vol. 31, Issue 12, 123201 (2019)
Yuqing Fan, Erwei Cheng, Ming Wei, Qinglong Zhang, and Yazhou Chen
Author Affiliations
  • National Key Laboratory of Defense Science and Technology on EM Environment Simulation & Protection, Army Engineering University (Shijiazhuang Campus), Shijiazhuang 050005, China
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    DOI: 10.11884/HPLPB201931.190268 Cite this Article
    Yuqing Fan, Erwei Cheng, Ming Wei, Qinglong Zhang, Yazhou Chen. Analysis on the interference effect of electrostatic discharge of GNSS receiver on aircraft[J]. High Power Laser and Particle Beams, 2019, 31(12): 123201 Copy Citation Text show less
    Time domain characteristics of the current of the corona pulse
    Fig. 1. Time domain characteristics of the current of the corona pulse
    Frequency domain characteristics of the current of the corona pulse
    Fig. 2. Frequency domain characteristics of the current of the corona pulse
    Time domain characteristics of current in ESD HBM
    Fig. 3. Time domain characteristics of current in ESD HBM
    Frequency domain characteristics of current in ESD HBM
    Fig. 4. Frequency domain characteristics of current in ESD HBM
    Time domain waveform and spectrum of corona discharge when the charging voltage is positive
    Fig. 5. Time domain waveform and spectrum of corona discharge when the charging voltage is positive
    Time domain waveform and spectrum of corona discharge when the charging voltage is negative
    Fig. 6. Time domain waveform and spectrum of corona discharge when the charging voltage is negative
    Time domain waveform and spectrum of spark discharge when the charging voltage is positive
    Fig. 7. Time domain waveform and spectrum of spark discharge when the charging voltage is positive
    Time domain waveform and spectrum of spark discharge when the charging voltage is negative
    Fig. 8. Time domain waveform and spectrum of spark discharge when the charging voltage is negative
    Corona discharge simulator
    Fig. 9. Corona discharge simulator
    Block diagram of experimental study of effects of corona discharge
    Fig. 10. Block diagram of experimental study of effects of corona discharge
    Location of the receiver discharge
    Fig. 11. Location of the receiver discharge
    discharge positionair discharge voltage (horizontal coupling plate)/kV air discharge voltage (vertical coupling plate)/kV direct contact discharge voltage/kV
    side A26286
    side B1976
    side C15225
    side D102126
    Table 1. Thresholds of four face-interference-voltages of the receiver
    discharge position as shown in fig. 11(b)direct contact discharge voltage/kV
    1no effect
    219
    38
    44
    511
    Table 2. Intercept voltage threshold for each part of the receiver
    Yuqing Fan, Erwei Cheng, Ming Wei, Qinglong Zhang, Yazhou Chen. Analysis on the interference effect of electrostatic discharge of GNSS receiver on aircraft[J]. High Power Laser and Particle Beams, 2019, 31(12): 123201
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