Influence of the residual inductance of the impulse generator for the generation of the lightning impulse voltage

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3 Citations (Scopus)

Abstract

This paper describes the theoretical analysis of lightning impulse voltage waveform with an overshoot or oscillation caused by the residual inductance of the impulse generator. The oscillating lightning impulse waveform is expressed by the following formula; {Equation presented} where A, α1, α2, ω, θ are constants, respectively. The front time, time to half value, peak value, oscillation frequency, overshoot voltage k-factor and virtual origin are derived from this expression. Some simulation results show the following merits; (1) The discussion on the definition of front time and tail time is possible by comparing with the base curve and overshoot. (2) The formula can analyze the effect of the residual inductance of the test circuit and express the overshot (i.e. k-factor and overshoot). (3) The formula can express the relationship between the oscillation frequency and the decay time. (4) The discussion on the meaning of base curve and waveform parameters is possible based on the theoretical analysis.

Original languageEnglish
JournalIEEJ Transactions on Power and Energy
Volume127
Issue number11
DOIs
Publication statusPublished - 2007
Externally publishedYes

Fingerprint

Lightning
Inductance
Electric potential
Networks (circuits)

Keywords

  • High voltage test
  • Impulse generator
  • Oscillating lightning impulse
  • Residual inductance
  • Waveform parameter

ASJC Scopus subject areas

  • Electrical and Electronic Engineering
  • Energy Engineering and Power Technology

Cite this

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title = "Influence of the residual inductance of the impulse generator for the generation of the lightning impulse voltage",
abstract = "This paper describes the theoretical analysis of lightning impulse voltage waveform with an overshoot or oscillation caused by the residual inductance of the impulse generator. The oscillating lightning impulse waveform is expressed by the following formula; {Equation presented} where A, α1, α2, ω, θ are constants, respectively. The front time, time to half value, peak value, oscillation frequency, overshoot voltage k-factor and virtual origin are derived from this expression. Some simulation results show the following merits; (1) The discussion on the definition of front time and tail time is possible by comparing with the base curve and overshoot. (2) The formula can analyze the effect of the residual inductance of the test circuit and express the overshot (i.e. k-factor and overshoot). (3) The formula can express the relationship between the oscillation frequency and the decay time. (4) The discussion on the meaning of base curve and waveform parameters is possible based on the theoretical analysis.",
keywords = "High voltage test, Impulse generator, Oscillating lightning impulse, Residual inductance, Waveform parameter",
author = "Satoshi Matsumoto",
year = "2007",
doi = "10.1541/ieejpes.127.1213",
language = "English",
volume = "127",
journal = "IEEJ Transactions on Power and Energy",
issn = "0385-4213",
publisher = "The Institute of Electrical Engineers of Japan",
number = "11",

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T1 - Influence of the residual inductance of the impulse generator for the generation of the lightning impulse voltage

AU - Matsumoto, Satoshi

PY - 2007

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N2 - This paper describes the theoretical analysis of lightning impulse voltage waveform with an overshoot or oscillation caused by the residual inductance of the impulse generator. The oscillating lightning impulse waveform is expressed by the following formula; {Equation presented} where A, α1, α2, ω, θ are constants, respectively. The front time, time to half value, peak value, oscillation frequency, overshoot voltage k-factor and virtual origin are derived from this expression. Some simulation results show the following merits; (1) The discussion on the definition of front time and tail time is possible by comparing with the base curve and overshoot. (2) The formula can analyze the effect of the residual inductance of the test circuit and express the overshot (i.e. k-factor and overshoot). (3) The formula can express the relationship between the oscillation frequency and the decay time. (4) The discussion on the meaning of base curve and waveform parameters is possible based on the theoretical analysis.

AB - This paper describes the theoretical analysis of lightning impulse voltage waveform with an overshoot or oscillation caused by the residual inductance of the impulse generator. The oscillating lightning impulse waveform is expressed by the following formula; {Equation presented} where A, α1, α2, ω, θ are constants, respectively. The front time, time to half value, peak value, oscillation frequency, overshoot voltage k-factor and virtual origin are derived from this expression. Some simulation results show the following merits; (1) The discussion on the definition of front time and tail time is possible by comparing with the base curve and overshoot. (2) The formula can analyze the effect of the residual inductance of the test circuit and express the overshot (i.e. k-factor and overshoot). (3) The formula can express the relationship between the oscillation frequency and the decay time. (4) The discussion on the meaning of base curve and waveform parameters is possible based on the theoretical analysis.

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KW - Residual inductance

KW - Waveform parameter

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