文件名称:Stabilizing-Ferroresonance-
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This paper employs the multiple scales method and
chaos theory for analyzing chaotic behavior of the voltage
transformer (VT) with linear core loss model. It is shown that
ferroresonance phenomenon in VTs can be classified as chaotic
dynamics, including a sequence of bifurcations such as period
doubling bifurcation (PDB), saddle node bifurcation (SNB),
Hopf Bifurcation (HB) and chaos.-This paper employs the multiple scales method and
chaos theory for analyzing chaotic behavior of the voltage
transformer (VT) with linear core loss model. It is shown that
ferroresonance phenomenon in VTs can be classified as chaotic
dynamics, including a sequence of bifurcations such as period
doubling bifurcation (PDB), saddle node bifurcation (SNB),
Hopf Bifurcation (HB) and chaos.
chaos theory for analyzing chaotic behavior of the voltage
transformer (VT) with linear core loss model. It is shown that
ferroresonance phenomenon in VTs can be classified as chaotic
dynamics, including a sequence of bifurcations such as period
doubling bifurcation (PDB), saddle node bifurcation (SNB),
Hopf Bifurcation (HB) and chaos.-This paper employs the multiple scales method and
chaos theory for analyzing chaotic behavior of the voltage
transformer (VT) with linear core loss model. It is shown that
ferroresonance phenomenon in VTs can be classified as chaotic
dynamics, including a sequence of bifurcations such as period
doubling bifurcation (PDB), saddle node bifurcation (SNB),
Hopf Bifurcation (HB) and chaos.
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Stabilizing Ferroresonance .pdf