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中国物理学会期刊

开关变换器倍周期分岔精细层次结构及其普适常数研究

CSTR: 32037.14.aps.57.2770

Research of fine structure and universal constants of bifurcation in converters

CSTR: 32037.14.aps.57.2770
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  • 讨论了开关变换器倍周期分岔级联的精细层次结构和标度不变性;数值仿真得到一维、二维开关变换器倍周期分岔及混沌带合并序列的普适常数;系统谱结构可以进一步判断解的性态,显示解的结构,同时开关变换器混沌层次结构的尺度差别也反映在谱结构的精细特征上;最后实验研究了开关变换器倍周期分岔通向混沌的过程,验证了数值仿真的结论.

     

    The fine structure and scaling invariability of bifurcation in converters is discussed. Universal constants of converters of one and two dimensions and chaos combination belts have been obtained by numerical simulation. Spectrum structure is used to estimate the system behavior and reveal the structure of solution in the converter. The structure of spectrum also validates the fine structure of bifurcation in the converter. Experiment results illustrate the process of bifurcation to chaos and validate the simulation results.

     

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