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This paper presents a systemic analysis for the steady-state performance of novel cascade boost converters based on a developed switching signal flow graph (SFG) method. The effects caused by parasitic parameters are considered. The general guidelines for drawing switching SFG and the derivation of steady-state information are provided. With the applications to the examples, the proposed graphical...
This paper performs a generalized steady-state analysis on various developed series of cascade boost converters based on the switching signal flow graph (SFG) method. A unified switching model is constructed and can be applied to all the circuits. The effects caused by diodes are considered. With the applications to the example, the proposed generalized analytical method shows the advantages of high...
This paper presents a novel modelling and analytical method for super-lift converters based on the switching signal flow graph (SFG). The capacitor voltage-lift technique adopted in the dc/dc conversion is modeled by the proposed method. In addition, the effects caused by parasitic parameters and diodes' voltage drop are taken into account. The general guidelines for drawing switching SFG and the...
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