""In this paper, we analyze a simple, yet effective nonlinear digital control approach; regulator behaves like a digital PI controller in steady state and sliding control in start-up phase. The proposed control is useful when the power converter cannot be controlled in start-up phase with control designed at steady state, because becomes instable, but we are interested only performances of converter in steady state. A simple finite state machine (FSM) to switch from a modality to another will be proposed. © 2012 IEEE.""
Unified supervised soft start-up and digital PI control for boost full-bridge converters
RUBINO, Luigi;MARINO, Pompeo
2012
Abstract
""In this paper, we analyze a simple, yet effective nonlinear digital control approach; regulator behaves like a digital PI controller in steady state and sliding control in start-up phase. The proposed control is useful when the power converter cannot be controlled in start-up phase with control designed at steady state, because becomes instable, but we are interested only performances of converter in steady state. A simple finite state machine (FSM) to switch from a modality to another will be proposed. © 2012 IEEE.""File in questo prodotto:
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