Type: Conference Paper
Bifurcation and chaos control in power-factor-correction boost converter
Journal: ()Year: 29 December 2014Volume: Issue: Pages: 1307 - 1312
DOI:10.1109/IranianCEE.2014.6999736Language: English
Abstract
The present article provides an analysis of complex dynamics displayed by Power-Factor-Correction Boost Converter under Peak Current-Mode Control. PFC Boost converter has been studied with nonlinear analysis and the discrete-Time modeling approach has been used. In order to increase stable period-1 operation range, new application of ramp compensation approach has been used, also slope of the compensating ramp that guarantees the stable operation of the PFC Boost converter is investigated. Finally, results are proven by simulation and theoretical analysis. © 2014 IEEE.
Author Keywords
BifurcationChaosDiscrete-Time modelingPower-Factor-CorrectionStability
Other Keywords
Bifurcation (mathematics)Chaos theoryConvergence of numerical methodsElectric power factor correctionNonlinear analysisBifurcation and chaosComplex dynamicsDiscrete-time modelNew applicationsPeak current mode controlPower factor correctionsRamp compensationStable operationDC-DC converters