Analysis and Control of Chaos in the Boost Converter with ZAD, FPIC, and TDAS

This paper presents an analysis and control of chaos in the boost converter controlled with zero average dynamics, fixed-point induced control, time-delayed autosynchronization techniques. First, existence is demonstrated numerically when positive Lyapunov exponents are found system, for a range from k1=−0.26 to k1=0.4387, k2=0.5. Additionally, also k1=−0.435 k1=0.26, k2=−0.5. Subsequently, fixed-point-induced techniques used chaos. The results show that both useful converter. Furthermore, technique allows better regulation than technique. Moreover, only on time delay, were not good enough stabilize orbits. stability validated by calculating exponents.