![]() Zhang, Libo Sun, Yihan Luo, Tiejian Wan, Qiyang Sliding-mode control of single input multiple output DC-DC converter Digital computer simulations of dc-to-dc converters operating in conjunction with each of these levels of control are presented and evaluated with respect to changes in transient and steady-state performance. Several levels of approximation to the switching boundary equations are presented, together with an evaluation of the effects of nonideal operating characteristics of converter power stage components on the shape and location of the boundary and the behavior of a system controlled by it. Mathematical representations of a state-plane switching boundary employed in a state-trajectory control law for dc-to-dc converters are derived. A state-trajectory control law for dc-to-dc converters
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