本文提出一種互聯系統中電流模式控制電源模塊的大信號建模方法。提出了電流模式控制電路功率級的能量傳輸模型，并給出了四種基本變換器模型的推導；在仿真方法上，強調必須保留外環的反饋回路，才能保留大信號下系統的瞬態特性。所建模型有望在通過仿真預測、驗證互聯系統的穩定性方面獲得應用。
Abstract: This paper proposes an approach (model) to deal with current-mode-controlled power modules while
investigating large-signal interactions among subsystems in a distributed dc power system. By establishing a family of power
stage models that embody nonlinearity to an algebraic operation block and keeping all components along in the external
feedback control loops staying in simulation, simulation speed can be dramatically accelerated as well as large-signal
dynamic properties can be reflected correctly. Mathematic derivation of the models is presented and simulation tests show the validity of the proposed approach.1
關鍵詞﹕電源，仿真，分布式電源系統，相互作用2
Keywords: power supply, simulation, DPS, interaction