未來展望

本文將已設計完成此R C_{f f} +ESR 遲滯控制器，未來可改善內容如下：

1. 提升電路效率－電路為單開關控制，所以會產生逆電流，使得電路效 率會下降。

2. 改善電磁干擾(ElectroMagnetic Interference EMI)

－因為遲滯控制不是定頻控制，所以會產生頻率漂移的問題。

3.增加控制對象－R C_{f f}+ESR 遲滯控制現為控制一降壓轉換器電路，希望 未來能朝向其他直流轉換器控制。

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