摘要...i
Abstract...ii
誌謝...iii
目錄...iv
表目錄...vi
圖目錄...vii
第一章 緒論...1
1.1 背景與動機...1
1.2 文獻回顧...3
1.3 論文大綱...9
第二章 雙向非反相降升壓直流轉換器理論分析...10
2.1 簡介...10
2.2 雙向非反相降升壓轉換器分析...10
2.2.1 VHigh端至VLow端的降壓操作原理與電路特性...11
2.2.2 VLow端至VHigh端的升壓操作原理與電路特性...16
2.3 雙向非反相降升壓轉換器於狀態空間平均法分析...17
2.3.1 狀態空間平均法推導...17
2.3.2 雙向非反相降升壓轉換器於順向降壓模式下的狀態空間平均法分析...22
2.3.3 雙向非反相降升壓轉換器於逆向升壓模式下的狀態空間平均法分析...25
第三章 雙向快速轉換控制策略...30
3.1 簡介...30
3.2 快速轉換...30
3.2.1 遲滯控制...32
3.2.2 等待模式...34
3.3 快速轉換之電路拓樸...35
第四章 粒子群演算法優化PI控制器回授參數...38
4.1 簡介...38
4.2 PI控制器...39
4.3 粒子群演算法原理與動作流程...41
4.3.1 粒子群演算法數學模型...42
4.3.2 粒子群演算法流程圖...45
4.4 優化PI控制器回授參數設計...47
4.4.1 規範系統性能指標...47
4.4.2 PI控制器回授參數設計...48
第五章 控制決策模擬驗證...56
5.1 簡介...56
5.2 功率元件參數設計...57
5.2.1 功率電感設計...57
5.2.2 輸出與輸入電容設計...59
5.3 模擬驗證...60
5.4 模擬結果...67
第六章 硬體電路驗證與實驗結果...75
6.1 簡介...75
6.2 硬體電路架構...76
6.2.1 雙半橋電路...76
6.2.2 閘極驅動器電路...77
6.2.3 繼電器電路...78
6.2.4 電壓感測電路...79
6.2.5 電流感測電路...80
6.3 實驗結果...81
第七章 結論與建議...90
參考文獻...91
Extended Abstract...94

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