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電路分析基礎 版權信息
- ISBN：9787121316623
- 條形碼：9787121316623 ; 978-7-121-31662-3
- 裝幀：暫無
- 冊數：暫無
- 重量：暫無
- 所屬分類：>>
電路分析基礎 本書特色
本書包括電路的基本概念與基本定律、電路的等效變換、電路的基本分析方法、電路的基本定理、正弦穩態電路的分析、耦合電感和理想變壓器、三相電路、非正弦周期電流電路、動態電路的時域分析、雙口網絡和非線性電阻電路共 11章內容。本書根據教育部電子電氣類基礎課程教學指導委員會于 2004年修訂的電路分析基礎教學基本要求，結合電氣類課程教學改革形勢和應用型本科院校具體情況編寫。本書基本概念講解清楚，從培養學生的應用能力出發，注重加強基本理論與實踐應用、知識傳授與能力培養的有機結合。本書昀大的特點是所有的知識點都配有教學視頻、電子課件，每一節配有在線測試，每一章配有綜合測試。本書還配有各章的小結視頻和各章的測試題講解視頻。通過掃描二維碼就可以觀看視頻、完成在線測試并實時查看測試結果以及參與交流討論等。本書可作為本科院校和高職院校電氣與電子信息類各專業及其他相近專業的教材，也可用于翻轉課堂教學或供相關科技人員參考。
電路分析基礎 內容簡介
本書包括電路的基本概念與基本定律、電路的等效變換、電路的基本分析方法、電路的基本定理、正弦穩態電路的分析、耦合電感和理想變壓器、三相電路、非正弦周期電流電路、動態電路的時域分析、雙口網絡和非線性電阻電路共 11章內容。本書根據教育部電子電氣類基礎課程教學指導委員會于 2004年修訂的電路分析基礎教學基本要求，結合電氣類課程教學改革形勢和應用型本科院校具體情況編寫。本書基本概念講解清楚，從培養學生的應用能力出發，注重加強基本理論與實踐應用、知識傳授與能力培養的有機結合。本書昀大的特點是所有的知識點都配有教學視頻、電子課件，每一節配有在線測試，每一章配有綜合測試。本書還配有各章的小結視頻和各章的測試題講解視頻。通過掃描二維碼就可以觀看視頻、完成在線測試并實時查看測試結果以及參與交流討論等。本書可作為本科院校和高職院校電氣與電子信息類各專業及其他相近專業的教材，也可用于翻轉課堂教學或供相關科技人員參考。
電路分析基礎 目錄
第 1章電路的基本概念與基本定律·························································· 1
1.1電路的組成與電路模型 ············································································ 1
1.1.1 電路的組成及其作用 ········································································· 1
1.1.2 電路模型 ························································································ 2
1.2電路的基本物理量 ·················································································· 3
1.2.1 電流 ······························································································ 3
1.2.2 電壓和電位 ····················································································· 5
1.2.3 功率 ······························································································ 7
1.3基爾霍夫定律 ························································································ 8
1.3.1 基爾霍夫電流定律 ············································································ 9
1.3.2 基爾霍夫電壓定律 ··········································································· 10
1.4無源元件 ····························································································· 12
1.4.1 電阻元件 ······················································································· 12
1.4.2 電容元件 ······················································································· 14
1.4.3 電感元件 ······················································································· 16
1.5有源元件 ····························································································· 18
1.5.1 獨立電源 ······················································································· 18
1.5.2 受控電源 ······················································································· 20
1.6應用實例 ····························································································· 23
1.6.1 電吹風機 ······················································································· 23
1.6.2 汽車油箱油量檢測電路 ····································································· 25
本章小結 ··································································································· 26
習題 1 ······································································································· 28
第 2章電路的等效變換 ······································································32
2.1二端網絡等效的概念 ·············································································· 32
2.2電阻的等效變換 ···················································································· 33
2.2.1 電阻的串并聯等效變換 ····································································· 33
2.2.2 電阻的 Y-△等效變換 ······································································· 35
2.3電源的等效變換 ···················································································· 37
2.3.1實際電源的兩種模型及其等效變換 ······················································ 37
2.3.2 理想電源的串并聯等效 ····································································· 39
2.4電路的等效分析 ···················································································· 41
2.5無源二端網絡的等效電阻 ········································································ 42
2.6應用實例 ····························································································· 43
2.6.1直流電表的設計 ·············································································· 43
2.6.2 惠斯通電橋電路 ·············································································· 45
本章小結 ··································································································· 46
習題 2 ······································································································· 48
第 3章電路的基本分析方法·································································52
3.1支路電流法 ·························································································· 52
3.1.1 兩類約束和電路方程 ········································································ 52
3.1.2 支路電流方程的列寫 ·····································································
1.1電路的組成與電路模型 ············································································ 1
1.1.1 電路的組成及其作用 ········································································· 1
1.1.2 電路模型 ························································································ 2
1.2電路的基本物理量 ·················································································· 3
1.2.1 電流 ······························································································ 3
1.2.2 電壓和電位 ····················································································· 5
1.2.3 功率 ······························································································ 7
1.3基爾霍夫定律 ························································································ 8
1.3.1 基爾霍夫電流定律 ············································································ 9
1.3.2 基爾霍夫電壓定律 ··········································································· 10
1.4無源元件 ····························································································· 12
1.4.1 電阻元件 ······················································································· 12
1.4.2 電容元件 ······················································································· 14
1.4.3 電感元件 ······················································································· 16
1.5有源元件 ····························································································· 18
1.5.1 獨立電源 ······················································································· 18
1.5.2 受控電源 ······················································································· 20
1.6應用實例 ····························································································· 23
1.6.1 電吹風機 ······················································································· 23
1.6.2 汽車油箱油量檢測電路 ····································································· 25
本章小結 ··································································································· 26
習題 1 ······································································································· 28
第 2章電路的等效變換 ······································································32
2.1二端網絡等效的概念 ·············································································· 32
2.2電阻的等效變換 ···················································································· 33
2.2.1 電阻的串并聯等效變換 ····································································· 33
2.2.2 電阻的 Y-△等效變換 ······································································· 35
2.3電源的等效變換 ···················································································· 37
2.3.1實際電源的兩種模型及其等效變換 ······················································ 37
2.3.2 理想電源的串并聯等效 ····································································· 39
2.4電路的等效分析 ···················································································· 41
2.5無源二端網絡的等效電阻 ········································································ 42
2.6應用實例 ····························································································· 43
2.6.1直流電表的設計 ·············································································· 43
2.6.2 惠斯通電橋電路 ·············································································· 45
本章小結 ··································································································· 46
習題 2 ······································································································· 48
第 3章電路的基本分析方法·································································52
3.1支路電流法 ·························································································· 52
3.1.1 兩類約束和電路方程 ········································································ 52
3.1.2 支路電流方程的列寫 ·····································································
展開全部
電路分析基礎 作者簡介
盧颯，女，副教授，就職于中國計量學院現代科技學院，教授電子、應用電子技術、電子實驗等課程，具有豐富的教學經驗。
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