汽車電工與電子學(xué)基礎(chǔ)

模塊一  直流電路                       1
  任務(wù)1.1  認(rèn)識電路及基本物理量                       1
    1.1.1  電路的組成                       1
    1.1.2  電路模型                       2
    1.1.3  電路中的幾個基本物理量                       3
  任務(wù)1.2  認(rèn)識電路的工作狀態(tài)                       7
    1.2.1  電路的三種工作狀態(tài)                       7
    1.2.2  電氣設(shè)備的額定值                       9
  任務(wù)1.3  了解常用的電路元件                       10
    1.3.1  電阻元件                       10
    1.3.2  電感元件                       13
    1.3.3  電容元件                       16
  任務(wù)1.4  用基爾霍夫定律對復(fù)雜電路進(jìn)行計算                       20
    1.4.1  基爾霍夫電流定律（KCL）                       21
    1.4.2  基爾霍夫電壓定律（KVL）                       22
  任務(wù)1.5  了解惠斯通電橋電路及其在汽車上的應(yīng)用                       25
    1.5.1  惠斯通電橋                       26
  *1.5.2  惠斯通電橋的應(yīng)用                       26
  任務(wù)1.6  認(rèn)識特殊電阻在汽車上的應(yīng)用                       28
    1.6.1  特殊電阻                       29
    1.6.2  霍爾元件                       30
  小結(jié)                       32
  同步訓(xùn)練一                       33
模塊二  正弦交流電路                       35
  任務(wù)2.1  認(rèn)識交流電                       35
    2.1.1  交流電的基本概念                       35
    2.1.2  表示交流電特征的幾個物理量                       36
    2.1.3  正弦交流電的三要素                       40
  任務(wù)2.2  學(xué)會用相量表示正弦交流電                       41
    2.2.1  正弦交流電的表示方法                       41
    2.2.2  正弦交流電的相量表示                       41
  任務(wù)2.3  學(xué)會單一參數(shù)的正弦交流電路的計算                       44
    2.3.1  純電阻R電路                       44
    2.3.2  純電感L電路                       45
    2.3.3  純電容C電路                       48
  任務(wù)2.4  認(rèn)識RLC串聯(lián)電路及串聯(lián)諧振                       50
    2.4.1  RLC串聯(lián)電路                       51
    2.4.2  串聯(lián)諧振                       54
  任務(wù)2.5  了解三相交流電源                       55
    2.5.1  交流發(fā)電機的結(jié)構(gòu)和工作原理                       55
    2.5.2  三相電源的連接                       56
  任務(wù)2.6  掌握三相負(fù)載的連接及計算                       58
    2.6.1  三相負(fù)載的星形連接                       58
    2.6.2  三相負(fù)載的三角形連接                       60
    2.6.3  三相電路的功率                       61
  小結(jié)                       63
  同步訓(xùn)練二                       64
模塊三  磁路及電磁器件                       66
*任務(wù)3.1  認(rèn)識磁場與電磁感應(yīng)                       66
    3.1.1  磁場的基本物理量                       66
    3.1.2  電磁感應(yīng)                       68
  任務(wù)3.2  了解鐵磁材料的磁性能                       69
    3.2.1  鐵磁材料的磁性能                       69
    3.2.2  鐵磁材料的分類                       70
    3.2.3  磁滯損耗和渦流損耗                       71
  任務(wù)3.3  認(rèn)識磁路及磁路歐姆定律                       72
    3.3.1  磁路、磁動勢、磁阻                       72
    3.3.2  磁路歐姆定律                       73
  任務(wù)3.4  掌握變壓器的計算                       74
    3.4.1  單相變壓器的結(jié)構(gòu)                       74
    3.4.2  變壓器的工作原理                       75
    3.4.3  變壓器的額定值                       79
  任務(wù)3.5  了解幾種特殊的變壓器                       80
    3.5.1  自耦變壓器                       80
    3.5.2  電流互感器                       81
    3.5.3  汽車上使用的變壓器                       83
  任務(wù)3.6  電磁鐵及繼電器在汽車上的應(yīng)用                       84
    3.6.1  電磁鐵                       84
    3.6.2  繼電器                       87
  小結(jié)                       90
  同步訓(xùn)練三                       91
模塊四  電動機                       93
  任務(wù)4.1  認(rèn)識直流電動機                       93
    4.1.1  直流電動機的結(jié)構(gòu)                       94
    4.1.2  直流電動機的工作原理                       95
    4.1.3  給汽車上使用的直流電動機進(jìn)行分類                       97
    4.1.4  分析串勵式直流電動機的工作特性                       98
  任務(wù)4.2  了解直流電動機的起動、制動、反轉(zhuǎn)和調(diào)速                       101
    4.2.1  起動                       102
    4.2.2  制動                       103
    4.2.3  反轉(zhuǎn)                       103
    4.2.4  直流電動機的調(diào)速                       104
  任務(wù)4.3  了解步進(jìn)電機                       107
    4.3.1  簡單的反應(yīng)式步進(jìn)電動機的結(jié)構(gòu)和原理                       108
    4.3.2  認(rèn)識實際反應(yīng)式步進(jìn)電動機的結(jié)構(gòu)                       109
  小結(jié)                       110
  同步訓(xùn)練四                       111
模塊五  汽車常用儀器儀表的使用                       112
  任務(wù)5.1  掌握兆歐表的使用                       112
    5.1.1  兆歐表的結(jié)構(gòu)及測量原理                       112
    5.1.2  兆歐表的使用                       114
  任務(wù)5.2  掌握汽車用數(shù)字萬用表的使用                       115
    5.2.1  汽車用數(shù)字萬用表的測量功能                       115
    5.2.2  汽車專用數(shù)字表測量注意事項                       121
  任務(wù)5.3  掌握汽車專用示波器的使用                       121
    5.3.1  示波器                       121
    5.3.2  VANTAGE-MT2400汽車示波器的使用                       123
  小結(jié)                       126
  同步訓(xùn)練五                       127
模塊六  模擬電子技術(shù)基礎(chǔ)                       128
  任務(wù)6.1  了解半導(dǎo)體                       128
    6.1.1  半導(dǎo)體材料的導(dǎo)電特性                       128
    6.1.2  PN結(jié)及其特性                       130
  任務(wù)6.2  認(rèn)識晶體二極管及其應(yīng)用                       132
    6.2.1  二極管的結(jié)構(gòu)與特性                       132
    6.2.2  二極管的主要參數(shù)                       135
    6.2.3  二極管的檢測                       135
    6.2.4  特殊二極管及其在汽車上的應(yīng)用                       136
  任務(wù)6.3  了解整流電路及濾波電路                       141
    6.3.1  單相橋式全波整流電路                       142
    6.3.2  濾波電路                       144
  任務(wù)6.4  了解硅穩(wěn)壓管穩(wěn)壓電路                       147
    6.4.1  穩(wěn)壓管穩(wěn)壓電路的原理                       147
    6.4.2  硅穩(wěn)壓管穩(wěn)壓電路限流電阻和穩(wěn)壓管的選擇                       148
  任務(wù)6.5  了解晶體三極管及其應(yīng)用                       149
    6.5.1  晶體管的結(jié)構(gòu)與分類                       149
    6.5.2  三極管的電流放大作用                       150
    6.5.3  三極管的基本參數(shù)                       153
    6.5.4  晶體三極管的開關(guān)電路及其在汽車上的應(yīng)用                       154
  任務(wù)6.6  了解特殊晶體管及其應(yīng)用                       159
    6.6.1  晶閘管                       160
    6.6.2  光電三極管和光電耦合器                       163
*任務(wù)6.7  認(rèn)識場效應(yīng)管及其應(yīng)用                       164
    6.7.1  場效應(yīng)管簡介                       164
    6.7.2  場效應(yīng)管放大電路及其應(yīng)用                       166
  任務(wù)6.8  認(rèn)識集成運算放大器                       167
    6.8.1  集成運算放大器的組成                       167
    6.8.2  集成運算放大器的外形和電路符號                       168
    6.8.3  由集成運放組成的幾種基本放大器電路                       169
    6.8.4  集成運放在汽車電子電路上的應(yīng)用                       173
  任務(wù)6.9  了解常用電壓比較器及其在汽車上的應(yīng)用                       174
    6.9.1  電壓比較器                       174
    6.9.2  幾種典型的電壓比較器                       176
  小結(jié)                       179
  同步訓(xùn)練六                       180
模塊七  數(shù)字電路基礎(chǔ)                       183
  任務(wù)7.1  了解數(shù)字電路基本知識                       183
    7.1.1  數(shù)字信號和數(shù)字電路                       183
    7.1.2  數(shù)制和編碼                       184
  任務(wù)7.2  學(xué)會邏輯代數(shù)的運算                       186
    7.2.1  邏輯和邏輯代數(shù)                       186
    7.2.2  三種基本邏輯運算                       187
    7.2.3  邏輯代數(shù)的基本運算規(guī)則                       188
  任務(wù)7.3  認(rèn)識基本的邏輯門電路                       190
    7.3.1  二極管與門電路                       190
    7.3.2  二極管或門電路                       191
    7.3.3  三極管非門電路                       191
    7.3.4  與非門電路                       192
    7.3.5  或非門電路                       193
  *7.3.6  異或門電路                       194
  *7.3.7  與或非門                       195
  任務(wù)7.4  認(rèn)識集成邏輯門電路                       195
    7.4.1  TTL門電路                       196
    7.4.2  CMOS門電路                       198
  任務(wù)7.5  了解觸發(fā)器                       200
    7.5.1  RS觸發(fā)器                       200
  *7.5.2  JK觸發(fā)器                       202
  *7.5.3  D觸發(fā)器                       203
  任務(wù)7.6  了解寄存器與計數(shù)器                       204
    7.6.1  寄存器                       204
    7.6.2  計數(shù)器                       205
*任務(wù)7.7  數(shù)字電路在汽車上的應(yīng)用                       208
    7.7.1  非門在汽車電子電路中的應(yīng)用                       209
    7.7.2  門電路在汽車電子電路中的綜合應(yīng)用                       209
    7.7.3  汽車用音樂/語音芯片                       211
    7.7.4  555時基電路及應(yīng)用                       212
  小結(jié)                       215
  同步訓(xùn)練七                       216
實驗                       218
  實驗一  基爾霍夫定律的驗證                       218
  實驗二  三相交流電路中電壓、電流的測量                       220
  實驗三  萬用表的使用                       222
  實驗四  汽車?yán)^電器的檢測                       224
  實驗五  LED數(shù)碼管顯示實驗                       226
  實驗六  發(fā)電機的測量與拆解檢修                       228
附錄                       235
  附錄A  同步訓(xùn)練答案（部分）                       235
  附錄B  半導(dǎo)體分立器件型號命令方法                       238
  附錄C  機動車操縱、指示、信號裝置圖形標(biāo)志                       239
  附錄D  半導(dǎo)體集成電路型號命名法                       240
參考文獻(xiàn)                       241