《電子技能實訓教程》是2016年西南交通大學出版社出版的圖書，作者是倪麗珺 、李成勇、景興紅、李翠錦，本書分為專業基礎、專業實訓、崗位技能3個部分。並且每一個部分分成若干個項目，以項目的形式分解進行練習。
基本介紹
- 中文名：電子技能實訓教程
- 作者：倪麗珺、李成勇、景興紅、李翠錦
- 出版社：西南交通大學出版社
- ISBN：9787564346546
內容簡介,圖書目錄,作者簡介,
內容簡介
本書主要分為兩部分：protel部分 ，通過單片機小系統和跑馬燈電路的原理圖及PCB板繪製，以項目的形式分解，學會原理圖及PCB板繪製； 焊接練習部分，完成ACA_TPB_V1.0焊接練習板製作，進一步實際套用protel。完成外掛程式元件基礎練習、外掛程式元件進階練習、外掛程式元件晶片練習、 貼片電阻、電容封裝系列練習、貼片晶片系列練習等內容。
圖書目錄
目 錄
情景一 建立一個資料庫檔案·············································································· 1
1.1 Protel 99 SE簡介························································································ 1
1.2 Protel 99 SE使用基礎·················································································· 2
情景二 繪製電路原理圖··················································································· 25
2.1 Protel 99 SE原理圖編輯器··········································································· 26
2.2 原理圖繪製入門······················································································· 28
2.3 層次電路圖設計······················································································· 46
2.4 電氣規則檢查與網路表生成········································································· 51
2.5 輸出原理圖信息······················································································· 55
情景三 高級繪圖··························································································· 68
3.1 一般繪圖工具介紹····················································································· 68
3.2 對象的選擇、拷貝、剪下、貼上、移動和刪除··················································· 75
3.3 對象的排列和對齊····················································································· 79
3.4 字元串查找與替換····················································································· 81
情景四 報表檔案生成和原理圖列印···································································· 84
4.1 網路表的生成·························································································· 84
4.2 生成元件引腳列表····················································································· 86
4.3 生成元件清單·························································································· 86
4.4 生成交叉參考元件列表··············································································· 89
4.5 生成層次項目組織列表··············································································· 90
4.6 產生網路比較表······················································································· 90
4.7 原理圖列印····························································································· 91
情景五 原理圖元件庫編輯················································································ 93
5.1 新建原理圖元件庫檔案··············································································· 93
5.2 打開原理圖元件庫····················································································· 94
5.3 原理圖元件庫編輯器界面介紹······································································ 94
5.4 創建新的原理圖元件符號············································································ 96
5.5 原理圖元件庫管理工具············································································· 106
情景六 印製電路板設計················································································· 110
6.1 PCB設計基礎························································································· 110
6.2 PCB的環境···························································································· 116
6.3 規劃電路板···························································································· 124
6.4 導入網路表和元件··················································································· 125
6.5 元件布局······························································································ 131
6.6 元件的自動布線與手工調整········································································ 136
6.7 報表輸出······························································································ 146
6.8 PCB中的定位························································································· 151
6.9 PCB雙層板製作實例（555定時器報警電路）················································· 154
情景七 手工布局布線···················································································· 164
7.1 放置對象······························································································ 164
7.2 手工布局······························································································ 177
7.3 手工布線和補淚滴操作············································································· 181
情景八 根據原理圖創建網路表········································································· 187
8.1 根據原理圖生成網路表檔案········································································ 187
8.2 電路板的規劃························································································· 188
8.3 PCB元件庫··························································································· 196
8.4 裝入網路表和元件··················································································· 197
8.5 元件的布局···························································································· 200
8.6 布 線································································································· 209
8.7 手工調整布線························································································· 221
8.8 PCB的3D預覽功能················································································· 228
8.9 創建項目元件封裝庫················································································ 229
情景九 綜合設計·························································································· 240
9.1 綜合項目設計說明··················································································· 240
9.2 綜合項目設計過程··················································································· 244
附錄1 Protel 99 SE安裝說明··········································································· 249
附錄2 Protel常用元件庫················································································ 250
附錄3 Protel?99常用元件的電氣圖形符號和封裝形式··········································· 256
參考文獻····································································································· 258
作者簡介
倪麗珺（1974.11），女，本科，重慶工程學院講師，研究方向：計算機技術、學生實踐教學管理，完成《計算機組裝》、《程式設計理論》等教材的出版。景興紅，男，重慶工程學院講師，2006年畢業於遼寧工程技術大學。主持重慶市教委教改項目1項，主研市級或校級教科研項目4項，主編或參編教材3部，發表論文近10篇，其中以作者發表核心期刊2篇、EI期刊1篇。
