《AltiumDesigner18電路設計基礎與實例教程》是2020年1月機械工業出版社出版的圖書，作者是解璞、劉潔。
基本介紹
- 書名：AltiumDesigner18電路設計基礎與實例教程
- 作者：解璞、劉潔
- ISBN：9787111642732
- 定價：59.9元
- 出版社：機械工業出版社
- 出版時間：2020年1月
- 裝幀：平裝
- 開本：16開
內容簡介,圖書目錄,
內容簡介
《Altium Designer 18 電路設計基礎與實例教程》以Altium Designer 18 為基礎，全面講述了Altium Designer 18 電路設計的各種基本操作方法與技巧。全書共分為11 章，內容包括：Altium Designer 18 概述；電路原理圖的設計；層次化原理圖的設計；原理圖的後續處理；印製電路板設計；電路板的後期處理；創建元件庫及元件封裝；信號完整性分析；電路仿真系統；可程式邏輯器件設計；綜合實例。 《Altium Designer 18 電路設計基礎與實例教程》隨書配送了多媒體電子資料，包含全書講解實例和練習實例的源檔案素材及操作視頻（二維碼形式），並準備了課程講解PPT 供授課教師選用。 《Altium Designer 18 電路設計基礎與實例教程》可作為大中專院校電子相關專業課堂教材，也可作為各種電子設計專業培訓機構的培訓用書，同時還可以作為電子設計愛好者的自學輔導用書。
圖書目錄
前言第 1章 Altium Designer 18概述 ················ 1
1.1 Altium Designer 18的主要特點 ········ 1
1.1.1 Altium Designer 18的組成 ················· 1
1.1.2 Altium Designer 18的新特點 ·············· 2
1.2 Altium Designer 18的運行環境 ········ 2
1.3 Altium Designer 18的安裝與卸載 ······ 3
1.3.1 Altium Designer 18的安裝 ················· 3
1.3.2 Altium Designer 18的升級與精簡 ······· 5
1.3.3 Altium Designer 18的卸載 ················· 7
1.4 Altium Designer 18的啟動 ················ 7
1.5 Altium Designer 18的工作環境 ········ 8
1.5.1 界面 ···························· 8
1.5.2 選單欄 ··································· 9
1.5.3 工具列 ··································· 11
1.5.4 工作區面板 ·························· 12
第 2章 電路原理圖的設計 ························ 13
2.1電路設計的概念 ························· 13
2.2原理圖圖紙設定 ······················ 14
2.3設定原理圖工作環境 ······················· 18
2.3.1 設定原理圖的常規環境參數 ············ 18
2.3.2 設定圖形編輯環境參數 ··················· 21
2.4元器件的電氣連線 ·························· 23
2.4.1 用導線連線元器件 ·························· 24
2.4.2 匯流排的繪製 ···································· 25
2.4.3 繪製匯流排分支線 ····························· 26
2.4.4 放置電源符號 ································ 26
2.4.5 放置網路標籤 ································ 27
2.4.6 放置輸入 /輸出連線埠 ························· 28
2.4.7 放置通用 No ERC標號 ··················· 29
2.4.8 放置 PCB布線指示 ························ 30
2.5操作實例 ·························· 31
2.5.1 A/D模擬電路設計 ·························· 31
2.5.2 音樂閃光燈電路設計 ······················ 35
2.5.3 變頻聲控器電路設計 ······················ 40
2.5.4 開關電源電路設計 ·························· 44
2.5.5 實用門鈴電路設計 ·························· 47
2.5.6 過零調功電路設計 ·························· 49
2.5.7 定時開關電路設計 ·························· 54
2.5.8 時鐘電路設計 ································· 56
第 3章層次化原理圖的設計 ···················· 59
3.1層次電路原理圖的基本概念 ··········· 59
3.2層次原理圖的基本結構和組成 ··························· 59
3.3層次結構原理圖的設計方法 ··········· 61
3.3.1 自上而下的層次原理圖設計 ············ 61
3.3.2 自下而上的層次原理圖設計 ············ 65
3.4層次原理圖之間的切換 ··················· 68
3.5層次設計表 ······································ 69
3.6操作實例 ·········································· 69
3.6.1 聲控變頻器電路層次原理圖設計 ······ 69
3.6.2 存儲器接口電路層次原理圖設計 ······ 72
3.6.3 4 Port UART電路層次原理圖設計 ······ 76
3.6.4 遊戲機電路原理圖設計 ··················· 80
第 4章原理圖的後續處理 ························ 85
4.1在原理圖中放置 PCB Layout 標誌 ··················· 85
4.2列印與報表輸出 ······························ 86
4.2.1 列印輸出 ····················· 87
4.2.2 網路表 ····················· 88
4.2.3 基於整個工程的網路表 ··················· 88
4.2.4 基於單個原理圖檔案的網路表 ········· 90
4.2.5 生成元器件報表 ····························· 91
4.3查找與替換操作 ······························ 95
4.3.1 “查找文本”命令 ··························· 95
4.3.2 “文本替換”命令 ··························· 95
4.3.3 “發現下一個”命令 ························ 96
4.4操作實例 ······························ 96
4.4.1 ISA匯流排與地址解碼電路報表輸出 ·················· 96
4.4.2 A/D轉換電路的列印輸出 ·············· 100
4.4.3 報警電路原理圖元器件報表輸出 ······················· 104
第 5章印製電路板設計 ·························· 108
5.1 PCB編輯器的功能特點 ················ 108
5.2 PCB界面簡介 ································ 109
5.2.1 選單欄 ··························· 109
5.2.2 主工具列 ····································· 110
5.3電路板物理結構及環境參數設定 ··························· 110
5.4 PCB的設計流程 ···························· 113
5.5設定電路板工作層 ························ 114
5.5.1 電路板的結構 ······························ 114
5.5.2 工作層的類型 ······························ 115
5.5.3 工作層與顏色設定 ························ 116
5.6系統參數設定 ································ 117
5.7在 PCB檔案中導入原理圖網路表信息 ····················· 122
5.7.1 準備原理圖和網路表 ···················· 123
5.7.2 電路板的規劃 ······························ 123
5.7.3 網路表和元器件的裝入 ················· 124
5.8元器件的自動布局 ························ 126
5.8.1 自動布局的選單命令 ···················· 126
5.8.2 自動布局約束參數 ························ 127
5.8.3 在矩形區域內排列 ························ 129
5.8.4 排列 PCB外的元器件 ··················· 130
5.8.5 導入自動布局檔案進行布局 ·········· 130
5.9元器件的手動調整布局 ················· 131
5.9.1 元器件說明文字的調整 ················· 131
5.9.2 元器件的手動布局 ························ 131
5.10 三維效果圖 ·································· 132
5.10.1 三維效果圖顯示 ························· 132
5.10.2 “View Configuration”面板 ··········· 134
5.10.3 三維動畫製作 ····························· 135
5.10.4 三維動畫輸出 ····························· 136
5.10.5 三維 PDF輸出 ···························· 140
5.11電路板的自動布線 ······················· 141
5.11.1 設定 PCB自動布線的規則 ··········· 141
5.11.2 啟動自動布線伺服器進行自動布線 ······················· 159
5.12 電路板的手動布線 ······················ 161
5.12.1 拆除布線 ···································· 162
5.12.2 手動布線 ···································· 162
5.13 添加安裝孔 ·································· 163
5.14 覆銅和補淚滴 ······························ 163
5.14.1 執行鋪銅命令 ····························· 164
5.14.2 設定覆銅屬性 ····························· 164
5.14.3 放置覆銅 ···································· 165
5.14.4 補淚滴 ······································· 165
5.15 操作實例 ······································ 167
5.15.1 自動布線 ···································· 167
5.15.2 半自動布線 ································ 168
5.15.3 手動布線 ···································· 170
第 6章電路板的後期處理 ······················ 171
6.1電路板的測量 ································ 171
6.1.1 測量電路板上兩點間的距離 ·········· 171
6.1.2 測量電路板上對象間的距離 ·········· 171
6.2 DRC檢查 ······································· 172
6.2.1 線上 DRC和批處理 DRC ·············· 173
6.2.2 對未布線的 PCB檔案執行批處理 DRC ···················· 174
6.2.3 對已布線完畢的 PCB檔案執行批處理 DRC ························ 175
6.3電路板的報表輸出 ························ 176
6.3.1 引腳信息報表 ······························· 176
6.3.2 PCB信息報表 ······························ 176
6.3.3 元器件報表 ·································· 178
6.3.4 網路表狀態報表 ··························· 178
6.4電路板的列印輸出 ························ 179
6.4.1 列印 PCB檔案 ····························· 179
6.4.2 列印報表檔案 ······························· 181
第 7章創建元件庫及元件封裝 ·············· 182
7.1使用繪圖工具條繪圖 ····················· 182
7.1.1 圖形工具條 ····························· 182
7.1.2 繪製直線 ································· 183
7.1.3 繪製多邊形 ·································· 183
7.1.4 繪製圓弧 ································· 184
7.1.5 繪製圓 ······························ 185
7.1.6 繪製矩形 ····································· 185
7.1.7 繪製圓角矩形 ······························· 186
7.1.8 繪製橢圓 ····································· 187
7.1.9 添加文本字元串 ··························· 188
7.1.10添加文本框 ································ 189
7.1.11添加圖形 ···································· 190
7.2創建原理圖元件庫 ························ 191
7.2.1 啟動原理圖庫檔案編輯器 ·············· 191
7.2.2 工具列 ························ 192
7.2.3 設定庫編輯器工作區參數 ·············· 193
7.2.4 原理圖庫檔案面板 ························ 194
7.2.5 繪製庫元件 ·································· 195
7.3創建 PCB元件庫及封裝 ··············· 199
7.3.1 封裝概述 ···················· 199
7.3.2 常用封裝介紹 ······························ 199
7.3.3 元件封裝編輯器 ··························· 200
7.3.4 PCB庫編輯器環境設定 ················· 202
7.3.5 用 PCB嚮導創建 PCB元件規則封裝 ················· 205
7.3.6 手動創建 PCB元件不規則封裝 ······ 208
7.4創建項目元件封裝庫 ····················· 211
7.5操作實例 ···························· 212
7.5.1 製作 LCD ···································· 212
7.5.2 製作變壓器 ·································· 217
7.5.3 製作七段數碼管 ··························· 219
7.5.4 製作串列接口 ······························ 224
7.5.5 製作運算單元 ······························ 228
第 8章信號完整性分析 ·························· 232
8.1信號完整性分析概述 ····················· 232
8.1.1 信號完整性分析的概念 ················· 232
8.1.2 信號完整性分析工具 ···················· 233
8.2信號完整性分析規則設定 ············· 234
8.3信號完整性分析器設定 ················· 238
第 9章電路仿真系統 ····························· 242
9.1電路仿真的基本概念 ····················· 242
9.2放置電源及仿真激勵源 ················· 243
9.2.1 直流電壓源 /電流源 ······················· 243
9.2.2 正弦信號激勵源 ··························· 243
9.2.3 周期脈衝源 ·································· 244
9.2.4 分段線性激勵源 ··························· 244
9.2.5 指數激勵源 ·································· 244
9.2.6 單頻調頻激勵源 ··························· 245
9.3仿真分析的參數設定 ····················· 245
9.3.1 通用參數的設定 ··························· 246
9.3.2 具體參數的設定 ··························· 247
9.4特殊仿真元器件的參數設定 ········· 257
9.4.1 節點電壓初值 ······················· 257
9.4.2 節點電壓 ··························· 258
9.4.3 仿真數學函式 ······················ 258
9.4.4 實例：使用仿真數學函式 ·············· 259
9.5電路仿真的基本方法 ····················· 263
9.6操作實例 ······················· 269
9.6.1 帶通濾波器仿真 ··························· 269
9.6.2 模擬放大電路仿真 ························ 272
9.6.3 掃描特性電路仿真 ························ 274
9.6.4 數字電路分析 ······························· 275
第 10章可程式邏輯器件設計 ················ 278
10.1 可程式邏輯器件及其設計工具 ························ 278
10.2 PLD設計概述 ······························ 279
10.3 CUPL語言和語法 ······················· 279
10.3.1 CUPL語言概述 ·························· 279
10.3.2 CUPL語言的預處理指令 ············· 286
10.3.3 CUPL語言的語法 ······················· 287
第 11章綜合實例 ···································· 289
11.1電路板設計流程 ··························· 289
11.1.1 電路板設計的一般步驟 ················ 289
11.1.2 電路原理圖設計的一般步驟 ········· 289
11.1.3 印製電路板設計的一般步驟 ········· 289
11.2繪製電路原理圖 ··························· 290
11.2.1 啟動原理圖編輯器 ······················ 290
11.2.2 設定圖紙參數 ····························· 292
11.2.3 繪製元器件 ································ 292
11.2.4 放置元器件 ································ 295
11.3生成網路表 ·································· 298
11.4繪製印製電路板 ··························· 298
11.4.1 創建一個新的 PCB ······················ 298
11.4.2 設定印製電路板的參數 ················ 298
11.4.3 製作 PCB元件封裝 ····················· 299
11.4.4 導入網路表 ································ 301
11.4.5 元器件布局 ································ 303
11.4.6 自動布線 ························ 303
