單片機原理及應用

Contents 
內容、結構與教學建議 
Chapter 1 Introduction
1.1 The Family of Single Chip Digital Processing Devices
1.2 The Application Examples of Microcontrollers
1.3 Features of Currently Used Microcontrollers
1.4 Development History of Microcontrollers
1.5 Progresses of Microcontrollers along with Their Development Tracks
Words and Expressions
Exercises and Questions
Chapter 2 An Overview about Microcontrollers
2.1 Normal Configurations of Microcontrollers
2.2 Basic Design Structures of Microcontrollers
2.3 Chip Technology of PMOS， NMOS， BMOS and CMOS
2.4 Basic Operation Process of Microcontrollers
2.5 Cycles Running in Microcontrollers
2.6 Basic Working Conditions and Center Function Blocks
2.7 Memory Types of Microcontrollers
2.8 Application Development
2.9 Device Packing and Chip Technology
2.10 Practical Study——A Survey of 80C51 Microcontroller
Words and Expressions
Exercises and Questions
Chapter 3 Introduction to Program Design——Ass

embley and C Language
3.1 Introduction
3.2 Instruction System
3.3 Some Key Considerations on Application Program Design
3.4 Program using Instructions
3.5 Practical Study 1—Assembly Program Design for 8051
3.6 Practical Study 2—C-51 Program Design for 8051
3.7 A Glance over PIC Assembly Instruction System
3.8 An Glance over MCS 8086-80196 Instruction System Words and Expressions
Exercises and Questions
Chapter 4 Micro Controller Memory
4.1 Introduction
4.2 Structure of Semiconductor Memory
4.3 Memory Features
4.4 Practical Study 1—Memory Distributions and Characteristics
4.5 Practical Study 2—Memory Extension of 80C51 Type
Words and Expressions
Exercises and Questions
Chapter 5 Microcontroller Timer／Counter
5.1 Introduction
5.2 Basic Principle of Timer Function Block
5.3 Time Record and Timing in Cycles
5.4 Dual Function of Microcontroller Timer／Counter
5.5 Practical Study—Timer／Counters of 80C51 type
5.6 Examples for 8051 Assembly Timer／Counter Program Design
5.7 A Glance over Timer／Counters of PIC Series
5.8 A Glance over Timer／Counters of 80C196 Series
Words and Expressions
Exercises and Questions
Chapter 6 Interrupt System and Responding Service
6.1 Introduction to Interrupt Process
6.2 Interrupt Control and Operation
6.3 Stack Access and Interrupt Service
6.4 Practical Study—Interrupt Functions of 80C51 Type
6.5 Examples of Assembly Program Design
Words and Expressions
Exercises and Questions
Chapter 7 Microcontroller Communication
7.1 Introduction
7.2 Serial Communication Technology
7.3 Practical Study—Serial Communication of Type 8051
7.4 Examples of Assembly Program Design
Words and Expressions
Exercises and Questions
Chapter 8 Combination with Peripheral Devices
8.1 Controlling a Switch
8.2 Operation with Keypad
8.3 Driving LED
8.4 LCD Control
8.5 Connecting to Level Conversion
8.6 A／D Control
8.7 Organizing a DSP System
8.8 Examples of Assembly Program Design
Words and Expressions
Exercises and Questions
Chapter 9 Introduction to Architecture Design
9.1 Introduction
9.2 Some Important Technical Factors
9.3 Processor Architecture in CMOS Technology
Words and Expressions
Exercises and Questions
Chapter 10 Introduction to Keil C51
10.1 Keil C51 Usage in C Language
10.2 Keil C51 Usage in Assembly Language
Words and Expressions
Exercises and Questions
Chapter 11 Powering Up and Driving Forward
11.1 About the Environment Circuits
11.2 Device Self Testing
11.3 The 8051 Family
11.4 The Condition Code Register
11.5 Some Operation Problems
11.6 Microcontroller Development Facing DSP
11.7 The Microconforller with USB Commuuicaetime Fuufime
11.8 Protel DXP (CAD) and Product Realization
Words and Expressions
Exercises and Questions
Chapter 12 Experiment Guiding
12.1 Laboratory Regulation and Notices
12.2 Introduction to AEDK5196ET System
12.3 MCS-51 Experiment Introduction
12.4 Experiment 1 Understand and Entering
12.5 Experiment 2 Input and Output of PI Port
12.6 Experiment 3 Relay Control of P3 Port Output
12.7 Experiment 4 Simple I／O Control
12.8 Experiment 5 Time／Counter
12.9 Experiment 6 Counter
12.10 Experiment 7 External Interrupt
12.11 Experiment 8 Write／Read Extension Memory
12.12 Experiment 9 A／D Convert
12.13 Experiment 10 D／A Convert
12.14 Experiment 11 8255 Input／Output
12.15 Experiment 12 Intelligent Instrument—Project Experiment 1
12.16 Experiment 13 Network-Intelligent Instrument Basic Set—Project Experiment 2
12.17 Experiment 14 Display／Dialog-able Digital-Instrument—Project Experiment 3
12.18 Experiment 15 Microcontroller System Based Close-Loop Controller—Project Experiment 4
12.19 Experiment 16 DSP Syster Assisted by Micor coutroller—Project Experiment 5
12.20 Experiment 17 ECB-Product Design using Protel DXP (CAD)—Project Experiment 6
12.21 Experiment 18 DSP-MIcrocontroller System Application in Modern Science and Technology—Project Experiment 7
Summary
Appendix
Appendix 1 Words and Expressions of the Textbook
Appendix 2 Lists of 8051 Assembly Instruction System
Appendix 3 List of PIC 16F87X Assembly Instruction System
Appendix 4 List of 80C196 Assembly Instruction System
References
目 錄 
內容、結構與教學建議 
第1章 簡介
1.1 單片型數字處理器家族
1.2 微控制器應用例
1.3 常用微控制器特征
1.4 微控制器發(fā)展史
1.5 微控制器在其發(fā)展中的進步與提高
生詞與注釋
練習與問題
第2章 微控制器總攬
2.1 微控制器一般配置
2.2 微控制器基本構造
2.3 PMOS，NMOS，BMOS和CMOS芯片技術
2.4 微控制器基本操作過程
2.5 微控制器中的周期概念
2.6 基本工作條件與中心功能塊
2.7 微控制器存儲器類型
2.8 應用開發(fā)
2.9 器件封裝與芯片技術
2.10 實踐性學習—80C51微控制器全貌
生詞與注釋
練習與問題
第3章 程序設計導論——匯編語言與 C語言
3.1 引言
3.2 指令系統(tǒng)
3.3 關于應用程序設計的一些關鍵點考慮
3.4 運用指令系統(tǒng)編程
3.5 實踐性學習1—8051匯編程序設計
3.6 實踐性學習2—8051C-51程序設計
3.7 PIC匯編指令系統(tǒng)一瞥
3.8 MCS 8086—80196指令系統(tǒng)一瞥
生詞與注釋
練習與問題
第4章 微控制器存儲器
4.1 引言
4.2 半導體存儲器結構
4.3 存儲器特征
4.4 實踐性學習1—存儲器的分配與特性
4.5 實踐性學習 2—80C51型單片機存儲器外擴
生詞與注釋
練習與問題
第5章 微控制器定時／計數器
5.1 引言
5.2 定時功能塊基本原理
5.3 時間記錄儀循環(huán)定時
5.4 微控制器定時／計數器的雙重功能
5.5 實踐性學習— 80C51型定時／計數器
5.6 8051型定時器／計數器匯編程序設計實例
5.7 PIC系列定時／計數器一瞥
5.8 80C196系列定時／計數器一瞥
生詞與注釋
練習與問題
第6章 中斷系統(tǒng)與響應服務
6.1 中斷進程簡介
6.2 中斷控制與操作
6.3 堆棧訪尋與中斷服務
6.4 實踐性學習— 80C51型中斷功能
6.5 80C51型中斷功能匯編程序設計實例
生詞與注釋
練習與問題
第7章 微控制器通信
7.1 引言
7.2 串行通信技術
7.3 實踐性學習 —80C51型串行通信
7.4 80C51型串行通信匯編編程實例
生詞與注釋
練習與問題
第8章 與外圍器件的通信聯系
8.1 開關控制
8.2 鍵盤操作
8.3 LED驅動
8.4 LCD控制
8.5 電位翻轉器連接
8.6 A／D轉換器控制
8.7 DSP系統(tǒng)組織
8.8 匯編程序設計實例
生詞與注釋
練習與問題
第9章 結構設計簡介
9.1 引言
9.2 一些重要技術因素
9.3 CMOS技術中的處理器構成
生詞與注釋
練習與問題
第10章 Keil C51簡介
10.1 Keil C51 C語言應用
10.1 Keil C51匯編語言應用
生詞與注釋
練習與問題
第11章 提高與推進
11.1 關于周邊電路
11.2 設備自檢
11.3 8051家族
11.4 條件碼寄存器
11.5 操作問題略談
11.6 面得 DSP的微控制器發(fā)展
11.7 具有 USB通信功能的微控制器
11.8 Protel DXP(CAD)應用和產品化實現

生詞與注釋
練習與問題
第12章 實驗指導

12.1 實驗室規(guī)則與注意事項
12.2 AEDK 5196E系統(tǒng)簡介
12.3 MC—S51實驗
12.4 實驗1理解與認識實驗
12.5 實驗 2P1端口輸入與輸出
12.6 實驗3 P3端口輸出延時控制
12.7 實驗4簡單 I／O控制
12.8 實驗5定時／計數器
12.9 實驗6計數器
12.10 實驗7外部中斷
12.11 實驗8寫／讀擴展存儲器
12.12 實驗9 A／D轉換器
12.13 實驗10 D／A轉換器
12.14 實驗118255輸入／輸出
12.15 實驗12智能儀表——課題性實驗1
12.16 實驗13網絡智能型儀表基礎部件——課題性實驗2
12.17 實驗14具有顯示／對話功能的數字儀表——課題性實驗3
12.18 實驗15基于閉環(huán)控制器的微控制器系統(tǒng)——課題性實驗4
12.19 實驗16微控制器輔助 DSP系統(tǒng)——課題性實驗5
12.20 實驗17 Protel DXP(CAD)支持的 ECB產品化設計——課題性實驗6
12.21 實驗18 DSP——微控制系統(tǒng)在現代科技中的應用——課題性實驗7
總結
附錄 
附錄1 本書詞匯與注釋
附錄2 8051匯編指令系統(tǒng)
附錄3 PIC16F87X匯編指令系統(tǒng)
附錄4 80C196匯編指令系統(tǒng)
參考文獻