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Microcontroller Theory and Applications - based on the the Proteus and KeilC-(2)(Chinese Edition) - Softcover

 
9787121185861: Microcontroller Theory and Applications - based on the the Proteus and KeilC-(2)(Chinese Edition)
  • PublisherPublishing House
  • Publication date2000
  • ISBN 10 7121185865
  • ISBN 13 9787121185861
  • BindingPaperback
  • LanguageChinese

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LIN LI . ZHANG JUN LIANG
Published by Publishing House, 2000
ISBN 10: 7121185865 ISBN 13: 9787121185861
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paperback. Condition: New. Ship out in 2 business day, And Fast shipping, Free Tracking number will be provided after the shipment.Paperback. Pages: 276 Language: English Publisher: Publishing House of Electronics Industry Electronic Information Science and Engineering professional planning materials: Microcontroller Theory and Applications Based on Proteus and Keil C (2) to the MCS-51 series microcontroller 80C51 as an example introduced microcontroller works. basic application development techniques. The main contents include a microcontroller basics. inside and outside the system structure. assembler and C51 language interrupt timer counter. serial communication. system interfaces. application system design. Electronic Information Science and Engineering majors planning materials: Microcontroller Theory and Applications Based on Proteus and Keil C (2) on the basis of microcontroller traditional teaching system was improved greatly as the chapters throughout the book to the C51 programming language The mainline and microcontroller simulation software Proteus Keil C51 compiler software usage with them closely co-ordinated the end of the book the eight experimental guidance echoes with the progress of teaching and reading material. Contents: Chapter 1 microcontroller basics Overview 1.1 MCU Overview 1.1.1 Microcontroller and its developing profiles 1.1.2 microcontroller features and applications 1.1.3 SCM trends 1.1.4 MCS-51 microcontroller learning 1.2 microcontroller prior knowledge of the learning the 1.2.1 number system and its conversion 1.2.2 signed number representation 1.2.3 1.2.6 1.2.5 ASCII code byte and word 1.2.4 BCD code basic logic gates 1.3 Proteus Application Profile 1.3.1 the ISIS module application example 1.3.2 ARES module application example 2.1.2 MCS-51 outside of the internal structure of the Chapter Summary Exercises Chapter 2. the structure and principle of the MCS-51 microcontroller 2.1 MCS-51 microcontroller structure 2.1.1 MCS-51 microcontroller cited feet and functions of the memory structure of 2.2 MCS-51 2.2.1 memory division method 2.2.2 Program Memory 2.2.3 Data Memory 2.3 MCU reset. reset clock and timing 2.3.1 2.3.3 2.3.2 clock circuit and reset circuit microcontroller MCU assembly language timing 2.4 Parallel IO port 2.4.1 P1 port 2.4.2 P3 port 2.4.3 P0 port 2.4.4 P2 port Chapter Summary Exercises Chapter 3 Overview 3.1 assembly language programming 3.1.1 assembly language instruction format 3.1 The abbreviated symbols .2 Description operand 3.1.3 Addressing 3.2 MCS-51 instruction system Introduction 3.2.1 Data transmission and exchange of class instruction 3.2.2 arithmetic class instruction the 3.2.3 logic operations and shift class instruction 3.2. 3.3.2 assembler application of the transfer of control class instruction 3.2.5 directive 3.3 assembly language programming methods 3.3.1 Proteus Simulation Development System Example Chapter Summary Exercises Chapter 4 MCU C51 language of 4.1 C51 program structure 4.1.1 C51 language pointer Overview Program Structure 4.1.2 C51 4.2 C51 data structure 4.2.1 C51 variable 4.2.2 C51 4.3 C51 assembly language programming 4.3.1 in C51 call assembler 4.3.2 C51 in embedded assembler the code 4.4 C51 simulation development environment 4.4.1 Keil the compiler environment Vision34.4.2 based on the Proteus and Keil C program development process 4.5 C51 the Application Programming initial 4.5.1 IO port simple applications 4.5.2 IO port Advanced Practice Chapter Summary Exercises Chapter 5 Interrupt Control System 5.2.1 the microcontroller interrupt interrupt system 5.1 concept 5.2 interrupt system structure 5.2.2 Interrupt Control 5.3 5.4 interrupt programming interrupt processing and application examples 5.4.1 the interrupt program design example 5.4.2 expansion external 6.2.1 TMOD register of the basic principles of the structure and working principle of the timer counter timer counter interrupt source Chapter Summary Exercises Chapter 6 microcontroller 6.1 6.1.1 timer counter 6.1.2 T. Seller Inventory # NE043762

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