Mcs 51 Microcontroller Principle Interface by Guo Wen (1 results)
Language: Chinese
Published by Publishing House of Electronics Industry, 2000
- Softcover
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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. Pub Date: 2013 Pages: 328 Language: Chinese in Publisher: Publishing House of Electronics Industry regular higher education 12th Five-Year Plan textbooks. electronic information science an…d engineering professional planning materials: MCS-51 microcontroller principle. interface and application to the MCS-51 microcontroller object. its structure and function. instruction set. assembly language and the C51 language program design. interrupt system and timer counter. parallel and serial memory extension technology. serial communication interface. display and keyboard interface technology. digital-to-analog and analog-to-digital converter interface technology. introduced the use of commonly used simulation software of Proteus and KeilC51 the Windows Integrated Development Environment Vision2 typical example for the carrier. will be compiled and C51 language corresponding introduction program design methods and design of the SCM system. Ordinary higher education 12th Five-Year Plan materials. electronic information science and engineering majors planning materials: MCS-51 microcontroller principle. interface and application the C51 language-based assembly language supplement. Book all examples are given in the source code and the simulation run results. Contents: Chapter 0 composed 0.1.2 Introduction 0.1 microcomputer system components and working engineering 0.1.1 microcomputer central processing unit composition of the working process of the 0.1.3 microcomputer MCU 0.2 microcontroller Overview 0.2.1 0.2.2 MCU characteristics Application 0.2.3 microcontroller development history and future direction 0.2.4 MCS-51 series single-chip microcontroller 0.2.5 mainstream type 1 Proteus ISIS Introduction 1.1 Proteus software components 1.2 Proteus installation environment and installation steps 1.3 start the Proteus ISIS1. 4 Menu Introduction 1.4.1 Main Menu 1.4.2 Standard Toolbar 1.4.3 Drawing toolbar 1.4.4 simulation process control bar 1.5 Basic Operation 1.5.1 file open closure and environmental settings 1.5.2 Windows operating common method 1.5.3 devices operating common method 1.5.4 C51 microcontroller operation 1.5.5 Other operations 1.6 Proteus component library 1.7 circuit schematic design approach 1.8 Chapter 2 examples to explain Keil Software 2.3 compiler settings of 2.1 Keil project to establish 2.2 works Link 2.4 Debugging 2.4.1 commonly used debugging commands 2.4.2 breakpoint set 2.4.3 Keil Debugging window Chapter 3 MCS-51 series MCU structure and working principle 3.1 MCS-51 microcontroller internal composition and signal pin 3.1.1 3.1.2 MCS-51 series MCU pin and function 3.2 51 sub-series microcontroller 80C51 microcontroller's internal memory configuration 3.2.1 of the program memory the 3.2.2 data memory 3.3 Parallel IO port P0 ~ P3 structure 3.3.1 P0 port 3.3.2 P1 port 3.3.3 P2 port 3.3.4 P3 port the 3.4 clock circuit timing 3.4.1 clock circuit 3.4.2 Timing timing unit 3.4.3 MCS-51 the typical instruction timing 3.5 reset circuit and low-power operation 3.5 .1 reset circuit 3.5.2 Power-down protection 3.5.3 low power operation modes Chapter Summary thinking questions and exercises Chapter 4 MCS-51 microcontroller instruction system 4.1 Overview 4.1.1 instruction and program design language assembly language 4.1.2 the 4.3.1 data transfer of the directive of the operand type of the format of the program statement 4.1.3 4.1.4 machine language statement format 4.1.5 4.2 Addressing Mode 4.2.1 Symbol Notes 4.2.2 Addressing 4.3 MCS-51 microcontroller instruction system class instruction 4.3.2 arithmetic class instruction 4.3.3 logical operators and shift class instruction 4.3.4 control transfer class instruction 4.3.5 Chapter Summary bit-oriented instructions thinking questions and exercises in Chapter 5 MCS-51 assembly language programming the 5.1 sequential program design 5.2 cycle program design 5.3 branch to.
