单片微机原理与接口技术——基于STC8H8K64U系列单片机 azw3 lrf 下载 百度云 夸克云 snb pdf kindle

本书以STC8H8K64U系列单片机为教学平台，该系列单片机代表当今8位机较高水平，包含高级PWM 定时器、USB 模块及 16 位硬件乘/除法器等高级功能模块。本书基于 STC 大学计划实验箱（8.3）（主控单 片机为 STC8H8K64U 系列单片机），采用“汇编+C”双语言编程，精选工程训练实例，设计多种类型的 习题。本书内容包括单片机基础，对 STC8H8K64U 系列单片机的增强型 8051 内核、应用系统的开发工具、 指令系统、汇编及 C 双语言程序设计、存储器与应用编程、定时/计数器、中断系统、串行通信端口、人 机对话接口的应用设计、12 位 A/D 转换模块、比较器、SPI 接口、I2C 通信接口、高级 PWM 定时器、USB 模块、16 位乘/除法器的介绍，以及应用其进行低功耗设计与可靠性设计的介绍。

本书可作为高等学校电子信息类、电子通信类、自动化类、计算机应用类专业“单片机原理与应用” 或“微机原理”课程教材，也可作为电子设计竞赛、单片机应用工程师考证的培训教材，还可作为传统 8051 单片机应用工程师升级转型的参考书。

目 录

第 1 章 认识单片机 ······················································································.1

1.1 单片机概述 ······················································································.1

1.1.1 微型计算机的工作原理 ······························································.1

1.1.2 单片机 ····················································································.5

1.2 STC8H 系列单片机简介 ······································································.6

1.2.1 STC 系列单片机概述 ·································································.6

1.2.2 STC8H 系列单片机 ····································································.7

1.2.3 STC8H8K64U 系列单片机 ···························································.8

本章小结 ·······························································································.18

习题 ·····································································································.19

第 2 章 增强型 8051 内核 ·············································································.21

2.1 CPU 结构 ·······················································································.21

2.2 存储结构 ························································································.22

2.3 并行I/O 口 ·····················································································.28

2.3.1 并行I/O 口的工作模式 ······························································.28

2.3.2 内部上拉电阻的设置·································································.31

2.3.3 施密特触发器的设置·································································.31

2.3.4 电平转换速度的设置·································································.32

2.3.5 电流驱动能力的设置·································································.32

2.3.6 数字信号输入使能的设置 ··························································.32

2.4 时钟与复位 ·····················································································.32

2.4.1 时钟 ······················································································.32

2.4.2 复位 ······················································································.36

本章小结 ·······························································································.38

习题 ·····································································································.39

第 3 章 应用系统的开发工具 ·········································································.42

3.1 Keil ?Vision4 集成开发环境——单片机应用程序的编辑、编译与调试流程 ····.42

3.2 在线编程与在线仿真 ·········································································.50

3.2.1 在线可编程电路 ·······································································.50

3.2.2 单片机应用程序的下载与运行 ····················································.51

3.2.3 Keil ?Vision4 集成开发环境与 STC 仿真器的在线仿真 ······················.53

3.2.4 STC-ISP 在线编程软件的其他功能 ···············································.54

3.3 仿真软件 Proteus ··············································································.55

3.4 工程训练 ························································································.55

3.4.1 Keil ?Vision4 集成开发环境的操作使用 ·········································.55

3.4.2 STC8H8K64U 系列单片机的在线调试与在线仿真 ····························.62

3.4.3 Proteus 单片机应用系统的仿真 ····················································.66

本章小结 ·······························································································.72

习题 ·····································································································.72

第 4 章 指令系统与汇编语言程序设计 ·····························································.75

4.1 指令系统 ························································································.75

4.1.1 概述 ······················································································.75

4.1.2 数据传送类指令 ·······································································.81

4.1.3 算术运算类指令 ·······································································.86

4.1.4 逻辑运算与循环移位类指令 ·······················································.91

4.1.5 控制转移类指令 ························································

丁向荣，男，广东轻工职业技术学院教授，电子信息类专业教学骨干，长期从事单片机方面的教学实践和教科研工作，具备丰富的相关经验，其对STC单片机的理解尤为深入，曾编写并出版过多本相关教材，获得市场广泛认可。

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书籍介绍

本书以STC8H8K64U系列单片机为教学平台，该系列单片机代表当今8位机较高水平，包含高级PWM 定时器、USB 模块及 16 位硬件乘/除法器等高级功能模块。本书基于 STC 大学计划实验箱（8.3）（主控单 片机为 STC8H8K64U 系列单片机），采用“汇编+C”双语言编程，精选工程训练实例，设计多种类型的 习题。本书内容包括单片机基础，对 STC8H8K64U 系列单片机的增强型 8051 内核、应用系统的开发工具、 指令系统、汇编及 C 双语言程序设计、存储器与应用编程、定时/计数器、中断系统、串行通信端口、人 机对话接口的应用设计、12 位 A/D 转换模块、比较器、SPI 接口、I2C 通信接口、高级 PWM 定时器、USB 模块、16 位乘/除法器的介绍，以及应用其进行低功耗设计与可靠性设计的介绍。 本书可作为高等学校电子信息类、电子通信类、自动化类、计算机应用类专业“单片机原理与应用” 或“微机原理”课程教材，也可作为电子设计竞赛、单片机应用工程师考证的培训教材，还可作为传统 8051 单片机应用工程师升级转型的参考书。