Учебник по интеграции прикладных технологий SCM (288,60 руб.)

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内 容 提 要 本书是编者参照工学一体化课程开发技术规范编写而成的，以真实的工作任务为载体，将企业典 型工作任务转化为具有学习价值的任务。全书共有五个任务，分别为：设计与制作太阳能交通警示 灯、设计与制作影碟机托盘进出仓控制器、设计与制作电压监测报警器、设计与制作智能 LED秒表、 设计与制作电梯模拟控制系统。每个任务均由五个活动组成，具有清晰的工作步骤和工作流程。 本书结构新颖、条理清晰、叙述简洁，可作为中等和高等职业学校电子、电气、自动化、机电一 体化等专业的单片机应用技术教材，也可供从事单片机开发的工程技术人员参考使用。 图书在版编目（ＣＩＰ）数据 单片机应用技术一体化教程 / 钟伟东主编. -- 北京: 航空工业出版社, 2015.8 ISBN 978-7-5165-0830-5 Ⅰ. ①单… Ⅱ. ①钟… Ⅲ. ①单片微型计算机－中等 专业学校－教材 Ⅳ. ①TP368.1 中国版本图书馆 CIP 数据核字(2015)第 174932 号 单片机应用技术一体化教程 Danpianji Yingyong Jishu Yitihua Jiaocheng 航空工业出版社出版发行 （北京市朝阳区北苑 2 号院 100012） 发行部电话：010-84936597 北京忠信印刷有限责任公司印刷 2015 年 8 月第 1 版 开本：787×1092 印数：1－3000 1/16 印张：11 010-84936343 全国各地新华书店经售 2015 年 8 月第 1 次印刷 字数：254 千字 定价：29.80 元

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○编 ○者 ○的 ○话 E A A E A A E A A E 单片机应用技术是电子、电工、机电等专业的一门技术性、实践性很强的专业课。传 统教材主要是以理论和模拟性实验为主，与企业的真实任务存在较大差距，读者学习后 往往不能很快适应企业的工作任务要求。由于单片机系统结构抽象、指令多、程序不 易编写，导致读者入门困难，且难以提升，进而会严重影响学习兴趣和热情，因此在学 习内容和教材编写上需要进行较大的改革。 本书是编者参照工学一体化课程开发技术规范编写而成的，通过深入企业调研，认真 分析、对比、总结电子电工类专业各岗位的典型工作任务，以真实的工作任务为载体，将 企业典型工作任务转化为具有学习价值的任务。读者可在完成工作任务的过程中，学习制 订工作方案、编写单片机程序、设计和绘制电路原理图、组装电子产品及焊接工艺等实用 性知识与技能，培养职业综合能力。 全书共有五个任务：设计与制作太阳能交通警示灯、设计与制作影碟机托盘进出仓控 制器、设计与制作电压监测报警器、设计与制作智能 LED 秒表、设计与制作电梯模拟控 制系统。每个任务均由五个活动组成，具有清晰的工作步骤和工作流程。每个任务又包括 学习目标、学习内容、学习方法、活动步骤、活动评价和成果展示等多个环节。 本书由钟伟东担任主编，王文胜、叶国才、吕福玲担任副主编。在编写过程中，作者 参考了大量国内外出版的相关教材和资料，在此谨向相关作者致以谢意。由于编者水平有 限，加之时间仓促，书中难免存在疏漏和不足之处，敬请读者批评指正，并提出宝贵意见。 对于书中涉及的综合应用硬件设计方案、程序代码和习题答案，读者可到北京金企鹅 文化发展中心网站（http://www.bjjqe.com）下载。另外，读者如果在学习过程中遇到什 么问题，也可通过本网站获得帮助。 编 者 2015 年 7 月

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目 录 任务一 设计与制作太阳能交通警示灯 ·············································································· 1 活动一 接受任务、制订方案 ·························································································· 2 活动二 设计太阳能交通警示灯控制电路 ···································································· 19 活动三 安装太阳能交通警示灯 ···················································································· 25 活动四 编写与调试太阳能交通警示灯控制程序 ························································· 29 活动五 活动总结与评价 ································································································ 44 任务二 设计与制作影碟机托盘进出仓控制器 ································································· 47 活动一 接受任务、制订方案 ························································································ 47 活动二 设计影碟机托盘进出仓控制电路 ···································································· 51 活动三 组装影碟机控制系统 ························································································ 55 活动四 编写与调试进出仓控制程序 ············································································ 58 活动五 活动总结与评价 ································································································ 66 任务三 设计与制作电压监测报警器 ················································································ 69 活动一 接受任务、制订方案 ························································································ 69 活动二 设计电压监测控制电路 ···················································································· 72 活动三 制作电压监测报警器 ························································································ 79 活动四 编写与调试电压监测报警器程序 ···································································· 81 活动五 活动总结与评价 ······························································································ 106 任务四 设计与制作智能 LED秒表 ················································································ 109 活动一 接受任务、制订方案 ······················································································ 109 活动二 设计 LED秒表控制电路 ················································································ 113 活动三 制作智能 LED秒表 ························································································ 118 活动四 编写与调试智能 LED秒表程序 ····································································· 122 活动五 活动总结与评价 ······························································································ 132 任务五 设计与制作电梯模拟控制系统 ·········································································· 134 活动一 接受任务、制订方案 ······················································································ 134 ·I·

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单片机应用技术一体化教程 活动二 设计电梯模拟控制系统电路 ·········································································· 138 活动三 制作电梯模拟控制系统 ·················································································· 142 活动四 编写与调试电梯模拟控制系统程序 ······························································· 145 活动五 活动总结与评价 ······························································································ 160 附录 ···································································································································· 163 附录A MCS-51 指令表 ······························································································· 163 附录 B ASCII 码表 ······································································································· 168 附录 C BCD码表 ········································································································· 169 ·II·

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