定 价：47.5 元
丛书名：
抱歉，电子工业出版社不参与样书赠送活动！
- 作者：杨伟
- 出版时间：2024/11/1
- ISBN：9787121492747
- 出 版 社：电子工业出版社
适用读者:本书可作为职业院校电子与信息技术、电子技术应用、电子电器应用与维修等专业的实训课程教材，也可作为“1+X电子装联”职业技能等级考证（初、中级）和电子生产企业的岗位技能培训用书。
- 中图法分类：TN
- 页码：252
- 纸张：
- 版次：01
- 开本：16开
- 字数：383.040008544922(单位：千字)
本书以电子技术技能训练为主，按照项目教学的要求进行编写，包含 5 个项目、17 个任务，可在一到两个学期内完成。其中，项目一、项目二和项目三分别为电子实训操作安全、常用电子元器件识别和检测、手工焊接与返修技能；项目四为常用电子测量仪器、仪表的使用；项目五为单元电子电路的设计、装配和调试。本书的编写力求使课程内容贴近实际就业的岗位要求；内容以现行国家标准为依据，紧密对接相关专业课程的教学需求与课程特点，遵循职业院校学生的认知规律，针对性与适用性都很强。编写时按照先基础、后综合、再创新的思路安排实训课程内容。将技能教学和训练进行分层次设置，在技能教学上突出基础性，在技能训练上力争做到实训内容以学习者为中心，增加工艺性、设计性、综合性实训，体现“以练促学”。
杨伟，安徽省芜湖市高级职业技术学校教师。30年的从教生涯，他扎根职教事业，在平凡的岗位上坚守职责，坚持不断学习、探索提升，经过多年的努力，他摸索总结出了一套针对中职学生现状、行之有效的教学方法，且教科研成绩斐然，《模拟电子技术技能实训》教材两次再版，其作为第一副主编的《电工电子技术与技能实训指导》（第3版）于2023年6月作为首批"十四五”职业教育国家规划教材发行出版。29年的班主任工作，用爱心、科学的教育理念和丰富的教学经验教育关心每一位学生。针对中职学生的特点，注重加强对学生职业道德、职业理想、人生价值观以及行为习惯养成的教育。教学中，不失时机的进行德育渗透，全方位地加强学生思想道德教育，用实际行动体现"一切为了学生、为了学生的一切”的教育理念。工作卓有成效，先后获得市级优秀班主任、市级优秀教师、市级劳动模范、安徽省职业院校技能大赛优秀指导教师、全国中等职业教育德育先进个人等殊荣。
项目一 电子实训操作安全 ···········································································.1
任务一 安全用电 ·················································································.2
任务二 电子产品静电防护 ·····································································.9
项目二 常用电子元器件识别和检测 ·······························································19
任务一 数字式万用表的使用 ··································································20
任务二 电阻器、电容器和电感器的使用 ···················································27
任务三 常用半导体器件的使用 ·······························································43
项目三 手工焊接与返修技能 ········································································55
任务一 手工焊接技能 ···········································································56
任务二 印制电路板插装、焊接技能 ·························································68
任务三 手工返修拆焊技能 ·····································································75
项目四 常用电子测量仪器、仪表的使用 ·························································86
任务一 认识常用电子测量仪器、仪表 ······················································87
任务二 常用电子测量仪器的综合使用 ···················································.103
项目五 单元电子电路的设计、装配和调试 ···················································.108
任务一 晶体三极管共发射极放大电路 ···················································.109
任务二 两级阻容耦合负反馈放大电路 ···················································.117
任务三 晶体三极管共集电极放大电路 ···················································.124
任务四 OTL 互补对称功率放大电路······················································.131
任务五 集成运算电路模块与应用 ·························································.139
任务六 μA741 构成的正弦波振荡电路 ···················································.147
任务七 三端集成稳压器 ·····································································.153
附录 A ···································································································.162
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