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电子技术基础简明教程电工学II王英

电子技术基础简明教程电工学II王英

作者:王英,主编
出版社:西南交通大学出版社出版时间:2018-11-01
开本: 其他 页数: 262
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电子技术基础简明教程电工学II王英 版权信息

电子技术基础简明教程电工学II王英 内容简介

本教材分为“模拟电子技术基础”和“数字电子技术基础”两篇。篇“模拟电子技术基础”,包括半导体及二极管应用、基本放大电路、集成运算放大电路。第二篇“数字电子技术基础”,包括逻辑代数的基本概念、组合逻辑电路、时序逻辑电路。本教材以器件的伏安特性或逻辑功能入手,以精典应用模块电路为实例,展开结构、特性、功能等为一体讨论。在力求在保证基础知识的同时,由浅入深,简明扼要,理论融合实践,其特点是以电子技术内容为主线,以“学习指导”为开篇,以“理论知识”奠基础,以“例题求解”助拓展,以“常见问题”强概念,以“各章小结”示重点,并通过“选择题”加强基本概念的掌握,通过“习题”注重综合能力的提高,用较少的篇幅将模拟电子技术和数字电子技术融为一体,易教、易学、易实践,有助于学生掌握电子技术基础。

电子技术基础简明教程电工学II王英 目录

目 录 **篇 模拟电子技术基础 第1章 半导体及二极管应用································································································ 2 1.1 学习指导·················································································································· 2 1.2 半导体的基本知识····································································································· 2 1.3 半导体二极管及应用·································································································· 7 1.4 稳压二极管············································································································· 15 1.5 单相桥式整流滤波稳压电路······················································································ 18 本章小结························································································································ 27 选择题··························································································································· 28 习 题··························································································································· 30 第2章 基本放大电路········································································································ 35 2.1 学习指导················································································································ 35 2.2 基本放大器件晶体管································································································ 36 2.3 三极管基本放大电路································································································ 52 2.4 场效应管基本放大电路的动态分析············································································· 69 2.5 阻容耦合放大电路简介····························································································· 72 本章小结························································································································ 78 选择题··························································································································· 79 习 题··························································································································· 81 第3章 集成运算放大电路·································································································· 84 3.1 学习指导················································································································ 84 3.2 集成运算放大器······································································································· 84 3.3 反馈电路的简介······································································································· 88 3.4 运算电路和电压比较器····························································································· 96 本章小结······················································································································ 112 选择题························································································································· 115 习 题························································································································· 116 第二篇 数字电子技术基础 ..........
本章小结······················································································································ 243 选择题························································································································· 244 习 题························································································································· 248 部分习题参考答案············································································································· 256 参考文献·························································································································· 262
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电子技术基础简明教程电工学II王英 作者简介

王英,女,副教授,国家级电气工程基础实验教学示范中心主任,电工电子系副主任。主编“十一五”、“十二五”国家级规划教材<电工技术基础>(电工学I)和辅助教材<电工技术基础学习指导教程;主编出

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