《電子學（英文版）》由白雪、徐雷鈞主編，江蘇大學出版社於2018年出版，系面向理工科非電類專業學生的本科英文教材。該書立足電子技術發展動態與教學實踐需求，對傳統理論進行精簡重構，突出基礎概念與工程套用結合的編寫理念。
全書分八章系統闡述半導體特性、器件原理、放大器設計及數字邏輯電路等內容，每章通過理論解析、實例分析和Multisim仿真演示構建知識體系。教材設定配套習題強化實踐能力，內容編排兼顧知識系統性與教學適配性，既滿足高校英文授課需求，也可為工程技術人員提供技術參考。
基本介紹
- 書名：電子學
- 作者：白雪,徐雷鈞
- 出版社：江蘇大學出版社
- 出版時間：2018年11月1日
- 頁數：233 頁
- 開本：16 開
- 裝幀：平裝
- ISBN：9787568409360
內容簡介,圖書目錄,
內容簡介
電子學為電氣學院基礎必修課程，《電子學（英文版）》為其英文版教材，基礎較好，適用面廣。根據電子技術的新發展和多年的教學改革經驗，《電子學（英文版）》適當精簡了傳統經典內容、尤其注重基本概念、基本原理和基本分析方法，突出實踐與工程套用。為適應學生學習，《電子學（英文版）》注重基礎知識的闡述，配有例子和習題，可鞏固知識。《電子學（英文版）》可作為普通本科院校等理工科非電類英文專業教材，也可供工程技術人員學習參考。
圖書目錄
CHAPTER 1 SEMICONDUCTORS
1．1 Conductors and Insulators
1．2 Semiconductors
1．3 Impurity Semiconductors
1．4 PN Junctions
Chapter Summary and Review
Chapter Question
CHAPTER 2 SEMICONDUCTOR DEVICES
2．1 Diodes
2．2 Particular Diodes and Applications
2．3 Transistors
2．4 Other Transistors
2．5 Simulation of Semiconductor Devices with MULTISIM
Chapter Summary and Review
Chapter Question
CHAPTER 3 BASIC AMPLIFIERS
3．1 Amplifiers Introduction
3．2 Common-Emitter Amplifiers
3．3 Common-Collector Amplifiers
3．4 Amplifier Coupling and Frequency Response
3．5 Power Amplifiers
3．6 Field-Effect Transistor Amplifier
3．7 Simulation of Amplifiers with MULTISIM
Chapter Summary and Review
Chapter Question
CHAPTER 4 OPERATIONAL AMPLIFIERS
4．1 Differential Amplifiers
4．2 Operational Amplifiers
4．3 Negative Feedback
4．4 Applications of Operational Amplifiers in Signal Operation Circuits
4．5 Applications of Operational Amplifiers in Signal Processing Circuits
4．6 Applications of Operational Amplifiers in Signal Oscillator Circuits
4．7 Selection and Use of Op-Amp
4．8 Simulation of Operational Amplifier Circuits with MULTISIM
Chapter Summary and Review
Chapter Question
CHAPTER 5 POWER SUPPLIES
5．1 Power-Supply Systems
5．2 Rectifications
5．3 Filters
5．4 Regulation
5．5 Simulation of Power-Supply Circuits with
MULTISIM
Chapter Summary and Review
Chapter Question
CHAPTER 6 COMBINATIONAL LOGICAL CIRCUITS
6．1 Basic Logical Circuits Concepts
6．2 Boolean Logic Algebra
6．3 Logical Gate Circuits
6．4 Analysis and Design of Combinational Logic Circuits
6．5 Integrated Combinational Logic Circuits
6．6 Simulation of Combinational Logic Circuits with MULTISIM
Chapter Summary and Review
Chapter Question
CHAPTER 7 SEQUENTIAL LOGICAL CIRCUITS
7．1 Bistable Flip-Flops
7．2 Analysis and Design of Sequential Logic Circuits
7．3 555 Timers and Applications
7．4 Simulation of Sequential Logic Circuits with MULTISIM
Chapter Summary and Review
Chapter Question
CHAPTER 8 DIGITAL-to-ANALOG and ANALOG-to-DIGITAL
CONVERTERS
8．1 Digital-to-Analog Converters
8．2 Analog-to-Digital Converters
8．3 Simulation of a Circuit System with MULTISIM
Chapter Summary and Review
Chapter Question
