电子技术是当今信息时代的物理基础，模拟电子技术是在信息时代中处理连续变化信号的电子技术，现在的电子系统设计越来越精巧，操作的速度也越来越快，那么，这些电子系统中内容包含了那些元器件？它们是如何工作的？如何用它们构成满足不同需求的电路设计呢？ 模拟电子技术这门课程将带领我们了解掌握这些知识。
本课程通过对常用电子器件、电路及其系统分析和设计的学习，使学习者获得电子技术方面的基本知识、基本理论和基本技能，为电子技术的深入学习和实际应用打下坚实基础。
模拟电子技术基础的课程内容主要包括：二极管及其基本电路、双极结型三极管及放大电路基础、场效应管放大电路及应用、模拟集成电路、信号处理与信号产生电路、电路的频率响应、功率放大电路、反馈放大电路等知识。
本课程由西安邮电大学具有丰富的教学经验、富有教学热情的一线教师团队倾心打造；教学团队对本课程的教学内容与教学过程精心设计，将抽象、复杂的知识点以提问题，讨论问题，解决问题的方式展开，注重学习过程的引导和学习兴趣的培养，使得我们的模拟电子技术课程易学易懂。
本课程采用英文版Electronic Devices and Circuit Theory 为配套教材，采用双语字幕，适合电子、计算机、通信等相关专业电子电路基础课程的英语或者双语教学要求。
Chapter 1 SEMICONDUCTOR DIODES
1.2 Extrinsic Materials: n-Type and p-Type Materials
1.1 Introduction of Semiconductor and Intrinsic Materials
1.5 Diode Equivalent Circuits,Diode Capacitance and Zener Diode
1.4 Characteristics of Semiconductor Diode
1.3 Semiconductor Diode
第一章测验
第一章 作业
Chapter2.\nDIODE APPLICATIONS
2.2 Rectification
2.4 Zener Diodes
2.1 Load-Line Analysis and Diode Equivalent Model
2.3 Clippers and Clampers
第二章测验
第二章作业
Chapter3.\nBIPOLAR JUNCTION TRANSISTORS
3.3 Relationship of α and β,Transistor Amplifying Action
3.2 Transistor Configuration and Characteristics
3.1 Transistor Construction and Operation
第三章测验
第三章作业
Chapter4.\nDC BIASING
4.2 Fixed-Bias Circuit and Emitter-Stabilized Bias Circuit
4.3 Voltage-Divider Bias and Application
4.1 DC Biasing Analysis
第4章测验
第4章作业
Chapter5. BJT TRANSISTOR AC ANALYSIS
5.6 AC Parameters of Emitter-Follower and Common-Base Configuration
5.8 Effect of RL and Rs
5.7 AC Parameters of Collector Feedback Configuration
5.9 Cascaded Systems
5.1 Amplification Concept and AC
5.3 The Hybrid Equivalent Model vs Hybrid Model
5.5 AC Parameters of CE Emitter-Bias Configuration
5.2 The re Transistor Model of CB and CE
5.4 Fixed-Bias Configuration and Voltage-Divider Bias in AC Domain
5.10 Darlington Connection and Summary
第五章测验
第五章作业
Chapter6. FIELD-EFFECT TRANSISTORS
6.1 Concepts and Construction of FETs
6.5 Transfer Characteristics of MOSFETs and Summary
6.3 Transfer Characteristics and Important Relationships
6.2 Operation of JFET
6.4 Operation of MOSFET
第六章测验
第六章作业
Chapter7.\n FET BIASING
7.1 Fixed-Bias Configuration and Self-Bias Configuration
7.2 JFET Voltage-Divider Biasing and MOSFET Biasing
第七章测验
第七章作业
Chapter8.\n FET AMPLIFIERS
8.2 FET AC Equivalent Circuit and Self-Bias Configuration
8.3JFET Voltage-Divider Configuration and Source-Follower（Common-Drain） Configuration
8.1 1.Introduction FET Amplifiers and Major Components of FET Small-Signal Model
8.4 JFET Common-Gate Configuration , MOSFET AC Equivalent Circuit and Summary
第八章测验
第八章作业
Chapter9.\nBJT AND FET FREQUENCY RESPONSE
9.2 Low-Frequency and High-Frequency Analysis—Bode Plot
9.3 Low-Frequency Response—BJT Amplifier and FET Amplifer
9.4 BJT High Frequency Equivalent Model and Miller Effect
9.5 High-Frequency Response—BJT and FET Amplifier
9.6 hfe （or β） Variation with Frequency,Multistage Frequency Effects and Summary
9.1 General Frequency Response Configurations
第九章测验
第九章作业
Chapter10.\n OPERATIONAL AMPLIFIERS
10.3 Differential Amplifier Circuit
10.5 Use of Constant-Current Source in Differential Amplifier Circuit and Summary
10.4 The Large-Signal Transfer Characteristic of Differential Amplifier Circuit
10.1 Current Source Circuits
10.2 Floating Signal and Differential vs Common-Mode Signa
第十章测验
第十章作业
第十章中文作业
第十章中文测验
Chapter11. OP-AMP APPLICATIONS
11.1 Operation Amplifier Basics
11.2 Operation Circuit--Voltage Summing,Voltage Subtraction,Integrator and Differentiator
11.3Logarithmic,Exponential Operation Circuit,Multiplication and Division Circuit
11.4 First Order Active Filter
11.5 Second Order Active Low-pass Filter
11.6 Second Order Active High-pass Filter and Summary
第十一章测验
第十一章作业
Chapter12.\nPOWER AMPLIFIERS
12.1 Characteristics and Types of Power Amplifiers
12.2 Class B Amplifier Operation and Performance Analysis
12.3 Class AB Amplifier Operation ,OTL Circuit and Summary
第十二章测验
第十二章作业
第十二章中文测验
第十二章中文作业
Chapter13.FEEDBACK CIRCUITS
13.2Instantaneous Polarity Method
13.5 Calculation of Feedback Circuits
13.1Feedback Concepts and Tpyes
13.3 Feedback Connection Determination
13.4 Negative Feedback Amplifier Circuit Performances
13.7 Phase and Frequency Considerations and Summary
13.6 Feedback Amplifier—Performance Considerations
第十三章测验
第十三章作业
第十三章中文测验
第十三章中文作业