上海交通大学：《模拟电子技术》课程教学资源（PPT课件）Introduction Analog Electronic Technology

CourseAnalogElectronicTechnology（模拟电子技术）TextbookMicroelectronicCIRCUITSSedra/SmithMicroelectronicCircuits (5th Edition)A. Sedra, K. SmithFAFTHEDITION2025/11/27

2025/11/27 Course Analog Electronic Technology (模拟电子技术) Microelectronic Circuits (5th Edition) A. Sedra, K. Smith Textbook

2About the syllabusPartIDevicesandBasicCircuitsS(CHEN)>Chapter1:lntroductiontoElectronics>Chapter2:OperationalAmplifiers>Chapter3:Diodes>Chapter4:MOSField-EffectTransistors(MOSFETs)>Chapter5:BipolarJunctionTransistors(BJTs)2025/11/27J.Chen

About the syllabus 2025/11/27 J. Chen ⚫ Part I Devices and Basic Circuits (CHEN) ➢ Chapter 1: Introduction to Electronics ➢ Chapter 2: Operational Amplifiers ➢ Chapter 3: Diodes ➢ Chapter 4: MOS Field-Effect Transistors (MOSFETs) ➢ Chapter 5: Bipolar Junction Transistors (BJTs) 2

3About the syllabusPart2Digital&AnalogueIC(YANG)>Chapter6:Single-StageAmplifier>Chapter 7:DifferentialandMultistageAmp.>Chapter8:Feedback>Chapter9:Op-Amp&Data-ConverterCircuits>Chapter1o:CMOSLogicCircuits2025/11/27J.Chen

About the syllabus 2025/11/27 J. Chen ⚫ Part 2 Digital & Analogue IC (YANG) ➢ Chapter 6: Single-Stage Amplifier ➢ Chapter 7: Differential and Multistage Amp. ➢ Chapter 8: Feedback ➢ Chapter 9: Op-Amp & Data-Converter Circuits ➢ Chapter 10: CMOS Logic Circuits 3

4About the syllabus·Part3SelectedTopics(YANG)>Chapter11:MemoryandAdvancedDigitalCircuits>Chapter12:FiltersandTunedAmplifiers>Chapter13:SignalGeneratorsandWaveform-Shaping Circuits>Chapter14:OutputStagesandPowerAmplifiers2025/11/27J.Chen

About the syllabus 2025/11/27 J. Chen ⚫ Part 3 Selected Topics(YANG) ➢ Chapter 11: Memory and Advanced Digital Circuits ➢ Chapter 12: Filters and Tuned Amplifiers ➢ Chapter 13: Signal Generators and Waveform￾Shaping Circuits ➢ Chapter 14: Output Stages and Power Amplifiers 4

5About the syllabus·Appendix>VLSl FabricationTechnology>Two-PortNetworkParameters>Some UsefulNetworkTheorems>Single-Time-ConstantCircuits>S-domainAnalysis:Poles,Zeros,andBodePlots2025/11/27J.Chen

About the syllabus 2025/11/27 J. Chen ⚫ Appendix ➢ VLSI Fabrication Technology ➢ Two-Port Network Parameters ➢ Some Useful Network Theorems ➢ Single-Time-Constant Circuits ➢ S-domain Analysis: Poles, Zeros, and Bode Plots 5

6About the syllabus上海交通大学2015-2016学年校历九月十月十一月十二月月二月三月四月五月六月七月八月九月--星期14212812291812520星期22529132010星期三623301.42120星期四2491522A星期五25816P2星期六26101917162星期日11周数23101112寒假暑假学期秋季学期春季学期夏季学期节假日：（节假日安排按国务院通知执行）备注：1、中秋明9月27日（星期日）休假6清4月4日（星期一）休假2、国庆庆10月12、3日（星期四、五、六）休假7、校4月8日旦3、元1月1日（星期五）休假8、五一劳动节5月1日（星期日）休假节午4、春2月78、9日9、端6月9日（星期四）休假假假5寒1月18日至2月21日5周（其中包括春节）10、署7月25日至9月11日7周说明：1.秋季学期、春季学期各18周，其中最后2周为考试周：夏季学期为4周：寒假5周：客假7周。2.9月12日为新生报到日，9月13日为老生报到日，9月14日正式行课。3.4月8日为120周年校庆，停课一天。Plsreferto：electsys.sjtu.edu.cn（教学信息服务网）fordetails2025/11/27J. Chen

About the syllabus 2025/11/27 J. Chen Pls refer to: electsys.sjtu.edu.cn (教学信息服务网 ) for details 6

Background:Era ofMicroelectronicsare2ExtrenJ.Chen2025/11/27

Background: Era of Microelectronics 2025/11/27 J. Chen 2

8History in brief: vacuum tubes· In the first half of 20th CenturyThefirst computer(1945)台电子管计算机试明成功，每秒运算速度1500次，在我国第一额原子带的VacuumTubes1958年中国第理论设计和核爆炸间题研究中发挥了重要作用。(1906)图为名教学家华多康1964年同外国科学家现中国科学院计其技术研究所的大型电子计其机Below 1Hz & 30 Ton!1983年12月，中国第一台每秒运算速度超过1亿次的银河一1国型计算机研制成功，填补了国内巨型机的空白，1997年银河一Ⅲ运算速度已送130亿次周为调防科批大单计算机胡究所1983年研制的银河区型计算机ThefirstcomputerInChina(1958)2025/11/27J.Chen

⚫ In the first half of 20th Century 2025/11/27 J. Chen 8 History in brief: vacuum tubes The first computer (1945) The first computer In China (1958) Vacuum Tubes (1906) Below 1 Hz & 30 Ton !

History in brief: transistorsSince the middle of 20th CenturyBardeenBrattainShockleyVariousdiodesandtransistorInventionofTransistor一discretedevices（分立器件）BellLab19472025/11/27J. Chen

⚫ Since the middle of 20th Century 2025/11/27 J. Chen 9 History in brief: transistors Shockley Bardeen Brattain Invention of Transistor Bell Lab1947 Various diodes and transistor — discrete devices(分立器件)

10Discretev.s.integratedDiscretedevices-verylowcosteffectivenessβlimited functionalitylargevolume,weightandpowerconsumptionIntegrated circuit (IC)semiconductor wafer with thousands of tinydevices fabricatedonitpowerful function,building-blockapproachmass production capability,high reliability2025/11/27J.Chen

2025/11/27 J. Chen Discrete v.s. integrated ⚫ Discrete devices − very low cost effectiveness  limited functionality  large volume, weight and power consumption ⚫ Integrated circuit (IC) − semiconductor wafer with thousands of tiny devices fabricated on it  powerful function, building-block approach  mass production capability, high reliability 10