Analog Electronics-20211211
奚彩萍
目录
暂无搜索结果
1 题目讲解
1.1 1-2半导体基础,二极管
1.2 3基本放大电路
1.3 4-6多级放大电路,集成运放的线性应用,差动放大电路
1.4 7-10集成运放电压比较器,频率响应,有源滤波电路,负反馈,功率放大
1.5 11-12直流稳压电路,串联型稳压,集成稳压,信号产生电路
1.6 期中测试训练题
1.7 期末考试训练题
1.8 所有作业测试题详细答案
1.9 二极管作业测试
1.10 直流稳压电源作业测试
1.11 三极管作业测试
1.12 MOSFET作业测试
1.13 Bode plot
1.14 差分放大测试
1.15 集成运放测试
1.16 负反馈测试
1.17 功率放大电路测试
1.18 RC正弦波振荡电路作业测试
1.19 积分例题
1.20 MOSFET+BJT
1.21 icircuit APP 仿真实验1
1.22 icircuit APP 仿真实验2
1.23 icircuit APP 仿真实验3
1.24 icircuit APP 仿真实验4
1.25 video,young
2 Features of the course
2.1 Features of the course
2.2 LESSON1
2.3 LESSON2
2.4 LESSON3
2.5 LESSON4
2.6 LESSON5
2.7 LESSON6--PSPICE
2.8 20220902,how to download and use multisim
2.9 20220221第一周,周一下午78节,PN结,二极管仿真
2.10 20220221第一周,周一下午78节,4个集成运放的电路仿真
2.11 20220223第一周,周三下午56节,同相比例放大电路仿真
2.12 20220223第一周,周三下午56节,二极管仿真,分析方法
2.13 20220228第二周,周一下午78节,二极管,稳压二极管
2.14 20220302第二周,周三下午56节,稳压二极管,直流稳压电源
2.15 20220314第四周,周一下午78节,二极管,集成运放,BJT初步
2.16 20220316第四周,周三下午56节二极管、稳压二极管的仿真,三极管题型
2.17 20220321第五周,周一下午78节,BJT,AC分析
2.18 20220323第五周,周三下午56节,BJT分压式射极偏置
2.19 20220328第六周,周一下午78节,CC,CE,CB,MOSFET概念
2.20 20220330第六周,周三下午56节,MOSFET
2.21 20220402第六周周六,MOSFET,CS,CG,CD
2.22 20220406第七周,周三下午56节,CG举例,复合管,级联举例
2.23 20220411第八周,周一下午78节,频率响应基础
2.24 20220413第八周,周三下午56节,频率响应2
2.25 20220418第九周,周一下午78节,全频率公式,失真BJT,电流源BJT
2.26 20220420第九周,周三下午56节,电流源,差分放大电路
2.27 20220425第十周,周一下午78节,差分放大电路公式,例题
2.28 20220427第十周,周三下午56,模拟乘法器,负反馈初步
2.29 20220502第十一周,周一下午78,负反馈类型判断和公式
2.30 20220504第十一周,周三下午56,负反馈对电路的影响,串联电压负反馈举例
2.31 共发射极放大电路的仿真3个视频
2.32 模电1,2,只讲做题
2.33 模电3
2.34 模电4-6
2.35 模电7-10
2.36 模电11-12
2.37 BJT,特性曲线,击穿区特性
2.38 MOSFET特性曲线,击穿区
3 Semiconductor Diode
3.1 Semiconductor Diode
3.2 Diode Equivalent Circuits
3.3 Diode applications
3.4 Zener Diodes
3.5 PN junction, basic concept,video
3.6 PN junction,in class,video
3.7 Forward bias,reverse bias, video
3.8 Four kinds of models of diode,video
3.9 RD,rd,video
3.10 Two models with 0 internal resistance,video
3.11 Basic analysis of diode circuit,video
3.12 Simulations by icircuit app,video
3.13 Pspice and capture beginner,video
3.14 Priority method for 4 diodes,video
3.15 Clamping function of the diode,video
3.16 half-wave rectifier, video
3.17 full-wave rectifier,video
3.18 Zener diode, video
3.19 Homework2 solutions video
3.20 2 exercises for diode,videos
4 Field-Effect Transistors
4.1 Construction and characteristics of MOSFET and JFET
4.2 Depletion-type MOSFET
4.3 Enhancement-type MOSFET
4.4 FET Biasing
4.5 FET small-signal model
4.6 Common-source amplifier
4.7 Common-gate amplifier
4.8 Common-drain amplifier
4.9 Enhanced N-channel MOSFET,video
4.10 3 working conditions of E-NMOSFET,video
4.11 AC analysis of E-NMOSFET,summary,Kn,video
4.12 Depletion NMOS detailed analysis video
4.13 E-NMOS detailed analysis video
4.14 JFET detailed analysis video
4.15 Common-gate configuration,video
4.16 Common-drain configuration,video
4.17 Cascade connection circuit,CS+CD,video
5 Bipolar Junction Transistors
5.1 Construction and characteristics of BJT
5.2 DC Biasing–BJTs
5.3 BJT small-signal model
5.4 Common-emitter amplifier
5.5 Common-base amplifier
5.6 Common-collector amplifier
5.7 BJT structure, currents,video
5.8 BJT,currents relationship,video
5.9 BJT,input characteristics,video
5.10 BJT,output characteristics,video
5.11 BJT basic circuit analysis,video
5.12 BJT,β,α,video
5.13 BJT,DC,working condition,video
5.14 BJT,3 models of working conditions,video
5.15 BJT,re,CE, slight variation equivalent circuit,video
5.16 BJT,CE,working principle,video
5.17 DC,AC,analysis methods,video
5.18 Au,ri,analysis,video
5.19 ro,analysis,video
5.20 Voltage divider biasing circuit,video
5.21 Basic analysis of CE,CC,CB,video
5.22 Common-collector configuration,video
5.23 Common-base configuration,video
5.24 Cascade connection circuit,CE+CS,video
6 Multistage Amplifier
6.1 Cascade Connection
6.2 Cascode Connection
6.3 Darlington Connection
6.4 Feedback Pair
6.5 CMOS Circuit
6.6 Current Source Circuits
6.7 Current Mirror Circuits
6.8 Differential Amplifier Circuit
6.9 Darlington connection , video
6.10 Mirror current source,video
6.11 Micro-current source,video
6.12 Current source with high output resistance,video
6.13 Multiple current sources,video
6.14 Proportional current source,video
6.15 Application of current source,video
6.16 MOSFET mirror current source,video
6.17 MOSFET Cascode mirror current source,video
6.18 MOSFET combined current source,video
6.19 JFET current source,video
6.20 Function of differential amplifier circuit,video
6.21 Parameters of differential amplifier circuit,video
6.22 Bode plot,frequency response,video
6.23 Bode plot,examples,video
7 Operational Amplifiers
7.1 Differential and common-mode operation
7.2 Op-Amp basics
7.3 Practical Op-Amp circuits
7.4 Constant-gain multiplier
7.5 Voltage summing
7.6 Voltage buffer
7.7 Controller sources
7.8 Instrumentation circuits
7.9 Active filters
7.10 OPAM,virtual short,virtual open,video
7.11 inverting amplifier circuit,video
7.12 non-inverting amplifier circuit,video
7.13 2 exercises of non-inverting amplifier,video
7.14 adder,video
7.15 subtracter,video
7.16 3 exercises,3 H.M. exercises of OPAM,video
7.17 integral and differential operational circuits,video
7.18 an example of multisim simultiaon
7.19 Voltage comparator
8 Power Amplifiers
8.1 Introduction—Definitions and Amplifier Types
8.2 Series-Fed Class A Amplifier
8.3 Transformer-Coupled Class A Amplifier
8.4 Class B Amplifier Operation
8.5 Class AB Amplifier Circuits
8.6 Class B amplifier circuit,video
8.7 OTL,video
8.8 OCL,video
8.9 Application circuit and parameters choice of OCL,video
9 Feedback Amplifiers
9.1 Feedback concepts
9.2 Feedback connection types
9.3 Practical feedback circuits
9.4 Feedback amplifier design
9.5 Feedback concepts,video
9.6 Example,dAf,dA,stability,video
9.7 Function of feedback,ri,ro,video
9.8 Four kinds of negative feedback types,video
9.9 RC sinusoidal oscillation circuit
10 DC Power Supplies
10.1 Building blocks
10.2 General filter considerations
10.3 Capacitor or inductor filter
10.4 Transistor voltage regulation
10.5 IC voltage regulators
10.6 DC voltage stablizing filter circuit,video
11 UNSW,Sydney
11.1 P1 OP-AMP introduction
11.2 P2 OP-AMP configurations
11.3 P3 OP-AMP DC-imperfections
11.4 P4 OP-AMP frequency-response
11.5 P5 OP-AMP large signal
11.6 P6 Bode plot amplitude
11.7 P7 Bode plot amplitude example
11.8 P8 Bode plot phase
11.9 P9 Bode plot phase example
11.10 P10 BJT-PART1
11.11 P11 BJT PART 2
11.12 P12 BJT small signal configurations
11.13 P13 BJT CC
11.14 P14 BJT CE
11.15 P15 BJT CB,cascode connection
11.16 P16 BJT high frequency a
11.17 P17 BJT high frequency b
11.18 P18 BJT low frequency
11.19 P19 MOSFET part 1
11.20 P20 MOSFET part 2
11.21 P21 MOSFET configurations
11.22 P22 MOSFET example1
11.23 P23 MOSFET example2
11.24 P24 MOSFET example3
11.25 P25 Feedback intro
11.26 P26 Feedback analysis steps
11.27 Capicator exercise
12 Digital Integrated Circuit Analysis and Design
12.1 Introduction and Implementation Strategies for Digital IC
12.2 Devices
12.3 Converters1
12.4 Converters2
12.5 Combinational logic circuits
12.6 Sequential logic circuits1
12.7 Sequential logic circuits2
12.8 Designing Arithmetic Building Blocks
12.9 Wires
12.10 Coping with Interconnect
12.11 Assignment solving
12.12 7 Exercises FOR CH.1,3,5,6
12.13 7 Exercises FOR CH.7,8,9,11
13 Introduction and Implementation Strategies for Digital IC
13.1 Introduction to Digital IC,video
13.2 Architecture of Digital Processor,video
13.3 Full Custom Design Methodology,video
13.4 Semicustom Design Methodology.video
13.5 Quality Metric of Digital IC,video
13.6 Summary and Textbook .video
13.7 homework1
14 The Devices
14.1 Key Points Review of Last Lecture,video
14.2 Introduction,video
14.3 The Diode,video
14.4 The MOSFET Transistor,video
14.5 Secondary Effects,video
14.6 Summary and Textbook Reference,video
14.7 homework2
15 The CMOS Inverter I,II
15.1 Key Points Review of Last Lecture,video
15.2 Introduction,video
15.3 Static Behavior,video
15.4 homework3
15.5 Key Points Review of Last Lecture,video
15.6 Dynamic Behavior I,video
15.7 Dynamic Behavior II,video
15.8 Power Dissipation,video
15.9 Summary and Textbook Reference,video
15.10 homework4
16 Combinational Logic Circuits I,II
16.1 Introduction,video
16.2 Static CMOS Design I,video
16.3 Static CMOS Design II,video
16.4 homework5
16.5 Key Points Review of Last Lecture,video
16.6 Static CMOS Design III,video
16.7 Static CMOS Design IV,video
16.8 Dynamic CMOS Design,video
16.9 Summary,video
16.10 homework6
17 Sequential Logic Circuits I
17.1 Introduction I,video
17.2 Introduction II,video
17.3 Static Latches and Registers I,video
17.4 Static Latches and Registers II,video
17.5 Static Latches and Registers III,video
17.6 homework7
18 Sequential Logic Circuits II
18.1 Key Points Review,video
18.2 Dynamic Latches and Registers I,video
18.3 Dynamic Latches and Registers II,video
18.4 Dynamic Latches and Registers III,video
18.5 Pulse Register,video
18.6 Pipelining,video
18.7 Schmitt Trigger,video
18.8 Summary and Textbook Reference,video
18.9 homework8
19 Designing Arithmetic Building Blocks I
19.1 Introduction,video
19.2 Adder: Full Adder (Definition),video
19.3 Adder: Circuit Design,video
19.4 Adder: Logic Design I,video
19.5 Adder: Logic Design II,video
19.6 Adder: Summary,video
19.7 homework9
20 Designing Arithmetic Building Blocks II
20.1 Key Points Review,video
20.2 Multiplier,video
20.3 Shifter,video
20.4 Summary and Textbook Reference,video
20.5 homework10
21 The Wire
21.1 Introduction,video
21.2 Capacitance,video
21.3 Resistance,video
21.4 Electrical Wire Models,video
21.5 Summary and Textbook Reference,video
21.6 homework11
22 Coping with Interconnect
22.1 Introduction,video
22.2 Capacitive Parasitics,video
22.3 Capacitive Parasitics II,video
22.4 Resistive Parasitics,video
22.5 Summary and Textbook Reference,video
22.6 homework12
23 Assignment Solving
23.1 Assignment Solving,video
23.2 The teaching assistants want to say
24 Exercise I
24.1 Problem 1
24.2 Problem 2
24.3 Problem 3
24.4 Problem 4
24.5 Problem 5
24.6 Problem 6
24.7 Problem 7
25 Exercise II
25.1 Problem 8
25.2 Problem 9
25.3 Problem 10
25.4 Problem 11
25.5 Problem 12
25.6 Problem 13
25.7 Problem 14
26 绪论
26.1 模电引言XCP
27 集成运算放大电路
27.1 本章学习目标和学习任务
27.2 集成运算放大器
27.3 集成运算放大器的应用
27.4 比例和加减运算
27.5 积分和微分运算
27.6 运算放大器在信号运算方面的课后作业题
27.7 集成运放的multisim仿真
27.8 集成运放习题
28 二极管及其基本电路
28.1 本章学习目标和学习任务
28.2 半导体基础知识、PN结及其单向导电性
28.3 二极管、稳压二极管
28.4 半导体器件例题讲解
28.5 模电里的数学模型
28.6 集成运放、二极管、稳压管的例题和仿真视频
28.7 二极管整流电路举例
28.8 priority method,video
28.9 clamping fuction,video
28.10 half-wave,full-wave rectifiers,video
29 双极结型三极管(BJT)及其放大电路
29.1 本章学习目标和学习任务
29.2 双极型晶体管
29.3 共发射极基本放大电路的组成、直流和交流分析
29.4 静态工作点的稳定
29.5 射极输出器
29.6 TTL门电路
29.7 本章必须了解的内容
29.8 三极管的典型例题讲解
29.9 三极管基础知识介绍
29.10 二极管复习、三极管基本放大电路分析的方法DC,AC
29.11 分压式偏置放大电路例题
29.12 共发射极基本放大电路例题
29.13 共集电极基本放大电路例题
29.14 共基极基本放大电路例题
29.15 共发射极共基极级联电路例题
29.16 2个BJT级联的例题
29.17 1个BJT,一个N沟道耗尽型MOSFET,级联例题
29.18 N沟道耗尽型MOSFET共基极BJT级联例题
29.19 饱和失真,截止失真,NPN,PNP举例
30 场效应三极管及其放大电路
30.1 场效晶体管及其放大电路
30.2 CMOS门电路
30.3 N沟道结型场效应管
30.4 MOSFET数学公式分析及耗尽型例题
30.5 N沟道3种管子数学公式,分压式共源极电路例题
30.6 N沟道增强型,分压式偏置共源极放大电路例题
30.7 N沟道增强型,共漏极放大电路例题
30.8 N沟道增强型,共栅极放大电路例题
30.9 2个N沟道增强型管子级联例题
30.10 MOSFET概念等讲解(朱琎)
31 频率响应
31.1 频率响应的基本概念及分析方法
31.2 BJT的频率特性参数
31.3 共发射极放大电路的高频响应
31.4 共集电极和共基极放大电路的高频响应
31.5 低频高频分析中的数学公式概念
31.6 BJT的高频特性,gmVbe
31.7 多级放大电路的频率响应
31.8 频率响应基本概念和作业题2个
31.9 共发射极放大电路频率响应分析例题
31.10 Bode plot,examples
31.11 频率响应的例题3个
32 模拟集成电路,差分放大电路
32.1 电流源概述
32.2 application of current source,video,可以拖动
32.3 BJT镜像电流源
32.4 BJT微电流源
32.5 BJT高输出电阻电流源
32.6 BJT精密电流源,微电流源,比例电流源
32.7 FET镜像电流源
32.8 FET常用镜像电流源
32.9 FET串级镜像电流源
32.10 FET多路电流源
32.11 JFET电流源
32.12 差分放大电路
32.13 典型差分式放大电路分析
32.14 双端输入基本例题
32.15 差分总结
32.16 差分放大典型例题
32.17 差分放大课后作业3题
32.18 变跨导模拟乘法器
32.19 模拟乘法器应用例题
32.20 集成运算放大器内部结构例题
32.21 中国矿大,差分放大电路,仿真视频
33 反馈放大电路
33.1 反馈的基本概念
33.2 反馈类型的判断
33.3 负反馈对放大电路的影响
33.4 负反馈类型判断要点复习
33.5 串联电压负反馈的例题
33.6 作业题视频
33.7 20200420周一,负反馈基本概念视频
33.8 20200426周日,负反馈综合分析
33.9 Feedback concepts,video
33.10 Example,dAf,dA,stability,video
33.11 Function of feedback,ri,ro,video
33.12 Four kinds of negative feedback types,video
34 功率放大电路
34.1 功率放大电路概述
34.2 乙类功率放大电路
34.3 甲乙类功率放大电路
34.4 功率器件
34.5 互补对称功率放大电路
34.6 甲类功率放大电路公式XCP
34.7 乙类互补对称功率放大电路公式
34.8 乙类作业2个
34.9 消除交越失真乙类作业2个
34.10 2个比较难的带前置放大级的功率放大例题
34.11 1个有点难度的综合例题视频和互补对称概念
34.12 20200426周日,功率放大电路的概念
34.13 20200427周一,甲乙类电路概念和例题讲解
34.14 20200426,27,29二极管、三极管、场效应管概念梳理1
34.15 20220416乙类互补对称功率放大电路概念
35 信号处理与信号产生电路
35.1 运算放大器在信号处理与信号产生方面的应用
35.2 振荡电路中的正反馈
35.3 正弦波振荡电路
35.4 电压比较器(单门限,双门限)
35.5 波形产生电路
35.6 信号产生电路的复习和仿真介绍
36 直流稳压电源
36.1 单相半波整流电路
36.2 单相桥式整流电路
36.3 滤波电路me
36.4 直流稳压电源me
36.5 串联型稳压电路me
36.6 集成稳压电源me
36.7 半波,全波,单相桥式整流电路,电容滤波电路,集成稳压电源
36.8 直流稳压电源复习和仿真介绍
36.9 直流稳压电源仿真,icircuit app,multisim
37 复习
37.1 复习方法介绍,可拖动
37.2 2-3,6-11复习举例
37.3 4,5,6章复习
37.4 7-11章复习
38 WM课堂直播
38.1 第一讲,绪论
38.2 第二讲,OPAM
38.3 第三讲,PN结,同相、反相比例应用
38.4 第四讲,二极管,稳压二极管
38.5 第六讲,DC,AC通路分析,图解法
38.6 第七讲,CE,静态工作点稳定,微变等效分析
38.7 第八讲,CE,CB
38.8 第九讲,MOSFET场效应管
38.9 第十讲,共栅极,多级放大电路
38.10 第十一讲,多级放大电路的分析典型例题
38.11 第十二讲,电流源,镜像,微变,多路电流源
38.12 第十四讲,差分放大电路理论推导
38.13 第十五讲,差分放大电路演变过程
38.14 第十七讲,反馈的概念,反馈类型的判断
38.15 第十八讲,负反馈对电路的影响,计算
38.16 第十九讲,负反馈,电压串联负反馈例子
38.17 第二十讲,负反馈例题,功率放大电路
38.18 第二十一讲 乙类互补对称功率放大电路,甲乙类
38.19 第二十二讲,正弦波振荡电路的振荡条件
38.20 第二十三讲,矩形波发生器,二极管,集成运放,三极管例题
所有作业测试题详细答案
上一节
下一节
β是三极管的放大倍数,跟IB没关系,Ic才跟β有关系.
CE,一个作业题,选C,有录的视频
29.12,第29章,第12个视频
选择班级
确定
取消
图片预览