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《电子电路分析与设计》，第二版，Donald A. Neaman着
Electronic Circuit Analysis and Design, 2nd Edition, Donald A. Neaman |
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《运算放大器电路：设计与应用》，Johnson 与 Jayakumar着
Operational Amplifier Circuits, Johnson and Jayakumar |
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1 |
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元件
Components |
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电阻标准值
Resistors Standard Values |
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页1995至1197
pp. 1195-1197 |
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元件符号
Component Symbols |
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讲义
Handout |
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频率响应，柏德图
Frequency Response, Bode Plots |
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页383至397
pp. 383-397 |
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基本复习
Basics Review |
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章节7.0至7.2.4
Sections 7.0-7.2.4 |
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2 |
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二极体
Diodes |
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二极体，二极体方程式
Diodes, Diode Equation |
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章节1.2.4至-1.3
Sections 1.2.4-1.3 |
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页197至202
pp. 197-202 |
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图解／负载线分析
Graphical/Load Line Analysis |
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章节1.3.1
Section 1.3.1 |
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二极体模型
Diode Models |
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章节1.3.2至1.3.4
Sections 1.3.2-1.3.4 |
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二极体模型：理想化
Diode Models: Ideal |
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页203
pp. 203 |
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二极体模型：分段线性
Diode Models: Piecewise Linear |
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页203
pp. 203 |
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二极体模型：交流
Diode Models: AC |
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章节1.4全部
Section 1.4 All |
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二极体模型：其他二极体类型
Diode Models: Other Diode Types |
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章节1.5.1至1.5.4，讲义
Sections 1.5.1-1.5.4, Handout |
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稽纳二极体
Zener Diodes |
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章节 1.5.5
Section 1.5.5 |
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页210至211
pp. 210-211 |
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二极体应用
Diode Applications |
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章节 2.0至2.4.1，2.5至2.6，讲义
Sections 2.0-2.4.1, 2.5-2.6, Handout |
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二极体应用：波峰取样器，功率整流器，箝波器，稳压器
Diode Applications: Peak Sampler, Power Rectifier, Clamps, Regulator |
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讲义
Handouts |
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页205至209，页229至233
pp. 205-209, 229-33 |
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3 |
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双载子接面电晶体
Bipolar Transistors |
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定义
Definitions |
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页102至章节3.1.4
pp. 102-Section 3.1.4 |
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页212至214
pp. 212-214 |
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电压─电流特性曲线，崩溃区
V-I Characteristics, Breakdown |
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章节3.1.5至3.1.6
Sections 3.1.5-3.1.6 |
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页215至216
pp. 215-216 |
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共射极大信号模型，图形分析
Common-Emitter Large Signal Model, Graphical Analysis |
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章节3.2至3.2.3，3.3.3
Sections 3.2-3.2.3, 3.3.3 |
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页216至220
pp. 216-220 |
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共集极
Common-Collector |
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页205至212
pp. 205-212 |
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共射极
Common-Emitter |
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页189至204
pp. 189-204 |
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应用：电流源，ＤＣ电源供应稳压器
Applications: Current Source, DC Power Supply Regulator |
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4 |
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双载子接面电晶体
Bipolar Transistors |
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电晶体偏压
Transistor Biasing |
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页134至150
pp. 134-150 |
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混合PI等效电路
Hybrid-PI Equivalent Circuit |
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页165至189，章节4.2.4
pp. 165-189, Section 4.2.4 |
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高频混合PI
High-Frequency Hybrid-PI |
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页416至426上方部份
pp. 416-426 Top |
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H参数
H-Parameters |
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章节4.2.5
Section 4.2.5 |
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共射极放大器
Common-Emitter Amplifier |
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页190至204
pp. 190-204 |
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共集极（射极随耦器）放大器
Common-Collector (Emitter-Follower) Amplifier |
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页205至212
pp. 205-212 |
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5 |
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接面场效电晶体
Junction Field-Effect Transistors |
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操作
Operation |
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页288，章节5.4.1至页291上方部份
pp. 288, 5.4.1-pp. 291 Top |
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背景和电压-电流特性曲线：接面场效电晶体
Background and V-I Characteristics: JFET |
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页292，章节5.4.2至5.4.3，仅例子5.17
pp. 292, Sections 5.4.2-5.4.3, Ex. 5.17 Only |
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场效电晶体开关，截波器，多工器
FET Switch, Chopper, MUX |
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低频渐进模型BR>Low Frequency Incremental Model |
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页362，章节6.9.1至页367上方部份
pp. 362, 6.9.1-pp. 367 Top |
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偏压
Biasing |
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页295，例子5.17，讲义
pp. 295, Ex 5.17, Handouts |
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接面场效电晶体电流源
JFET Current Source |
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页609，章节10.2.4
pp. 609, Section 10.2.4 |
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6 |
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两电晶体放大器
Two-Transistor Amplifiers |
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差动射极耦合对
Differential Emitter-Coupled Pair |
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页639至648上方部份，页653至662
pp. 639-648 Top, pp. 653-662 |
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差动射极耦和对：电流镜
Differential Emitter-Coupled Pair: Current Mirror |
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页577至582
pp. 577-582 |
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互补式射极随耦器〔B, AB类〕
Complementary Emitter-Follower [Class B, AB] |
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页499至502，页484至491上方
pp. 499-502, 484-491 Top |
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功率放大器
Power Amplifiers |
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页469至474，页477至480
pp. 469-474, 477-480 |
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7 |
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运算放大器
Operational Amplifiers |
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概要
Overview |
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页521至章节9.1.3
pp. 521-9.1.3 |
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页1至15
pp. 1-15 |
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基本线性运算放大器电路
Basic Linear Op-Amp Circuits |
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基本线性运算放大器电路：反相，非反相，加法器，减法器
Basic Linear Op-Amp Circuits: Inverting, Non-Inverting, Addition, Subtraction |
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章节9.2至9.9.2.2，9.3，9.4至9.4.2，9.6.1
Sections 9.2-9.9.2.2, 9.3, 9.4-9.4.2, 9.6.1 |
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页55至63，页159至162
pp. 55-63, 159-162 |
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基本线性运算放大器电路：交流放大器，反相和非反相
Basic Linear Op-Amp Circuits: AC Amplifiers, Inverting and Non-Inverting |
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页95至98
pp. 95-98 |
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基本线性运算放大器电路：串接，理想阻抗
Basic Linear Op-Amp Circuits: Cascading; Ideal Impedances |
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页64至66
pp. 64-66 |
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基本线性运算放大器电路：电流-电压转换，电压电流转换，差动放大器，仪表放大器
Basic Linear Op-Amp Circuits: I-V Conv, V-I Conv, Difference Amp., Instrumentation Amp. |
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章节9.5至9.5.4
Sections 9.5-9.5.4 |
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页70至71
pp. 70-71 |
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积分器，微分器
Integrator, Differentiator |
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章节9.5.5
Section 9.5.5 |
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页77至87，页163至170
pp. 77-87, 163-170 |
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损耗式积分器
Lossy Integrator |
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页87至92
pp. 87-92 |
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负回授
Negative Feedback |
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第12章
Chapter 12 |
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8 |
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运算放大器
Operational Amplifiers |
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限制
Limitations |
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章节14.0至14.1.1
Sections 14.0-14.1.1 |
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限制：有限开回路增益效应
Limitations: Effect of Finite Open-Loop Gain |
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章节9.2.3+讲义，章节14.2至14.2.2
Section 9.2.3 + Handouts, Sections 14.2-14.2.2 |
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限制：差模和共模输入电压限制
Limitations: Differential and Common Mode Input Voltage Limits |
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章节14.1.2
Section 14.1.2 |
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限制：共模拒斥比
Limitations: Common-Mode Rejection Ratio |
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章节14.6.2
Section 14.6.2 |
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页71至72
pp. 71-72 |
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限制：输入阻抗
Limitations: Input Resistance |
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章节14.2.3至14.2.4
Sections 14.2.3-14.2.4 |
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页65
pp. 65 |
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限制：输入偏压电流，输入偏移电流
Limitations: Input Bias Current, Input Offset Current |
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章节14.5至14.5.2
Sections 14.5-14.5.2 |
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页251
pp. 251 |
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限制：非零点输出阻抗
Limitations: Non-Zero Output Resistance |
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章节14.5.2
Section 14.2.5 |
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限制：频率响应，增益频宽乘积
Limitations: Frequency Response, Gain-Bandwidth Product |
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章节14.3至14.3.2
Sections 14.3-14.3.2 |
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限制：输出电压振幅，饱和
Limitations: Output Voltage Swing, Saturation |
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页875
pp. 875 |
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页12
pp. 12 |
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限制：输出电流限制
Limitations: Output Current Limit |
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章节14.4，页830：短路电路保护
Section 14.4.1, pp. 830: Short Circuit Protection |
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页252至253
pp. 252-253 |
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限制：补偿
Limitations: Compensation |
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章节12.10.3，页798
Section 12.10.3, pp. 798 |
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页6，页52
pp. 6, 52 |
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限制：单位时间电压变化率
Limitations: Slew Rate |
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章节14.3.3
Section 14.3.3 |
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页93至94
pp. 93-94 |
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限制：偏移电压和漂移
Limitations: Offset Voltage and Drift |
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章节14.4至页895，
Sections 14.4-pp. 895, 14.4.2, 14.6.1 |
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页93，页250
pp. 93, 250 |
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限制：运算放大器选择考量
Limitations: Op-Amp Selection Considerations |
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页253至256
pp. 253-256 |
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9 |
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运算放大器
Operational Amplifiers |
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非线性运算放大器电路
Non-Linear Op-Amp Circuits |
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非线性运算放大器电路：比较器
Non-Linear Op-Amp Circuits: Comparator |
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章节15.3至15.3.1
Sections 15.3-15.3.1 |
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页53至55
pp. 53-55 |
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非线性运算放大器电路：史密特触发器
Non-Linear Op-Amp Circuits: Schmitt-Trigger |
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章节15.3.2至15.3.4
Sections 15.3.2-15.3.4 |
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非线性运算放大器电路：史密特触发振荡器〔无稳太多谐振荡器〕
Non-Linear Op-Amp Circuits: Schmitt-Trigger Oscillator [Astable Multivibrator] |
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章节15.4.1
Section 15.4.1 |
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页233至234
pp. 233-234 |
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非线性运算放大器电路：精准整流器，对数放大器
Non-Linear Op-Amp Circuits: Precision Rectifier, Log Amplifier |
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非线性运算放大器电路：精准整流器，对数放大器
Section 9.5.6 |
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页227至229
pp. 227-229 |
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非线性运算放大器电路：555 集成电路计时器
Non-Linear Op-Amp Circuits: 555 IC Timer |
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章节15.4.2至15.4.3
Sections 15.4.2-15.4.3 |
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10 |
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实作题材
Practical Matters |
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物理性布局，内部电路间耦合状态
Physical Layout; Intercircuit Coupling |
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