模擬電子技術基礎（第2版影印版）

定　價：￥73.00

作　者：	美Thomas L.Floyd，美David Buchla著
出版社：	高等教育出版社
叢編項：	國外優(yōu)秀信息科學與技術系列教學用書
標　簽：	數(shù)字電子技術

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ISBN：	9787040138443	出版時間：	2004-01-01	包裝：	平裝
開本：	28cm	頁數(shù)：	915	字數(shù)：

內(nèi)容簡介

　　本套教學用書的特點：權威性：教育部高等教育司推薦、教育部高等學校信息科學與技術引進教材專家組遴選系統(tǒng)性：覆蓋電子信息、通信類專業(yè)主干課程先進性：著名電子信息、通信類專家近兩年的最新著作，內(nèi)容體系先進經(jīng)濟性：價格與國內(nèi)自編教材相當，是國內(nèi)引進教材價格最低的本書涵蓋電氣信息類專業(yè)本科生必修課"模擬電子技術基礎"課程全部內(nèi)容，并增加"通信電路"、"數(shù)據(jù)轉(zhuǎn)換電路"等部分內(nèi)容。采用器件。電路和應用相結合的方法編排內(nèi)容。每章以本章目的、關鍵術語、導言、系統(tǒng)應用等等開頭，明確背景，引導深入；以小結、主要公式、自測題、故障問題、習題、題解等等結尾，利于復習，引發(fā)思考，正文中每一節(jié)的引言中均有明確的教學要求，以基本概念、基本電路和基本分析方法為綱，配有大量不同層次的例題，同時穿插"問題回顧"，以啟發(fā)總結；敘述簡明，循序漸進，重點突出，便于自學。最具特色的是各章最后一節(jié)均為應用實例，不少章還設有故障分析一節(jié)，突出電子技術課程的實用性和實踐性，富于啟發(fā)性，有利于培養(yǎng)學生基本知識的應用能力和實踐能力。主要內(nèi)容包括：模擬電路與信號的基本概念，二極管及應用，半導體三極管，場效應管，多極、射頻和功率放大器，運算放大器，運算放大器的響應，基本運算放大器電路，有源濾波器，振蕩器與定時器，穩(wěn)壓電源，專用放大器，通信電路，數(shù)據(jù)轉(zhuǎn)換電路，測量與控制電路。查詢其他教學用書，敬請登陸www.hep-st.com.cn

作者簡介

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圖書目錄

I BASIC CONCEPTS OF ANALOG CIRCUITS AND SIGNALS   1
1-1    Analog Electronics   2
1-2    Analog Signals   5
1-3    Signal Sources    14
1-4    Amplifiers   20
1-5    Troubleshooting Analog Signals    31
2  DIODES AND APPLICATIONS   46
2-1   The Atomic Structure of Semiconductors    48
2-2    The PN Junction    52
2-3    Biasing the Semiconductor Diode    54
2-4    Diode Characteristics    56
2-5    Rectifiers   62
2-6    Rectifier Filters and IC Regulators   69
2-7    Diode Limiting and Clamping Circuits    76
2-8    Special-Purpose Diodes    83
2-9   The Diode Data Sheet   94
2-10  Troubleshooting   99
2-11   A System Application   104
3  BIPOLAR JUNCTION TRANSISTORS (BJTs)  122
3-1 Structure of Bipolar Junction Transistors  124
3-2    BJT Bias Circuits    135
3-3 Data Sheet Parameters and AC Considerations 145
3-4    Common-Emitter Amplifiers    151
3-5    Common-Collector Amplifiers    158
3-6  Common-Base Amplifiers    163
3-7   The Bipolar Transistor as a Switch   168
3-8 Transistor Packages and Terminal
     Identification 172
3-9    Troubleshooting   175
3-10 A System Application   183
4   FIELD-EFFECTTRANSISTORS (FETs)   200
4-1  Structure of Field-Effect Transistors    202
4-2    JFET Characteristics    203
4-3    JFET Biasing   211
4-4    MOSFET Characteristics    220
4-5    MOSFET Biasing   225
4-6    FET Linear Amplifiers   228
4-7    FET Switching Circuits   239
4-8    A System Application    246
5   MULTISTAGE, RF, AND POWER AMPLIFIERS   262
5-1    Capacitively Coupled Amplifiers    264
5-2    RF Amplifiers   270
5-3    Transformer-Coupled Amplifiers    276
5-4   Direct-Coupled Amplifiers   283
5-5    Class A Power Amplifiers    290
5-6   Class B Power Amplifiers   297
5-7    IC Power Amplifiers    308
5-8    A System Application    311
6    OPERATIONAL AMPLIFIERS  330
6-1  Introduction to Operational Amplifiers    332
6-2   The Differential Amplifier   334
6-3   Op-Amp Data Sheet Parameters    342
6-4   Negative Feedback   349
6-5   Op-Amp Configurations with
       Negative Feedback 351
6-6    Op-Amp Impedances    356
6-7   Troubleshooting   362
6-8   A System Application   365
7    UP-AMP RESPONSES   380
7-1    Basic Concepts    382
7-2    Op-Amp Open-Loop Response    387
7-3    Op-Amp Closed-Loop Response   390
7-4    Positive Feedback and Stability   393
7-5    Op-Amp Compensation   399
7-6    A System Application   406
8      BASIC OP-AMP CIRCUITS   418
8-1    Comparators    420
8-2    Summing Amplifiers    432
8-3    Integrators and Differentiators    437
8-4    Converters and Other Op-Amp Circuits    443
8-5    Troubleshooting   446
8-6    A System Application   450
9      ACTIVE FILTERS   468
9-1    Basic Filter Responses    470
9-2    Filter Response Characteristics    475
9-3    Active Low-Pass Filters    479
9-4    Active High-Pass Filters   483
9-5    Active Band-Pass Filters    486
9-6    Active Band-Stop Filters  492
9-7    Filter Response Measurements    494
9-8    A System Application   496
10    OSCILLATORS AND TIMERS   510
10-1    The Oscillator   512
10-2    Feedback Oscillator Principles   513
10-3    Sinusoidal Oscillators    516
10-4    Relaxation Oscillator Principles    523
10-5    The 555 Timer as an Oscillator    529
10-6    The 555 Timer as a One-Shot    534
10-7   A System Application    537
11     VOLTAGE REGULATORS   550
11-1    Voltage Regulation   552
11-2    Basic Series Regulators    555
11-3    Basic Shunt Regulators    562
11-4    Basic Switching Regulators    565
11-5    Integrated Circuit Voltage Regulators  572
11-6    Applications of IC Voltage Regulators  577
12  SPECIAL-PURPOSEAMPLIFIERS   596
12-1    Instrumentation Amplifiers    598
12-2    Isolation Amplifiers   603
12-3 Operational Transconductance Amplifiers(OTAs)
12-4    Log and Antilog Amplifiers   616
12-5    A System Application    625
13     COMMUNICATIONS CIRCUITS   640
13-1    Basic Receivers    642
13-2    The Linear Multiplier    647
13-3    Amplitude Modulation    653
13-4    The Mixer    660
13-5    AM Demodulation   663
13-6    IF and Audio Amplifiers    664
13-7    Frequency Modulation    669
13-8    The Phase-Locked Loop (PLL)    673
13-9   A System Application   682
14     DATA CONVERSION CIRCUITS   702
14-1    Analog Switches    704
14-2    Sample-and-Hold Amplifiers    709
14-3 Interfacing the Analog and Digital Worlds 714
14-4    Digital-to-Analog (D/A) Conversion    717
14-5   Basic Concepts of Analog-to-Digital
        (A/D)onversion  723
14-6  Analog-to-Digital 727                       14-7  Voltage-to-Frequency(V/F)andFrequency-to-Voltage(F/V) Converters    739
14-8    Troubleshooting    749
14-9   A System Application    754
15 MEASUREMENT AND CONTROL CIRCUITS  774
15-1    RMS-to-DC Converters    776
15-2    Angle-Measuring Circuits    781
15-3    Temperature-Measuring Circuits    788
15-4    Motion-Measuring Circuits   798
15-5    Power-Control Circuits    806
15-6    A System Application    812
    APPENDIXA
    DATA SHEETS    827
    APPENDIXB
    DERIVATIONS OF SELECTED EQUATIONS    887
    ANSWERS TO ODD-NUMBERED PROBLEMS    893
    GLOSSARY    903
    INDEX    911