College engineering innovative Twelfth Five-Year Plan materials: Electronic Technology(Chinese Edition)
2 Angebote vergleichen
| Preise | 2017 | 2019 | 2022 |
|---|---|---|---|
| Schnitt | € 57,72 | € 54,78 | € 61,77 |
| Nachfrage |
1
College engineering innovative Twelfth Five-Year Plan materials: Electronic Technology(Chinese Edition) (2013)
EN PB NWISBN: 9787121194672 bzw. 7121194678, in Englisch, Taschenbuch, neu.
Lieferung aus: China, Volksrepublik, Versandkosten nach: DEU.
Von Händler/Antiquariat, BookerStudy.
paperback. New. Ship out in 2 business day, And Fast shipping, Free Tracking number will be provided after the shipment.Paperback. Pub Date: 2013 02 Pages: 260 Language: Chinese in Publisher: Publishing House of Electronics Industry University engineering innovative Twelfth Five-Year Plan materials: electronic technology foundation written desalination tedious mathematical derivation and internal circuit analysis stressed device parameters. the external characteristics of the application and analysis of the basic circuit. in accordance with the order of the first simulation after figures started. Mainly includes: the application of semiconductor device. the amplifier basis. the feedback circuit. the integrated operational amplifier. the DC power supply. the logic gate circuit. a combinational logic circuit. the timing logic circuit. a medium-scale signal generating transform circuits. programmable logic devices. etc.. The 12th Five-Year Plan of the University engineering innovative teaching materials: Electronic Technology from the actual project. implement implemented progressively. from the particular to the general principles of knowledge have detailed strategy analysis method is easy to understand. and at the same time point to grasp also supporting the publication of the basic experiment of electronic technology and learning counseling to help students understand the knowledge to improve the practical ability. College engineering innovative Twelfth Five-Year Plan materials: electronic technology base as undergraduate engineering schools. professional electronic technology base materials. or vocational school Electronic Information and Electrical professional textbooks. reference hours to 80 hours . Contents: Chapter 1. a semiconductor device of the first Analog Electronics 1.1 basics of semiconductor 1.1.1 1.1.2 impurities semiconductor intrinsic semiconductor 1.1.3 PN junction 1.2 semiconductor diode 1.2.1 diode characteristics and parameters 1.2.2 diode the circuit the model 1.2.3 diode application example 1.4 field-effect transistor parameters 1.2.4 Special diode 1.3 semiconductor transistor transistor structure 1.3.1 1.3.2 transistor current distribution amplification transistor characteristic curve 1.3.3 1.3.4 the characteristics and parameters of the FET transistor 1.4.1 N-channel enhancement mode MOSFET1.4.2 N channel depletion mode MOSFET1.4.3 of 1.5 optocoupler thinking of the main indicators of the questions and exercises the basis of the second amplifier 2.1 amplifier circuit 2.2 Chapter Summary the 2.3 amplifier common-emitter amplifier quiescent operating point 2.2.3 2.2.2 amplifier of very single-tube AC "voltage amplifier 2.2.1 amplifier amplification of analysis methods 2.3.1 Estimation Method 2.3.2 graphical analysis method 2.3.3 slightly changed the stability problem of the equivalent circuit analysis 2.4 quiescent operating point of 2.5 common-collector circuit and the common base circuit 2.5.1 common collector amplifier circuit 2.5.2 Total base polar amplification circuit 2.5.3 amplification circuit comparison of the three configurations 2.6 FET amplifier 2.6.1 FET amplifier DC analysis 2.6.2 FET amplifier AC analysis of the coupling between the 2.7 multi-stage amplifier circuit 2.7.1 2.7.2 multi-stage amplifier circuit analysis 2.7.3 amplification circuit The calculation of the frequency response the 2.8 differential amplifier 2.8.1 differential amplifier structural characteristics 2.8.2 differential amplifier performance characteristics 2.8.3 differential amplifier main technical indicators 2.9 2.9.1 Overview 2.9.2 complementary symmetry power amplifier power amplifier 2.10 integrated computing amplifier 2.10.1 Overview 2.10.2 2.10.3 current source circuit of the structural features of the integrated operational amplifier of 2.10.4 integrated operational amplifier parameters Chapter Summary thinking questions and exercises Chapter 3. the feedback circuit 3.1 3.1.1 negative feedback amplifier negative feedback amplifier estimates 3.1.4 negative feedback classification composition diagram 3.1.2 3.1.3 depth of negative feedback amplifier feedback amplifier performance 3.2 sine wave oscillator 3.2.1 sine wave oscillator basic concepts and principles 3.2.2 RC sine 3.2.3 LC sine wave oscillator oscillator 3.2.4 quartz crystal oscillator Chapter Summary thinking questions and exercises Chapter 4 Integrated Operational Amplifier Applications 4.1 integrated operational amplifier basic arithmetic circuit 4.1.1 Linear arithmetic circuit 4.1.2 active filter of the 4.1.3 integral and differential circuit of the addition and subtraction circuit 4.2 4.2.1 4.2.3 4.2.2 High-pass filter of the low-pass filter band-pass filter 4.2.4 bandstop filter 4.3 Voltage Comparator 4.3.1 single threshold voltage comparator 4.3.2 hysteresis comparator Chapter Summary thinking questions and exercises in Chapter 5 DC regulated power supply 5.1 5.1.1 rectifier circuit rectifier and filter circuit 5.1.2 5.2 regulator circuit capacitor filter circuit 5.2.1 Shunt stable pressure circuit 5.2.2 series regulator circuit 5.2.3 integrated voltage regulator and its application the Chapter Summary thinking questions and exercises the second Fundamentals of Digital Electronics Chapter 6. the basic concepts of logic gates of digital logic circuits foundation 6.1 6.2 commonly used logic 6.3.3 TTL integrated logic gates basic logic gates gates 6.2.1 6.2.2 6.3 TTL composite logic gates integrated logic gates 6.3.1 TTL the integration logic gate circuit works 6.3.2 TTL integrated logic gate voltage transmission characteristic curve 6.3.4 special logic gate of the main parameters 6.3.5 TTL integrated logic gates using common sense 6.3.6 TTL the integration logic gate circuit external load 6.4 CMOS gates 6.5 various gates interface 6.6 number system and coding 6.6.1 6.8.2 6.6.2 6.7 transform and the simplification of the logic function of the basic laws of logic algebra of the algebra of logic 6.7.1 logic algebra concepts 6.7.2 Identities and commonly used formula 6.8 6.8.1 logic function expression coding logic function number system formula Simplification 6.8.3 logic function graphics Simplifying this chapter the concept 7.1.2 Summary thinking questions and exercises Chapter 7 combinational logic circuit 7.1 combinational logic circuit analysis and design 7.1.1 combinational logic circuit combinational logic circuit 7.2 commonly used combination of analysis 7.1.3 combinational logic circuit design logic circuits 7.2.1 Adder 7.2.2 Comparison 7.2.3 encoder the 7.2.4 decoder 7.2.5 data selector 7.3 scale combinatorial logic device application example 7.4 combination of competition and adventure circuit 7.4.1 adventure identification 7.4.2 adventure elimination Chapter Summary 8.1.3 JK 8.1.2 D flip-flop thinking questions and exercises Chapter 8 sequential logic circuit 8.1 Trigger 8.1.1 RS flip-flop the general concept of the trigger 8.1.4 T and T 'triggers 8.2 Timing circuit analysis and design methods 8.2.1 Timing circuit analysis 8.2.2 Timing circuit design 8.3 counter 8.3.1 8.3.2 trigger counter 8.3.3 Questions and Exercises Chapter 9 the scale signal generation and conversion circuit 9.1 555 integrated timer unidirectional shift register integrated counter 8.4 shift register 8.4.1 8.4.2 bidirectional shift register 8.5 scale the timing logic devices integrated application Chapter Summary Thinking Application 9.2 the function 9.1.3 555 9.1.1 555 timer circuit 9.1.2 555 timer timer digital-to-analog (D / A) and analog-to-digital (A / D) converter 9.2.1 Digital to Analog Converter 9.2. The two ADC Chapter Summary thinking questions and exercises Chapter 10 10.1 semiconductor memory programmable logic devices 10.1.1 Random Access Memory (RAM) 10.1.2 read-only memory (ROM) 10.2 programmable logic device (PLD) 10.2. 10.2.2 PLD circuit representation of the basic structure of 1 PLD About 10.3 the 10.2.3 method commonly used in PLD device programmer Chapter Summary thinking questions Exercises References Satisfaction guaranteed,or money back.
Von Händler/Antiquariat, BookerStudy.
paperback. New. Ship out in 2 business day, And Fast shipping, Free Tracking number will be provided after the shipment.Paperback. Pub Date: 2013 02 Pages: 260 Language: Chinese in Publisher: Publishing House of Electronics Industry University engineering innovative Twelfth Five-Year Plan materials: electronic technology foundation written desalination tedious mathematical derivation and internal circuit analysis stressed device parameters. the external characteristics of the application and analysis of the basic circuit. in accordance with the order of the first simulation after figures started. Mainly includes: the application of semiconductor device. the amplifier basis. the feedback circuit. the integrated operational amplifier. the DC power supply. the logic gate circuit. a combinational logic circuit. the timing logic circuit. a medium-scale signal generating transform circuits. programmable logic devices. etc.. The 12th Five-Year Plan of the University engineering innovative teaching materials: Electronic Technology from the actual project. implement implemented progressively. from the particular to the general principles of knowledge have detailed strategy analysis method is easy to understand. and at the same time point to grasp also supporting the publication of the basic experiment of electronic technology and learning counseling to help students understand the knowledge to improve the practical ability. College engineering innovative Twelfth Five-Year Plan materials: electronic technology base as undergraduate engineering schools. professional electronic technology base materials. or vocational school Electronic Information and Electrical professional textbooks. reference hours to 80 hours . Contents: Chapter 1. a semiconductor device of the first Analog Electronics 1.1 basics of semiconductor 1.1.1 1.1.2 impurities semiconductor intrinsic semiconductor 1.1.3 PN junction 1.2 semiconductor diode 1.2.1 diode characteristics and parameters 1.2.2 diode the circuit the model 1.2.3 diode application example 1.4 field-effect transistor parameters 1.2.4 Special diode 1.3 semiconductor transistor transistor structure 1.3.1 1.3.2 transistor current distribution amplification transistor characteristic curve 1.3.3 1.3.4 the characteristics and parameters of the FET transistor 1.4.1 N-channel enhancement mode MOSFET1.4.2 N channel depletion mode MOSFET1.4.3 of 1.5 optocoupler thinking of the main indicators of the questions and exercises the basis of the second amplifier 2.1 amplifier circuit 2.2 Chapter Summary the 2.3 amplifier common-emitter amplifier quiescent operating point 2.2.3 2.2.2 amplifier of very single-tube AC "voltage amplifier 2.2.1 amplifier amplification of analysis methods 2.3.1 Estimation Method 2.3.2 graphical analysis method 2.3.3 slightly changed the stability problem of the equivalent circuit analysis 2.4 quiescent operating point of 2.5 common-collector circuit and the common base circuit 2.5.1 common collector amplifier circuit 2.5.2 Total base polar amplification circuit 2.5.3 amplification circuit comparison of the three configurations 2.6 FET amplifier 2.6.1 FET amplifier DC analysis 2.6.2 FET amplifier AC analysis of the coupling between the 2.7 multi-stage amplifier circuit 2.7.1 2.7.2 multi-stage amplifier circuit analysis 2.7.3 amplification circuit The calculation of the frequency response the 2.8 differential amplifier 2.8.1 differential amplifier structural characteristics 2.8.2 differential amplifier performance characteristics 2.8.3 differential amplifier main technical indicators 2.9 2.9.1 Overview 2.9.2 complementary symmetry power amplifier power amplifier 2.10 integrated computing amplifier 2.10.1 Overview 2.10.2 2.10.3 current source circuit of the structural features of the integrated operational amplifier of 2.10.4 integrated operational amplifier parameters Chapter Summary thinking questions and exercises Chapter 3. the feedback circuit 3.1 3.1.1 negative feedback amplifier negative feedback amplifier estimates 3.1.4 negative feedback classification composition diagram 3.1.2 3.1.3 depth of negative feedback amplifier feedback amplifier performance 3.2 sine wave oscillator 3.2.1 sine wave oscillator basic concepts and principles 3.2.2 RC sine 3.2.3 LC sine wave oscillator oscillator 3.2.4 quartz crystal oscillator Chapter Summary thinking questions and exercises Chapter 4 Integrated Operational Amplifier Applications 4.1 integrated operational amplifier basic arithmetic circuit 4.1.1 Linear arithmetic circuit 4.1.2 active filter of the 4.1.3 integral and differential circuit of the addition and subtraction circuit 4.2 4.2.1 4.2.3 4.2.2 High-pass filter of the low-pass filter band-pass filter 4.2.4 bandstop filter 4.3 Voltage Comparator 4.3.1 single threshold voltage comparator 4.3.2 hysteresis comparator Chapter Summary thinking questions and exercises in Chapter 5 DC regulated power supply 5.1 5.1.1 rectifier circuit rectifier and filter circuit 5.1.2 5.2 regulator circuit capacitor filter circuit 5.2.1 Shunt stable pressure circuit 5.2.2 series regulator circuit 5.2.3 integrated voltage regulator and its application the Chapter Summary thinking questions and exercises the second Fundamentals of Digital Electronics Chapter 6. the basic concepts of logic gates of digital logic circuits foundation 6.1 6.2 commonly used logic 6.3.3 TTL integrated logic gates basic logic gates gates 6.2.1 6.2.2 6.3 TTL composite logic gates integrated logic gates 6.3.1 TTL the integration logic gate circuit works 6.3.2 TTL integrated logic gate voltage transmission characteristic curve 6.3.4 special logic gate of the main parameters 6.3.5 TTL integrated logic gates using common sense 6.3.6 TTL the integration logic gate circuit external load 6.4 CMOS gates 6.5 various gates interface 6.6 number system and coding 6.6.1 6.8.2 6.6.2 6.7 transform and the simplification of the logic function of the basic laws of logic algebra of the algebra of logic 6.7.1 logic algebra concepts 6.7.2 Identities and commonly used formula 6.8 6.8.1 logic function expression coding logic function number system formula Simplification 6.8.3 logic function graphics Simplifying this chapter the concept 7.1.2 Summary thinking questions and exercises Chapter 7 combinational logic circuit 7.1 combinational logic circuit analysis and design 7.1.1 combinational logic circuit combinational logic circuit 7.2 commonly used combination of analysis 7.1.3 combinational logic circuit design logic circuits 7.2.1 Adder 7.2.2 Comparison 7.2.3 encoder the 7.2.4 decoder 7.2.5 data selector 7.3 scale combinatorial logic device application example 7.4 combination of competition and adventure circuit 7.4.1 adventure identification 7.4.2 adventure elimination Chapter Summary 8.1.3 JK 8.1.2 D flip-flop thinking questions and exercises Chapter 8 sequential logic circuit 8.1 Trigger 8.1.1 RS flip-flop the general concept of the trigger 8.1.4 T and T 'triggers 8.2 Timing circuit analysis and design methods 8.2.1 Timing circuit analysis 8.2.2 Timing circuit design 8.3 counter 8.3.1 8.3.2 trigger counter 8.3.3 Questions and Exercises Chapter 9 the scale signal generation and conversion circuit 9.1 555 integrated timer unidirectional shift register integrated counter 8.4 shift register 8.4.1 8.4.2 bidirectional shift register 8.5 scale the timing logic devices integrated application Chapter Summary Thinking Application 9.2 the function 9.1.3 555 9.1.1 555 timer circuit 9.1.2 555 timer timer digital-to-analog (D / A) and analog-to-digital (A / D) converter 9.2.1 Digital to Analog Converter 9.2. The two ADC Chapter Summary thinking questions and exercises Chapter 10 10.1 semiconductor memory programmable logic devices 10.1.1 Random Access Memory (RAM) 10.1.2 read-only memory (ROM) 10.2 programmable logic device (PLD) 10.2. 10.2.2 PLD circuit representation of the basic structure of 1 PLD About 10.3 the 10.2.3 method commonly used in PLD device programmer Chapter Summary thinking questions Exercises References Satisfaction guaranteed,or money back.
2
College engineering innovative Twelfth Five-Year Plan materials: Electronic Technology(Chinese Edition) (2013)
~EN PB NWISBN: 9787121194672 bzw. 7121194678, vermutlich in Englisch, Taschenbuch, neu.
Lieferung aus: China, Volksrepublik, Versandkosten nach: DEU.
Von Händler/Antiquariat, BookerStudy.
paperback. New. Ship out in 2 business day, And Fast shipping, Free Tracking number will be provided after the shipment.Paperback. Pub Date: 2013 02 Pages: 260 Language: Chinese in Publisher: Publishing House of Electronics Industry University engineering innovative Twelfth Five-Year Plan materials: electronic technology foundation written desalination tedious mathematical derivation and internal circuit analysis stressed device parameters. the external characteristics of the application and analysis of the basic circuit. in accordance with the order of the first simulation after figures started. Mainly includes: the application of semiconductor device. the amplifier basis. the feedback circuit. the integrated operational amplifier. the DC power supply. the logic gate circuit. a combinational logic circuit. the timing logic circuit. a medium-scale signal generating transform circuits. programmable logic devices. etc.. The 12th Five-Year Plan of the University engineering innovative teaching materials: Electronic Technology from the actual project. implement implemented progressively. from the particular to the general principles of knowledge have detailed strategy analysis method is easy to understand. and at the same time point to grasp also supporting the publication of the basic experiment of electronic technology and learning counseling to help students understand the knowledge to improve the practical ability. College engineering innovative Twelfth Five-Year Plan materials: electronic technology base as undergraduate engineering schools. professional electronic technology base materials. or vocational school Electronic Information and Electrical professional textbooks. reference hours to 80 hours . Contents: Chapter 1. a semiconductor device of the first Analog Electronics 1.1 basics of semiconductor 1.1.1 1.1.2 impurities semiconductor intrinsic semiconductor 1.1.3 PN junction 1.2 semiconductor diode 1.2.1 diode characteristics and parameters 1.2.2 diode the circuit the model 1.2.3 diode application example 1.4 field-effect transistor parameters 1.2.4 Special diode 1.3 semiconductor transistor transistor structure 1.3.1 1.3.2 transistor current distribution amplification transistor characteristic curve 1.3.3 1.3.4 the characteristics and parameters of the FET transistor 1.4.1 N-channel enhancement mode MOSFET1.4.2 N channel depletion mode MOSFET1.4.3 of 1.5 optocoupler thinking of the main indicators of the questions and exercises the basis of the second amplifier 2.1 amplifier circuit 2.2 Chapter Summary the 2.3 amplifier common-emitter amplifier quiescent operating point 2.2.3 2.2.2 amplifier of very single-tube AC "voltage amplifier 2.2.1 amplifier amplification of analysis methods 2.3.1 Estimation Method 2.3.2 graphical analysis method 2.3.3 slightly changed the stability problem of the equivalent circuit analysis 2.4 quiescent operating point of 2.5 common-collector circuit and the common base circuit 2.5.1 common collector amplifier circuit 2.5.2 Total base polar amplification circuit 2.5.3 amplification circuit comparison of the three configurations 2.6 FET amplifier 2.6.1 FET amplifier DC analysis 2.6.2 FET amplifier AC analysis of the coupling between the 2.7 multi-stage amplifier circuit 2.7.1 2.7.2 multi-stage amplifier circuit analysis 2.7.3 amplification circuit The calculation of the frequency response the 2.8 differential amplifier 2.8.1 differential amplifier structural characteristics 2.8.2 differential amplifier performance characteristics 2.8.3 differential amplifier main technical indicators 2.9 2.9.1 Overview 2.9.2 complementary symmetry power amplifier power amplifier 2.10 integrated computing amplifier 2.10.1 Overview 2.10.2 2.10.3 current source circuit of the structural features of the integrated operational amplifier of 2.10.4 integrated operational amplifier parameters Chapter Summary thinking questions and exercises Chapter 3. the feedback circuit 3.1 3.1.1 negative feedback amplifier negative feedback amplifier estimates 3.1.4 negative feedback classification composition diagram 3.1.2 3.1.3 depth of negative feedback amplifier feedback amplifier performance 3.2 sine wave oscillator 3.2.1 sine wave oscillator basic concepts and principles 3.2.2 RC sine 3.2.3 LC sine wave oscillator oscillator 3.2.4 quartz crystal oscillator Chapter Summary thinking questions and exercises Chapter 4 Integrated Operational Amplifier Applications 4.1 integrated operational amplifier basic arithmetic circuit 4.1.1 Linear arithmetic circuit 4.1.2 active filter of the 4.1.3 integral and differential circuit of the addition and subtraction circuit 4.2 4.2.1 4.2.3 4.2.2 High-pass filter of the low-pass filter band-pass filter 4.2.4 bandstop filter 4.3 Voltage Comparator 4.3.1 single threshold voltage comparator 4.3.2 hysteresis comparator Chapter Summary thinking questions and exercises in Chapter 5 DC regulated power supply 5.1 5.1.1 rectifier circuit rectifier and filter circuit 5.1.2 5.2 regulator circuit capacitor filter circuit 5.2.1 Shunt stable pressure circuit 5.2.2 series regulator circuit 5.2.3 integrated voltage regulator and its application the Chapter Summary thinking questions and exercises the second Fundamentals of Digital Electronics Chapter 6. the basic concepts of logic gates of digital logic circuits foundation 6.1 6.2 commonly used logic 6.3.3 TTL integrated logic gates basic logic gates gates 6.2.1 6.2.2 6.3 TTL composite logic gates integrated logic gates 6.3.1 TTL the integration logic gate circuit works 6.3.2 TTL integrated logic gate voltage transmission characteristic curve 6.3.4 special logic gate of the main parameters 6.3.5 TTL integrated logic gates using common sense 6.3.6 TTL the integration logic gate circuit external load 6.4 CMOS gates 6.5 various gates interface 6.6 number system and coding 6.6.1 6.8.2 6.6.2 6.7 transform and the simplification of the logic function of the basic laws of logic algebra of the algebra of logic 6.7.1 logic algebra concepts 6.7.2 Identities and commonly used formula 6.8 6.8.1 logic function expression coding logic function number system formula Simplification 6.8.3 logic function graphics Simplifying this chapter the concept 7.1.2 Summary thinking questions and exercises Chapter 7 combinational logic circuit 7.1 combinational logic circuit analysis and design 7.1.1 combinational logic circuit combinational logic circuit 7.2 commonly used combination of analysis 7.1.3 combinational logic circuit design logic circuits 7.2.1 Adder 7.2.2 Comparison 7.2.3 encoder the 7.2.4 decoder 7.2.5 data selector 7.3 scale combinatorial logic device application example 7.4 combination of competition and adventure circuit 7.4.1 adventure identification 7.4.2 adventure elimination Chapter Summary 8.1.3 JK 8.1.2 D flip-flop thinking questions and exercises Chapter 8 sequential logic circuit 8.1 Trigger 8.1.1 RS flip-flop the general concept of the trigger 8.1.4 T and T 'triggers 8.2 Timing circuit analysis and design methods 8.2.1 Timing circuit analysis 8.2.2 Timing circuit design 8.3 counter 8.3.1 8.3.2 trigger counter 8.3.3 Questions and Exercises Chapter 9 the scale signal generation and conversion circuit 9.1 555 integrated timer unidirectional shift register integrated counter 8.4 shift register 8.4.1 8.4.2 bidirectional shift register 8.5 scale the timing logic devices integrated application Chapter Summary Thinking Application 9.2 the function 9.1.3 555 9.1.1 555 timer circuit 9.1.2 555 timer timer digital-to-analog (D / A) and analog-to-digital (A / D) converter 9.2.1 Digital to Analog Converter 9.2. The two ADC Chapter Summary thinking questions and exercises Chapter 10 10.1 semiconductor memory programmable logic devices 10.1.1 Random Access Memory (RAM) 10.1.2 read-only memory (ROM) 10.2 programmable logic device (PLD) 10.2. 10.2.2 PLD circuit representation of the basic structure of 1 PLD About 10.3 the 10.2.3 method commonly used in PLD device programmer Chapter Summary thinking questions Exercises References Satisfaction guaranteed,or money back.
Von Händler/Antiquariat, BookerStudy.
paperback. New. Ship out in 2 business day, And Fast shipping, Free Tracking number will be provided after the shipment.Paperback. Pub Date: 2013 02 Pages: 260 Language: Chinese in Publisher: Publishing House of Electronics Industry University engineering innovative Twelfth Five-Year Plan materials: electronic technology foundation written desalination tedious mathematical derivation and internal circuit analysis stressed device parameters. the external characteristics of the application and analysis of the basic circuit. in accordance with the order of the first simulation after figures started. Mainly includes: the application of semiconductor device. the amplifier basis. the feedback circuit. the integrated operational amplifier. the DC power supply. the logic gate circuit. a combinational logic circuit. the timing logic circuit. a medium-scale signal generating transform circuits. programmable logic devices. etc.. The 12th Five-Year Plan of the University engineering innovative teaching materials: Electronic Technology from the actual project. implement implemented progressively. from the particular to the general principles of knowledge have detailed strategy analysis method is easy to understand. and at the same time point to grasp also supporting the publication of the basic experiment of electronic technology and learning counseling to help students understand the knowledge to improve the practical ability. College engineering innovative Twelfth Five-Year Plan materials: electronic technology base as undergraduate engineering schools. professional electronic technology base materials. or vocational school Electronic Information and Electrical professional textbooks. reference hours to 80 hours . Contents: Chapter 1. a semiconductor device of the first Analog Electronics 1.1 basics of semiconductor 1.1.1 1.1.2 impurities semiconductor intrinsic semiconductor 1.1.3 PN junction 1.2 semiconductor diode 1.2.1 diode characteristics and parameters 1.2.2 diode the circuit the model 1.2.3 diode application example 1.4 field-effect transistor parameters 1.2.4 Special diode 1.3 semiconductor transistor transistor structure 1.3.1 1.3.2 transistor current distribution amplification transistor characteristic curve 1.3.3 1.3.4 the characteristics and parameters of the FET transistor 1.4.1 N-channel enhancement mode MOSFET1.4.2 N channel depletion mode MOSFET1.4.3 of 1.5 optocoupler thinking of the main indicators of the questions and exercises the basis of the second amplifier 2.1 amplifier circuit 2.2 Chapter Summary the 2.3 amplifier common-emitter amplifier quiescent operating point 2.2.3 2.2.2 amplifier of very single-tube AC "voltage amplifier 2.2.1 amplifier amplification of analysis methods 2.3.1 Estimation Method 2.3.2 graphical analysis method 2.3.3 slightly changed the stability problem of the equivalent circuit analysis 2.4 quiescent operating point of 2.5 common-collector circuit and the common base circuit 2.5.1 common collector amplifier circuit 2.5.2 Total base polar amplification circuit 2.5.3 amplification circuit comparison of the three configurations 2.6 FET amplifier 2.6.1 FET amplifier DC analysis 2.6.2 FET amplifier AC analysis of the coupling between the 2.7 multi-stage amplifier circuit 2.7.1 2.7.2 multi-stage amplifier circuit analysis 2.7.3 amplification circuit The calculation of the frequency response the 2.8 differential amplifier 2.8.1 differential amplifier structural characteristics 2.8.2 differential amplifier performance characteristics 2.8.3 differential amplifier main technical indicators 2.9 2.9.1 Overview 2.9.2 complementary symmetry power amplifier power amplifier 2.10 integrated computing amplifier 2.10.1 Overview 2.10.2 2.10.3 current source circuit of the structural features of the integrated operational amplifier of 2.10.4 integrated operational amplifier parameters Chapter Summary thinking questions and exercises Chapter 3. the feedback circuit 3.1 3.1.1 negative feedback amplifier negative feedback amplifier estimates 3.1.4 negative feedback classification composition diagram 3.1.2 3.1.3 depth of negative feedback amplifier feedback amplifier performance 3.2 sine wave oscillator 3.2.1 sine wave oscillator basic concepts and principles 3.2.2 RC sine 3.2.3 LC sine wave oscillator oscillator 3.2.4 quartz crystal oscillator Chapter Summary thinking questions and exercises Chapter 4 Integrated Operational Amplifier Applications 4.1 integrated operational amplifier basic arithmetic circuit 4.1.1 Linear arithmetic circuit 4.1.2 active filter of the 4.1.3 integral and differential circuit of the addition and subtraction circuit 4.2 4.2.1 4.2.3 4.2.2 High-pass filter of the low-pass filter band-pass filter 4.2.4 bandstop filter 4.3 Voltage Comparator 4.3.1 single threshold voltage comparator 4.3.2 hysteresis comparator Chapter Summary thinking questions and exercises in Chapter 5 DC regulated power supply 5.1 5.1.1 rectifier circuit rectifier and filter circuit 5.1.2 5.2 regulator circuit capacitor filter circuit 5.2.1 Shunt stable pressure circuit 5.2.2 series regulator circuit 5.2.3 integrated voltage regulator and its application the Chapter Summary thinking questions and exercises the second Fundamentals of Digital Electronics Chapter 6. the basic concepts of logic gates of digital logic circuits foundation 6.1 6.2 commonly used logic 6.3.3 TTL integrated logic gates basic logic gates gates 6.2.1 6.2.2 6.3 TTL composite logic gates integrated logic gates 6.3.1 TTL the integration logic gate circuit works 6.3.2 TTL integrated logic gate voltage transmission characteristic curve 6.3.4 special logic gate of the main parameters 6.3.5 TTL integrated logic gates using common sense 6.3.6 TTL the integration logic gate circuit external load 6.4 CMOS gates 6.5 various gates interface 6.6 number system and coding 6.6.1 6.8.2 6.6.2 6.7 transform and the simplification of the logic function of the basic laws of logic algebra of the algebra of logic 6.7.1 logic algebra concepts 6.7.2 Identities and commonly used formula 6.8 6.8.1 logic function expression coding logic function number system formula Simplification 6.8.3 logic function graphics Simplifying this chapter the concept 7.1.2 Summary thinking questions and exercises Chapter 7 combinational logic circuit 7.1 combinational logic circuit analysis and design 7.1.1 combinational logic circuit combinational logic circuit 7.2 commonly used combination of analysis 7.1.3 combinational logic circuit design logic circuits 7.2.1 Adder 7.2.2 Comparison 7.2.3 encoder the 7.2.4 decoder 7.2.5 data selector 7.3 scale combinatorial logic device application example 7.4 combination of competition and adventure circuit 7.4.1 adventure identification 7.4.2 adventure elimination Chapter Summary 8.1.3 JK 8.1.2 D flip-flop thinking questions and exercises Chapter 8 sequential logic circuit 8.1 Trigger 8.1.1 RS flip-flop the general concept of the trigger 8.1.4 T and T 'triggers 8.2 Timing circuit analysis and design methods 8.2.1 Timing circuit analysis 8.2.2 Timing circuit design 8.3 counter 8.3.1 8.3.2 trigger counter 8.3.3 Questions and Exercises Chapter 9 the scale signal generation and conversion circuit 9.1 555 integrated timer unidirectional shift register integrated counter 8.4 shift register 8.4.1 8.4.2 bidirectional shift register 8.5 scale the timing logic devices integrated application Chapter Summary Thinking Application 9.2 the function 9.1.3 555 9.1.1 555 timer circuit 9.1.2 555 timer timer digital-to-analog (D / A) and analog-to-digital (A / D) converter 9.2.1 Digital to Analog Converter 9.2. The two ADC Chapter Summary thinking questions and exercises Chapter 10 10.1 semiconductor memory programmable logic devices 10.1.1 Random Access Memory (RAM) 10.1.2 read-only memory (ROM) 10.2 programmable logic device (PLD) 10.2. 10.2.2 PLD circuit representation of the basic structure of 1 PLD About 10.3 the 10.2.3 method commonly used in PLD device programmer Chapter Summary thinking questions Exercises References Satisfaction guaranteed,or money back.
Lade…