Press: Machinery Industry Press
Release date: 20 1 1-09-20
ISBN:9787 1 1 1350675
Format: 16
Pricing: 29.00 yuan
Planning Textbook of Higher Vocational Education Demonstration Specialty of Ministry of Education Shandong Province Excellent Course Supporting Textbook
This book is accompanied by an introduction to electronic courseware.
1 chapter Basic knowledge of digital circuits
1. 1 Digital Circuit Overview
1. 1. 1 pulse signal
Parameter 1. 1.2 pulse
1.2 digital system and code system
1.2. 1 digital system
1.2.2 conversion between different digital systems
1.2.3 code system
1.3RC circuit and its application
1.3. 1 Simple RC circuit analysis method
Charge and discharge process of 1.3.2RC circuit
The application of 1.3.3RC circuit
Switching characteristics of 1.4 diode
Switching characteristics of 1.5 transistor
Summary of this chapter
Self-taught examination questions
Thinking and practicing.
Chapter II Fundamentals of Digital Logic
2. 1 logic function
2. 1. 1 Definition of logical variables and logical functions
2. Representation of1.2 Logical Function
2.2 Basic logical operations and laws
2.2. 1 basic logic operation
2.2.2 Logical operation formulas and rules
2.3 Formula simplification of logical functions
2.4 Karnaugh Map Simplification of Logical Functions
2.4. 1 Karnaugh map
2.4.2 Simplifying Logical Functions with Karnaugh Map
2.5 hardware description language VHDL and logic simulation
Hardware description language VHDL
Logical simulation
Summary of this chapter
Self-taught examination questions
Thinking and practicing.
Chapter 3 Logic Gate Circuit
3. 1 Three Basic Logical Relationships
3.2 discrete component gate circuit
3.3 Compound Logic Gate Circuit
3.4TTL integrated logic gate
3.4. 1TTL integrated NAND gate
3.4.2OC gate and tri-state gate
3.4.3TTL Requirements and precautions for the use of TTL integrated circuits
3.5CMOS integrated logic gate
CMOS inverter
3.5.2CMOS transmission gate
3.5.3CMOS NAND gate
3.5.4CMOS nor gate
CMOS analog switch
3.5.6TTL performance comparison between TTL and CMOS integrated circuits
3.5.7 Use requirements and precautions of CMOS integrated circuits
3.6 Interface between TTL Integrated Circuit and CMOS Integrated Circuit
3.7ECL integrated circuit
3.7. 1 Composition of Basic ECL Integrated Circuit
3.7.2ECL characteristics of ECL integrated circuits
Summary of this chapter
Self-taught examination questions
Thinking and practicing.
Chapter 4 Combinatorial Logic Circuit
4. 1 overview
4.2 Analysis of combinational logic circuits
4.3 Design of combinational logic circuit
4.4 Adder and Numerical Comparator
4.4. 1 adder
numeric comparator
4.5 encoder
4.5. 1 binary encoder
Binary decimal encoder
priority encoder
4.6 decoder
binary decoder
4.6.2 Binary Decimal Decoder
4.6.3 Digital display and display decoder
4.6.4 Using decoder to realize logic function
4.7 data selector
4.8 Competition and adventure of combinational logic circuits
Summary of this chapter
Self-taught examination questions
Thinking and practicing.
Chapter 5 Integrated Trigger and Its Application
5. 1 overview
5.2 basic RS trigger
5.2. 1 and untyped basic RS triggers
5.2.2 Basic RS trigger
5.3 synchronous trigger
5.3. 1 synchronous RS trigger
Synchronous d flip-flop
Synchronous JK flip-flop
5.3.4 The flip phenomenon of synchronous T trigger, synchronous T' trigger and synchronous trigger.
5.4 clock pulse edge trigger
5.4. 1 maintain blocking d trigger
Master-slave trigger
5.4.3 JK trigger triggered by edge
5.5 Transformation and Application of Logic Functions of Flip-flops
5.5. 1 flip-flop logic function conversion
Application example of trigger
Summary of this chapter
Self-taught examination questions
Thinking and practicing.
Chapter 6 Sequential Logic Circuits
6. 1 overview
6.2 Analysis method of sequential logic circuit
6.2. 1 Synchronous sequential logic circuit analysis method
6.2.2 Analysis method of asynchronous sequential logic circuit
6.3 counter
6.3. 1 synchronization counter
Asynchronous counter
Hexadecimal counter
6.4 Registration and its application
6.4. 1 digital register
6.4.2 shift register and its application
Sequential pulse generator
6.5 Design of Sequential Logic Circuit
Design of synchronous sequential logic circuit
*6.5.2 Design of asynchronous sequential logic circuit
Summary of this chapter
Self-taught examination questions
Thinking and practicing.
Chapter VII Generation and Shaping of Pulse Waveforms
7. 1 integrated 555 timer
7.2 Schmidt trigger
7.2. 1 Schmitt trigger consisting of 555 timers
Integrated Schmidt trigger
7.2.3 Application of Schmidt Trigger
7.3 monostable trigger
7.3. 1 monostable trigger consisting of 555 timers
7.3.2 Differential monostable trigger composed of gate circuits
7.3.3 Integrated monostable trigger
7.3.4 Application of monostable trigger
7.4 multivibrator
7.4. 1 multivibrator consisting of 555 timers
7.4.2 Synchronous crystal multivibrator
Application of multivibrator
Summary of this chapter
Self-taught examination questions
Thinking and practicing.
Chapter VIII Digital-Analog and Analog-to-Digital Conversion
8. 1D。 converter
8. 1. 1 number. Overview of analog converter
8. 1.2 integrated digital-to-analog converter
8.2A.D converter
8.2. 1 Overview of Analog-to-Digital Converter
8.2.2 Integrated analog-to-digital converter
Summary of this chapter
Self-taught examination questions
Thinking and practicing.
Chapter 9 Semiconductor Memory and Programmable Logic Devices
9. 1 Overview
9.2 Random Access Memory
9.2. 1 Basic structure and working principle of random access memory
9.2.2 Memory Cell Circuit of Random Access Memory
9.3 read-only memory
9.3. Classification of1ROM
9. 3. 2 Structure and working principle of read-only memory
9.4 Brief Introduction of Simple Programmable Logic Devices
9.4. 1 programmable logic device
9. 4. 2 Pula, Parr and Gar
9.5 Introduction of Complex Programmable Logic Devices CPLD and FPGA
9. 5. 1 CPLD/FPGA basic logic unit
9.5.2CPLD Structure and characteristics of CPLD
9.5.3FPGA structure and characteristics
Summary of this chapter
Self-taught examination questions
Thinking and practicing.
appendix
Appendix A corresponds to the character list of american standard code for information interchange code (ASCII code).
Appendix b naming rules for semiconductor integrated circuit models
Appendix c pin arrangement of TTL and CMOS integrated circuits in common use