Digital Electronic Technology (Sixth Edition) electrical and electronic book postgraduate Yan lithograph after-school exercise answers and analysis
Digital Electronic Technology (Sixth Edition) Higher Education Press after-school answer to question published by chapter
This book is for the colleges and universities offer digital electronic technology curriculum written materials. The book comprehensively and systematically introduces the basics of digital electronic technology . The new textbook is made on the basis of the revised fifth edition of the original book.
And a code book system number system, algebra logic gate circuit, a combinational logic circuit, a semiconductor memory circuit, a sequential logic circuit, and generating a pulse waveform shaping circuit, digital - analog and analog - digital conversion eight chapters and appendices. In the revised teaching, the programmable logic device and the original hardware description languages into two chapters to a combinational logic circuit, and the appendix. At the same time, also has a wealth of in chapters example, reflection questions and exercises .
Fuwen before
the introduction
of the first chapter and the number of system code system after-school exercise answer analysis
1.1 Overview
1.2 several common number system
conversion between Different Number 1.3
1.4 binary arithmetic
1.4.1 binary arithmetic operation characteristics
1.4.2 inverted , complement complement arithmetic and
1.5 several common encoding
Summary
exercises
Chapter logic algebra after-school exercise answer analysis
2.1 Overview of
three kinds of 2.2 arithmetic logic algebra substantially
2.3 logic algebraic formulas and common basic formula
2.3.1 the basic formula
2.3.2 Some common formula
fundamental theorem of algebra logic 2.4
2.4.1 substituting Theorem
2.4.2 inversion Theorem
2.4.3 dual Theorems
2.5 and logic functions described method
2.5.1 logic function
described method 2.5.2 logic functions
2.5.3 forms two standard logic function
Simplification.pdf 2.6 logic function
2.6.1 simple method of formulation
2.6.2 Karnaugh map method
* 2.6.3 Quinn - Simplification McCluskey method (QM method)
2.7 logic function having independent and simplification item
2.7.1 constraint term, regardless of any of items and logic functions of the formula
2.7.2 Application independent item Simplification of logical functions
over 2.8 Simplification logic function output
logic function of the form converting 2.9
Summary
Exercises
Chapter gate after-school exercise answer analysis
3.1 Overview
3.2 gate semiconductor diode
3.2.1 semiconductor diode switching characteristics
3.2.2 diode gate
3.2.3 diode oR
3.3 CMOS gate
switching characteristics 3.3.1 MOS tube
circuit structure and working principle 3.3.2 CMOS inverter
3.3.3 CMOS inverter static characteristics of the input and output characteristics of
the dynamic characteristics of CMOS inverter 3.3.4
3.3.5 other types of CMOS gates
3.3.6 proper use of CMOS IC
3.3.7 CMOS digital integrated circuits of various series
3.4 the TTL gate circuit
3.4 .1 switching characteristics of a bipolar transistor
circuit structure and working principle 3.4.2 TTL inverter
static input characteristics and output characteristics 3.4.3 TTL inverter
dynamic characteristics 3.4.4 TTL inverter
3.4.5 other type of TTL gates
of various series 3.4.6 TTL digital integrated circuits
* 3.5 ECL integrated circuits
basic structure and working principle 3.5.1 ECL circuit
3.5.2 ECL integrated circuits various series
3.6 Bi CMOS circuit
basic structure and working principle 3.6.1 Bi CMOS circuit,
various series 3.6.2 Bi CMOS integrated circuits
3.7 digital interface between the different types of IC
Interface Circuit 3.7.1 CMOS and TTL circuits
differ 3.7.2 Interface logic level circuit between
Summary
exercises
Chapter combinational logic circuit, after-school exercise answer analysis
4.1 Overview
analysis 4.2 combinational logic circuit of the
basic logic circuit design method of a combination of 4.3
4.4 Some conventional combinational logic circuit module
4.4.1 encoding is
4.4.2 decoder
4.4.3 data selector
4.4.4 adder
4.4.5 magnitude comparator
4.5 hierarchical and modular design
4.6 programmable logic device
4.7 hardware description languages
using a programmable common module design compositions 4.8 logic circuit
competition 4.9 combinational logic circuits - Adventure
4.9.1 competition - Adventure and its causes
4.9.2 check the competition - Adventure in method
4.9.3 to eliminate competition - Adventure in the method
Summary
exercises
Chapter V semiconductor memory circuit after-school exercise answer analysis
5.1 Overview
5.2 SR latch
5.3 triggers
5.3.1 level-triggered flip-
flop of the edge-triggered 5.3.2
5.3.3 pulse-triggered flip-flop
5.3.4 flop logical function classification by
the dynamic characteristics of the trigger 5.3.5
5.4 Storage