張虹主編的《數字電子技術英文學習指導》是為
配合數字電子技術雙語和全英文教學的需要而編寫的
，主要與Thomas L.Floyd主編的《Digital
Fundamentals》配套使用，也可用於其他英文電子技
術教材的學習指導。書中各章對基本概念、主要知識
點和重要內容進行了概括和總結，給出了專業詞彙的
英漢對照，並提供了自測題和綜合性較強的習題供讀
者練習，同時提供全部習題答案。另外，本書選錄了
西安交通大學近年來數字電子技術雙語課程考試題，
供讀者參考。
本書共8章，語言以英文為主。內容包括。
Digital Basics，Integrated
CircuitTechnologies，Combinational Logic
Circuits and Functions, Latches & Flip-Flops
& Timers，Counters & Shift Registers，Memory
and Storage，ProgrammableLogic Devices，A／D
and D／A Conversions。
本書可作為高等院校電氣工程、計算機科學與技
術、控制科學與工程、電子信息工程、生物醫學工程
等專業本科生數字電子技術雙語和全英文課程的輔導
教材，也可作為教師教學及相關技術人員的參考用書
。

前言
Chapter 1 Digital Basics
1.1 Key knowledge
1.1.1 Number systems, operations and codes
1.1.2 Logic gates
1.1.3 Laws and rules of Boolean algebra
1.1.4 Various logic descriptions
1.1.5 Simplifying the Boolean expressions
1.2 Key terms
1.3 Self-test questions
1.4 Problems and solutions
Chapter 2 Integrated Circuit
Technologies
2.1 Key knowledge
2.1.1 Fixed-function integrated circuit
2.1.2 Basic operational characteristics and
parameters
2.1.3 CMOS and TTL integrated gate
circuits
2.1.4 Open-collector gates
2.1.5 Tristate gates
2.1.6 Practical considerations
2.2 Key terms
2.3 Self-test questions
2.4 Problems and solutions
Chapter 3 Combinational Logics and
Functions
3.1 Key knowledge
3.1.1 Combinational logic analysis and
design
3.1.2 Adders
3.1.3 Comparators
3.1.4 Decoders
3.1.5 Encoders
3.1.6 Multiplexer
3.1.7 Demultiplexers
3.2 Key terms
3.3 Self-test questions
3.4 Problems and solutions
Chapter 4 Latches, Flip-Flops,
and Timers 64
4.1 Key knowledge
4.1.1 Latches
4.1.2 Edge-triggered flip-flops
4.1.3 Timers
4.2 Key terms
4.3 Self-test questions
4.4 Problems and solutions
Chapter 5 Counters and Shift Registers
5.1 Key knowledge
5.1.1 Asynchronous counters
5.1.2 Synchronous counters
5.1.3 Up/down synchronous counters
5.1.4 Cascaded counters
5.1.5 Shift registers
5.2 Key terms
5.3 Self-test questions
5.4 Problems and solutions
Chapter 6 Memory and Storage
6.1 Key knowledge
6.1.1 Memory basics
6.1.2 The random-access memory
6.1.3 The read-only memory
6.1.4 The flash memory and special types
of memories
6.1.5 Memory expansion
6.2 Key terms
6.3 Self-test questions
6.4 Problems and solutions
Chapter 7 Programmable Logic
Devices
7.1 Key knowledge
7.1.1 Introduction to programmable logic
7.1.2 SPLDs
7.1.3 CPLDs
7.1.4 FPGAs
7.2 Key terms
7.3 Self-test questions
7.4 Problems and solutions
Chapter 8 A/D and D/A Conversions
8.1 Key knowledge
8.1.1 Converting analog signals to digital
8.1.2 Converting digital signals to analog
8.2 Key terms
8.3 Self-test questions
8.4 Problems and solutions
Appendix Examination Papers and
Answers
Appendix 1
Appendix 2
Appendix 3
Answers to the Examinations
Appendix 1
Appendix 2
Appendix 3
References