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  • Electronics. Know more
ID: 30526

John Watson

Delivery date unknown
Author: John Watson

ISBN: 83-206-1301-9, 978-83-206-1301-8
Format: B5, 448 pages
Hard soft
Publisher: WKiŁ

About the book
This book is a compendium of knowledge from electronics - from the basics of electricity to complex electronic devices and devices. Affordable content has been enriched with numerous drawings and completed with construction projects, limiting the mathematical description to the necessary minimum. This way of presentation makes the publication suitable for students of electronic schools, students of technical universities, participants of professional development courses, hobbyists and all interested in modern electronics. The book describes: passive elements, mains and battery power supply, semiconductors and their production, amplifiers and generators, tape recorders, radio and television, image recording devices, optoelectronic components, special semiconductor and electromagnetic elements, elements and systems of digital electronics, microcontrollers and microprocessors , personal computers, CD players.

Table of Contents:
Introduction to English edition 11
Units and designations 13
From the translator 14

1 Introduction to electronics 15
1.1. Prehistory of electronics 15
1.2 Microelectronic revolution 16
1.3. Electronic systems 16

2 Security 18
2.1 Electric shock 18
2.2. Safety of work with electrical appliances 19
2.3. Fire 20
2.4 Questions 21


PART I
ELECTRICITY 23

3 Electrical circuits 25
3.1. Electricity fundamentals 25
3.2 Ohm's law 32
3.3 Kirchhoff's Law 34
3.4 Questions 37

4 Passive elements 38
4.1. Resistors 38
4.2 Capacitors 46
4.3. Induction coils 52
4.4. Power dissipation 55
4.5 Circuit diagrams 58
4.6 Questions 59

5 Measuring instruments and electronic circuit design 60
5.1 Analog meters 60
5.2 Multimeters 64
5.3 Digital meters 64
5.4 Oscilloscope and other measuring instruments 65
5.5. Electronic assembly 66
5.6 Questions 74

PART II
LINEAR ELECTRONICS 75

6 Vacuum electronics 77
6.1 History of vacuum electronics 77
6.2 Diode with heated cathode 78
6.3. Triode with an aged cathode 80
6.4 Crescent lamp 81
6.5 Questions 84

7 Semiconductors 85
7.1. Models of the atom 85
7.2 Conductors and insulators 89
7.3. Industrial manufacture of semiconductors 93
7.4 Questions 95

8 Connector pn 96
8.1 Properties of the diode 96
8.2 Zener diode 102
8.3. Capacitive diode (warikap) 103
8.4 Light-emitting diode 104
8.5 Questions 107

9 Bipolar transistors 108
9.1. Transistor - the basic element of modern electronics 108
9.2 Questions 120

10 Field effect transistors (unipolar) 121
10.1. Basic types of field effect transistors 121
10.2 Questions 127

11 Technology of semiconductor structures production, introduction to microelectronics 128
11.1. How is the diode produced? 128
11.2 Integrated circuits 131
11.3 Questions 135

12 Amplifiers 136
12.1 Enhancing systems 136
12.2 Questions 148

13 Generators 149
13.1 Generation systems 149
13.2 Questions 155

14 Mains and battery power 156
14.1 Power supply 156
14.2 Rectifiers 156
14.3 Voltage stabilizers 158
14.4 Battery powered 160
14.5 Capacity of the cell 160
14.6 Types of non-renewable links 161
14.7 Types of batteries (renewable cells) 164
14.8. Efficiency of loading and unloading 168
14.9 Batteries 168
14.10 Questions 169

15 Operational amplifiers 170
15.1 Ideal amplifier 170
15.2 Negative feedback 173
15.3 Positive feedback 175
15.4 Generators with operational amplifiers 177
15.5 Change of frequency response 179
15.6 Questions 181

16 Computer simulation 182
16.1 The use of computers in your electronics 182
16.2 183 simulation software available on the market
16.3 Software restrictions 187
16.4 Questions 187

17 Audio amplifiers 188
17.1. Practical amplifier circuits 188
17.2 Stereo systems 201
17.3 Vinyl records 202
17.4 Compact discs and magnetic tapes 203
17.5 Questions 203

18 Magnetophones 204
18.1 General principles 204
18.2 Types of tape recorders 209
18.3. Digital audio tape 211
18.4 Questions 212

19 Radio 213
19.1 What is a radio? 213
19.2 Radio transmitters 215
19.3 Radio receivers 224
19.4 Questions 234

20 Television 235
20.1 Monochrome TV receivers 235
20.2 Color television receivers 242
20.3 Satellite TV 247
20.4 Questions 250

21 Image recording devices 251
21.1 Video recorders 251
21.2 Video cameras 253
21.3 Questions 255

22 Optoelectronics 256
22.1 The use of light in electronics 256
22.2 Light-emitting diodes 256
22.3 Liquid crystal displays 260
22.4 Photosensitive devices 265
22.5 Optocouplers 270
22.6. Photoelectric cells 271
22.7 Fiber-optic systems 273
22.8 Laser diodes 275
22.9 Questions 277

23 Special semiconductor and electromagnetic components 278
23.1 Special semiconductor components 278
23.2 Electromagnetic components 285
23.3. Stepper motors 292
23.4 Questions 296

24 Telecommunications 297
24.1 The age of telecommunications 297
24.2 Telephone 297
24.3 Portable telephones 298
24.4 Modems 301
24.5 Fax transmission 302
24.6 E-mail 302
24.7 Internet 302
24.8 WWW - World Wide Web 304
24.9 Questions 306

PART III
DIGITAL ELECTRONICS 307

25 Digital systems 309
25.1 Advantages of 309 digital systems
25.2 Binary 309
25.3 Questions 313

26 Logic gates 314
26.1 Logic automation 314
26.2 AND / NAND gates 316
26.3 OR / NOR gates 316
26.4 Inverter 317
26.5. EX-OR gate 317
26.6 More complicated goals 318
26.7 Minimizing the number of goals 318
26.8 Questions 321

27 Basic groups of integrated logic circuits 322
27.1. Implementation of logic systems 322
27.2 TTL 322 logic circuits
27.3 CMOS 326 logic circuits
27.4 Comparison of TTL and CMOS 329 systems
27.5 Questions 330

28 Digital systems: calculating systems 331
28.1 Counters 331
28.2 Integrated CMOS counters 341
28.3 Integrated calculating systems 343
28.4 Questions 344

29 Digital systems: time and pulse processing 345
29.1 Digital electronics in practice 345
29.2 Timetables 345
29.3. The use of a digital system to regulate traffic lights 350
29.4 Modulation of pulse width and position 354
29.5 Digital-to-analog conversion 361
29.6 Analog-to-digital conversion 363
29.7 Questions 366

30 Digital systems: arithmetic and memory systems 367
30.1 Arithmetic systems 367
30.2 Logic circuits 372
30.3 Computer memory chips 372
30.4 Questions 377

31 Microprocessors and microcomputers 378
31.1 Digital computers 378
31.2 How to organize a digital computer 378
31.3. Programming languages 388
31.4 Auxiliary memories 392
31.5 Computer interfaces 395
31.6 Questions 403

32 Personal computers and distributed data processing 404
32.1 Large computers and mini computers 404
32.2 Distributed data processing and distributed networks 406
32.3 Remote work 407
32.4 Questions 408

33 Compact Disc Devices 409
33.1 An example of modern consumer electronics - a 409 CD player
33.2 Complicated electronics 415
33.3 Questions 416

34 Computers, electronics and the future 417
34.1 Microprocessors 417
34.2 Information technology 418
34.3 Normalization 419
34.4 Works 419
34.5 And what next? 419
34.6 Questions 420

Appendix 1 Design of the radio remote control system 421
Appendix 2 Construction design of the interface for computer control 430

Selected terms in the field of electronics 434
30526

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