Newnes electronics engineer's pocket book

Library	Item Barcode	Call Number	Material Type	Item Category 1	Status
Searching... PSZ JB	30000004383026	TK7825 B74 2000	Open Access Book	Book	Searching... Unknown
Searching... PSZ JB	30000004789784	TK7825 B74 2000	Open Access Book	Book	Searching... Unknown

Newnes Electronics Engineer's Pocket Book is a unique reference source - concise but comprehensive, and designed to be an essential tool for a wide range of engineers and electronics enthusiasts. This is a book written to be used, not to gather dust on a shelf, so unlike most reference books it is designed for the workshop and lab.

This compendium includes: component data, IC pin-outs, tables, formulae, principles of circuit design, circuit diagrams and a substantial glossary of terms. The second edition includes expanded material on circuit design covering amplifiers, bridge circuits, filters and lasers.

The editor of the second edition is the late Joe Carr, who was a leading US electronics author who had written numerous published books and magazine articles, including several titles with Newnes.

This book was originally compiled by the leading electronics author Keith Brindley, incorporating the previous Newnes Pocket Books, Newnes Radio and Electronics Pocket Book and Newnes Electronics Pocket Book.

Core title in Pocket Book series.
Updated by leading US electronics author, Joe Carr.
Covers European and US practice.

Preface	p. xi
Part 1 Components and data	p. 1
Electron physics	p. 2
Atomic structure	p. 2
Electrons and electric currents	p. 3
Motion of electron in an electric field	p. 4
Motion of an electron in a magnetic field	p. 5
Structure of matter	p. 5
Impurity semiconductors	p. 6
The p-n junction	p. 7
Resistors	p. 9
Resistor and capacitor colour coding	p. 10
Variable resistors	p. 11
Resistor and capacitor letter and digit code (BS 1852)	p. 12
Capacitors	p. 12
Inductors	p. 14
Transformers	p. 15
Semiconductor devices	p. 17
Semiconductor diodes	p. 17
Zener diode	p. 18
Varicap diodes (varactor diode)	p. 19
Tunnel diode	p. 19
The transistor	p. 20
Common base amplifier	p. 21
Common emitter amplifier	p. 21
Field effect transistor	p. 23
Unijunction transistor (UJT)	p. 26
Silicon-controlled rectifier (SCR) and family	p. 26
Bipolar transistor letter symbols	p. 28
Unijunction transistor letter symbols	p. 30
Field effect transistor letter symbols	p. 30
Common transistor and diode data	p. 32
Bipolar transistors	p. 32
Bipolar transistors (continued)	p. 34
Bipolar transistors (continued)	p. 36
Common transistor and diode data	p. 38
Field effect transistors	p. 38
Common transistor and diode data	p. 38
Power MOSFETS/DMOS and VMOS	p. 38
Common transistor and diode data	p. 40
Unijunction transistors	p. 40
Common transistor and diode data	p. 40
Triacs	p. 40
Bridge rectifier data	p. 40
Common transistor and diode data	p. 41
Zener diodes	p. 41
Bridge rectifier encapsulations	p. 41
Voltage regulator data	p. 42
Transistor and diode encapsulations	p. 42
Voltage regulator encapsulations	p. 43
Common transistor and diode data	p. 44
Rectifiers/diodes	p. 44
Common transistor and diode data	p. 44
Diodes	p. 44
Logic terms	p. 47
Basic logic symbols and truth tables	p. 48
Medium scale integrated logic symbols and terminology	p. 49
TTL data	p. 51
Selection by device number	p. 51
Selection by function	p. 54
TTL pinouts	p. 58
CMOS data	p. 76
Selection by device number	p. 76
Selection by function	p. 78
CMOS pinouts	p. 81
TTL and CMOS letter symbols	p. 91
Op-amp data	p. 92
Using ferrite and powdered iron toroid cores	p. 94
Materials used in cores	p. 94
Powdered iron	p. 94
Ferrite materials	p. 94
Making the calculations	p. 94
Toroidal core sizes	p. 98
Pro Electron system of semiconductor labelling	p. 99
Part 2 Miscellaneous date	p. 101
Abbreviations and symbols	p. 102
Letter symbols by unit name	p. 105
Electric quantities	p. 111
Fundamental constants	p. 112
Electrical relationships	p. 112
Dimensions of physical properties	p. 112
Fundamental units	p. 113
Standard units	p. 113
Greek alphabet	p. 115
Electronic multiple and sub-multiple conversion	p. 116
Conversion factors	p. 116
Fractions of an inch with metric equivalents	p. 121
Code conversion tables	p. 123
ASCII control characters	p. 128
Useful formulae	p. 129
Boolean algebra (laws of)	p. 129
Capacitance	p. 129
Characteristic impedance	p. 130
Dynamic resistance	p. 130
Frequency -- wavelength -- velocity	p. 130
Radio horizon distance	p. 130
Impedance	p. 131
Inductance	p. 131
Meter conversions	p. 131
Negative feedback	p. 132
Ohm's law	p. 132
Power	p. 132
Power ratio	p. 132
Q	p. 132
Reactance	p. 132
Resistance	p. 133
Resonance	p. 133
Time constant	p. 133
Transformer ratios	p. 134
Wattage rating	p. 134
Wavelength of tuned circuit	p. 134
Decimal multipliers	p. 134
Reactance of capacitors at spot frequencies	p. 135
Reactance of inductors at spot frequencies	p. 135
RC time constants	p. 136
RL time constants	p. 138
Component symbols (BS 3939)	p. 140
Radiocommunications symbols	p. 146
Logic elements	p. 147
Block diagram symbols	p. 150
Frequency spectrum symbols	p. 152
Equipment marking symbols (BS 6217)Decibel table	p. 153
Decibel table	p. 160
Binary word decibel values	p. 161
Connectors and connections	p. 161
Data interchange by modems	p. 161
Modem connector pin numbers	p. 162
Automatic calling	p. 163
EIA 232	p. 164
EIA 449	p. 165
EIA 232/EIA 449/V24 comparison	p. 166
Centronics interface	p. 168
Audio connectors	p. 169
Coaxial connectors	p. 170
Videorecorder/televisions/camera connectors	p. 171
SCART (BS 6552)	p. 172
Main low-voltage power supplies	p. 172
Europe	p. 172
Asia	p. 173
North America	p. 173
West Indies	p. 173
South America	p. 174
Africa	p. 174
Oceania	p. 175
RF Cables USA RG series	p. 176
British UR series	p. 178
Cells and batteries	p. 179
Part 3 Circuits and systems	p. 181
Bridge circuits	p. 182
Radio frequency bridges	p. 182
Maxwell bridge	p. 183
Hay bridge	p. 184
Schering bridge	p. 185
AC amplifiers	p. 186
Basic principles	p. 186
Frequency and period	p. 186
Harmonic content	p. 187
Fourier series	p. 187
Gain	p. 189
Bandwidth	p. 189
Basic transistor amplifiers	p. 190
Common emitter amplifier	p. 190
Common collector amplifier (emitter follower)	p. 193
Common base amplifier	p. 194
Multistage amplifiers	p. 195
Negative feedback	p. 197
Audio amplifiers	p. 197
Power amplifiers	p. 199
Class A amplifiers	p. 199
Class B amplifiers	p. 200
Class AB amplifiers	p. 201
Class C amplifiers	p. 201
Class D and Class E amplifiers	p. 201
Other classifications	p. 201
The small-signal amplifier	p. 202
The RF power amplifier	p. 202
Important RF amplifier parameters	p. 203
Video amplifiers	p. 207
Frequency selective amplifiers	p. 208
Intermodulation distortion measurement	p. 210
Integrated circuit amplifiers	p. 211
DC amplifiers	p. 212
Basic principles	p. 212
The long-tail pair	p. 213
Chopper amplifiers	p. 215
Integrated circuit operational amplifier	p. 216
Inverting amplifier	p. 218
Adder	p. 219
Voltage follower	p. 220
Non-inverting amplifier	p. 220
Differential amplifier	p. 221
Integrator circuits	p. 222
Differentiator circuits	p. 223
Filters	p. 224
Schmitt trigger	p. 226
Positive/negative amplifier	p. 227
Current/voltage conversion	p. 227
Ramp circuit	p. 228
Peak picker circuit	p. 229
Monolithic microwave integrated circuits (MMIC)	p. 230
Signal-to-noise ratio (SNR or SN)	p. 230
Noise factor, noise figure and noise temperature	p. 231
Noise in cascade amplifiers	p. 232
Oscillators	p. 232
LC circuits	p. 233
Colpitts oscillator	p. 234
Hartley oscillator	p. 235
Phase-shift oscillators	p. 236
Three-stage RC filter oscillator	p. 236
Wien bridge oscillators	p. 237
Crystal oscillators	p. 238
Overtone oscillators	p. 239
Square wave oscillators	p. 241
Multivibrator	p. 242
Monostable multivibrator circuits	p. 243
Stable state	p. 244
Transition state	p. 246
Quasi-stable state	p. 246
Refractory period	p. 247
Op-amp square wave oscillator	p. 248
Blocking oscillator	p. 249
Integrated circuit astables for digital circuits	p. 249
Digital circuits	p. 250
Basic logic gates	p. 251
AND gate	p. 251
OR gate	p. 251
Inverter	p. 251
NAND gate	p. 252
NOR gate	p. 252
Exclusive OR gate	p. 252
Positive and negative logic	p. 253
Combinational logic	p. 254
Boolean algebra	p. 255
Karnaugh maps	p. 257
Storage	p. 259
The S-R memory (S-R or R-S flip-flop)	p. 259
D-type flip-flop	p. 260
The JK-type flip-flop	p. 261
Timers and monostables	p. 261
Event-driven logic	p. 263
Arithmetic and computing circuits	p. 264
Encoders and decoders	p. 266
Counters	p. 267
Synchronous counters	p. 268
Counters to non-binary bases	p. 269
Arithmetic units	p. 269
Shift register	p. 271
Practical considerations	p. 271
Transistor-transistor logic (TTL)	p. 273
Complementary metal oxide semiconductor logic (CMOS)	p. 274
Emitter coupled logic (ECL)	p. 276
Digital-to-analog converters (DACs)	p. 276
Analog-to-digital converters (ADCs)	p. 277
Optoelectronics	p. 278
Sensor devices	p. 279
Photoresistive cells (light-dependent resistors)	p. 279
Photovoltaic devices (solar cells)	p. 279
Photodiodes	p. 280
Phototransistors	p. 280
Other devices	p. 281
Comparison of devices	p. 282
Light-emitting diodes (LEDs)	p. 282
Solid-state PN junction lasers	p. 283
Incandescent bulbs	p. 284
Neons	p. 285
Liquid crystal displays	p. 285
Lasers	p. 286
Laser classification	p. 289
Photocell applications	p. 290
Opto-isolation	p. 291
Numerical indicators	p. 292
Infra-red remote controllers	p. 293
Fibre optic communication	p. 294
Decibel (dB) notation	p. 296
Special dB scales	p. 296
Notch filters	p. 297
Twin-T notch filter networks	p. 298
Active twin-tee notch filters	p. 299
Adjustable bridge-tee circuits	p. 301
Gyrator circuits	p. 302
Cautionary Note	p. 303
L-C RF filter circuits	p. 303
Filter design approach	p. 304
Low-pass filters	p. 304
High-pass filters	p. 306
Electronics glossary	p. 307
Index	p. 341

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Table of Contents