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Project Notes

#867 Electronics for Today and Tomorrow

Book Notes: Electronics for Today and Tomorrow, by Tom Duncan, John Murray. First published December 31, 1985

cover

Notes and References

Review: My Followers Told Me About This Electronics Book — They Were Right

YouTube review by Spencer Baum

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Contents

Basic electricity

  • 1 Electric current
  • 2 E.M.F., P.D. and voltage
  • 3 Resistance and Ohm’s law
  • 4 Meters and measurement
  • 5 Potential divider
  • 6 Electric power
  • 7 Alternating current
  • 8 Progress questions

Components and circuits

  • 9 Resistors
  • 10 Capacitors
  • 11 Inductors
  • 12 CR and LR circuits
  • 13 LCR circuits
  • 14 Transformers
  • 15 Switches
  • 16 Progress questions

Transducers

  • 17 Microphones
  • 18 Loudspeakers, headphones and earpieces
  • 19 Heat and light sensors
  • 20 Digital displays
  • 21 Cathode ray tube
  • 22 Pick-ups
  • 23 Relays and reed switches
  • 24 Electric motors
  • 25 Progress questions

Semiconductor diodes

  • 26 Semiconductors
  • 27 Junction diode
  • 28 Other diodes
  • 29 Progress questions

Transistors

  • 30 Transistor as a current amplifier
  • 31 Transistor as a switch
  • 32 More about transistors
  • 33 Field effect transistor
  • 34 Integrated circuits
  • 35 Progress questions

Power supplies and safety

  • 36 Electricity in the home
  • 37 Dangers of electricity: safety precautions
  • 38 Generating electricity
  • 39 Sources of E.M.F.
  • 40 Rectifier circuits
  • 41 Smoothing circuits
  • 42 Stabilizing circuits
  • 43 Power control
  • 44 Progress questions

Measuring instruments

  • 45 Multimeters
  • 46 Oscilloscopes
  • 47 Signal generators
  • 48 Progress questions

Analogue electronics

  • 49 Transistor voltage amplifiers I
  • 50 Transistor voltage amplifiers II
  • 51 Transistor voltage amplifiers III
  • 52 FET voltage amplifier
  • 53 Amplifiers and feedback
  • 54 Amplifiers and matching
  • 55 Impedance matching circuits
  • 56 Transistor oscillators
  • 57 Progress questions
  • 58 Operational amplifier
  • 59 Op amp voltage amplifiers
  • 60 Op amp summing amplifier
  • 61 Op amp voltage comparator
  • 62 Op amp integrator
  • 63 Analogue computing
  • 64 Op amp oscillators
  • 65 Progress questions

Digital electronics

  • 66 Logic gates
  • 67 Logic families
  • 68 Binary adders
  • 69 Logic circuit design I
  • 70 Logic circuit design II
  • 71 Logic circuit design III
  • 72 Progress questions
  • 73 Bistable multivibrators I
  • 74 Bistable multivibrators II
  • 75 Astables and monostables
  • 76 Binary counters
  • 77 Registers and memories
  • 78 Some digital systems
  • 79 Progress questions

Information and electronics

  • 80 Information technology
  • 81 Communication systems

Audio systems

  • 82 Sound recording
  • 83 Audio amplifiers
  • 84 Complete hi-fi system
  • 85 Progress questions

Radio and television

  • 86 Radio waves
  • 87 Radio systems
  • 88 Black-and-white television
  • 89 Colour television
  • 90 Cable and satellite TV
  • 91 Progress questions

Telephone system

  • 92 Simple telephone circuits
  • 93 Telephone dial and keypad
  • 94 Telephone exchan
  • 95 Telephone links
  • 96 Other telephone services
  • 97 Progress questions

Computers and microprocessors

  • 98 Digital computers
  • 99 Computer peripherals
  • 100 Analogue/digital converters
  • 101 Programs and flowcharts
  • 102 Microprocessors
  • 103 Progress questions
About LEAP#867
Books

This page is a web-friendly rendering of my project notes shared in the LEAP GitHub repository.

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About LEAP

LEAP is my personal collection of electronics projects - usually involving an Arduino or other microprocessor in one way or another. Some are full-blown projects, while many are trivial breadboard experiments, intended to learn and explore something interesting.

Projects are often inspired by things found wild on the net, or ideas from the many great electronics podcasts and YouTube channels. Feel free to borrow liberally, and if you spot any issues do let me know or send a pull-request.

NOTE: For a while I included various scale modelling projects here too, but I've now split them off into a new repository: check out LittleModelArt if you are looking for these projects.

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