Do You Want To Learn Electronics?

Without The Right Guidance, Learning Electronics Can Seem Daunting

Electronics Made Easy Is Written With The Complete Beginner In Mind

Learn Beginner and Intermediate Electronics Design and Principles

Windows PC & Mac Compatible

Electronics is one of the fastest growing industries in the world, and also an increasingly popular and useful hobby. Electrical and Electronic theory, design and practical skills can be applied in many different career paths, including computing, engineering, construction, entertainment and manufacturing.

Martin Denny is a degree-educated former Electronics Engineer, with over thirty years' experience in Electronic Design working in the UK Power Industry. He has also written Electronics revision guides aimed at GCSE/high school level. Our electronics guide has been written to help complete novices learn the skills of Electronics, and to make learning those skills as easy and as fun as possible, whether you are a simple hobbyist or an aspiring Electronics Engineer.

Even for those who are familiar with electronics, the design sections and example circuits are a very valuable resource. The complete design process, from planning through to developing and documenting your designs, is explained in detail.

In addition, each example includes not only a circuit diagram and a list of components as in many other guides, but also a detailed explanation of what each part of the circuit does, why certain components have been chosen and the overall design concept of the device.

Our electronics guide is divided into twelve chapters, covering everything from preparation and safe workshop practice to logic and design techniques. Everything you need to know is illustrated and fully explained to maximise your learning and enjoyment, with practical examples to test your new knowledge.

learn electronics for beginners guide

Contents of this guide:

  • Introduction

  • Passive Electronic Components

    • Resistors

    • Capacitors

    • Inductors

    • Switches

    • Batteries

    • Crystals

    • Loudspeakers and Microphones

    • Temperature Measuring Devices

    • Other Detectors

  • AC Theory

  • Semicondustors

    • Semiconductor Materials

    • The P-N Junction

    • Discrete Components

    • The Diode

    • The Zener Diode

    • The Transistor

    • The AC Circuit

    • Feedback in Transistor Circuits

    • The Transistor as a Switch

    • Power Dissipation

    • The Field Effect Transistor

  • Integrated Circuits

    • Operational Amplifiers

      • The Parameters of Operational Amplifiers
      • The Operational Amplifier as a Comparator
    • Logic

  • Analogue Circuit Applications

    • Oscillators

    • Active Filters

  • Optical Components

    • Light Emitting Diodes

    • Displays

    • Photoconductors

  • Digital Electronics

    • Logic

      • Boolean Algebra
      • Timing and Counting
      • The Binary System
      • Timers
      • The 555 as a Timer
      • The 555 as a Monostable Multivibrator
      • The 555 as an Astable or Free Running Multivibrator
    • Useful Logic Circuits

      • The Latch
      • Inhibit
      • Time Delay
      • Astable Multivibrator
  • Electronic Circuit Design

    • The Initial Design Process

    • The Brainstorming Session

    • Design Evaluation

    • The Specification

    • The Quotation

    • Design Development

    • Post Production Evaluation

    • The Operating Manual

    • Glossary of Terms

    • Planning

  • Workshop Practice

    • Useful Equipment

    • Construction Methods

    • Soldering and Assembly Techniques

    • Testing

    • Finishing

  • Symbol Library

  • Electronic Design Examples

    • Light Sensitive Switch

    • Temperature Controller

    • Loudspeaker Delay Switch

    • Transistor Tester

    • NiCd Battery Charger

    • Bench Power Supply

    • 110V/240V Auto Select Power Supply

    • Isolated Pulse Conditioning Circuit

    • Optically Coupled Frequency to Voltage Converter

    • Precision Square Wave Oscillator

    • General Purpose Oscillator

    • Pulse Counter

    • Notch Filter

    • Non Linear Amplifier or Characteriser

    • Scanner

    • Dice Simulator

    • Pulse Multiplier



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Key Features of Electonics Made Easy:

  • Ideal for complete beginners, students and hobbyist alike
  • Introduces you to all the key aspects of electronics at a manageable pace
  • Detailed diagrams to support all of the lessons
  • Practical examples you can make yourself throughout the book
  • Written by an Electronics Engineer with thirty years' experience in electronic design
  • Covers all the tools you need to get started, good workshop practices and safety procedure
  • More than 20 projects to challenge your new knowledge, ranging from beginner to advanced level


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