50% developed

Electronics

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A reviewed version of this page, approved on 19 July 2019, was based off this revision.

Foreword

A printable version of Electronics is available. (edit it)

A PDF version is available. (info)

  1. Aim of This Textbook
  2. Prerequisites
  3. Preface

Chapter 1: DC Circuits

This book is part of a series on Electric Circuits:


  1. Charge and Coulomb's Law 75% developed  as of June 12, 2005
  2. Voltage, Current, and Power 75% developed  as of May 2009
  3. Basic Concepts 25% developed  as of June 12, 2005
  4. Cells 25% developed  as of June 12, 2005
  5. Resistors 100% developed  as of June 12, 2005
  6. Capacitors 75% developed  as of June 18, 2005
  7. Inductors 75% developed  as of June 18, 2005
    1. Inductance 25% developed
    2. Inductors/Networks 25% developed
    3. Inductor Construction 25% developed
    4. Inductors/Real Inductors 25% developed
    5. Simplifying Capacitor/Inductor Networks 25% developed
  8. Other Components 50% developed  as of June 12, 2005
  9. DC Voltage and Current Laws 50% developed  as of June 12, 2005
  10. Nodal Analysis 25% developed  as of June 12, 2005
  11. Mesh Analysis 25% developed  as of June 12, 2005
  12. Thevenin and Norton Equivalent Circuits 50% developed  as of June 12, 2005
  13. Superposition 50% developed  as of June 18, 2005
  14. Diagnostic Equipment 25% developed  as of June 12, 2005
  15. DC Circuit Analysis 25% developed  as of June 12, 2005
  16. Measuring Instruments 25% developed  as of June 12, 2005
  17. Noise in electronic circuits 0% developed  as of June 12, 2005

Chapter 2: AC Circuits

  1. AC Circuits 25% developed  as of June 12, 2005
  2. Phasors 50% developed  as of December 14, 2010
  3. Impedance 25% developed  as of June 12, 2005
  4. Steady State 25% developed  as of June 12, 2005

Chapter 3: Transient Analysis

  1. Inductors/Transient Analysis 25% developed
  2. RC Circuits 50% developed  as of June 12, 2005
  3. RL Circuits 0% developed
  4. LC Circuits 0% developed
  5. RCL Circuits 50% developed  as of June 12, 2005

Chapter 4: Analog Circuits

  1. Analog Circuits 0% developed  as of June 12, 2005
  2. Semiconductor Basics 0% developed  as of June 22, 2019
  3. Vacuum Tubes 25% developed  as of June 12, 2005
  4. Diodes 50% developed  as of June 12, 2005
  5. Transistors 50% developed  as of June 12, 2005
  6. FET
  7. MOSFET
  8. Amplifiers 50% developed  as of June 12, 2005
  9. Operational amplifiers 50% developed  as of June 12, 2005
    1. Op-Amps/Non Linear Configurations 25% developed
    2. Op-Amps/Non Linear Configurations/Inductor Gyrator 25% developed
  10. Analog multipliers 50% developed  as of July 19, 2006

Chapter 5: Digital Circuits

  1. Digital Circuits
  2. Boolean Algebra
  3. TTL
  4. CMOS
  5. Integrated Circuits

Elements of Digital Circuits

  1. Transistors
  2. Basic gates
  3. Combination gates
  4. Flip Flops
  5. Counters
  6. Adders
  7. Decoders and Encoders
  8. Multiplexers

Computer Architecture

  1. RAM and ROM
  2. Registers
  3. ALU
  4. Control Unit
  5. I/O
  6. RTN

Analog-to-Digital and Digital-to-Analog Converters

  1. Analog to Digital Converters
  2. Sequential Approximation Registers
  3. Digital to Analog Converters

Radio engineering

  1. Frequency Spectrum
  2. Gallery of VLF-signals
  3. VLF-reception with the PC
  4. Reception of DRM-transmitters
  5. Transmitter design

Formulas Sheets

  1. Definitions 50% developed  as of June 12, 2005
  2. Circuit Symbols (Editors should also look at Template)
  3. Identifying Components and Values
  4. Electronics Formulas
  5. Op Amp Applications
  6. Laplace Transform pairs

Others

Wikipedia has related information at Electronics

  1. Formulas
  2. Design Basics: Tools and Equipment
  3. Electro-Mechanical Analogies
  4. Expanded Edition

Resources: (When adding links make sure to fill out the Permission Form)

  1. Discuss this book
  2. GCSE Science/Electricity
  3. Wikipedia's Electronics
  4. Wikipedia's List of electronics topics

Resources that are not yet covered by the Permission Form

  1. Tony R. Kuphaldt's Lessons in Electric Circuits
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