Foreword

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

Chapter 1: DC Circuits

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

Chapter 2: AC Circuits

  1. AC Circuits
  2. Phasors
  3. Impedance
  4. Steady State

Chapter 3: Transient Analysis

  1. Inductors/Transient Analysis
  2. RC Circuits
  3. RL Circuits
  4. LC Circuits
  5. RCL Circuits

Chapter 4: Analog Circuits

  1. Analog Circuits
  2. Semiconductor Basics
  3. Vacuum Tubes
  4. Diodes
  5. Transistors
  6. FET
  7. MOSFET
  8. Amplifiers
  9. Operational amplifiers
    1. Op-Amps/Non Linear Configurations
    2. Op-Amps/Non Linear Configurations/Inductor Gyrator
  10. Analog multipliers

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
  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

  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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