Vol. V - Reference
If you are involved with electronics and/or electricity, you will find that despite the many complex circuits and equations that exist, you will frequently use the few most common equations and circuit configurations. For example, V = IR is arguably the most important equation in electronics, followed by Kirchhoff’s current and voltage laws.
But there will occasionally be situations where you find yourself needing an uncommon component (such as a gas discharge tube) or equation (e.g., the relationship between inductance and the physical characteristics of a coiled wire). Maybe you, like many others, just need a conversion chart for a resistor value or wire colour codes for power distribution cables.
Here you will find many references for situations such as these, ranging from DC circuit equations and unit conversions to derivatives and troubleshooting techniques.
Chapter 1: Useful Equations And Conversion Factors
Chapter 2: Color Codes
Chapter 5: Trigonometry Reference
Chapter 6: Calculus Reference
- Rules for Limits
- Derivative of a Constant
- Common Derivatives
- Derivatives of Power Functions of e
- Trigonometric Derivatives
- Rules for Derivatives
- The Antiderivative (Indefinite Integral)
- Common Antiderivatives
- Antiderivatives of Power Functions of e
- Rules for Antiderivatives
- Definite Integrals and the Fundamental Theorem of Calculus
- Differential Equations
Chapter 7: Using The spice Circuit Simulation Program
Chapter 8: Troubleshooting -- Theory And Practice
Chapter 9: Circuit Schematic Symbols
- Wires and Connections
- Power Sources
- Resistors Types
- Capacitor Types
- Inductors
- Mutual Inductors
- Switches, Hand Actuated
- Switches, Process Actuated
- Switches, Electrically Actuated (Relays)
- Connectors
- Diodes
- Transistors, Bipolar
- Transistors, junction field-effect (JFET)
- Transistors, Insulated-gate Field-effect (IGFET or MOSFET)
- Transistors, Hybrid
- The Thyristor
- Integrated Circuits
- Electron Tubes

