External
Electric Circuits V - References
There will occasionally be situations where you find yourself needing an uncommon component or equation. Maybe you, like many others, just need a conversion chart for a resistor value or wire color 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.
- Author
- Tony R. Kuphaldt
- Publisher
- Bellingham Technical College
- Source
- LibreTexts
- License
- GNU FDL
- Language
- EN
Contents· 90 sections
- 01: Useful Equations And Conversion Factors
- 1.01: DC Circuit Equations and Laws
- 1.02: Series Circuit Rules
- 1.03: Parallel Circuit Rules
- 1.04: Series and Parallel Component Equivalent Values
- 1.05: Capacitor Sizing Equation
- 1.06: Inductor Sizing Equation
- 1.07: Time Constant Equations
- 1.08: AC Circuit Equations
- 1.09: Decibels Equations
- 1.10: Metric Prefixes and Unit Conversions
- 02: Color Codes
- 2.01: Resistor Color Codes
- 2.02: Wiring Color Codes
- 2.03: Wiring Color Codes Infographic
- 03: Conductor And Insulator Tables
- 3.01: Copper Wire Gauge Table
- 3.02: Copper Wire Ampacity Table
- 3.03: Coefficients of Specific Resistance
- 3.04: Temperature Coefficients of Resistance
- 3.05: Critical Temperatures for Superconductors
- 3.06: Dielectric Strengths for Insulators
- 04: Algebra Reference
- 4.01: Basic identities
- 4.02: Arithmetic Properties
- 4.03: Properties of Exponents
- 4.04: Radicals
- 4.05: Important Constants
- 4.06: Logarithms
- 4.07: Factoring Equivalencies
- 4.08: The Quadratic Formula
- 4.09: Sequences
- 4.10: Factorials
- 4.11: Solving Simultaneous Equations- The Substitution Method and the Addition Method
- 05: Trigonometry Reference
- 5.01: Right Triangle Trigonometry
- 5.02: Non-right Triangle Trigonometry
- 5.03: Trigonometric Equivalencies
- 5.04: Hyperbolic Functions
- 06: Calculus Reference
- 6.01: Rules for Limits
- 6.02: Derivative of a Constant
- 6.03: Common Derivatives
- 6.04: Derivatives of Power Functions of e
- 6.05: Trigonometric Derivatives
- 6.06: Rules for Derivatives
- 6.07: The Antiderivative (Indefinite Integral)
- 6.08: Common Antiderivatives
- 6.09: Antiderivatives of Power Functions of e
- 6.10: Rules for Antiderivatives
- 6.11: Definite Integrals and the Fundamental Theorem of Calculus
- 6.12: Differential Equations
- 07: Using The spice Circuit Simulation Program
- 7.01: Introduction to SPICE
- 7.02: History of SPICE
- 7.03: Fundamentals of SPICE programming
- 7.04: The Command-line Interface
- 7.05: Circuit Components
- 7.06: Analysis Options
- 7.07: SPICE Quirks
- 7.08: Example Circuits and Netlists
- 08: Troubleshooting -- Theory And Practice
- 8.01: Questions to Ask Before Proceeding
- 8.02: General Troubleshooting Tips
- 8.03: Specific Troubleshooting Techniques
- 8.04: Likely Failures in Proven Systems
- 8.05: Likely Failures in Unproven Systems
- 8.06: Potential Pitfalls
- 09: Circuit Schematic Symbols
- 9.01: Wires and Connections
- 9.02: Power Sources
- 9.03: Resistors Types
- 9.04: Capacitor Types
- 9.05: Inductors
- 9.06: Mutual Inductors
- 9.07: Switches Hand Actuated
- 9.08: Switches Process Actuated
- 9.09: Switches Electrically Actuated (Relays)
- 9.10: Connectors
- 9.11: Diodes
- 9.12: Transistors Bipolar
- 9.13: Transistors junction field-effect (JFET)
- 9.14: Transistors Insulated-gate Field-effect (IGFET or MOSFET)
- 9.15: Transistors Hybrid
- 9.16: The Thyristor
- 9.17: Integrated Circuits
- 9.18: Electron Tubes
- 10: Periodic Table Of The Elements
- 10.01: Table (landscape view)
- 10.02: Table (portrait view)