EE Basics - Electrical Engineers and Electricians 3.8

EE Basics provides a comprehensive compilation of essential Electrical Engineering principles, including laws, equations, tables, and various reference materials. The structured layout allows for easy navigation among topics critical to both students and professionals in the field.

Table of Contents:

• Amps and Wire Gauge - 12V Circuit
• Asynchronous Motors - Electrical Data
• A WG - American Wire Gauge and Circular Mils
• A WG to square mm Wire Gauge Conversion
• Capacitors
• Circuit Wiring - Single Phase (230V) Electrical Motors
• Circuit Wiring - Three Phase (230 and 460V) Electrical Motors
• CM - Circular Mil Area
• Conductors
• Converting from NEMA to IEC Enclosure Classifications
• Copper Wire
• Electrical Formulas
• Electrical Motor Attributes:
  • Full Load Current
  • Efficiency
  • Frame Dimensions
  • Locked Rotor
  • Efficiency Ratings
  • Hp and Amps
  • HP, Torque, and RPM
  • Insulation Classes
  • Starting Devices
  • Heat Loss
• Electrical Units
• Electrode Potential and Galvanic Corrosion
• Frequency and Speed of Electrical Motors
• IEC - NEMA Standard Torques
• IEC Duty Cycles
• Inductance
• Inductors - Energy Stored
• IP - Ingress Protection Ratings
• K Kirchhoff's Laws
• KVA
• Motor Wiring Data - 480 Volt
• NEMA A, B, C, and D Designations
• NEMA Electrical Enclosure Types
• NEMA Enclosure Standards for Electrical Motors
• NEMA Insulation Classes
• NEMA Starters
• Parallel Circuits
• Potential Divider
• Power and Horsepower in Electrical Motors
• Power Factor for a Three-Phase Electrical Motor
• Rechargeable Batteries
• < li>Resistance and Resistivity </ li >
• Resistivity, Conductivity, and Temperature Coefficients </ li >
• Series Circuits </ li >
• Service Factor </ li >
• Single Phase Power Equations </ li >
• Slip in Electrical Induction Motors </ li >
• Speed of Electrical Motors with Operating Loads </ li >
• Synchronous and Full Load Speed </ li >
• Synchronous Speed of Electrical Motors </ li >
• Three-Phase Power Equations </ li >
• Three-Phase Electrical Motors </ li >
• Torques in Electrical Induction Motors </ li >
• Transformers </ li >
• Variable-Frequency Drives </ li >
• Voltage Drop </ li >
• Voltage Imbalance and Derating Factor </ li >
• Wire Gauges </ li >

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