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Encyclopedia of Electrical Engineering
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Electrical Engineering
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Electrical Engineering's Table of Contents
Basic Electrical Engineering
History of electrical engineering
Fundamental of Physics
Sources of Electric Energy
Branches of Electrical Engineering
Electricity
Magnetism
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Electrical Circuit Analysis
Electric Circuit
Resistance
Series DC Circuits
Parallel DC Circuits
Series Parallel Circuits
Methods of Analysis
Network Theorems
Capacitors
Magnetic Circuits
Inductors
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Introduction to Computer
Exploring Computer
Types of Computer
Inside the Computer
Interacting with Computers
Inputting Data in Other Ways
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Profiles
Q & A
Motor Design
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Electrical Engineering
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Basic Electrical Engineering
1. History of electrical engineering
2. Fundamental of Physics
2.1. Building blocks of matter
2.2. Physical Quantities
2.2.1. Length
2.2.2. Mass
2.2.3. Time
2.2.4. Density
2.3. SI Units
2.4. Conversion of Units
2.5. Accuracy
2.5.1. Systematic Error
2.5.2. Random Error
2.6. Precision
2.7. Mean
2.8. Standard Deviation
2.9. Significant Figures
2.10. Rounding Off
2.11. Scalars and Vectors
2.12. Coordinates Systems
2.13. Motion
2.13.1. Displacement
2.13.2. Speed
2.13.3. Velocity
2.13.4. Acceleration
2.14. Energy
2.15. Power
2.16. Efficiency
3. Sources of Electric Energy
4. Branches of Electrical Engineering
4.1. Power Engineering
4.2. Electronic Engineering
4.3. Computer Engineering
4.4. Microelectronics
4.5. Control System Engineering
4.6. Signal Processing
4.7. Telecommunication Engineering
4.8. Instrumentation Engineering
5. Electricity
5.1. Atom and Its Structure
5.2. Electric Charge
5.3. Electric Field
5.3.1. Electric Permittivity
5.3.2. Electric Flux
5.3.3. Gauss Law
5.4. Potential Difference
5.5. Voltage Sources
5.5.1. Battery
5.5.2. Solar Cell
5.6. Electrical Measuring Instruments
5.6.1. Voltmeter
5.6.2. Ammeter
5.6.3. Ohmmeter
5.6.4. Galvanometer
5.6.5. Wattmeter
5.6.6. Multimeter
5.7. Ampere Hour Rating
5.8. Conductance and Insulation
5.8.1. Conductor
5.8.2. Insulator
5.8.3. Semiconductor
5.9. Current
6. Magnetism
6.1. Magnetic Fields
6.2. Magnetic Flux
6.3. Oersted law
6.4. Fleming Right and Left Hand Rule
6.5. Lorentz Force
6.6. Force on a Current Carrying Conductor
6.7. Magnetic Field of Current Carrying Conductor
6.8. Force between Two Parallel Conductors
Branches of Electrical Engineering
Basic Electrical Engineering
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Electrical Engineering and Telecommunications is arguably the origin of most high technology as we know it today. Based on fundamental principles from mathematics and physics, electrical engineering covers but not limited to the following fields:
Power Engineering
Electronic Engineering
Computer Engineering
Microelectronics
Control System Engineering
Signal Processing
Telecommunication Engineering
Instrumentation Engineering
Sources of Electric Energy
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Electricity
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