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Encyclopedia of Electrical Engineering
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TABLE OF CONTENTS
PROJECTS
TECHNOLOGY
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TABLE OF CONTENTS
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PROJECTS
TECHNOLOGY
realnfo
.com
Encyclopedia of Electrical Engineering
HOME
TABLE OF CONTENTS
PROJECTS
TECHNOLOGY
HOME
TABLE OF CONTENTS
MORE ▾
PROJECTS
TECHNOLOGY
Electrical Engineering
Table of contents
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1. Basic Electrical Engineering
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1.1. History
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1.2. Fundamental of Physics
1.2.1. International Systems of Units
1.2.2. Converstion of Units
1.2.3. Accuracy and Precision
1.2.4. Significant Figures
1.2.5. Rounding Off
1.2.6. Physical Quantities
1.2.7. Length
1.2.8. Mass
1.2.9. Time
1.2.10. Building blocks of matter
1.2.11. Density
1.2.12. Motion
1.2.12.1. Displacement
1.2.12.2. Speed and Velocity
1.2.12.3. Acceleration
1.2.12.4. Scalars and Vectors
1.2.12.5. Coordinates Systems
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1.3. Sources of Electric Energy
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1.4. Branches of Electrical Engineering
1.4.1. Power Engineering
1.4.2. Electronic Engineering
1.4.3. Computer Engineering
1.4.4. Microelectronics
1.4.5. Control System Engineering
1.4.6. Signal Processing
1.4.7. Telecommunication Engineering
1.4.8. Instrumentation Engineering
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1.5. Electricity and Magnetism
1.5.1. Atom and Its Structure
1.5.2. Electric Charge
1.5.3. Electric Field
1.5.3.1. Electric Permittivity
1.5.3.2. Electric Flux
1.5.3.3. Gauss Law
1.5.4. Potential Difference
1.5.5. Voltage Sources
1.5.5.1. Battery
1.5.5.2. Ampere Hour Rating
1.5.5.3. Solar Cell
1.5.5.4. Voltmeter
1.5.5.5. Ammeter
1.5.5.6. Galvanometer
1.5.6. Conductance and Insulation
1.5.6.1. Conductor
1.5.6.2. Insulator
1.5.6.3. Semiconductor
1.5.7. Capacitance
1.5.8. Current
1.5.9. Magnetism
1.5.9.1. Magnetic Fields
1.5.9.2. Magnetic Flux
1.5.9.3. Magnetic Flux Density
1.5.9.4. Oersted law
1.5.9.5. Faradays Law of Induction
1.5.9.6. Fleming Right and Left Hand Rule
1.5.9.7. Lorentz Force : Force on a Charge
1.5.9.8. Force on a Current Carrying Conductor
1.5.9.9. Magnetic Field of Current Carrying Conductor
1.5.9.10. Force between Two Parallel Conductors
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2. Computer Fundamentals
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3. Calculus and Analytical Geometry
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4. Engineering Drawing
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5. Engineering Mechanics
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6. Differential Equations and Linear Algebra
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7. Data Structures & Algorithms
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8. Electrical Circuit Analysis
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8.1. Basic Circuit Elements
8.1.1. Active Circuit Elements
8.1.2. Passive Circuit Elements
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8.2. Resistance
8.2.1. Resistance: Circular Wires
8.2.1.1. Circular Mils
8.2.1.2. Electrical Cables
8.2.1.3. Wire Gauges
8.2.2. Temperature Effect
8.2.2.1. Inferred Absolute Temperature
8.2.2.2. Temperature Coefficient of Resistance
8.2.2.3. PPM per degree Centigrade
8.2.3. Resistor
8.2.4. Color coding and Standard Resistor Values
8.2.5. Ohmmeter
8.2.6. Resistance: Metric Units
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8.3. Ohms Law, Power and Energy
8.3.1. Energy
8.3.2. Power
8.3.3. Efficiency
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8.4. Series DC Circuits
8.4.1. Series Circuit
8.4.2. Circuit Instrumentation
8.4.3. Series Circuit Power Distribution
8.4.4. Series Voltage Sources
8.4.5. Kirchhoffs Voltage Law
8.4.6. Voltage Division in a Series Circuit
8.4.7. Interchanging Series Elements
8.4.8. Circuit Analysis Notation
8.4.8.1. Single and Double Subscript Notation
8.4.9. Internal Resistance of Voltage Sources
8.4.10. Voltage Regulation
8.4.11. Loading Effects of Instruments
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8.5. Parallel DC Circuits
8.5.1. Parallel Circuits
8.5.2. Power Distribution
8.5.3. Kirchhoffs Current law
8.5.4. Current Divider Rule
8.5.5. Voltage Sources in Parallel
8.5.6. Open and Short Circuits
8.5.7. Voltmeter Loading Effect
8.5.8. Troubleshooting Techniques
8.5.9. Applications
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8.6. Series Parallel Circuits
8.6.1. Reduce and Return Approach
8.6.2. Block Diagram Approach
8.6.3. Ladder Networks
8.6.4. Voltage Divider Supply (Loaded and Unloaded)
8.6.5. Potentiometer Loading
8.6.6. Iron Vane Movement
8.6.6.1. Ammeter Design
8.6.6.2. Voltmeter Design
8.6.6.3. Ohmmeter Design
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8.7. Methods of Analysis
8.7.1. Current Sources
8.7.1.1. Source Conversion
8.7.1.2. Current Sources in Parallel
8.7.1.3. Current Sources in Series
8.7.2. Branch Current Analysis
8.7.3. Mesh Analysis
8.7.4. Mesh Analysis: Format Approach
8.7.5. Nodal Analysis: General Approach
8.7.6. Nodal Analysis: Format Approach
8.7.7. Bridge Networks
8.7.8. Delta-Y conversions
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8.8. Network Theorems
8.8.1. Superposition Theorem
8.8.2. Thevenins Theorem
8.8.3. Nortons Theorem
8.8.4. Maximum Power Transfer Theorem
8.8.5. Millmans Theorem
8.8.6. Substitution Theorem
8.8.7. Reciprocity Theorem
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8.9. Capacitors
8.9.1. Capacitor Charging Phase
8.9.2. Capacitor Discharging Phase
8.9.3. Initial Conditions
8.9.4. Instantaneous Values
8.9.5. Thevenin Equivalent
8.9.6. The Current iC
8.9.7. Capacitors in series and parallel
8.9.8. Energy Stored by a Capacitor
8.9.9. Stray Capacitance
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9. Complex Variables and Transforms
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10. Thermodynamics
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11. Electronic Devices and Circuits
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12. Signals and Systems
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13. Microprocessor Systems
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14. Communication Skills
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15. Probability & Random Variables
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16. Electromagnetic Field Theory
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17. Electrical Machines
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18. Communication Systems
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19. Digital Signal Processing
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20. Control Systems
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21. Instrumentation and Measurements
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22. Engineering Project Management
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23. Information Theory and Coding
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24. Transmission and Switching Systems
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25. Wireless and Mobile Communications
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26. Digital Image Processing
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27. Power Distribution and Utilization
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28. Microwave Devices
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29. RF and Microwave Engineering
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30. Navigation and Radar Systems
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31. Computer Communication Networks
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32. Solid State Devices
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33. Optical Communication
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34. Satellite Engineering
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35. Electrical Power Transmission
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36. Analog and Digital Communication Systems
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37. Introduction to Nano Technology
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38. Verilog HDL
