1. Basic Circuit Elements
- 1.1. Active Circuit Elements
- 1.2. Passive Circuit Elements
2. Resistance
- 2.1. Resistance: Circular Wires
- 2.2. Temperature Effect
- 2.3. Resistor
- 2.4. Color coding and Standard Resistor Values
- 2.5. Ohmmeter
- 2.6. Resistance: Metric Units
3. Ohms Law, Power and Energy
- 3.1. Energy
- 3.2. Power
- 3.3. Efficiency
4. Series DC Circuits
- 4.1. Series Circuit
- 4.2. Circuit Instrumentation
- 4.3. Series Circuit Power Distribution
- 4.4. Series Voltage Sources
- 4.5. Kirchhoffs Voltage Law
- 4.6. Voltage Division in a Series Circuit
- 4.7. Interchanging Series Elements
- 4.8. Circuit Analysis Notation
- - 4.8.1. Single and Double Subscript Notation
- 4.9. Internal Resistance of Voltage Sources
- 4.10. Voltage Regulation
- 4.11. Loading Effects of Instruments
5. Parallel DC Circuits
- 5.1. Parallel Circuits
- 5.2. Power Distribution
- 5.3. Kirchhoffs Current law
- 5.4. Current Divider Rule
- 5.5. Voltage Sources in Parallel
- 5.6. Open and Short Circuits
- 5.7. Voltmeter Loading Effect
- 5.8. Troubleshooting Techniques
- 5.9. Applications
6. Series Parallel Circuits
- 6.1. Reduce and Return Approach
- 6.2. Block Diagram Approach
- 6.3. Ladder Networks
- 6.4. Voltage Divider Supply (Loaded and Unloaded)
- 6.5. Potentiometer Loading
- 6.6. Iron Vane Movement
7. Methods of Analysis
- 7.1. Current Sources
- 7.2. Branch Current Analysis
- 7.3. Mesh Analysis
- 7.4. Mesh Analysis with Current Sources
- 7.5. Nodal Analysis
- 7.6. Nodal Analysis with Voltage Sources
- 7.7. Bridge Networks
- 7.8. Wye Delta Transformation
8. Network Theorems
- 8.1. Linearity Property
- 8.2. Superposition Theorem
- 8.3. Thevenins Theorem
- 8.4. Nortons Theorem
- 8.5. Maximum Power Transfer Theorem
- 8.6. Millmans Theorem
- 8.7. Substitution Theorem
- 8.8. Reciprocity Theorem
- 8.9. Application of Maximum Power Transfer Method
9. Capacitors
- 9.1. Capacitance
- 9.2. Types of capacitor
- 9.3. Capacitor Charging Phase
- 9.4. Capacitor Discharging Phase
- 9.5. Initial Conditions
- 9.6. Instantaneous Values
- 9.7. Thevenin Equivalent Circuit
- 9.8. The Current iC
- 9.9. Capacitors in series and parallel
- 9.10. Energy Stored by a Capacitor
- 9.11. Stray Capacitance
10. Magnetic Circuits
- 10.1. Magnetic Flux Density
- 10.2. Permeability
- 10.3. Magnetic Reluctance
- 10.4. Ohms Law for Magnetic Circuits
- 10.5. Magnetizing Force
- 10.6. Hysteresis Curve
- 10.7. Domain Theory of Magnetism
- 10.8. Amperes Circuital Law
- 10.9. Series Magnetic Circuits
- 10.10. Magnetic Circuit Air Gaps
- 10.11. Series Parallel Magnetic Circuits
- 10.12. Application of Magnetic circuits
11. Inductors
- 11.1. Faradays Law of Induction
- 11.2. Lenz law
- 11.3. Self Inductance
- 11.4. Types of Inductors
- 11.5. Standard Values and Recognition Factor
- 11.6. Induced Voltage
- 11.7. RL Transients (storage cycle)
- 11.8. Initial Values
- 11.9. RL Transients (decay cycle)
- 11.10. Thevenin Equivalent Circuit of Inductor
- 11.11. Inductors in Series and Parallel
- 11.12. RL and RLC Circuits with DC Inputs
- 11.13. Energy Stored by an Inductor
- 11.14. Application of inductors
12. Sinusoidal Alternating Waveforms
- 12.1. Sinusoidal AC Voltage Generation
- 12.2. Sinusoidal AC Waveform Definitions
- 12.3. The Sine Wave
- 12.4. General Format for the Sinusoidal Voltage or Current
- 12.5. Sinusoidal Waveforms Phase Relations
- 12.6. Average Value
- 12.7. Effective or Root Mean Square (rms) Values
- 12.8. AC meters and Instruments
13. The Basic Elements and Phasors
- 13.1. The Derivative
- 13.2. Response of Resistor to a Sinusoidal Voltage
- 13.3. Response of Inductor to a Sinusoidal Voltage
- 13.4. Response of Capacitor to a Sinusoidal Voltage
- 13.5. Frequency Effects on L and C in DC Circuits
- 13.6. Frequency Response of the Basic Elements
- 13.7. Sinusoidal Voltage Average Power
- 13.8. AC Power Factor
- 13.9. Complex Numbers
- 13.10. Phasors
14. Series and Parallel ac Circuits
- 14.1. Impedance and the Phasor Diagram
- 14.2. AC Series Configuration
- 14.3. AC Circuits Voltage divider rule
- 14.4. Frequency Response of the RC Circuit
- 14.5. SUMMARY of Series ac Circuits
- 14.6. Admittance and Susceptance

Magnetic Circuits

Electrical Circuit Analysis

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