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TERMINAL OBJECTIVE
* ENABLING OBJECTIVES (Cont.)
* ENABLING OBJECTIVES (Cont.)
ATOM AND ITS FORCES
* Electrostatic Force
* The First Law of Electrostatics
* Figure 5 Electrostatic Field Between Two Charges of Opposite Polarity
* Potential Difference
* Free Electrons
* Free Electrons
* Forces Around Atoms Summary
ELECTRICAL TERMINOLOGY
* Voltage
* Figure 9 Electron Flow Through a Copper Wire with a Potential Difference
* Real and Ideal Sources
UNITS OF ELECTRICAL MEASUREMENT
* Ohm’s Law
* Ohm’s Law
* Conductance
* Inductance
* Electrical Units Summary
METHODS OF PRODUCING VOLTAGE (ELECTRICITY)
* Static Electricity
* Magnetic Induction
* Thermoelectricity
* Photoelectric Effect
* Thermionic Emission
* Figure 17 Vacuum Tube Diode
* Methods of Producing Electricity Summary
* MAGNETISM
* Figure 19 Magnetic Domains
* Magnetic Flux Density
* Magnetic Materials
* Polarity of a Single Conductor
* Magnetic Field and Polarity of a Coil
* Magnetomotive Force
* Field Intensity
* Reluctance
* Magnetism Summary
* MAGNETIC CIRCUITS
* Figure 26 Magnetic Current with Closed Iron Path
* BH Magnetization Curve
* Hysteresis
* Magnetic Induction
* Faraday’s Law of Induced Voltage
* Lenz’s Law
* Magnetic Circuits Summary
* ELECTRICAL SYMBOLS
* Figure 30 Electrical Symbols
* Electrical Symbols Summary
* Appendix A BASIC ELECTRICAL THEORY
* Appendix A METRIC SYSTEM AND POWERS OF TEN
* TABLE A-2 SUPPLEMENTARY SI UNIT
* TABLE A-3 DERIVED SI UNITS
* TABLE A-4 METRIC PREFIXES USED in ELECTRICITY
* TABLE A-5 POWERS of 10
* Rules associated with powers of ten
* Rules associated with powers of ten
* TABLE A-6 METRIC PREFIXES EXPRESSED as POWERS of 10
* TABLE A-6 METRIC PREFIXES EXPRESSED as POWERS of 10
* ELECTRICAL SCIENCE Module 2 Basic DC Theory
* TABLE OF CONTENTS
* TABLE OF CONTENTS (Cont.)
* LIST OF FIGURES
* LIST OF FIGURES (Cont.)
* LIST OF FIGURES (Cont.)
* LIST OF TABLES
* REFERENCES
TERMINAL OBJECTIVE
* ENABLING OBJECTIVES (Cont.)
DC SOURCES
* DC Generator
* Thermocouples
* Figure 3 Production of a DC Voltage Using a Thermocouple
* Rectifiers
* Figure 4 Forward-Biased Diode
* Reverse Bias
* Half-Wave Rectifier Circuit
* Full-Wave Rectifier Circuit
* Figure 8 Bridge Rectifier Circuit
* Summary
DC CIRCUIT TERMINOLOGY
* One-Line Diagram
* Block Diagram
* Wiring Diagram
* Resistivity
* Temperature Coefficient of Resistance
* Electric Circuit
* Figure 14 Open Circuit
* Series Circuit
* Parallel Circuit
* Summary
BASIC DC CIRCUIT CALCULATIONS
* Figure 18 Resistance in a Series Circuit
* Figure 19 Voltage Drops in a Series Circuit
* Figure 20 Voltage Total in a Series Circuit
* Figure 21 Example 1 Series Circuit
* Figure 22 Example 2 Series Circuit
* Parallel Currents
* Figure 23 Example 1 Parallel Circuit
* Figure 25 Example 3 Parallel Circuit
* Resistance in Parallel
* Figure 27 Total Resistance in a Parallel Circuit
* Simplified Formulas
* Simplified Formulas
* Voltage Divider
* Figure 29 Voltage Divider
* Current Division
* Summary
VOLTAGE POLARITY AND CURRENT DIRECTION
* Summary
* KIRCHHOFF’S LAWS
* Kirchhoff’s Voltage Law
* Applying Kirchhoff’s Voltage Law
* Kirchhoff’s Current Law
* Figure 35 Illustration of Kirchhoff’s Current Law
* Figure 36 Using the Current Law
* Summary
DC CIRCUIT ANALYSIS
* Figure 38 Assumed Direction of Current Flow
* Figure 40 Applying Voltage Law to Loop 1
* Loop 2 equation
* Figure 41 Applying Voltage Laws to Outer Loop
* Node Equations
* Figure 43 Node Point
* Figure 44 Circuit for Node Analysis
* Figure 45 Node - Voltage Analysis
* Series-Parallel Circuit Analysis
* Figure 46 Redrawn Circuit Example
* Y and Delta Network Calculation
* Figure 48 p (pi) or D (delta) Network
* Figure 49 Y - D Equivalent
* Figure 50 Bridge Circuit
* Figure 51 Y - D Redrawn Circuit
* DC Circuit Analysis Summary
DC CIRCUIT FAULTS
* Open Circuit (Parallel)
* Short Circuit (Series)
* Summary
Electrical Science Volumn 1 of 4
Labels: Electrical Science, Electrical Science Volumn 1 of 4
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