TERMINAL OBJECTIVE - h1011v3_19
AC GENERATION
Figure 2 Developing a Sine-Wave Voltage
AC Generation Summary
AC GENERATION ANALYSIS
Effective Values
Figure 4 Effective Value of Current
Phase Angle
Voltage Calculations
Current Calculations
Voltage, Current, and Frequency Summary
ELECTRICAL SCIENCE Module 8 Basic AC Reactive Components
TABLE OF CONTENTS - h1011v3_33
LIST OF FIGURES - h1011v3_34
REFERENCES - h1011v3_36
TERMINAL OBJECTIVE - h1011v3_37
ENABLING OBJECTIVES (Cont.) - h1011v3_38
INDUCTANCE - h1011v3_39
Voltage and Current Phase Relationships in an Inductive Circuit
Figure 2 Coil Circuit and Phasor Diagram
Inductive Reactance Summary
CAPACITANCE - h1011v3_43
Capacitive Reactance
Figure 4 Circuit and Phasor Diagram
Capacitive Reactance Summary
IMPEDANCE
Figure 5 Relationship Between Resistance, Reactance, and Impedance
Impedance in R-L Circuits
Impedance in R-C Circuits
Impedance in R-C-L Circuits
Figure 8 Series R-C-L Impedance-Phasor
Figure 9 Simple R-C-L Circuit
Figure 10 Simple Parallel R-C-L Circuit
Branch currents
Impedance Summary
RESONANCE
Parallel Resonance
ELECTRICAL SCIENCE Module 9 Basic AC Power
TABLE OF CONTENTS - h1011v3_61
LIST OF FIGURES - h1011v3_62
REFERENCES - h1011v3_64
TERMINAL OBJECTIVE - h1011v3_65
POWER TRIANGLE
Apparent Power
Reactive Power
Total Power
Power in Series R-L Circuit
Power in Parallel R-L Circuit - h1011v3_72
Power in Parallel R-L Circuit - h1011v3_73
Power in Series R-C Circuit - h1011v3_74
Power in Series R-C Circuit - h1011v3_75
Power in Parallel R-C Circuit - h1011v3_76
Power in Parallel R-C Circuit - h1011v3_77
Power in Series R-C-L Circuit - h1011v3_78
Power in Series R-C-L Circuit - h1011v3_79
Power in Parallel R-C-L Circuits - h1011v3_80
Power in Parallel R-C-L Circuits - h1011v3_81
AC Power Relationships Summary
THREE-PHASE CIRCUITS
Figure 10 Three-Phase AC
Power in Balanced 3 phase Loads - h1011v3_85
Power in Balanced 3 phase Loads - h1011v3_86
Power in Balanced 3 phase Loads - h1011v3_87
Power in Balanced 3 phase Loads - h1011v3_88
Unbalanced 3 phase Loads
Figure 16 3 phase Unbalanced Load
Figure 16 3 phase Unbalanced Load
Three-Phase Circuits Summary
ELECTRICAL SCIENCE Module 10 AC Generators
TABLE OF CONTENTS - h1011v3_95
LIST OF FIGURES - h1011v3_96
REFERENCES - h1011v3_98
TERMINAL OBJECTIVE - h1011v3_99
AC GENERATOR COMPONENTS
Rotor
Slip Rings
AC Generator Components Summary
AC GENERATOR THEORY
Losses in an AC Generator
Hysteresis Losses - h1011v3_107
AC Generator Theory Summary
AC GENERATOR OPERATION
Paralleling AC Generators
Three-Phase AC Generators
AC Generator Connections
Figure 11 Characteristics of a Wye-Connected AC Generator
AC Generator Operation Summary
ELECTRICAL SCIENCE Module 11 Voltage Regulators
TABLE OF CONTENTS - h1011v3_117
LIST OF FIGURES - h1011v3_118
REFERENCES - h1011v3_120
TERMINAL OBJECTIVE - h1011v3_121
VOLTAGE REGULATORS
Sensing Circuit
Signal Output Circuit
Voltage Regulators Summary
AC GENERATION
Figure 2 Developing a Sine-Wave Voltage
AC Generation Summary
AC GENERATION ANALYSIS
Effective Values
Figure 4 Effective Value of Current
Phase Angle
Voltage Calculations
Current Calculations
Voltage, Current, and Frequency Summary
ELECTRICAL SCIENCE Module 8 Basic AC Reactive Components
TABLE OF CONTENTS - h1011v3_33
LIST OF FIGURES - h1011v3_34
REFERENCES - h1011v3_36
TERMINAL OBJECTIVE - h1011v3_37
ENABLING OBJECTIVES (Cont.) - h1011v3_38
INDUCTANCE - h1011v3_39
Voltage and Current Phase Relationships in an Inductive Circuit
Figure 2 Coil Circuit and Phasor Diagram
Inductive Reactance Summary
CAPACITANCE - h1011v3_43
Capacitive Reactance
Figure 4 Circuit and Phasor Diagram
Capacitive Reactance Summary
IMPEDANCE
Figure 5 Relationship Between Resistance, Reactance, and Impedance
Impedance in R-L Circuits
Impedance in R-C Circuits
Impedance in R-C-L Circuits
Figure 8 Series R-C-L Impedance-Phasor
Figure 9 Simple R-C-L Circuit
Figure 10 Simple Parallel R-C-L Circuit
Branch currents
Impedance Summary
RESONANCE
Parallel Resonance
ELECTRICAL SCIENCE Module 9 Basic AC Power
TABLE OF CONTENTS - h1011v3_61
LIST OF FIGURES - h1011v3_62
REFERENCES - h1011v3_64
TERMINAL OBJECTIVE - h1011v3_65
POWER TRIANGLE
Apparent Power
Reactive Power
Total Power
Power in Series R-L Circuit
Power in Parallel R-L Circuit - h1011v3_72
Power in Parallel R-L Circuit - h1011v3_73
Power in Series R-C Circuit - h1011v3_74
Power in Series R-C Circuit - h1011v3_75
Power in Parallel R-C Circuit - h1011v3_76
Power in Parallel R-C Circuit - h1011v3_77
Power in Series R-C-L Circuit - h1011v3_78
Power in Series R-C-L Circuit - h1011v3_79
Power in Parallel R-C-L Circuits - h1011v3_80
Power in Parallel R-C-L Circuits - h1011v3_81
AC Power Relationships Summary
THREE-PHASE CIRCUITS
Figure 10 Three-Phase AC
Power in Balanced 3 phase Loads - h1011v3_85
Power in Balanced 3 phase Loads - h1011v3_86
Power in Balanced 3 phase Loads - h1011v3_87
Power in Balanced 3 phase Loads - h1011v3_88
Unbalanced 3 phase Loads
Figure 16 3 phase Unbalanced Load
Figure 16 3 phase Unbalanced Load
Three-Phase Circuits Summary
ELECTRICAL SCIENCE Module 10 AC Generators
TABLE OF CONTENTS - h1011v3_95
LIST OF FIGURES - h1011v3_96
REFERENCES - h1011v3_98
TERMINAL OBJECTIVE - h1011v3_99
AC GENERATOR COMPONENTS
Rotor
Slip Rings
AC Generator Components Summary
AC GENERATOR THEORY
Losses in an AC Generator
Hysteresis Losses - h1011v3_107
AC Generator Theory Summary
AC GENERATOR OPERATION
Paralleling AC Generators
Three-Phase AC Generators
AC Generator Connections
Figure 11 Characteristics of a Wye-Connected AC Generator
AC Generator Operation Summary
ELECTRICAL SCIENCE Module 11 Voltage Regulators
TABLE OF CONTENTS - h1011v3_117
LIST OF FIGURES - h1011v3_118
REFERENCES - h1011v3_120
TERMINAL OBJECTIVE - h1011v3_121
VOLTAGE REGULATORS
Sensing Circuit
Signal Output Circuit
Voltage Regulators Summary
