TERMINAL OBJECTIVE - h1011v2_19
INDUCTANCE - h1011v2_21
Figure 2 Induced EMF in Coils
Figure 4 Inductors in Series
Figure 6 DC Current Through an Inductor
Figure 7 Time Constant
Figure 8 Voltage Applied to an Inductor
Figure 9 Inductor and Resistor in Parallel
Inductance Summary
CAPACITANCE - h1011v2_29
Figure 12 Discharging a Capacitor
Capacitance - h1011v2_31
Types of Capacitors
Capacitors in Series and Parallel
Figure 14 Capacitors Connected in Parallel
Figure 16 Example 2 - Capacitors Connected in Series
Capacitive Time Constant
Figure 19 Capacitive Time Constant for Discharging Capacitor
Capacitance Summary
ELECTRICAL SCIENCE Module 4 Batteries
TABLE OF CONTENTS - h1011v2_41
TABLE OF CONTENTS (Cont.) - h1011v2_42
LIST OF FIGURES - h1011v2_43
REFERENCES - h1011v2_45
TERMINAL OBJECTIVE - h1011v2_46
ENABLING OBJECTIVES (Cont.) - h1011v2_47
BATTERY TERMINOLOGY
Ampere-Hour
Battery Terminology Summary
BATTERY THEORY
Figure 3 Electron Flow Through a Battery
Discharge and Charging of Lead-Acid Battery
Figure 5 Chemical Action During Charging
Figure 6 Voltage and Specific Gravity During Charge and Discharge
Battery Theory Summary
BATTERY OPERATIONS
Parallel Cells
Internal Resistance
Battery Operations Summary
TYPES OF BATTERIES
Nickel-Cadmium Cell
Battery Types Summary
BATTERY HAZARDS
Battery Temperature
Battery Hazards Summary
ELECTRICAL SCIENCE Module 5 DC Generators
TABLE OF CONTENTS - h1011v2_71
TABLE OF CONTENTS (Cont.) - h1011v2_72
LIST OF FIGURES - h1011v2_73
REFERENCES - h1011v2_75
TERMINAL OBJECTIVE - h1011v2_76
ENABLING OBJECTIVES (Cont.) - h1011v2_77
DC EQUIPMENT TERMINOLOGY
DC Equipment Terminology Summary
DC EQUIPMENT CONSTRUCTION
DC Equipment Construction Summary
DC GENERATOR THEORY
Figure 3 Basic Operation of a DC Generator
Commutator Action
Figure 6 Commutation in a DC Generator
Field Excitation - h1011v2_87
DC Generator Ratings
Hysteresis Losses - h1011v2_89
DC Generator Theory Summary
DC GENERATOR CONSTRUCTION
Figure 9 Output Voltage-vs-Load Current for Shunt-Wound DC Generator
Series-Wound DC Generators
Compound Generators
Figure 13 Voltage-vs-Current for a Compounded DC Generator
DC Generator Construction Summary
ELECTRICAL SCIENCE Module 6 DC Motors
TABLE OF CONTENTS - h1011v2_99
LIST OF FIGURES - h1011v2_100
REFERENCES - h1011v2_102
TERMINAL OBJECTIVE - h1011v2_103
DC MOTOR THEORY
Theory of Operation - h1011v2_106
Figure 3 Motor Action
Torque - h1011v2_108
Generator Action in a Motor
DC Motor Speed
DC Motor Theory Summary
TYPES OF DC MOTORS
Shunt-Wound Motor Applications
Series-Wound Motor
Types of DC Motors Summary
DC MOTOR OPERATION
DC Motor Ratings
DC Motor Operation Summary
INDUCTANCE - h1011v2_21
Figure 2 Induced EMF in Coils
Figure 4 Inductors in Series
Figure 6 DC Current Through an Inductor
Figure 7 Time Constant
Figure 8 Voltage Applied to an Inductor
Figure 9 Inductor and Resistor in Parallel
Inductance Summary
CAPACITANCE - h1011v2_29
Figure 12 Discharging a Capacitor
Capacitance - h1011v2_31
Types of Capacitors
Capacitors in Series and Parallel
Figure 14 Capacitors Connected in Parallel
Figure 16 Example 2 - Capacitors Connected in Series
Capacitive Time Constant
Figure 19 Capacitive Time Constant for Discharging Capacitor
Capacitance Summary
ELECTRICAL SCIENCE Module 4 Batteries
TABLE OF CONTENTS - h1011v2_41
TABLE OF CONTENTS (Cont.) - h1011v2_42
LIST OF FIGURES - h1011v2_43
REFERENCES - h1011v2_45
TERMINAL OBJECTIVE - h1011v2_46
ENABLING OBJECTIVES (Cont.) - h1011v2_47
BATTERY TERMINOLOGY
Ampere-Hour
Battery Terminology Summary
BATTERY THEORY
Figure 3 Electron Flow Through a Battery
Discharge and Charging of Lead-Acid Battery
Figure 5 Chemical Action During Charging
Figure 6 Voltage and Specific Gravity During Charge and Discharge
Battery Theory Summary
BATTERY OPERATIONS
Parallel Cells
Internal Resistance
Battery Operations Summary
TYPES OF BATTERIES
Nickel-Cadmium Cell
Battery Types Summary
BATTERY HAZARDS
Battery Temperature
Battery Hazards Summary
ELECTRICAL SCIENCE Module 5 DC Generators
TABLE OF CONTENTS - h1011v2_71
TABLE OF CONTENTS (Cont.) - h1011v2_72
LIST OF FIGURES - h1011v2_73
REFERENCES - h1011v2_75
TERMINAL OBJECTIVE - h1011v2_76
ENABLING OBJECTIVES (Cont.) - h1011v2_77
DC EQUIPMENT TERMINOLOGY
DC Equipment Terminology Summary
DC EQUIPMENT CONSTRUCTION
DC Equipment Construction Summary
DC GENERATOR THEORY
Figure 3 Basic Operation of a DC Generator
Commutator Action
Figure 6 Commutation in a DC Generator
Field Excitation - h1011v2_87
DC Generator Ratings
Hysteresis Losses - h1011v2_89
DC Generator Theory Summary
DC GENERATOR CONSTRUCTION
Figure 9 Output Voltage-vs-Load Current for Shunt-Wound DC Generator
Series-Wound DC Generators
Compound Generators
Figure 13 Voltage-vs-Current for a Compounded DC Generator
DC Generator Construction Summary
ELECTRICAL SCIENCE Module 6 DC Motors
TABLE OF CONTENTS - h1011v2_99
LIST OF FIGURES - h1011v2_100
REFERENCES - h1011v2_102
TERMINAL OBJECTIVE - h1011v2_103
DC MOTOR THEORY
Theory of Operation - h1011v2_106
Figure 3 Motor Action
Torque - h1011v2_108
Generator Action in a Motor
DC Motor Speed
DC Motor Theory Summary
TYPES OF DC MOTORS
Shunt-Wound Motor Applications
Series-Wound Motor
Types of DC Motors Summary
DC MOTOR OPERATION
DC Motor Ratings
DC Motor Operation Summary
