Principles and Practice of Engineering PE Electrical and Computer: Power Reference Handbook 1.1.1

COVER AND COPYRIGHT......Page 1
PREFACE......Page 3
CONTENTS......Page 4
1.1	Units......Page 7
1.2	Conversion Factor......Page 8
1.3.1	Algebra of Complex Numbers......Page 9
1.3.2	Trigonometry......Page 10
1.3.3	List of Derivatives......Page 12
1.3.4	List of Indefinite Integrals......Page 13
1.4.1	Nomenclature and Definitions......Page 14
1.4.5	Depreciation......Page 15
1.4.11	Benefit-Cost Analysis......Page 16
1.4.12	Interest Rate Tables......Page 17
2.1.1	Insulation Testing......Page 22
2.1.2	Ground Resistance Testing......Page 25
2.2.1	Lightning Protection......Page 27
2.2.2	Reliability......Page 28
2.2.3	Illumination and Energy Efficiency......Page 29
2.2.4	Demand Calculations......Page 32
2.2.5	Energy Management......Page 33
2.2.6	Grounding......Page 34
2.3	Codes and Standards......Page 38
3.1.1	3-Phase Circuits......Page 39
3.1.3	Per Unit System......Page 40
3.1.4	Single-Phase Circuits......Page 41
3.1.5	DC Circuits......Page 43
3.1.6	Single-Line Diagrams......Page 44
3.2.1	Battery Characteristics and Ratings......Page 45
3.2.2	Power Supplies and Converters......Page 50
3.2.3	Variable-Speed Drives......Page 54
4.1	Synchronous Machines......Page 55
4.1.2	Equivalent Circuits and Characteristics......Page 56
4.1.4	Electrical Machine Theory......Page 57
4.2.1	Generator and Motor Applications......Page 58
4.2.2	Equivalent Circuits and Characteristics......Page 59
4.2.3	Motor Starting......Page 60
4.2.4	Electrical Machine Theory......Page 61
4.2.5	3-Phase Induction Motor Power Flow......Page 62
4.3.1	Transformers......Page 63
4.3.2	Reactors......Page 67
4.3.3	Testing......Page 68
4.3.4	Capacitors......Page 69
5.1.3	Power Factor Correction and Voltage Support......Page 70
5.1.5	Fault Current Analysis......Page 71
5.1.6	Transmission Line Models......Page 75
5.1.8	Line Inductance and Inductive Reactance......Page 78
5.1.9	Power Flow......Page 79
5.1.10	Power System Stability......Page 80