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ISBN10: 0071447857 | ISBN13: 9780071447850
ISBN10: 0071447857
ISBN13: 9780071447850
Chapter 1: IntroductionChapter 2: Principles of TransformersChapter 3: Materials Used in TransformersChapter 4: Magnetic CircuitsChapter 5: Windings and InsulationChapter 6: Voltage Regulation and TapchangersChapter 7: Electromagnetic Forces in Power TransformersChapter 8: Cooling ArrangementsChapter 9: Design ProcedureChapter 10: Structural Design of Transformer Tankschapter 11: Transformer Auxiliaries and Oil Preservation SystemsChapter 12: Manufacturing and AssemblyChapter 13: Drying and ImpregnationChapter 14: TestingChapter 15: Power Transformer StandardsChapter 16: Loading and Life TransformersChapter 17: Erection and CommissioningChapter 18: Transformer ProtectionChapter 19: ReactorsChapter 20: Traction TransformersChapter 21: Rectifier TransformersChapter 22: Controller ShuntChapter 23: Designing and Manufacturing a Short-Circuit-Proof TransformerChapter 24: High Voltage Condenser BushingsChapter 25: Computerization Chapter 26: Condition MonitoringChapter 27: Solved Examples
Chapter 3: Materials Used in TransformersChapter 4: Magnetic CircuitsChapter 5: Windings and InsulationChapter 6: Voltage Regulation and TapchangersChapter 7: Electromagnetic Forces in Power TransformersChapter 8: Cooling ArrangementsChapter 9: Design ProcedureChapter 10: Structural Design of Transformer Tankschapter 11: Transformer Auxiliaries and Oil Preservation SystemsChapter 12: Manufacturing and AssemblyChapter 13: Drying and ImpregnationChapter 14: TestingChapter 15: Power Transformer StandardsChapter 16: Loading and Life TransformersChapter 17: Erection and CommissioningChapter 18: Transformer ProtectionChapter 19: ReactorsChapter 20: Traction TransformersChapter 21: Rectifier TransformersChapter 22: Controller ShuntChapter 23: Designing and Manufacturing a Short-Circuit-Proof TransformerChapter 24: High Voltage Condenser BushingsChapter 25: Computerization Chapter 26: Condition MonitoringChapter 27: Solved Examples
Chapter 5: Windings and InsulationChapter 6: Voltage Regulation and TapchangersChapter 7: Electromagnetic Forces in Power TransformersChapter 8: Cooling ArrangementsChapter 9: Design ProcedureChapter 10: Structural Design of Transformer Tankschapter 11: Transformer Auxiliaries and Oil Preservation SystemsChapter 12: Manufacturing and AssemblyChapter 13: Drying and ImpregnationChapter 14: TestingChapter 15: Power Transformer StandardsChapter 16: Loading and Life TransformersChapter 17: Erection and CommissioningChapter 18: Transformer ProtectionChapter 19: ReactorsChapter 20: Traction TransformersChapter 21: Rectifier TransformersChapter 22: Controller ShuntChapter 23: Designing and Manufacturing a Short-Circuit-Proof TransformerChapter 24: High Voltage Condenser BushingsChapter 25: Computerization Chapter 26: Condition MonitoringChapter 27: Solved Examples
Chapter 7: Electromagnetic Forces in Power TransformersChapter 8: Cooling ArrangementsChapter 9: Design ProcedureChapter 10: Structural Design of Transformer Tankschapter 11: Transformer Auxiliaries and Oil Preservation SystemsChapter 12: Manufacturing and AssemblyChapter 13: Drying and ImpregnationChapter 14: TestingChapter 15: Power Transformer StandardsChapter 16: Loading and Life TransformersChapter 17: Erection and CommissioningChapter 18: Transformer ProtectionChapter 19: ReactorsChapter 20: Traction TransformersChapter 21: Rectifier TransformersChapter 22: Controller ShuntChapter 23: Designing and Manufacturing a Short-Circuit-Proof TransformerChapter 24: High Voltage Condenser BushingsChapter 25: Computerization Chapter 26: Condition MonitoringChapter 27: Solved Examples
Chapter 9: Design ProcedureChapter 10: Structural Design of Transformer Tankschapter 11: Transformer Auxiliaries and Oil Preservation SystemsChapter 12: Manufacturing and AssemblyChapter 13: Drying and ImpregnationChapter 14: TestingChapter 15: Power Transformer StandardsChapter 16: Loading and Life TransformersChapter 17: Erection and CommissioningChapter 18: Transformer ProtectionChapter 19: ReactorsChapter 20: Traction TransformersChapter 21: Rectifier TransformersChapter 22: Controller ShuntChapter 23: Designing and Manufacturing a Short-Circuit-Proof TransformerChapter 24: High Voltage Condenser BushingsChapter 25: Computerization Chapter 26: Condition MonitoringChapter 27: Solved Examples
chapter 11: Transformer Auxiliaries and Oil Preservation SystemsChapter 12: Manufacturing and AssemblyChapter 13: Drying and ImpregnationChapter 14: TestingChapter 15: Power Transformer StandardsChapter 16: Loading and Life TransformersChapter 17: Erection and CommissioningChapter 18: Transformer ProtectionChapter 19: ReactorsChapter 20: Traction TransformersChapter 21: Rectifier TransformersChapter 22: Controller ShuntChapter 23: Designing and Manufacturing a Short-Circuit-Proof TransformerChapter 24: High Voltage Condenser BushingsChapter 25: Computerization Chapter 26: Condition MonitoringChapter 27: Solved Examples
Chapter 13: Drying and ImpregnationChapter 14: TestingChapter 15: Power Transformer StandardsChapter 16: Loading and Life TransformersChapter 17: Erection and CommissioningChapter 18: Transformer ProtectionChapter 19: ReactorsChapter 20: Traction TransformersChapter 21: Rectifier TransformersChapter 22: Controller ShuntChapter 23: Designing and Manufacturing a Short-Circuit-Proof TransformerChapter 24: High Voltage Condenser BushingsChapter 25: Computerization Chapter 26: Condition MonitoringChapter 27: Solved Examples
Chapter 15: Power Transformer StandardsChapter 16: Loading and Life TransformersChapter 17: Erection and CommissioningChapter 18: Transformer ProtectionChapter 19: ReactorsChapter 20: Traction TransformersChapter 21: Rectifier TransformersChapter 22: Controller ShuntChapter 23: Designing and Manufacturing a Short-Circuit-Proof TransformerChapter 24: High Voltage Condenser BushingsChapter 25: Computerization Chapter 26: Condition MonitoringChapter 27: Solved Examples
Chapter 17: Erection and CommissioningChapter 18: Transformer ProtectionChapter 19: ReactorsChapter 20: Traction TransformersChapter 21: Rectifier TransformersChapter 22: Controller ShuntChapter 23: Designing and Manufacturing a Short-Circuit-Proof TransformerChapter 24: High Voltage Condenser BushingsChapter 25: Computerization Chapter 26: Condition MonitoringChapter 27: Solved Examples
Chapter 19: ReactorsChapter 20: Traction TransformersChapter 21: Rectifier TransformersChapter 22: Controller ShuntChapter 23: Designing and Manufacturing a Short-Circuit-Proof TransformerChapter 24: High Voltage Condenser BushingsChapter 25: Computerization Chapter 26: Condition MonitoringChapter 27: Solved Examples
Chapter 21: Rectifier TransformersChapter 22: Controller ShuntChapter 23: Designing and Manufacturing a Short-Circuit-Proof TransformerChapter 24: High Voltage Condenser BushingsChapter 25: Computerization Chapter 26: Condition MonitoringChapter 27: Solved Examples
Chapter 23: Designing and Manufacturing a Short-Circuit-Proof TransformerChapter 24: High Voltage Condenser BushingsChapter 25: Computerization Chapter 26: Condition MonitoringChapter 27: Solved Examples
Chapter 25: Computerization Chapter 26: Condition MonitoringChapter 27: Solved Examples
Chapter 27: Solved Examples
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