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- Electrical Machines -I
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- Electrical Machines -I39
- 2.1Introduction
- 2.2Operating Principles & Construction of Single Phase Transformers
- 2.3Modeling of Single Phase Transformers
- 2.4Equivalent Circuits of Single Phase Transformers
- 2.5Testing of Single Phase Transformers
- 2.6Efficiency of Single Phase Transformers
- 2.7Voltage Regulation of Single Phase Transformers
- 2.8Parallel Operation of Single Phase Transformers
- 2.9Harmonics & Switching Transients in Single Phase Transformers
- 2.10Introduction to Three Phase Transformer
- 2.11Three Phase Transformer Connections
- 2.12Three Phase Transformer Phase Groups Part – I
- 2.13Three Phase Transformer Phase Groups Part – II
- 2.14Analysis and Testing of Three Phase Transformers
- 2.15Operation of Three Phase Transformers
- 2.16Auto Transformers
- 2.17Three Winding Transformers
- 2.18Scott Connected Transformers
- 2.19Potential and Current Transformers
- 2.20Operating Principles of DC Machines
- 2.21Constructional Features of DC Machines
- 2.22Generated EMF and Torque in DC Machines
- 2.23Armature Reaction
- 2.24Commutation in DC Machines
- 2.25Separately Excited DC Generators
- 2.26DC Shunt Generators
- 2.27Compound DC Generators
- 2.28Interconnected DC Generators
- 2.29Characteristics of DC Shunt Motors
- 2.30Starting of DC Shunt Motors
- 2.31Speed Control of DC Shunt Motors
- 2.32Braking of DC Shunt Motors
- 2.33Electronic Control of DC Shunt Motors
- 2.34Testing of DC Shunt Motors
- 2.35Characteristics of DC Series Motors
- 2.36Starting and Braking of DC Series Motors
- 2.37Speed Control and of DC Series Motors
- 2.38Testing of DC Series Motors
- 2.39Characteristics of Compound DC Series Motors