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Electrical & Electronics Engineering

Electrical Machines -I

Electrical Machines -I

01 Introduction

02 Operating Principles and Construction of Single Phase Transformers

03 Modeling of Single Phase Transformers

04 Equivalent Circuits of Single Phase Transformers

05 Testing of Single Phase Transformers

06 Efficiency of Single Phase Transformers

07 Voltage Regulation of Single Phase Transformers

08 Parallel Operation of Single Phase Transformers

09 Harmonics and Switching Transients in Single Phase Transformers

10 Introduction to Three Phase Transformer

11 Construction of Three Phase Transformers

12 Speed Control and of DC Series Motors

13Construction of Three Phase Transformers

14 Three Phase Transformer Phase Groups Part - I

15 Three Phase Transformer Phase Groups Part - II

16 Analysis and Testing of Three Phase Transformers

17 Operation of Three Phase Transformers

18 Auto Transformers

19 Three Winding Transformers

20 Scott Connected Transformers

21 Potential and Current Transformers

22 Operating Principles of DC Machines

23 Constructional Features of DC Machines

24 Generated EMF and Torque in DC Machines

25 Armature Reaction

26 Commutation in DC Machines

27 Separately Excited DC Generators

28 DC Shunt Generators

29 Compound DC Generators

30 Interconnected DC Generators

31 Characteristics of DC Shunt Motors

32 Starting of DC Shunt Motors

33 Speed Control of DC Shunt Motors

34 Braking of DC Shunt Motors

35 Electronic Control of DC Shunt Motors

36 Testing of DC Shunt Motors

37 Characteristics of DC Series Motors

38 Starting and Braking of DC Series Motors

39 Speed Control and of DC Series Motors

40 Testing of DC Series Motors

41 Characteristics of Compound DC Series Motors

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