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EEE - Machines RK

EEE - Machines RK

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Responsible www.gatewintrichy.in, Dhamo Daran
Last Update 25/10/2026
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  • DC MACHINES (empty)
    10Lessons ·
    • 1. DC MACHINES CONSTRUCTION
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    • 2. LEARN TO APPLY FLEMMING LEFT AND RIGHT HAND RULES __ WORKING PRINCIPLES
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    • 3. WAVE FORM OF FLUX, CURRENT AND MMF
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    • 4. ARMATURE REACTION
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    • 5. SEE THE BEAUTY OF COMPENSATING WINDING AND INTER POLES
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    • 6.WHY BRUSH LOSS IS MEASURED IN TERMS OF VOLTAGE AND CURRENT
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    • 7. WHAT IS CONDITION FOR MAXIMUM OUTPUT POWER
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    • 8. DESIGNING OF ARMATURE WINDING
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    • 9. CLASSIFICATION OF DC MACHINES
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    • 10. WHICH GENERATOR IS USED FOR ARC WELDING
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  • SINGLE PHASE INDUCTION MOTOR (empty)
    6Lessons ·
    • 1. DOUBLE FIELD REVOLVING THEORY
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    • 2. EQUIVALENT CIRCUIT
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    • 3. TORQUE EQUATION AND CONDITION FOR MAXIMUM TORQUE
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    • 4. SPLIT PHASE INDUCTION MOTOR
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    • 5. CAPACITOR START INDUCTION MOTOR
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    • 6. CAPACITANCE CALCULATION
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  • SYNCHRONOUS MACHINES (empty)
    48Lessons ·
    • 1. SYNCHRONOUS MACHINES CLASS
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    • 2. PURPOSE OF SYNCHRONOUS MACHINES
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    • 3. SALIENT POLE SYNCHRONOUS MACHINES
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    • 4. NON SALIENT POLE SYNCHRONOUS MACHINES
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    • 5. ADVANTAGES OF SYNCHRONOUS MACHINES
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    • 6. SYNCHRONISM OF SYNCHRONOUS MACHINES
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    • 7. FIELD REVOLVING THEORY
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    • 8. WHY DO WE HAVE STAR‚≠ê CONNECTED ALTERNATOR
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    • 9. DEVELOPMENT OF TORQUE
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    • 10. ARMATURE WINDING
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    • 11. SLOT PITCH, POLE PITCH AND COIL SPAN
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    • 12. PITCH FACTOR
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    • 13. DISTRIBUTION FACTOR
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    • 14. DISTRIBUTION FACTOR FOR 2‚É£PAHSE AND 3‚É£PHASE SYNCHRONOUS MACHINES
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    • 15. EMF EQUATION
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    • 16. ARMATURE REACTION
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    • 17. REACTION OF ALTERNATOR FOR UNITY POWER FACTOR
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    • 18. ZPF LAGGING
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    • 19. ZPF LEADING
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    • 20. LAGGING POWER FACTOR
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    • 21. EQUIVALENT CIRCUIT OF SYNCHRONOUS MACHINES
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    • 22. PHASOR DIAGRAM
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    • 23. VOLTAGE REGULATION
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    • 24. ZERO VOLTAGE REGULATION AND MAXIMUM VOLTAGE REGULATION
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    • 25. OPEN CIRCUIT CHARACTERISTICS
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    • 26. SHORT CIRCUIT CHARACTERISTICS
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    • 27. LOAD CHARACTERISTICS
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    • 28. EXTERNAL CHARACTERISTICS
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    • 29. MEASUREMENT OF ARMATURE RESISTANCE
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    • 30. HARMONICS
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    • 31.HARMONIC ELIMINATION
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    • 32. ALTERNATOR INPUT POWER EQUATION
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    • 33. POWER EQUATIONS FOR SYNCHRONOUS MOTOR
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    • 34. REACTION OF ALTERNATOR FOR REACTIVE POWER
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    • 35.REACTION OF SYNCHRONOUS MOTOR FOR REACTIVE POWER
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    • 36. V CURVE AND INVERTED V CURVE OF ALTERNATORS
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    • 37.SALIENT POLE ALTERNATOR
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    • 38. POWER EQUATION FOR SALIENT POLE SYNCHRONOUS MACHINES
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    • 39. BEHAVIOR OF ALTERNATOR FOR THE CHANGES IN PRIME MOVER AND FIELD EXCITATION
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    • 40. SYNCHRONISING POWER COEFFICIENT AND SYNCHRONOUS TORQUE
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    • 41. THREE LAMPS DARK OR BRIGHT METHOD (PARALLEL OPERATION)
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    • 42. ONE LAMP DARK AND TWO LAMPS BRIGHT METHOD (PARALLEL OPERATION OF ALTERNATOR)
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    • 43. CHANGE IN EXCITATION WITHOUT LOAD (PARALLEL OPERATION)
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    • 44. CHANGE IN STEAM INPUT WITHOUT LOAD
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    • 45. CHANGE IN STEAM INPUT AND PRIME MOVER WITH LOAD
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    • 46. DROOPING CHARACTERISTICS
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    • 47. POWER FLOW DIAGRAM AND EFFICIENCY
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    • 48. WHY SYNCHRONOUS MOTOR IS NOT SELF STARTING
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  • THREE PHASE INDUCTION MOTOR (empty)
    45Lessons ·
    • 1. INTRODUCTION FOR INDUCTION MACHINES__ DIFFERENCE BETWEEN SINGLY AND DOUBLY EXCITED MACHINES
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    • 2.DOUBLE REVOLVING FIELD THEORY
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    • 3. STATOR CONSTRUCTION
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    • 4. SQUIRREL CAGE ROTOR CONSTRUCTION
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    • 5. SLIP RING OR WOUND OR PHASE WOUND ROTOR CONSTRUCTION
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    • 6. WORKING PRINCIPLE OF INDUCTION MACHINES
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    • 7. RELATIVE SPEED
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    • 8. POWER FLOW DIAGRAM
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    • 9. EQUIVALENT CIRCUIT OF INDUCTION MOTOR
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    • 10. POWER EQUATION
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    • 11. TORQUE EQUATION
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    • 12. TORQUE EQUATION-2 OF INDUCTION MOTOR
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    • 13. TORQUE, CURRENT, PF VS SLIP IN INDUCTION MOTOR
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    • 14. TORQUE-SLIP CHARACTERISTICS
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    • 15. TORQUE VS MAXIMUM TORQUE
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    • 16. LOSSES
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    • 17.OPEN CIRCUIT TEST
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    • 18. BLOCKED ROTOR TEST
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    • 19. INDUCTION MOTOR STABILITY
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    • 20. STARTING METHODS __ DIRECT ONLINE STARTING
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    • 21. STATOR REACTANCE STARTING
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    • 22. AUTO TRANSFORMER STARTING
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    • 23. STAR DELTA STARTING
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    • 24. INTRODUCTION FOR SPEED CONTROL
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    • 25. VOLTAGE CONTROL METHOD
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    • 26. ROTOR RESISTANCE CONTROL
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    • 27. ROTOR EMF INJECTION METHOD
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    • 28. FREQUENCY CONTROL METHOD
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    • 29. FREQUENCY CONTROL METHOD-2
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    • 30. CONSEQUENCE POLES CHANGING METHOD
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    • 31. CASCADED CONNECTION
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    • 32. REGENERATIVE BRAKING __ BRAKING METHODS
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    • 33. PLUGGING __ BRAKING METHODS
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    • 34. DYNAMIC BRAKING __ BRAKING METHODS
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    • 35. COGGING
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    • 36. CRAWLING
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    • 37. DEEP BAR CAGE ROTOR
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    • 38. DOUBLE CAGE ROTOR
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    • 39. PROBLEMS ON THREE PHASE INDUCTION MOTOR
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    • 40. PROBLEMS ON THREE PHASE INDUCTION MOTOR
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    • 41. PROBLEMS ON THREE PHASE INDUCTION MOTOR
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    • 42. PROBLEMS ON THREE PHASE INDUCTION MOTOR
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    • 43. PROBLEMS ON THREE PHASE INDUCTION MOTOR
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    • 44. PROBLEMS ON THREE PHASE INDUCTION MOTOR
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    • 45. PROBLEMS ON THREE PHASE INDUCTION MACHINES
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  • Transformer (empty)
    48Lessons ·
    • 1. TRANSFORMER
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    • 2. MAGNETIC CIRCUITS AND DOT NOTATION
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    • 3. MAGNETIC MATERIALS
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    • 4. CLASSIFICATION OF TRANSFORMER
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    • 5. MAGNETOSTRICTION AND LAMINATION
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    • 6.PRACTICAL AND IDEAL TRANSFORMER
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    • 7. TRANSFORMER EMF EQUATION
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    • 8. EQUIVALENT CIRCUIT OF TRANSFORMER
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    • 9. WORKING PRINCIPLE OF TRANSFORMER
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    • 10. TRANSFORMER ON NO LOAD
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    • 11. TRANSFORMER ON LOAD
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    • 12. HYSTERESIS LOSS IN TRANSFORMER
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    • 13. EDDY CURRENT LOSS
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    • 14. COPPER LOSS, STRAY LOSS AND DIELECTRIC LOSS
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    • 15. EFFICIENCY OF TRANSFORMER
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    • 16. VOLTAGE REGULATION
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    • 17. MAXIMUM AND ZERO REGULATION
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    • 18. RATINGS VS DIMENSIONS
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    • 19. LEAKAGE INDUCTANCE CALCULATION
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    • 20. TRANSIENT SWITCHING I DOUBLING EFFECT
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    • 21. HARMONICS
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    • 22. OPEN CIRCUIT TEST
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    • 23. SHORT CIRCUIT TEST AND SUMPNER TEST ON TRANSFORMER
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    • 24. POWER TRANSFORMER VERSUS DISTRIBUTION TRANSFORMER
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    • 25. PARALLEL OPERATION OF TRANSFORMER
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    • 26. PARALLEL OPERATION OF TRANSFORMER -2
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    • 27. AUTO TRANSFORMER INTRODUCTION
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    • 28. AUTO TRANSFORMER CONNECTION WITH ADDITIVE POLARITY
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    • 29. AUTO TRANSFORMER CONNECTION WITH SUBTRACTIVE POLARITY
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    • 30. EXAMPLES FOR MAGNETIC MATERIALS
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    • 31. THREE PHASE - PHASE SEQUENCES
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    • 32. EFFECT OF THIRD HARMONICS IN THREE PHASE SYSTEM
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    • 33. DIRECTIONS OF HIGHER ORDER HARMONICS IN THREE PHASE SYSTEM
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    • 34. THREE PHASE TRANSFORMER CONNECTIONS INTRODUCTION
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    • 35. Yy12 AND Yy6 CONNECTIONS
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    • 36. Dd12 AND Dd6 CONNECTIONS
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    • 37. Yd11 THREE PHASE TRANSFORMER CONNECTIONS
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    • 38. Yd1 THREE PHASE CONNECTION
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    • 39. Dy1 THREE PHASE TRANSFORMER CONNECTION
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    • 40. Dy11 THREE PHASE TRANSFORMER CONNECTION
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    • 41. OPEN DELTA CONNECTION
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    • 42. PROBLEMS ON TRANSFORMER
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    • 43. PROBLEMS ON TRANSFORMER
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    • 44. PROBLEMS ON TRANSFORMER
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    • 45. PROBLEMS ON TRANSFORMER
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    • 46. PROBLEMS ON TRANSFORMER
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    • 47. PROBLEMS ON TRANSFORMER
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    • CURRENT TRANSFORMER TURNS RATIO CALCULATION __ MERZ PRICE DIFFERENTIAL PROTECTION
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