SECTION-1 (Basic Principle of Elctric Machine)

  1. Review of Magnetic circuit and electromagnetics (Faraday’s law, Ampere’s law, Biot

Savart’s law, Kirchoff law and Maxwell’s equation (integral form and point form)).

  1. Principle of transformer action.
  2. Principle of Electromagnetic Energy Conversion
  3. Elementary electric machine

SECTION-2 (Basic Principle of DC Machine)

  1. Modeling of D.C. Machine (Separately Excited, shunt and series type)
  2. Linearization of machine equations.
  3. State Space Modeling of the machine.

SECTION-3 (Induction machine Modeling)

  1. Distributed Winding in AC Machinery, winding function, air gap mmf, rotating mmf.
  2. Flux linkage and Inductance.
  3. Stator and rotor voltage equation and torque equation in stator reference frame.
  4. Reference frame theory: Space phasor description.
  5. Derivation of induction motor modelling in rotor flux and stator flux reference frame.
  6. Derivation of steady state model.

SECTION-4 (Permanent Magnet Machine Modeling)

  1. Voltage and torque equation of surface mount permanent magnet machine in stator

reference frame.

  1. Voltage and torque equation of surface mount permanent magnet machine in rotor

reference frame.

  1. Derivation of steady state model.

SECTION-5 (Synchronous machine modeling)

  1. Voltage and torque equation of salient pole synchronous machine including damper

winding in stator reference frame.

  1. Voltage and torque equation of salient pole synchronous machine including damper

winding in rotor reference frame.