1	Introduction; Electromechanical and electromagnetic systems and applications,
2	The magnetic, electric, mechanic and electromemagnetics relationships;
3	Definations and references signs of the generator, motor and transformer; Elementary motor and generator.
4	DC Machines; Basic structure, Types of the machines, electrical and mathematical models,
5	DC Machines; The action of the commutator, Induced voltage and torque; Generator and motor characteristics, Steady-State Operating Characteristics,
6	Synchronous Machines; Basic structure and types; Rotating magnetic field,
7	Synchronous Machines; Equivalent circuits, Electrical and mathematical models; Induced voltage and torque, Phasor diagrams, Steady-State operating Characteristics of Generator and motor,
8	Midterm exam
9	Induction Machines; Basic structure and types,
10	Induction Machines;Single-phase machines, inductive and capacitive starting and torque characteristics,
11	Induction Machines; Poly-phase machines, Equivalent circuits, Steady-State Operating Characteristics,
12	Induction Machines; Starting methods, Parameter Determination from No-Load and Blocked-Rotor Tests,
13	Transformers; Basic structure and types; Single-phase transformers, Ideal transformers, (Equivalent circuits), Three-phase transformers,Electrical and mathematical models of three-phase transformers,
14	Transformers; Parameter Determination from No-Load and short-circuit Tests; Auto transformers; Voltage and current transformers.

Tacer M.E., ‘’Course Notes’’






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