A generator basically consists of a stator and a rotor. Mechanical energy is provided to the rotor of a generator by means of a prime mover (i.e.

Turbines are of different types like steam turbine, water turbine, wind turbine etc. Mechanical energy can also be provided by IC engines or similar other sources. To learn more about how generators work, read the following articles.

Lab manual experiment names. 1 open circuit & short circuit test on a single phase transformer. 2017 Buick Terraza Owners Manual download free. 2 sumpners test. 3 scott connection of transformers. Instructor’s Manual to accompany Electrical Machines, Drives and Power Systems Sixth Edition Theodore Wildi Professor Emeritus, Laval University. Electrical Machines Laboratory Lab Manual by soumencha in Book Excerpts and matlab.

• (converts mechanical energy into Alternating Current (AC) electricity) • (converts mechanical energy into Direct Current (DC) electricity) Electric Motor: A motor is an electrical machine which converts electrical energy into mechanical energy. When a current carrying conductor is placed in a magnetic field, the conductor experiences a mechanical force and this is the principle behind motoring action. Just like generators, motors also consist of two basic parts, stator and rotor. In many types of motors, electric supply needs to be provided for both stator and rotor winding.

But in some types, like fixed magnet motors and induction motors, supply may be necessary for only one winding. Electromagnetic force between the two windings causes the rotor to rotate. John Maxwell Ushers Training Manual download. To learn more about electric motors, read the following articles. • AC motors: (i) and (ii) • DC motors: (i) and (ii) Transformers: Transformers do not actually make conversion between mechanical and electrical energy, but they transfer electric power from one circuit to another circuit.