Contenu
Electrical machines - Miroslav Bjekić
Electric machines
Table des matières
MAGNETIC CIRCUIT
TRANSFORMATOR
ELECTROMECHANICAL ENERGY CONVERSION
DC MACHINES
- DC Machine Separately Excited
- DC Machine Parallel excited
- DC Motor Series Excited
- DC generator separat. exited - Load curve u=f(j), i=const.
- DC generator separat. exited - External curve u=f(i) j=const
- DC generator separat. exited - Regul. curve j=f(i) u=const
- DC generator separat. exited - S. C. curve i=f(j) u=0
- DC generator shunt exited - External curve u=f(i) j=const
- DC generator series exited - External curve u=f(i) j=i
- DC generator with compound excitation - External curve
- DC motor separate exited
- DC motor series exited
- DC motor winding
ASYNHRONOUS MACHINES
- Rotating Magnetic Field
- Rotating magnetic field - Double revolving field theory
- Rotating magnetic field - Fortescue symmetrical components
- Fortescue symmetrical components
- Rotating magnetic field - advanced
- IM mechanical characteristic
- AC motor winding
- IM Kloss Equation
- IM circle diagrame
- IM circle diagrame 2
- IM 12wire low/hight voltage wye/delta conection
SYNHRONOUS MACHINES
- Synchronous generator cylindrical rotor - vector diagram
- Synchronous generator salient pole - vector diagram
- Synchronous motor cylindrical rotor - vector diagram
- Synchronous motor salient pole - vector diagram
- Synchronous machine - Potier diagram
- Synchronous machine - Swedish diagram
- Synchronous machine - American diagram
- Synchronous generator - drop voltage
- Synchronous machine - PQ diagram TG with slider
- Synchronous machine - PQ diagram HG
- Synchronous machines cylindrical rotor P and Q
- Synchronous machines salient rotor P and Q
- Synchronous machine - Synchronization
- V curves of synchronous machines
- Short circuit of synchronous machines
SPECIAL ELECTRICAL MACHINES
ELECTRIC DRIVES