| 摘要 |
On a stator core (3), there are wound T-connection primary generating windings (WU,WV,WW) such that the second and third single-phase windings (WV,WW) are respectively arranged at positions electrically orthogonal to the first single-phase winding (WU). The winding number of the first single-phase winding (WU) is 3<1/2> times that of the second single-phase winding (WV) or the third single-phase winding (WW). The stator excitation windings (We) are also wound on the stator core, which are connected to the center taps (u,v,w) of the primary generating windings (WU,WV,WW) through a control rectifier (5). A plurality of field windings (Wf) are wound on a rotor core (7). The field windings are arranged at positions where they are magnetically coupled with both the odd-order spatial higher harmonic components of armature reaction magnetic fields produced by currents (I1,I2,I3) flowing in the primary generating windings and the static magnetic fields produced by current (Ie) flowing in the stator excitation windings (We). Due to the T-connection primary generating windings, the generator is capable of simultaneously generating not only the three-phase outputs but also the single-phase three-line outputs. <IMAGE> |
