A Theoretical Study of the Three Phase Salient Pole Type Genetaror with Simultaneous AC and Bridge Rectified DC Output-Part II

The equations derived in Part I of this paper are applied numerically to an actual generator design. The results are shown in performance curves, demonstrating the relations between AC and DC loading and the angle of start of commutation, commutation duration, the average field current, the internal generator angle and the RMS, average and instantaneous AC and DC voltages. Also, the influence of DC commutation and the relative spacing between the AC and DC stator windings upon the deformation of the AC voltage is shown.