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IMPROVED TRANSFORMER rotating magnetic field, the magnetization of the magnetic circuit ADJUSTABLE CROSS

机译：改进的变压器旋转磁场，磁路的磁化可调节

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It is known that the magnetization in the orthogonal (transverse) to the working plane of the magnetic flux of the windings allows to change the magnetic properties of the ferromagnetic material. With this method, the bias in the working windings of the even harmonics does not occur, and the relative amplitudes of the odd harmonics decrease with increasing transverse field intensity, due to increased linearity magnetic characteristics of the magnetization. With increasing power controlled reactor or transformer transverse magnetization causes a reduction in loss and magnetostriction restriction hysteresis loop with a simultaneous increase its linearity. Technically, the transverse magnetization is implemented shift axes of the working (primary) and a winding bias (more) at an angle of 90 degrees, with a ferromagnet formed resulting magnetic field determined by the degree of exposure to the bias winding, and between the working and winding bias offline inductive (transformer) bond. Unlike the proposed solutions in the use of cross-magnetizing not only the internal magnetic yoke, but the total volume of the teeth; flow field winding located in the center of the magnetic core in the longitudinal axis thereof, closes the ends of the magnetic ferromagnetic plates form a complex step. The end plates have a diameter greater than the inner diameter of the yoke slots, and consist of layers of different diameter, in the repeating section of the magnetic circuit teeth zone that provides an increase in the volume of the magnetizing yoke and the magnetization efficiency.
机译：众所周知，在垂直于（横向）绕组磁通量的工作平面的磁化强度可以改变铁磁材料的磁性能。使用这种方法，由于磁化的线性磁特性增加，偶数谐波的工作绕组中不会出现偏压，并且随着横向磁场强度的增加，奇数谐波的相对幅度会减小。随着功率控制的电抗器或变压器的横向磁化强度的降低，磁致伸缩限制磁滞回线减少，同时线性度也随之增加。从技术上讲，横向磁化是通过工作轴（初级）和绕组偏置轴（更多）的偏移轴成90度角实现的，形成的铁磁体产生的磁场由偏置绕组的暴露程度决定，工作和绕组偏置离线电感（变压器）键。与提出的解决方案不同的是，不仅对内部磁轭使用交叉磁化，而且对齿的总体积进行交叉磁化。流场绕组位于磁芯沿其纵轴的中心，闭合磁铁磁板的端部形成一个复杂的台阶。端板的直径大于轭槽的内径，并且在磁路齿区域的重复区段中由不同直径的层组成，这增加了磁轭的体积和磁化效率。

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