Generation of a circular magnetic field in a three-phase asynchronous motor at single-phase power supply
One of the important problems of electromechanics is choosing the capacitance required for switching three-phase asynchronous motors (AM) into a single-phase network. In fact, the problem comes down to the choice of a capacitance value, at which an operational magnetic field of the motor will be as close to circular as possible. The solution to this problem by using mathematical models of symmetrical electric machines needs setting a number of simplifying assumptions and does not ensure the reliability of calculation results.