Design of the Inductor as Knot of the Electromechanical Converter with a Secondary Discrete Part

The new approach to design and research of the electromechanical converter with a secondary discrete part based on the analysis of the movement of a secondary discrete part is offered. The configuration is defined and optimizing calculation of the inductor of the electromechanical converter with a secondary discrete part is executed. As a method of optimization, the stochastic method of random variables of Monte Carlo has been used. Optimization is executed in two stages with the application of a software package of FEMM 4.2. As a result of optimization, the geometrical sizes of a tooth zone of the inductor of the device are received. The research of change of the electromagnetic effort operating on a single ferromagnetic element in the working camera at the change of geometry of a tooth zone is conducted. The geometrical sizes of elements of a tooth zone of the inductor providing the best conditions of movement of a secondary discrete part on the volume of the working camera are determined.