Abstract
The article is devoted to the application of research methodology, based on the solution of inverse problems of mathematical physics, to the synthesis of magnetizing system actuators designed for pulsed systems stepper control. A feature of these devices is to use as the active element of a ferromagnetic shape memory alloy. Algorithms of determination of ampere-turns and optimization of a form of coils of the magnetizing system are offered. The algorithms are based on the determination of the magnetic field strength using the finite element method for the solution of the direct problem of magnetostatics and the gradient method of minimization of functional. The example of realization of a technique of synthesis of the magnetizing system is given.
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