The article is devoted to solving the actual problem of synthesis of actuators based on materials with a form memory effect. An actuating device with a distributed control coil and an active element made of such ma-terial is considered. It is shown that the characteristics of the device do not depend on the direction of the mag-netic field providing deformation. Not only the magnitude of the magnetizing force but also the direction of current in the windings of the distributed control coil has a significant influence on the process of re-magnetizing the active element. It is advisable to use alternating current direction in control coils of actuators to save electric energy
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