Abstract
The paper discusses the problem of generation of maximum energy in the volume of a linear electromagnetic motor with a given configuration of its magnetic circuit. It presents the relation between the energy generated in the motor volume and the linear motor dimensions, maximum induction in the operating air gap, constructive factor and the magnetic field forcing degree during the movement of the core. It is shown that the maximum energy in the motor volume significantly depends on the magnetic field induction and the magnetic field forcing degree. The example of calculation of the maximum energy in the volume of the electromagnetic motor with the moving core is considered for different degrees of the magnetic field forcing.
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