The main part of the work is the analytical model of single phase slotless motor for the chosen geometry. Based on already derived equations for calculating the field in the air gap, the electric torque, induced voltage and the inductance of the main winding were analytically calculated. Calculation of copper and iron losses was also done.
The model was checked by FEM in the Flux program, which showed a very good match. The results of the electromagnetic model serve as inputs to the analytical thermal model, which is also part of the work.
The analytical model was used to optimize the motor for various criteria.
A transient model was developed, which serves as a basis for the development of a control algorithm and electronics. In the final chapter, the initial concept of electronics, and PCB is presented.
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