This study presents a solution to control a PMSM without sensors. The control method is the presented
superposition principle. This method of sensorless theory is very simple to compute estimated angle. Therefore,
computing time to estimate angle is shorter than other sensorless methods. The use of this system yields
enhanced operations, fewer system components, lower system costs, efficient energy control system designs and
increased efficiencies. A practical solution is described and its results are given in this study. The performance
of a sensorless architecture allows an intelligent approach to reduce the complete system costs of digital motion
control applications using the cheaper electrical sensorless motors. This paper deals with an overview of solutions
in the sensorless PMSM control applications, whereby the focus will be the new sensorless controller and its
applications.