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Brushless Direct Current (BLDC) motor is a DC motor without the use of a brush so that the efficiency of use is higher, assisted by the presence of a DC voltage converter that can be controlled and changed to achieve efficiency. In fact, the speed of a DC motor changes and is not controlled so that it affects load performance. In this research, the choke converter is used as a BLDC motor speed controller. Cuk converter can control the speed of the BLDC motor by adjusting the output voltage of the DC motor. The research scheme is simulated into the PSIM program and the comparison of the performance of the uncontrolled system with the controlled system. By designing a controlled converter, it can adjust the speed of the DC motor automatically with a reference speed reference that has been set for a variety of loading variations. So that the speed can be maintained even with various loading values. The results of the research show that the controlled system does not occur overshoot because it can be damped by the PID system so that there is no speed spike on the BLDC motor itself. This proves that the Cuk Converter can be used to control motor speed and reduce the overshoot rate. Brushless Direct Current (BLDC) motor is a DC motor without the use of a brush so that the efficiency of use is higher, assisted by the presence of a DC voltage converter that can be controlled and changed to achieve efficiency. In fact, the speed of a DC motor changes and is not controlled so that it affects load performance. In this research, the choke converter is used as a BLDC motor speed controller. Cuk converter can control the speed of the BLDC motor by adjusting the output voltage of the DC motor. The research scheme is simulated into the PSIM program and the comparison of the performance of the uncontrolled system with the controlled system. By designing a controlled converter, it can adjust the speed of the DC motor automatically with a reference speed reference that has been set for a variety of loading variations. So that the speed can be maintained even with various loading values. The results of the research show that the controlled system does not occur overshoot because it can be damped by the PID system so that there is no speed spike on the BLDC motor itself. This proves that the Cuk Converter can be used to control motor speed and reduce the overshoot rate.

Kontrol Kecepatan Motor BLDC Menggunakan Cuk Konverter