Efficiency comparison of trapezoidal and sinusoidal method for brushless DC motor drive.
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Therefore, the design of this system consists of the PID controller and the transfer function of the DC motor that obtained from the real experiment (ELECTRO-MECHANICAL
To find the most optimum state to achieve the maximum efficiency of induction motor by taking voltage and angular velocity as independent variables by using 2 methods and do the
The purpose for this research is to obtain the minimum ( of DC motor with use torque, and voltage, as independent variables by using two methods of optimization
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According to [1], a cascade control of DC motor is the most effective for DC drives as it uses fast inner current loop and enclosed by outer speed loop.. However, for industrial
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Frequency spectrum of the acoustic noise radiated by the motor drive, when it is fed from an inverter using CSVPWM technique, is presented to demonstrate the capability of the proposed
One possibility is that "Damper windings were used to run the machine up to speed on induction motor action, with the machine pulling into synchronism by a combination of the reluctance
