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This paper deals with the synthesis of a speed and flux control strategy for an induction motor drive based on an output feedback adaptive backstepping controller.
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This paper deals with the sensorless vector controlled five-phase permanent magnet synchronous motor (PMSM) drive based on a sliding mode observer (SMO).
The simulation of the induction motor drive models based on the design options have been carried out and analyzed the simulation results.
The MOST Delta RepRap printer (Irwin et al. 2014; Anzalone et al. 2015) is a conglomeration of 4 stepper motor controlled by a motor drive controller based on the Arduino architecture and a resistively heated hot end with temperature feedback and position feedback from end stop mechanical switches.
The work presents a neural fuzzy controller (NFC) for speed loop of permanent synchronous motor (PMSM) drives based on the technology of field programmable gate array (FPGA).
Mechanical drives based on ball-screw and linear motors are presented along with their compliance models.
Is it a hard-drive based player?
A 50 kHz PWM DSP based stepping motor drive designed to work with cables of 1 km length or more is presented.
The execution and effectiveness of proposed control technique based linearized induction motor drive is investigated in MATLAB environment in various operating conditions and the superiority of the proposed controller is analysed and is contrasted with the conventional PI controller based linearized induction motor.
Simulation modeling and experimental results are shown, confirming the effectiveness of a multi-unit PMSM motor drive system using an inexpensive controller based on system-level time-division multiplexing scheme, which can operate simultaneously with robustness under different operating conditions.
Total power consumption is based on the equipment with motor drive in operation.
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