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2009•Unpublished venueRequires access

Design and implementation of SVPWM servo control system based on FPGA

Pang Haiyan, Yun Xie, Shanshan Xiao, Bingcheng Chen

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Abstract

An AC motor servo control system based on FPGA is introduced in this paper, which is intended for controlling the rotational speed of a three-phase AC motor through a three-phase inverter using the SVPWM control theory. The system has been tested on Altera DE2 development board and could reach the goal of controlling the rotational speed of a three-phase AC motor. The experimental results are shown to verify the viability of the AC motor servo control system.

About this research paper

What this paper is about

An AC motor servo control system based on FPGA is introduced in this paper, which is intended for controlling the rotational speed of a three-phase AC motor through a three-phase inverter using the SVPWM control theory. The system has been tested on Altera DE2 development board and could reach the goal of controlling the rotational speed of a three-phase AC motor. The experimental results are shown to verify the viability of the AC motor servo control system.

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Available abstract

An AC motor servo control system based on FPGA is introduced in this paper, which is intended for controlling the rotational speed of a three-phase AC motor through a three-phase inverter using the SVPWM control theory. The system has been tested on Altera DE2 development board and could reach the goal of controlling the rotational speed of a three-phase AC motor. The experimental results are shown to verify the viability of the AC motor servo control system.

Key concepts: Field-programmable gate array, Servomotor, Servo drive, Inverter, Servomechanism, Control theory (sociology), Computer science, AC motor

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