Comparative Study of BLDC Motor Modeling

Yusai Zheng, Z. Cao, Song Wang
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Abstract

Transfer function is a widely employed kind of mathematical model. First order and second order transfer function with voltage input and motor speed output are broadly used as models of BLDC motor. Since there exists uncertainty and nonlinear phenomena in the real time world, simulation and practical experiment have been done to compare uncertainty among the first order model, second order model and the real model in this brief. The object of this brief is to find out which model can present the real BLDC motor more accurately and the magnitude of system outcome differences between the theoretical model and the real one, which is a mean of measuring the uncertainty between the theoretical model and the real model.
无刷直流电机建模比较研究
传递函数是一种应用广泛的数学模型。具有电压输入和电机转速输出的一阶和二阶传递函数是无刷直流电机的常用模型。由于实时世界中存在着不确定性和非线性现象,本文通过仿真和实际实验对一阶模型、二阶模型和真实模型的不确定性进行了比较。本文的目的是找出哪种模型能更准确地呈现出实际的无刷直流电机,以及理论模型与实际模型之间的系统结果差异的大小,这是衡量理论模型与实际模型之间不确定性的一种手段。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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