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Design and Implementation of DC Motor Speed Controller Using Fuzzy-Adaptive Controllers

机译:基于模糊自适应控制器的直流电动机速度控制器的设计与实现

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As adaptive control systems have parametric construction and high accuracy against disturbances, and fuzzy control systems can compensate deficiency of dynamic parameters in time [1], in this paper fuzzy-adaptive controllers is used. Drive method is PWM and 8955 microcontroller is used for DC motor speed controlling. Simulation studies has been performed by MATLAB SIMULINK6.1 and SIDE51 (ver1.04R11) software by C language is used for program of controller and its compiler is used for making hex file to program 8955 microcontroller by EPROM PROGRAMMER (PGM89)[6,7]. The DC motor is VGFMED-BSMIB52 and driving IC is L298 IC.
机译:由于自适应控制系统具有参数化构造和对干扰的高精度,而模糊控制系统可以及时补偿动态参数的不足[1],因此本文采用模糊自适应控制器。驱动方式为PWM,使用8955微控制器进行直流电动机速度控制。由MATLAB SIMULINK6.1和SIDE51(ver1.04R11)软件通过C语言对控制器程序进行了仿真研究,并通过EPROM PROGRAMMER(PGM89)将其编译器用于将十六进制文件写入8955微控制器[6,7]。 ]。直流电动机为VGFMED-BSMIB52,驱动IC为L298 IC。

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