首页> 外文会议>Modelling, simulation and identification; intelligent systems and control >CIRCUIT REALIZATION OF FRACTIONAL ORDER INTEGRAL AND PROPORTIONAL INTEGRAL CONTROLLERS FOR DC SERVO SYSTEM
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CIRCUIT REALIZATION OF FRACTIONAL ORDER INTEGRAL AND PROPORTIONAL INTEGRAL CONTROLLERS FOR DC SERVO SYSTEM

机译:直流伺服系统分数阶积分和比例积分控制器的电路实现

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Fractional order control is one of the most efficient and emerging control strategies in the area of control system these days. This control strategy is known to give more robust and efficient performance in comparison to the other control techniques. However, the difficulty in implementing these controllers in hardware form poses on limitation to their application. Therefore, this paper illustrates the circuit realization of the fractional order integral and proportional integral controllers. The designed circuit has been tested at simulation level using the electronic equivalent circuit of a DC motor, in PSpice environment. The performance of the designed circuit has been valuated using various specifications like rise time, settling time, overshoot etc.
机译:分数阶控制是当今控制系统领域中最有效且新兴的控制策略之一。已知与其他控制技术相比,该控制策略可提供更强大,更有效的性能。但是,以硬件形式实现这些控制器的困难在于对其应用的限制。因此,本文说明了分数阶积分和比例积分控制器的电路实现。在PSpice环境中,已使用DC电动机的电子等效电路在仿真级别对设计的电路进行了测试。已使用各种规格(例如上升时间,建立时间,过冲等)评估了设计电路的性能。

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