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Design of manipulator control system

机译:操纵器控制系统的设计

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Manipulator's control system used PWM integrated amplifier circuit chip and LMD18200 director current machine to drive the manipulator. Through PC and RS-485 serial communication connection input control signal, and manipulator's control section is mainly completed by the Atmel series 89C52, connected the TLP521-2 photo electricity coupled apparatus to achieve coupling for the different level the pulse signal. As well as used the bipolarity PWM amplifier chips to change the speed of electric motor and realize the control of DC motor. Made use of the incremental optical encoder as a feedback device to form the closed loop, carried on the speed and position examination to this control system, in order to achieve the capture function manipulator. Finally carried on software debugging for the control system. Provides a theoretical basis for the development of new multiple freedom degrees and multi-joint robot, and through computer simulation to check the Completion feasibility of an operation process.
机译:操纵器的控制系统使用PWM集成放大器电路芯片和LMD18200导演当前机器驱动机械手。通过PC和RS-485串行通信连接输入控制信号,机械手的控制部分主要由Atmel系列89C52完成,连接TLP521-2光电耦合装置,实现脉冲信号的不同电平的耦合。以及使用双极性PWM放大器芯片改变电动机的速度并实现直流电动机的控制。利用增量光学编码器作为反馈装置,形成闭环,携带速度和位置检查对该控制系统,以实现捕获功能操纵器。最后进行控制系统的软件调试。为开发新的多重自由度和多关节机器人提供了理论依据,并通过计算机模拟来检查操作过程的完成可行性。

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