基于Proteus的步进电机加减速控制辅助设计方法

Aided design methods for accelerating and decelerating control of step motor based on proteus

研究利用Proteus中的各种微控制器仿真模块实现步进电机加减速控制算法仿真,并且可以在Proteus中完成步进电机控制系统的硬件电路设计,同时再结合软件程序设计进行仿真,最后通过Proteus中的虚拟仪器记录分析仿真数据,从而实现了为设计步进电机加减速控制系统提供了一条快速、高效且低成本的设计途径。举例采用单片机AT89C52作为微控制器,通过高级仿真图表导出仿真数据,并利用Matlab处理这些数据得到了预想的加减速曲线,证明方法在步进电机的加减速控制系统设计中可行性。

It studies the algorithm simulation for stepper motor accelerating and decelerating control by applying various micro-controller simulation module in Proteus software.It could complete the hardware circuit design for control system of the step motor,and simulate the design program with the software in Proteus.Thus,the simulation data is recorded and analyzed through virtual instruments in Proteus so as to Provide a fast,efficient and low-cost design approach for stepper motor accelerating and decelerating control system.For example,it takes the single-chip computer AT89C52 as the micro-controller which shall induct the simulation data through the advanced simulation chart,then the acceleration and deceleration curves expected shall be obtained after processing these data through the Matlab,which shows us it is feasible to design the control system of the step motor in this method.