价值工程
價值工程
개치공정
VALUE ENGINEERING
2013年
14期
57
,共1页
王中鲜%毕永利%宋义林%赵丹
王中鮮%畢永利%宋義林%趙丹
왕중선%필영리%송의림%조단
PIC16F877A%两轴位置控制%步进电机%L298N%LCD 1602
PIC16F877A%兩軸位置控製%步進電機%L298N%LCD 1602
PIC16F877A%량축위치공제%보진전궤%L298N%LCD 1602
PIC16F877A%two-axis position control%stepper motor%L298N%LCD 1602
文章主要研究基于单片机的两轴步进电机定位控制系统的设计,实现基于PIC16F877A单片机的最小控制系统并以步进电机为执行机构的位置控制,通过键盘输入有效行程与液晶屏显示,实现两个步进电机沿着X、Y轴运行至所设定的目标位置,并尽量避免步进电机的失步现象.
文章主要研究基于單片機的兩軸步進電機定位控製繫統的設計,實現基于PIC16F877A單片機的最小控製繫統併以步進電機為執行機構的位置控製,通過鍵盤輸入有效行程與液晶屏顯示,實現兩箇步進電機沿著X、Y軸運行至所設定的目標位置,併儘量避免步進電機的失步現象.
문장주요연구기우단편궤적량축보진전궤정위공제계통적설계,실현기우PIC16F877A단편궤적최소공제계통병이보진전궤위집행궤구적위치공제,통과건반수입유효행정여액정병현시,실현량개보진전궤연착X、Y축운행지소설정적목표위치,병진량피면보진전궤적실보현상.
The paper mainly introduces the two axis stepping motor control system design which is based on SCM. The design mainly takes PIC16F877A to build the control system and also realize the position control by means of the LCD screen and keyboard inputing effective track, to make two step motor move along the X, Y axis to reach the position fix in advance, and try to avoid the phenomenon of step motor's out-of-step.
