步進電機控制器電路及程序

1、林林單片機 步進電機控制器本畢設控制器采用stc89c52rc單片機，步進電機驅(qū)動采用uln2003，利用液晶1602顯示設置參數(shù)和運行狀態(tài)。通過設置實現(xiàn)對步進電機，轉(zhuǎn)動度數(shù)、轉(zhuǎn)動方向的控制。程序：#include #define uchar unsigned char#define uint unsigned intvoid init();void writec(uint com);void writed(uint dat);void delay(uint shu);void xieshuzu(uchar a,uchar add);void kaiji();void option_turn(

2、uchar n);void rightturn(uchar q);/uchar keyscan();sbit en_a=p10;sbit en_b=p11;sbit en_c=p12;sbit en_d=p13;sbit e=p34;sbit rs=p35;sfr duan=0x80; uchar code table = 0713024031 ;uchar code table2= bysj ;uchar code table3=pos: +360.00; uchar code table4=v: r/s;/*delay1ms*/void delay(uint shu)uint i,j; f

3、or(i=shu;i0;i-) for(j=110;j0;j-);/*反轉(zhuǎn)*/void option_turn(uchar n)uchar i;for(i=0;in;i+)en_a=1;en_b=1;en_c=1;en_d=0;delay(150); /d相en_a=1;en_b=1;en_c=0;en_d=0;delay(150); /dc相 */en_a=1;en_b=1;en_c=0;en_d=1;delay(150); / c 相 */en_a=1;en_b=0;en_c=0;en_d=1;delay(150); /bc相 */en_a=1;en_b=0;en_c=1;en_d=1;d

4、elay(150);/b相en_a=0;en_b=0;en_c=1;en_d=1;delay(150); /ba相*/en_a=0;en_b=1;en_c=1;en_d=1;delay(150); /a相en_a=0;en_b=1;en_c=1;en_d=0;delay(150); /da相*/ /*正轉(zhuǎn)*/void rightturn(uchar q)uchar j;for(j=0;jq;j+)en_a=0;en_b=1;en_c=1;en_d=1;delay(150); /a相en_a=0;en_b=0;en_c=1;en_d=1;delay(150); /ab相 */en_a=1;en_

5、b=0;en_c=1;en_d=1;delay(150); / 、b 相 */en_a=1;en_b=0;en_c=0;en_d=1;delay(150); /bc相 */en_a=1;en_b=1;en_c=0;en_d=1;delay(150);/c相en_a=1;en_b=1;en_c=0;en_d=0;delay(150); /cd相*/en_a=1;en_b=1;en_c=1;en_d=0;delay(150); /d相en_a=0;en_b=1;en_c=1;en_d=0;delay(150); /da相*/*/void kaiji()xieshuzu(table,0x80);xi

6、eshuzu(table2,0xc0); /*/void xieshuzu(uchar a,uchar add)uchar cis; writec(add); for(cis=0;acis!=0;cis+) writed(acis); delay(2); /*/void xies(uchar a,uchar add) writec(add); writed(0x30+a); /*/void writec(uint com) e=0; rs=0; duan=com; delay(2); e=1; delay(2); e=0;/*/void writed(uint dat) e=0; rs=1;

7、duan=dat; delay(2); e=1; delay(2); e=0; /*/void init() writec(0x01); writec(0x38); writec(0x0c);/*/void keyscan(void)/*uchar keyscan() uchar k,skey; key=0xfe; skey=key; if(skey!=0xfe) delay(10); skey=key; if(skey!=0xfe) switch(skey) case(0xee):k=7;kc+;break; case(0xde):k=8;kc+;break; case(0xbe):k=9;

8、kc+;break; case(0x7e):k=0x0a;kc+;break; default:break; while(skey!=0xfe) skey=key; return k; key=0xfd; skey=key; if(skey!=0xfd) delay(10); skey=key; if(skey!=0xfd) switch(skey)case(0xed):k=4;kc+;break; case(0xdd):k=5;kc+;break; case(0xbd):k=6;kc+;break; case(0x7d):k=0x0b;kc+;break; default:break;whi

9、le(skey!=0xfd)skey=key;return k; key=0xfb; skey=key; if(skey!=0xfb) delay(10); skey=key; if(skey!=0xfb) switch(skey)case(0xeb):k=1;kc+;break; case(0xdb):k=2;kc+;break; case(0xbb):k=3;kc+;break; case(0x7b):k=0x0c;kc+;break; default:break;while(skey!=0xfb)skey=key;return k; key=0xf7; skey=key; if(skey!=0xf7) delay(10); skey=key; if(skey!=0xf7) switch(skey) case(0xe7):k=0x0d;kc+;break; case(0xd7):k=0; kc+;break; case(0xb7):k=0x0e;kc+;break; case(0x77):k=0x0f;kc+;break; default:break; while(skey!=0xf7) skey=key; return k; */*/*/void main(void)init