p87lpc761_控制交流电机.lst

P87LPC761_控制交流电机.rar

C51 COMPILER V7.09   P87LPC761_控制交羅电籣                                                03/20/2007 10:41:30 PAGE 1   


C51 COMPILER V7.09, COMPILATION OF MODULE P87LPC761_控制交羅电籣
OBJECT MODULE PLACED IN P87LPC761_控制交流电机.OBJ
COMPILER INVOKED BY: D:\Program Files\Keil\C51\BIN\C51.EXE P87LPC761_控制交流电机.c BROWSE DEBUG OBJECTEXTEND

line level    source

   1          //飞利浦51LPC系列单片机用于控制交流电机 
   2          /*
   3          Philips 51LPC是采用两倍速80C51内核的低成本,低功耗,低功耗,低EMI,高抗干扰性及 
   4          内建电源Brownout,模拟功能,UART,I2C和片内RC振荡器的新一代单片机.该系列目前已 
   5          包括P87LPC760/1/2/4/7/8/9共六个型号.51LPC提供高速和低速的晶振和RC振荡方式, 
   6          可编程选择具有较宽的操作电压范围2.7-6.0V,可编程I/O口线输出模式选择,可选择 
   7          施密特触发输入,LED驱动输出有内部看门狗定时器及提供掉电检测模拟功能.最大限 
   8          度地减少了外部元件的使用.这些特性和改进的C51结构结合在一起使得在设计高集成度 
   9          低成本和低功耗控制电路时具有更多的选择.该系列主要用于对系统成本有严格要求的低 
  10          功耗应用领域. 
  11          */
  12          
  13          #include<REG764.H> 
  14          #define uchar unsigned char 
  15          #define uint unsigned int 
  16          uchar keyflag=0; 
  17          uchar s,x,y=0; 
  18          void timer0(void) interrupt 1 using 1 { //T0 interrupt 
  19   1      x=x+1; 
  20   1      if (x/10>s) { 
  21   2      if (y==0){ 
  22   3      P1=P1&0xfb; /* LED ON---P12 */ 
  23   3      x=0;y=1;} 
  24   2      else { 
  25   3      P1=P1|0x04; /*LED OFF*/ 
  26   3      
  27   3      y=0;x=0;} 
  28   2      } 
  29   1      TF0=0; 
  30   1      TH0=-(28/256); 
  31   1      TL0=-(28%256); 
  32   1      } 
  33          void speed(s) { 
  34   1      uchar pulsecount ,pulseduration=0; 
  35   1      uint i=0; 
  36   1      uint j=0; 
  37   1      if (((CMP1&0x02))&&!(CMP2&0x02)) //poll comparator value 
  38   1      { 
  39   2      for (i=0;i<s;i++) 
  40   2      {for (j=0;j<210; j++) ;} //delay trigger 
  41   2      CMP1=CMP1&0xfc; 
  42   2      CMP2=CMP2&0xfc; 
  43   2      pulsecount=1; 
  44   2      while(pulsecount) 
  45   2      { 
  46   3      P1=P1&0xfe; 
  47   3      pulseduration=12; //trigger pulse 
  48   3      while(pulseduration) {pulseduration--;} 
  49   3      P1=P1|0x01; 
  50   3      pulsecount --; 
  51   3      } //pulse width 
  52   2      } //enter windows comparator 
  53   1      } 
  54          void Initcomparator(void) 
  55          { 
C51 COMPILER V7.09   P87LPC761_控制交羅电籣                                                03/20/2007 10:41:30 PAGE 2   

  56   1      PT0AD=0x6f; /*disable P0 port digtial I/O function */ 
  57   1      P0=0xff; 
  58   1      P0M1=0x2a; /* p01,p03,p05 input only */ 
  59   1      P0M2=0xd5; /* p00,p04,p06 push pull */ 
  60   1      P1=0xff; 
  61   1      P1M1=0x82; /* p17 input only for VZC */ 
  62   1      P1M2=0x05; /*p10,p12 push pull, p11 input only */ 
  63   1      CMP1=0x34; /* Cin1B+CMPREF+OE*/ 
  64   1      CMP2=0x34; /* Cin2B+CMPREF+OE*/ 
  65   1      } 
  66          void main (void) 
  67          { 
  68   1      uchar pulseduration=0x08; 
  69   1      uint i=0; 
  70   1      uint j=0; 
  71   1      uint keyflag=0; 
  72   1      SP=0x5f; 
  73   1      
  74   1      EA=0; 
  75   1      TH0=-(28/256); 
  76   1      TL0=-(28%256); 
  77   1      TF0=0; 
  78   1      EA=0; 
  79   1      TR0=0; 
  80   1      ET0=1; 
  81   1      CMP1=0; 
  82   1      CMP2=0; 
  83   1      Initcomparator(); 
  84   1      CMP1=CMP1&0xfc; 
  85   1      CMP2=CMP2&0xfc; 
  86   1      s=0; 
  87   1      while (P1^1) {; } //wait press 
  88   1      while (!P1^1) {; } //wait release 
  89   1      while(P1&0x80) {}; 
  90   1      while(!(P1&0x80)) {}; 
  91   1      while(P1&0x80) {}; 
  92   1      while(!(P1&0x80)) {}; 
  93   1      while(P1&0x80) {}; 
  94   1      P1=P1&0xfe; // P1_0=0 start up motor 
  95   1      while(1) 
  96   1      { 
  97   2      if (P1^1==0) {x=0; 
  98   3      while (!x) {;} 
  99   3      if(P1^1==0)
 100   3      { P1=0xff; s=s+1;} //stop motor 
 101   3      if (s==8) {s=0;} 
 102   3      while (!P1^1) {; } //wait release 
 103   3      while(P1&0x80) {}; 
 104   3      while(!(P1&0x80)) {}; 
 105   3      while(P1&0x80) {}; 
 106   3      while(!(P1&0x80)) {}; 
 107   3      while(P1&0x80) {}; 
 108   3      P1=P1&0xfe; } //start up motor 
 109   2      EA=1;TR0=1; 
 110   2      speed(s); 
 111   2      } 
 112   1      } 
 113          


MODULE INFORMATION:   STATIC OVERLAYABLE
   CODE SIZE        =    334    ----
C51 COMPILER V7.09   P87LPC761_控制交羅电籣                                                03/20/2007 10:41:30 PAGE 3   

   CONSTANT SIZE    =   ----    ----
   XDATA SIZE       =   ----    ----
   PDATA SIZE       =   ----    ----
   DATA SIZE        =      4       7
   IDATA SIZE       =   ----    ----
   BIT SIZE         =   ----    ----
END OF MODULE INFORMATION.


C51 COMPILATION COMPLETE.  0 WARNING(S),  0 ERROR(S)