LED数显太阳能充电控制器基本资料介绍.doc

led太阳能充电控制器原理图第一层原理图第二层原理图第三层原理图pcb版图拼版图（pcb）pcb打样仿真图仿真图（proteus）实物图实物图（1）实物图（2）实物图（3）源程序/*|=太阳能充电控制器=|使用芯片：atmega8a软件设计人：何涛工程开始时间：2012.06.12联系电话珠海）qq:562673469=|*/*74hc164.c*/#include app.hvoid show_164(unsigned char _showvalue) unsigned char count0; for(count0=0;count0=1; portd=portd&0xfd; /clk 0 /delay(1); portd=portd|0x02; /clk 1 /delay(10); portd=portd|0x02; /clk 1 /*74hc164.h*/void show_164(unsigned char _showvalue);/*ad.c*/#include app.h/*adc*/void adc_init(int8u channel) /*/ switch(channel)/aref2.56v adlar channelcase 0:admux=0xc0+0;break;case 1:admux=0xc0+1;break;case 2:admux=0xc0+2;break;case 3:admux=0xc0+3;break;case 4:admux=0xc0+4;break;case 5:admux=0xc0+5;break;case 6:admux=0xc0+6;break;case 7:admux=0xc0+7;break;default:break; adcsra=0x00;/ 16int16u adc_start(int8u channel) int8u temp_l; int8u temp_h;int16u ad_data;switch(channel)case 0:admux=0xc0+0;break;case 1:admux=0xc0+1;break;case 2:admux=0xc0+2;break;case 3:admux=0xc0+3;break;case 4:admux=0xc0+4;break;case 5:admux=0xc0+5;break;case 6:admux=0xc0+6;break;case 7:admux=0xc0+7;break;default:break; adcsra |=0xc0;/ad temp_l=adcl; temp_h=adch;ad_data=temp_h*256+temp_l;adcsra =0x80;/ad switch(channel)case 0:admux=0xc0+0;break;case 1:admux=0xc0+1;break;case 2:admux=0xc0+2;break;case 3:admux=0xc0+3;break;case 4:admux=0xc0+4;break;case 5:admux=0xc0+5;break;case 6:admux=0xc0+6;break;case 7:admux=0xc0+7;break;default:break; adcsra |=0xc0;/ad temp_l=adcl; temp_h=adch; ad_data=temp_h*256+temp_l;adcsra =0x80;/ad return(ad_data);void ad_select(int8u channel) switch(channel) case 0:led_num20=adc_start(6)/4;break;/uxx.x 10 case 1:led_num21=adc_start(7)/4;break;/axx.x case 2:led_num22=adc_start(0)/4;break;/bxx.x case 3:led_num23=adc_start(1)/4;break;/cxx.x /*ad.h*/void adc_init(unsigned char channel);unsigned int adc_start(unsigned char channel);void ad_select(unsigned char channel);/*app.h*/#include #include #include /#include kernel.h/#include task.h#include misc.h#include initial.h#include 74hc164.h#include delay.h#include led.h#include ad.h#include eeprom.h/*delay.h*/#include app.hunsigned int min = 0;/unsigned int sec = 0;/void delay(unsigned int a) unsigned int i,j; for(i=0;ia;i+) for(j=0;j59) sec = 0; min +; /*delay.h*/extern unsigned int min;/extern unsigned int sec;/extern unsigned int count,flag_count;/void delay(unsigned int a);void solarcount(void);/*eeprom.h*/#include app.hvoid eeprom_init(void) int8u i=0; flag_0 =eepromread(1); flag_3 =eepromread(4); flag_4 =eepromread(5); flag_5 =eepromread(6); flag_6 =eepromread(7); flag_7 =eepromread(8); flag_9 =eepromread(10); flag_10=eepromread(11);void eeprom_start(void) eepromwrite(1,flag_0); eepromwrite(4,flag_3); eepromwrite(5,flag_4); eepromwrite(6,flag_5); eepromwrite(7,flag_6); eepromwrite(8,flag_7);/125 eepromwrite(10,flag_9); eepromwrite(11,flag_10);void eeprom_recover(void) eepromwrite(1,6); eepromwrite(4,50); eepromwrite(5,108); eepromwrite(6,144); eepromwrite(7,0); eepromwrite(8,125); eepromwrite(10,0); eepromwrite(11,0); /*eeprom.c*/void eeprom_init(void);void eeprom_start(void);void eeprom_recover(void);/*initial.c*/#include app.hint16u time1=3;void gpio_init(void);void timer1_init(void);void timer2_init(void);void interrupt_init(void);void battery_init(void);void hardware_init(void) adc_init(6); eeprom_init(); gpio_init();timer1_init(); timer2_init(); interrupt_init();battery_init(); void battery_init(void) int16u i=4,j=5; while(time1)/6s if(flag_count=1) time1-;flag_count=0; display4(time1); while(i-) while(j-) display1(windows_1,120); portd=0xff; delay(1000); j=8; / delay(100); /*void gpio_init(void)ddrb = 0xdf; /pb5portb = 0x20; ddrc = 0x00;portc = 0xff; ddrd = 0xff; portd = 0xff; /timer1 initialize - prescale:1024/ wgm: 0) normal, top=0xffff/ desired value: 1hz/ actual value: 1.000hz (0.0%)void timer1_init(void) tccr1b = 0x00; /stop tcnt1h = 0xff; /setup tcnt1l = 0xb2; ocr1ah = 0x00; ocr1al = 0x4e; ocr1bh = 0x00; ocr1bl = 0x4e; icr1h = 0x00; icr1l = 0x4e; tccr1a = 0x00; tccr1b = 0x05; /start timer timsk |= 0x10;/avoid timer2_init(void) tccr2 = 0x00; /stop assr = 0x00; /set async mode tccr2 = 0x0f; /start tcnt2 = 0x00; /setup ocr2 = 0x4d; timsk|= 0x80; void interrupt_init(void)sreg |= 0x80; /enable global interrupt/*initial.h*/void hardware_init(void);/*interputl.c*/#include app.hunsigned int count=0,flag_count=0;/#pragma interrupt_handler timer1_interrupt:7void timer1_interrupt(void)/clear timer2 ocif flagtifr |= 0x10; tcnt2 = 0x00;#pragma interrupt_handler timer2_interrupt:4void timer2_interrupt(void)tifr |= 0x80;/clear timer2 ocif flag tcnt2 = 0x00;count+;if(count100) count=0; flag_count=1;/1s solarcount();/if(flag_timestart!=1)/min=0;/*lcd.c*/#include app.hint8u led_num=0x28,/*0*/ 0xeb,/*1*/ 0x32,/*2*/ 0xa2,/*3*/ 0xe1,/*4*/ 0xa4,/*5*/ 0x24,/*6*/ 0xea,/*7*/ 0x20,/*8*/ 0xa0,/*9*/ 0x60,/*a*/ 0x25,/*b*/ 0x3c,/*c*/ 0x74,/*f*/ 0x29,/*u*/ 0xff,/* 15*/;/int8u led_num1=0x40,0x79,0x24,0x30,0x19,0x12,0x02,0x78,0x00,0x10,0x08,0x03,0x46,0x0e,0x41; /+int8u led_num1= 0x08,/*0*/ 0xcb,/*1*/ 0x12,/*2*/ 0x82,/*3*/ 0xc1,/*4*/ 0x84,/*5*/ 0x04,/*6*/ 0xca,/*7*/ 0x00,/*8*/ 0x80,/*9*/ 0x40,/*a*/ 0x05,/*b*/ 0x1c,/*c*/ 0x54,/*f*/ 0x09,/*u*/ 0xff,/* 15*/ ;int8u led_num2=0,1,2,3;int16u fixed_time=1,5,10,60,120,180,240,300,360,420,480,540,600,660,720;/14void display2(int8u value);void display3(int8u value);void display1(int8u windows,int8u value) int8u s=value; if(windows=0) /1 uxx.x show_164(led_num14); portd=0xd8; delay(10); if(windows=1) /2 axx.x b show_164(led_num10); portd=0xd8; delay(10); if(windows=2) /3 bxx.x a show_164(led_num11); portd=0xd8; delay(10); if(windows=3) /4 cxx.x show_164(led_num12); portd=0xd8; delay(10); show_164(led_nums/100); portd=0x78; delay(10); show_164(led_num1s%100/10); portd=0xb8; delay(10); show_164(led_nums%10); portd=0xe8; delay(10); void display2(int8u value) int8u s=value; show_164(led_num113); /f.xxx portd=0xd8; delay(10); show_164(led_num0); portd=0x78; delay(10); show_164(led_nums/10); portd=0xb8; delay(10); show_164(led_nums%10); portd=0xe8; delay(10); void display3(int8u value) int8u s=value; show_164(led_nums/100); portd=0xd8; delay(10); show_164(led_num1s%100/10); portd=0x78; delay(10); show_164(led_nums%10); portd=0xb8; delay(10); show_164(led_num14); /xx.xu portd=0xe8; delay(10); void display4(int16u value)/ xxxx int16u t=value; show_164(led_numt/1000); portd=0xd8; delay(10); show_164(led_numt%1000/100); portd=0x78; delay(10); show_164(led_numt%100/10); portd=0xb8; delay(10); show_164(led_numt%10); portd=0xe8; delay(10); void display5(int16u value) int16u t=value; /720min show_164(led_numt/100);/7 portd=0xd8; delay(10); show_164(led_numt%100/10);/2 portd=0x78; delay(10); show_164(led_numt%10);/0 portd=0xb8; delay(10); if(count50) show_164(0xdf);/ else if(count4)i=0; key_manage(); if(flag_timestart!=1)/ display(); else if(flag_timestart=1)/ display5(fixed_timeflag_0-min); judgement(); performance(); led_control(); /*misc.c*/#include app.h/*/*/ int8s flag_0=6;/10.8 int8u flag_4=108;/10.8 int8u flag_5=144;/14.4 int8u flag_7=125;/12.5 int8u flag_3=20; int8s flag_6=0; int8u flag_9=0; int8u flag_10=0; int8u flag_11=0; int8u flag_timestart=0;/ 1 int8u flag_light=0; / int8u flag_wait=0; /*/ int8u enter1=0; int8u enter2=0; int8u enter3=0;/*/ int8u windows_1=0;/ int8s windows_2=0;/11/*/ int8u flag_undervoltage=0;/ int8u flag_overvoltage =0;/*/ int16u time=4;/*/ int8u out_a=0,out_b=0,cha=0,chb=0;/local function(s) declarationint16u swget_key1(void);int16u swget_key2(void);int16u swget_key3(void);int16u swget_key4(void);/*int16u swget_key1(void)static int16u wkeystatus = 1;if(wkeystatus = 1)if(pinb & (1 key_r) = 0) /key pressedwkeystatus = 0;else if(wkeystatus = 0)if(pinb & (1 key_r) /key releasedwkeystatus = 1;return(true);return(false);/*int16u swget_key2(void)static int16u wkeystatus = 1;if(wkeystatus = 1)if(pinc & (1 key_s) = 0) /key pressedwkeystatus = 0;else if(wkeystatus = 0)if(pinc & (1 key_s) /key releasedwkeystatus = 1;return(true);return(false);/*int16u swget_key3(void)static int16u wkeystatus = 1;if(wkeystatus = 1)if(pinc & (1 key_a) = 0) /key pressedwkeystatus = 0;else if(wkeystatus = 0)if(pinc & (1 key_a) /key releasedwkeystatus = 1;return(true);return(false);/*int16u swget_key4(void)static int16u wkeystatus = 1;if(wkeystatus = 1)if(pinc & (1 key_b) = 0) /key pressedwkeystatus = 0;else if(wkeystatus = 0)if(pinc & (1 11)windows_2=0;break; if(enter2=1) switch(windows_2) case 0:flag_0+=1;if(flag_014)flag_0=0;break;/a case 1:break;/a case 2:break;/b case 3:flag_3+=1;if(flag_3100)flag_3=1;break;/ case 4:flag_4+=1;if(flag_4113)flag_4=106;break;/ case 5:flag_5+=1;if(flag_5164)flag_5=136;break;/ case 6:flag_6+=1;if(flag_62)flag_6=0;break;/ case 7:flag_7+=1;if(flag_7130)flag_7=120;break;/ case 8:break;/ case 9:flag_9=!flag_9;break;/ case 10:flag_10=!flag_10;break;/usb_5v case 11:flag_11=!flag_11;break;/ default:break; break; case b: if(!(enter1|enter2|enter3)out_b=!out_b;break; if(enter1=1)windows_2-;if(windows_20)windows_2=11;break; if(enter2=1) switch(windows_2) case 0:flag_0-=1;if(flag_00)flag_0=14;break;/a case 1:break;/a case 2:break;/b case 3:flag_3-;if(flag_30)flag_3=99;break;/ case 4:flag_4-=1;if(flag_4106)flag_4=112;break;/ case 5:flag_5-=1;if(flag_51