RUTINA AUTO - FANTASTICO ( LAB - 2 )

IMPLEMENTACION DE LA RUTINA AUTO-FANTASTICO

MATERIALES:

·         PROTOBOARD

·         8 LED’S

·         8 RESISTENCIAS

·         MICROCONTROLADOR  18F2550

PROGRAMA:

#include<18F2550.h>

#fuses HS, NOWDT, NOPROTECT, NOLVP, NODEBUG, USBDIV, PLL3, CPUDIV1, VREGEN

#use  delay (clock=12000000)                                                                                                        // CRISTAL 12MHz

#use fast_IO   (B)

void main() {

     set_tris_B(0X00);                                                                          // PUERTO B DE SALIDA

   

     do {

        output_high(PIN_B0);                                                               // SE ENCIENDE EL LED

        delay_ms(100);                                                                             // RETARDO

        output_high(PIN_B1);                                                                   // SE ENCIENDE EL LED

        delay_ms(100);

        output_high(PIN_B2);                                                                     // SE ENCIENDE EL LED

        delay_ms(100);

        output_high(PIN_B3);                                                                   // SE ENCIENDE EL LED

        delay_ms(100);

        output_high(PIN_B4);                                                                // SE ENCIENDE EL LED

        delay_ms(100);

        output_high(PIN_B5);                                                                     // SE ENCIENDE EL LED

        delay_ms(100);

        output_high(PIN_B6);                                                                    // SE ENCIENDE EL LED

        delay_ms(100);

        output_high(PIN_B7);                                                                       // SE ENCIENDE EL LED

        delay_ms(100);

                             

        output_low(PIN_B0);                                                                     // SE APAGA EL LED

        delay_ms(100);

        output_low(PIN_B1);                                                                     // SE APAGA EL LED

        delay_ms(100);

        output_low(PIN_B2);                                                                      // SE APAGA EL LED

        delay_ms(100);

        output_low(PIN_B3);                                                                       // SE APAGA EL LED

        delay_ms(100);

        output_low(PIN_B4);                                                                        // SE APAGA EL LED

        delay_ms(100);

        output_low(PIN_B5);                                                                       // SE APAGA EL LED

        delay_ms(100);

        output_low(PIN_B6);                                                                    // SE APAGA EL LED

        delay_ms(100);

        output_low(PIN_B7);                                                                    // SE APAGA EL LED

        delay_ms(100);

       

        output_high(PIN_B7);                                                                   // SE ENCIENDE EL LED

        delay_ms(100);

        output_high(PIN_B6);                                                                    // SE ENCIENDE EL LED

        delay_ms(100);

        output_high(PIN_B5);                                                               // SE ENCIENDE EL LED

        delay_ms(100);

        output_high(PIN_B4);                                                                     // SE ENCIENDE EL LED

        delay_ms(100);

        output_high(PIN_B3);                                                                      // SE ENCIENDE EL LED

        delay_ms(100);

        output_high(PIN_B2);                                                                      // SE ENCIENDE EL LED

        delay_ms(100);

        output_high(PIN_B1);                                                                     // SE ENCIENDE EL LED

        delay_ms(100);

        output_high(PIN_B0);                                                                    // SE ENCIENDE EL LED

        delay_ms(100);

       

        output_low(PIN_B7);                                                                       // SE APAGA EL LED

        delay_ms(100);

        output_low(PIN_B6);                                                                      // SE APAGA EL LED

        delay_ms(100);

        output_low(PIN_B5);                                                                       // SE APAGA EL LED

        delay_ms(100);

        output_low(PIN_B4);                                                                      // SE APAGA EL LED

        delay_ms(100);

        output_low(PIN_B3);                                                                      // SE APAGA EL LED

        delay_ms(100);

        output_low(PIN_B2);                                                                      // SE APAGA EL LED

        delay_ms(100);

        output_low(PIN_B1);                                                                      // SE APAGA EL LED

        delay_ms(100);

        output_low(PIN_B0);                                                                        // SE APAGA EL LED

        delay_ms(100);          

   }

     while(true);

}

DIAGRAMA DE FLUJO:

HARDWARE DEL CIRCUITO