while(1)
{
//number = ReadADC(0);
//number /= 6;
//CCP1CON |= (number & 3) <<4; // Bits 1 and 2
//CCPR1L = number >>2; // Bits 3 to 6
CCPR1L=18;
__delay_ms(1000);
CCPR1L=38;
__delay_ms(1000);
CCPR1L=0;
__delay_ms(1000);
i think experienced members dont realize how many beginners read and follow a thread, and ultimately learn from it. most beginners are too afraid to poke there heads above the wall and ask a question in a thread because so many jump on them and say start your own thread or keep topic on track, i understand why this is done but it also has a negative effect because alot of people dont get to know just how much of there advice is taken in by others.hi,
You have made an often overlooked comment about experienced members posted replies.
Even though the OP may not fully grasp the answers he has been given, many other hobbyists working on similar projects will benefit from the help and guidance given by the experienced members, so their replies are NOT wasted.
Eric
#include <xc.h>
#pragma config WDTE = OFF, FOSC = INTOSC, MCLRE = OFF, PLLEN = OFF
void DelayUs(int x) // Small delay
{
x /= 7; // Adjustment for 8Mhz
while(x--)
NOP();
}
void DelayMs (int x) // Larger delays
{
while(x--)
DelayUs(1000); // Close enough
}
void main()
{
int close =0;
OSCCON = 0x70; // 8Mhz
TRISA = 1; // Reverse input
ANSELA = 0; // No ADC's required
RA2 = 0; // Switch relay
while(1)
{
if ( RA0 )
{
close = 15; // Set closing time
RA2 = 1; // Break switch relay
RA5 = 1; // Pulse on
DelayUs(2000); // 2mS pulse width
RA5 = 0; // Pulse off
DelayMs(18); // Rest of 50hz (20mS cycle )
}
else
{
RA5 = 1; // Pulse on
DelayUs(1500); // 1.5mS
RA5 = 0; // Pulse off
DelayUs(500); // Delay
DelayMs(18); // Rest of 50hz (20mS)
if(close-- == 0 )
RA2 = 0; // Reconnect switch after 2 seconds(ish)
}
}
}
