We strongly encourage users to use Package manager for sharing their code on Libstock website, because it boosts your efficiency and leaves the end user with no room for error. [more info]
posted on 2013/07/04 07:19:12 AM CEST
i am nwe to programing with pics and am trying to produce a sine wave with a freq. and amp. that are detrmend by the user in the code.
i am having truble in writing the code, if any one can asist i will be gratefull..
i have the easypic 7 with 18f45k22 pic
posted on 2013/06/01 02:14:47 PM CEST
Dear all,
Would be cool there is a LIB for this common Accelerator MPU 6050.
Its quite common chip and used in many smartphone. Qould be cool there is code easy to go
thx
Raph
posted on 2013/05/20 06:56:58 AM CEST
hi im new at programming. i have compilled two different sorce codes and want to use one chip to run both programms.
when i build them in mikroc pro the software builds but only the first program works. i have test the programs buy building the individualy and they work, but if put together i have a problem . can any one please assist me
//*my first project**************************************************************
//* AUTHOR: IVERSON NAIR
//* DATE : 19/05/2013
//* PROJECT: pic 16f887, with lm35 ; button on ports
//*
unsigned int adc_value;
long temp;
char value [15];
char *degs = "00.00";
void main() {
char TEST = 5; // Constant TEST = 5
enum outputs {RELAY = 3}; // Constant RELAY = 3
float result;
unsigned char lcd_value[15];
int temp_flag=0;
const low_temp=25.00;
const high_temp=26.00;
TRISC7_bit=0;
ADC_Init();
RC7_bit=0;
ADCON0 = 0b01010000; // Fosc/32, RA2 input
ADCON1 = 0b10000001; // Ra3 = Vref, all analog = 2.5V
TRISB = 0x00; // PORTB All Outputs
TRISA = 0xFF; // PORTA All Inputs
while(1) {
result = ADC_Read(2);
temp = result/2.048;
FloatToStr(temp,lcd_value);
if(temp<low_temp){
RC7_bit=1;
temp_flag=1;
}
else if (temp>high_temp){
RC7_bit=0;
temp_flag=0;
}
else if (temp<=high_temp && temp>=low_temp){
if(temp_flag==1){
RC7_bit=1;
}
else{
RC7_bit=0;
}
}
else {
RC7_bit=0;
}
}
}
void main1() {
char TEST = 5; // Constant TEST = 5
enum outputs {RELAY = 3}; // Constant RELAY = 3
ANSEL = 0;
ANSELH = 0;
PORTB = 0 ; // Reset port B
TRISB= 0xFF; // All portb pins are configured as inputs
PORTD = 0; // Reset port D
TRISD = 0b11110011; // Pin RD3 is configured as an output, while the rest are
// configured as inputs
do {
if (Button(&PORTB,0,1,1)) // Does the number in timer match constant TEST?
(PORTD.RELAY = 1); // Numbers match. Set the RD3 bit (output RELAY)
if (Button(&PORTB,1,1,1)) // Does the number in timer match constant TEST?
(PORTD.RELAY = 1); // Numbers match. Set the RD3 bit (output RELAY)
if (Button(&PORTB,5,1,1)) // Does the number in timer match constant TEST?
(PORTD.RD2 = 1); // Numbers match. Set the RD2 bit (output DBW)
}
while (1); // Remain in endless loop
}
posted on 2013/04/21 04:37:35 PM CEST
I am in need of programming for a simple input pulse counter that will hold its count over power cycling, and reset to zero on demand. For use with PIC16F628A and 4 digit 7 segment common cathode display. Input pulse comes from a basic NPN sensor switch.
posted on 2013/04/12 07:08:34 AM CEST
the project uses PIC 16F887 and I'm programming using MPLAB IDE low level assembly language. the microcontroller should be able to detect a change in frequency on an external pulse train and count the number of times the train changes frequency in a five minute period. the train has a resonant frequency of about 80kHz which the microcontroller can determine on just after start-up (after a delay of one minute). thereafter the train changes by about plus or minus 5kHz and after every change it returns to its resonant frequency.
