i dont get it, why should there be more clockspeeds, and so damm hard to find out of.
Still it run very fast in time, but delays are way to slow.
have set "FOSC_LP"

 

i dont get it, why should there be more clockspeeds, and so damm hard to find out of.
Still it run very fast in time, but delays are way to slow.
have set "FOSC_LP"

Because it is a new chip. You would not want the chip to be just like the old one, with no improvements would you?

Check you compiler documentation for your delay. There should be a setting that tells the delay your selected clock speed.

 

I think you should have CLKOUTEN_OFF option in the first config word. After reset the intosc in the 1509 is set to 500KHz by default. You must switch to 4MHz (if this was your clock frequency in the 690 app) by setting the correct bits in the OSCCON register. NO(...no...no) you should not use the FOSC_LP option. Who told you to that. But for timer one you must enable the secondary oscillator. This is described in section 19. Sometimes datasheets can be a pain in the as* to read. But you must push your self to read it and understand it. In your case you MUST emphasize on section 5 and 19.

 

Have read a lot
Still lost.
Have this i timer1,. but still it do not count as it should.

//timer1 settings
 TMR1H=0x80;
 TMR1L=0;
 T1CON=0b10001111;
 TMR1IE=1;// PIE1 register
 PEIE=1; //INTCON register
 PIR1=0; // Clear all bits PERIPHERAL INTERRUPT REQUEST REGISTER 1
 TMR1GE=1;
   GIE=1;
 TMR1ON=1;
INTCON=0b11100000;

 

What does " still it do not count as it should" mean???

Where is your ISR?

How should it count? Is it working at all? Details please.

 

What does " still it do not count as it should" mean???

Where is your ISR?

How should it count? Is it working at all? Details please.

static void interrupt
isr(void)   // Here is interrupt function - the name is unimportant.
{
 if(TMR1IF) 
  {// Was this a timer overflow?
      TMR1IF=0;//Clear interrupt flag, ready for next
   TMR1H=0x80;
        //If we set TMR1 to start at 0x8000 (32768), the TMR1 will overflow every 1 second
     regn_tick=1;
 
         sec++;
        sec_tick=1;
  if (sec==60)
   {
   minut_tick=1;
   sec=0;
   }
      }
}

'

It should count the seconds, works fine on 16f690
have now changed it so it count every second simpel counter on lcd, but keeps showing 0.
it seems like it do not start the circuit that generate around 32 khz.

 

static void interrupt
isr(void)   // Here is interrupt function - the name is unimportant.
{
 if(TMR1IF) 
  {// Was this a timer overflow?
      TMR1IF=0;//Clear interrupt flag, ready for next
   TMR1H=0x80;
        //If we set TMR1 to start at 0x8000 (32768), the TMR1 will overflow every 1 second
     regn_tick=1;
 
         sec++;
        sec_tick=1;
  if (sec==60)
   {
   minut_tick=1;
   sec=0;
   }
      }
}

'

It should count the seconds, works fine on 16f690
have now changed it so it count every second simpel counter on lcd, but keeps showing 0.
it seems like it do not start the circuit that generate around 32 khz.

You still have not answered the question or at least I do not understand what you are saying.

Is the ISR working at all? Is it being called when the timer interrupts?

 

how should i check if the timer is starting ?
if the interrupt is called, then i will know, but it is not....

 

how should i check if the timer is starting ?
if the interrupt is called, then i will know, but it is not....

Do you remember your basic debugging skills? Set a breakpoint inside the ISR on the first line. If it stops there and the timer's interrupt flag is set then it is being called.

 

You can use a clock stimulus in the MPLAB simulator. Then set a breakpoint in the ISR. I tell you tomorrow. But you can also look at my sticky in this forum section

 

You can use a clock stimulus in the MPLAB simulator. Then set a breakpoint in the ISR. I tell you tomorrow. But you can also look at my sticky in this forum section

ok, just run it with breakpoints it will just loop in the endlees loop, cause it do not get any input from extern xtal.

and just to notice, i have selfeducatet all, have never taken lessons in programming. either for windows or pic programming,

 

ok, just run it with breakpoints it will just loop in the endlees loop, cause it do not get any input from extern xtal.

,

I don't know what this means. Does this mean it is working in simulation mode?

 

I don't know what this means. Does this mean it is working in simulation mode?

ok was to the info to set up in stimul.
as for now , without stimul , the code ran until endless loop in main, cause there is no input frekvency from xtal, to activate timer1.

 

Is the ISR being called in the simulation mode? (Yes or no).

 

No, as i said. the simulation is not correct yet. no input from external xtal.

 

no input from external xtal.

Shouldn't this external crystal correspont with the configuration bits?

For debugging purpose, have you tried with internal oscillator, if the MCU have one?

 

#include <htc.h>
//#include <stdio.h>
#include <stdlib.h>
#include "lcd.h"
__CONFIG (FCMEN_ON & IESO_OFF & BOREN_OFF & CP_OFF & MCLRE_OFF & PWRTE_ON & WDTE_OFF & FOSC_INTOSC);
__CONFIG (LVP_ON & LPBOR_OFF & BOREN_ON & STVREN_ON & WRT_OFF);
#define LED RC0
#define _XTAL_FREQ  4000000
//global defs
volatile unsigned char week_day;
volatile bit timer_tick;
volatile bit blink;
const char * const day_of_week_names[] = {"Monday feels so bad",
                                          "Tuesday feel better",
                                          "Wednesday don't go ",
                                          "Thursday goes slow ",
                                          "Friday on my mind  ",
                                          "Saturday Night Live",
                 "Sunday be sporty   " 
                                         };
static void interrupt
isr(void)   // Here is interrupt function - the name is
    // unimportant.
{
 if(TMR1IF) 
  {// Was this a timer overflow?
      TMR1IF=0;//Clear interrupt flag, ready for next
   TMR1H=0x80;
        //If we set TMR1 to start at 0x8000 (32768), the TMR1 will overflow every 1 second
     timer_tick=1;
  }//we are done here
}
void setup(void)
{ 
 IRCF0=1;
      IRCF1=0;
      IRCF2=1;
      IRCF3=1;//4MHz clock speed
//REGISTER 5-1: OSCCON: OSCILLATOR CONTROL REGISTER
// bit 6-3 IRCF<3:0>: Internal Oscillator Frequency Select bits
//1111 = 16MHz
//1110 = 8MHz
//1101 = 4MHz
//1100 = 2MHz
//1011 = 1MHz
//1010 = 500 kHz(1)
//1001 = 250 kHz(1)
//1000 = 125 kHz(1)
//0111 = 500 kHz (default upon Reset)
//0110 = 250 kHz
//0101 = 125 kHz
//0100 = 62.5 kHz
//001x = 31.25 kHz
//000x = 31kHz LF 
    TRISA0=0;
    TRISC=0b01111000;//RC0-RC2 out,RC3-RC6 in,RC7 out
    TRISB=0; //All port B output
 GIE = 0;  // Global interrupt disable just in case
 ANSELA=0;
       ANSELB=0;
 ANSELC=0;//turn off all analog functions
//timer1 settings
 TMR1H=0x80;
 TMR1L=0;
 //T1CON=0b00000110;//used during debug
    T1CON=0b10001100;
 // See datasheet REGISTER 19-1: T1CON: TIMER 1 CONTROL REGISTER
 // TMR1CS<1:0> T1CKPS<1:0> T1OSCEN !T1SYNC — TMR1ON
//bit 7-6 TMR1CS<1:0>: Timer1 Clock Source Select bits
//11 =Timer1 clock source is Capacitive Sensing Oscillator (CAPOSC)
//10 =Timer1 clock source is pin or oscillator:
//If T1OSCEN = 0:
//External clock from T1CKI pin (on the rising edge)
//If T1OSCEN = 1:
//Crystal oscillator on SOSCI/SOSCO pins
//01 =Timer1 clock source is system clock (FOSC)
//00 =Timer1 clock source is instruction clock (FOSC/4)
//bit 5-4 T1CKPS<1:0>: Timer1 Input Clock Prescale Select bits
//11 = 1:8 Prescale value
//10 = 1:4 Prescale value
//01 = 1:2 Prescale value
//00 = 1:1 Prescale value
//bit 3 T1OSCEN: LP Oscillator Enable Control bit
//1 = Dedicated Timer1 oscillator circuit enabled
//0 = Dedicated Timer1 oscillator circuit disabled
//bit 2 T1SYNC: Timer1 Synchronization Control bit
//1 = Do not synchronize asynchronous clock input
//0 = Synchronize asynchronous clock input with system clock (FOSC)
//bit 1 Unimplemented: Read as ‘0’
//bit 0 TMR1ON: Timer1 On bit
//1 = Enables Timer1
//0 = Stops Timer1 and clears Timer1 gate flip-flop
 TMR1GE=0;
//T1GCON: TIMER1 GATE CONTROL REGISTER
//bit 7 TMR1GE: Timer1 Gate Enable bit
//If TMR1ON = 0:
//This bit is ignored
//If TMR1ON = 1:
//1 = Timer1 counting is controlled by the Timer1 gate function
//0 = Timer1 counts regardless of Timer1 gate function
  //Timer1 Interrupt prepare
   TMR1IE=1;// PIE1 register
   PEIE=1; //INTCON register
   PIR1=0; // Clear all bits PERIPHERAL INTERRUPT REQUEST REGISTER 1
   //todo now in order to generate interrupt GEI=1 and TMR1ON=1
 //setup LCD
    lcd_init();
 lcd_goto(0); // select first line
 //set the globals
     week_day=4;
     timer_tick=0;
     blink=0;
     //other misc settings
      timer_tick=0;//clear the tick
    }
void lcd_format_and_send(void)
{          blink=!blink;
           LED=blink; 
           if (blink) lcd_puts("Next LED will be off");
            else lcd_puts("Next LED will be on ");
   lcd_goto(0x40); // Select second line
             //lcd_puts("day of week ");
            //lcd_putch(week_day+48);
            lcd_puts(day_of_week_names[week_day]);
            lcd_goto(0x00);
}
 
void main (void) 
 { setup();
      GIE=1;
   TMR1ON=1;
       while (1)
        {
           if (timer_tick)
           {
            week_day++;
            if (week_day==7) week_day=0;
            lcd_format_and_send();//send time to LCD
            timer_tick=0; 
            //timer_tick=1;//just for debug
           }// end if (timer_tick) Memo to my self put all this in sub function
         }//end while endless loop
 }//End main

I did a test on this simple code and as the picture shows. It both counts (timer1) and reach the ISR. At least in the MPLAB simulator

 

Have taken your code, put it in my project, works by MPLAB Sim.
But when taking the code to my chip, no function at all.

 

have now life in chip, changed the FOSC_INTOSC to FOSC_XT
But i cant figure out, why it run 4 times as fast as it should ???

 

have now life in chip, changed the FOSC_INTOSC to FOSC_XT
But i cant figure out, why it run 4 times as fast as it should ???

Again. You are not providing enough information. We cannot see you project. You need to tell us what you can see.

What makes you think it is running 4X faster than it should?

Also it should have ran with FOSC_INTOSC unless there is some other register that you needed to set for the internal osc.