nicholastyc
Jun 4 2008, 11:52 PM
Connecting to MPLAB ICD 2
...Connected
Setting Vdd source to MPLAB ICD 2
Target Device PIC12F629 found, revision = Rev 0x10
ICDWarn0044: Target has an invalid calibration memory value (0x3FFF). Continue?
ICD0200: Operation Aborted (Warning 43).
MPLAB ICD 2 Ready
Having this problem when trying to program the piC12F629 !
Help... i successfully programmed 1 of my same pic, but later on i used another pic, when i wan to program it it pops up """"ICDWarn0044: Target has an invalid calibration memory value (0x3FFF). Continue?"""""
then i put back my another pic, its still the same although i tried it with my 1st pic which was successful, its now also have this warning...
any help is very much appreaciated.
Ajay
Jun 5 2008, 4:48 PM
try updating the firmware of ICD2.
nicholastyc
Jun 5 2008, 9:12 PM
hi Ajay, i already have the most updated firmware. I did nothing wrong , and why when i trying to programme the chip its will pop up this warning!
I am trying to program it for the LED dimmer i made the programme for...now wanted to test on it...but cant programme... =(
I am trying to program it for the LED dimmer i made the programme for...now wanted to test on it...but cant programme... =(
nicholastyc
Jun 9 2008, 5:38 PM
i need help!!
Ajay
Jun 10 2008, 3:29 PM
PIC12F629 is not supported by the ICD2. Also most of the 12-bit instruction targets are not supported by ICD2. So you are getting this error. try replacing it with some other 16F IC and see if problem presist.
nicholastyc
Jun 10 2008, 5:13 PM
i will try to update you for the result later..if i got time! thanks
nicholastyc
Jun 11 2008, 9:04 PM
hi Ajay, i programmed my pic12f629 with pickit2 , but the programme doesnot work at all...i tried to make a simple blinking program..it still doesnot work...
i will post the normal turn on led program, i simulated it in mplab sim, it does work to turn on the output!
i will post the normal turn on led program, i simulated it in mplab sim, it does work to turn on the output!
nicholastyc
Jun 11 2008, 9:06 PM
CODE:
ERRORLEVEL -302 ;remove message about using proper bank
#include <p12f629.inc>
__CONFIG _MCLRE_OFF &; _CP_OFF & _WDT_OFF & _INTRC_OSC_NOCLKOUT
START
ORG 0x000
nop
nop
nop
nop
nop
nop
BCF STATUS,RP0;
CLRF GPIO;
MOVLW 0x07 ;
MOVWF CMCON ;
BSF STATUS,RP0 ;
movlw b'10000110' ;
movwf OPTION_REG ;
CALL 0x3FF;
MOVWF OSCCAL;
MOVLW 0x08;
MOVWF TRISIO;
BCF STATUS,RP0;
BCF STATUS,C;
MOVLW 0x08;
MOVWF GPIO;
LOOP
bsf GPIO,0
bcf GPIO,1
bsf GPIO,2
goto LOOP
org 0x3ff
movlw 0x20
end
there is no ; between _MCLRE_OFF & _CP_OFF in my code...why when i attach, it appears...
nicholastyc
Jun 11 2008, 11:27 PM
CODE:
;********************************************
;***Title:Led Light Dimmer VERSION 2*********
;*Author:YC THAM*****************************
;**Date:12/6/2008****************************
;********************************************
ERRORLEVEL -302 ;remove message about using proper bank
#include <p12f629.inc>
__CONFIG _CP_OFF &; _MCLRE_OFF & _WDT_OFF & _INTRC_OSC_NOCLKOUT & _BODEN_OFF & _CPD_OFF &_PWRTE_OFF
ORIGINAL_PWM EQU H'0020'
COUNT50 EQU H'0021'
TEMP EQU H'0022'
A11 EQU H'0023'
A21 EQU H'0024'
GPIO EQU H'0005'
TRISIO EQU H'0085'
;******MAIN********
ORG 0x000
BCF STATUS,RP0; bank 0
CLRF GPIO; clear gpio
MOVLW 07h ; set to digital I/O
MOVWF CMCON ;
BSF STATUS,RP0 ; bank 1
CALL 3FFh; calibrate the internal oscillator
MOVWF OSCCAL;
MOVLW H'0038'; set the gp3,4,5 as input, gp0,1,2 as output
MOVWF TRISIO;
BCF STATUS,5;bank 0
BCF STATUS,C;clear carry flag
START
BTFSS GPIO,3 ; wait for On/OFF switch input
GOTO START; loop for input
CALL PREVIOUS ;restore previous saved PWM
GOTO INITIAL_PWM ;go to pwm output loop
INITIAL_PWM
MOVLW 0x38 ; set 0x38input
MOVWF GPIO ;
RESTART_PWM
MOVF ORIGINAL_PWM,w ; move original_pwm register data to w
MOVWF TEMP ;move w to temp register
BSF GPIO,0 ;turn on output gp0, cool white, HI
BTFSS GPIO,1 ;check for gp1 condition
CALL DELAY ;delay phase shift
BSF GPIO,1 ;turn on output gp1, warm white, HI
BTFSS GPIO,2 ;chec for gp2 condition
CALL DELAY ;delay phase shift
BSF GPIO,2 ;turn on output gp2, amber, HI
MOVLW d'255';test on the pwm condition
ADDWF ORIGINAL_PWM,0;prevent loop on 0 pwm
BTFSS STATUS,C;if pwm cycle >0 , loop for the cycles time
GOTO LOOP1;skip cycle count loop
BCF STATUS,C; clear carry flag
GOTO LOOP0;goto cycle count loop
LOOP0
DECFSZ TEMP,1 ;cycle count HI loop
GOTO LOOP0 ;
LOOP1
MOVLW d'255' ;total possible cycles, 255
MOVWF TEMP ;move to temp register for counter loop
MOVF ORIGINAL_PWM,w ;move original pwm to w for sub
SUBWF TEMP,1 ;sub temp with original pwm
BCF GPIO,0 ;turn gp0 to low
BTFSC GPIO,1 ;check for gp1 condition
CALL DELAY ;delay phase shift
BCF GPIO,1 ;turn gp1 to low
BTFSC GPIO,2 ;check for gp2 condition
CALL DELAY ;delay phase shift
BCF GPIO,2 ;turn gp2 to low
BCF STATUS,C ;clear carry flag
MOVLW d'255';test on pwm condition
ADDWF TEMP,0;prevent loop on 0 pwm
BTFSS STATUS,C;if pwm cycle >0 loop for cycles time
GOTO LOOP3;skip loop
LOOP2
DECFSZ TEMP,1 ;loop for cycle count
GOTO LOOP2 ;
LOOP3
BTFSS GPIO,3 ;check on switch on/off
GOTO START ;back to start if off, continue if on
BTFSC GPIO,4 ;check for the new pwm cycle changes
CALL SHAFT_0 ;increase/decrease on pwm cycle
GOTO RESTART_PWM ;continue loop for the current condition
;*********************************************
;** SUB-ROUTINE*******************************
;*********************************************
PREVIOUS:
BSF STATUS,5 ; bank1
MOVLW 0x10;eeprom address for saving data
MOVWF EEADR;go to address above 0x10
BSF EECON1,RD ;read data in address
MOVF EEDATA,w ;recall data to w register
BCF STATUS,5;bank0
MOVWF ORIGINAL_PWM;save to original_pwm register
RETURN
;****************************************
;**SAVE PWM IN EEPROM********************
;****************************************
SAVE_PWM:
BSF STATUS,5; bank 1
MOVLW 0x10;address to save data
MOVWF EEADR;go to addr 0x10
MOVF ORIGINAL_PWM,w ;move data on original_pwm to w
MOVWF EEDATA;send the data to eeprom
BSF EECON1,WREN ;write enable
BCF INTCON,GIE ;clear interrupt
MOVLW H'0055' ;<eeprom write sequence
MOVWF EECON2 ;<
MOVLW H'00AA' ;<
MOVWF EECON2 ;<
BSF EECON1,WR ;write in progress
LOOP_WR
BTFSC EECON1,WR; test for write process complete>?
GOTO LOOP_WR;if not complete loop till complete to ensure write successfully
BSF INTCON,GIE ;enable interrupt
BCF EECON1, WREN;disable write
BCF STATUS,5;bank 0
RETURN
;***************************************************
;****DELAY******************************************
;***************************************************
DELAY:
MOVLW d'50'; number of phase shifting loop
MOVWF COUNT50;
COUNT
DECFSZ COUNT50,1; loop for 50 cycles
GOTO COUNT;
RETURN
;**********************************************
;**DIRECTION***********************************
;**********************************************
SHAFT_0:
CLRF A11 ;clear A11 register
CLRF A21 ;clear A21 register
BCF STATUS,C;clear carry flag
BTFSC GPIO,4 ;check on gp4
GOTO SAVEBIT_A11 ;goto gp4=1 1st bit
GOTO SAVEBIT_A10 ;goto gp4=0
SHAFT_1
BTFSC GPIO,5 ;check on gp5
GOTO SAVEBIT_B11 ;goto gp5=1 2nd bit
GOTO SAVEBIT_B10 ;goto gp5=0
SHAFT_2
BTFSC GPIO,4 ;check on gp4
GOTO SAVEBIT_A21 ;goto gp4=1 3rd bit
GOTO SAVEBIT_A20 ;goto gp4=0
SHAFT_3
BTFSC GPIO,5 ;check on gp5
GOTO SAVEBIT_B21 ;goto gp5=1 4th bit
GOTO SAVEBIT_B20 ;goto gp5=0
SAVEBIT_A11
MOVLW b'00000001' ;gp4=1 1st bit =1
MOVWF A11 ;move to register A11
RLF A11,1 ;rotate left to make 4bit table check up!
GOTO SHAFT_1 ;back to 2nd bit check
SAVEBIT_A10
MOVLW b'00000000' ;gp4=0 1st bit =0
MOVWF A11 ;move to register A11
RLF A11,1 ;rotate left to make 4bit table check up
GOTO SHAFT_1 ;back to 2nd bit check
SAVEBIT_B11
MOVLW b'00000001' ;gp5=1 2nd bit =1
IORWF A11,1 ;inclusive or on A11 1st bit , result <00000011>/<00000001>
RLF A11,1 ;rotate left to make 4 bit table check up
RLF A11,1 ;rotate again to become 4bit
GOTO SHAFT_2 ;back to 3rd bit check
SAVEBIT_B10
MOVLW b'00000000' ;gp5=0 2rd bit =0
IORWF A11,1 ;inclusive or on A11 1stbit result <00000000>/<00000010>
RLF A11,1 ;rotate left to make 4 bit table check
RLF A11,1 ;rotate again to become 4bit
GOTO SHAFT_2 ;back to 3rd bit check
SAVEBIT_A21
MOVLW b'00000001' ;gp4=1 3rd bit =1
MOVWF A21 ;move to register A21
RLF A21,1 ;rotate left to make 4bit table check up
GOTO SHAFT_3 ;back to 4th bit check
SAVEBIT_A20
MOVLW b'00000000' ;gp4=0 3rd bit =0
MOVWF A21 ;move to register A21
RLF A21,1 ;rotate left again
GOTO SHAFT_3 ;back to 4th bit check
SAVEBIT_B21
MOVLW b'00000001' ;gp5=1 4th bit = 1
IORWF A21,0 ;inclusive or A21 3rd bit
IORWF A11,0 ;inclusive or with A11 to make up 4th bit
GOTO DIRECTION ; check on direction
SAVEBIT_B20
MOVLW b'00000000' ; gp5=1 4th bit =1
IORWF A21,0 ;inclusive or A21 3rd bit
IORWF A11,0 ;IOR with A11 to make up 4th bit
GOTO DIRECTION ;check for direction
DIRECTION
CALL TABLE_1 ;direction look up table
ANTI_CLOCKWISE
DECF ORIGINAL_PWM,f ; anti-clockwise means decrease on pwm cycle
MOVLW d'255'; to prevent decrease more than 0 cycle condition, turn to 255 cycle
SUBWF ORIGINAL_PWM,0; sub original_pwm
BTFSC STATUS,C; check on carry flag if cycle >0 , carry appears
GOTO RELOADZERO; if it is 0, reload zero to original_pwm register
GOTO NORMAL;if not, continue to save
RELOADZERO
MOVLW d'0'; load 0 to pwm due to over decrease happened
MOVWF ORIGINAL_PWM; move to register
BCF STATUS,C;clear carry flag
GOTO NORMAL;continue to save pwm
NORMAL
CALL SAVE_PWM ; call save pwm routine to save pwm data for recall on start up
GOTO RESTART_PWM ;return from save and continue to generate pwm signal
CLOCKWISE
MOVLW d'1'; clockwise means increase on pwm cycle
ADDWF ORIGINAL_PWM,0; add to the register to prevent over increment happned(more than 255)
BTFSC STATUS,C;it will turn to 0 cycle if over increment
GOTO RELOAD255; reload 255 cycle
INCF ORIGINAL_PWM,f ;increase pwm if no over increment condition happened
GOTO NORMAL;continue to save pwm
RELOAD255
MOVLW d'255'; load 255 to resigter due to over increment to 0 in w register
MOVWF ORIGINAL_PWM; move to resigter
GOTO NORMAL;continue to save pwm
RETURN
;************************************************
;**** DIRECTION TABLE****************************
;************************************************
TABLE_1:
ADDWF PCL,1 ; add the result to pc, result is from 4th bit generated
GOTO RESTART_PWM ; no increment nor decrement
GOTO ANTI_CLOCKWISE ; decrease on pwm
GOTO CLOCKWISE ;increase on pwm
GOTO RESTART_PWM ;
GOTO CLOCKWISE ;
GOTO RESTART_PWM ;
GOTO RESTART_PWM ;
GOTO ANTI_CLOCKWISE ;
GOTO ANTI_CLOCKWISE ;
GOTO RESTART_PWM ;
GOTO RESTART_PWM ;
GOTO CLOCKWISE ;
GOTO RESTART_PWM ;
GOTO CLOCKWISE ;
GOTO ANTI_CLOCKWISE ;
GOTO RESTART_PWM ;
RETURN
END
;***Title:Led Light Dimmer VERSION 2*********
;*Author:YC THAM*****************************
;**Date:12/6/2008****************************
;********************************************
ERRORLEVEL -302 ;remove message about using proper bank
#include <p12f629.inc>
__CONFIG _CP_OFF &; _MCLRE_OFF & _WDT_OFF & _INTRC_OSC_NOCLKOUT & _BODEN_OFF & _CPD_OFF &_PWRTE_OFF
ORIGINAL_PWM EQU H'0020'
COUNT50 EQU H'0021'
TEMP EQU H'0022'
A11 EQU H'0023'
A21 EQU H'0024'
GPIO EQU H'0005'
TRISIO EQU H'0085'
;******MAIN********
ORG 0x000
BCF STATUS,RP0; bank 0
CLRF GPIO; clear gpio
MOVLW 07h ; set to digital I/O
MOVWF CMCON ;
BSF STATUS,RP0 ; bank 1
CALL 3FFh; calibrate the internal oscillator
MOVWF OSCCAL;
MOVLW H'0038'; set the gp3,4,5 as input, gp0,1,2 as output
MOVWF TRISIO;
BCF STATUS,5;bank 0
BCF STATUS,C;clear carry flag
START
BTFSS GPIO,3 ; wait for On/OFF switch input
GOTO START; loop for input
CALL PREVIOUS ;restore previous saved PWM
GOTO INITIAL_PWM ;go to pwm output loop
INITIAL_PWM
MOVLW 0x38 ; set 0x38input
MOVWF GPIO ;
RESTART_PWM
MOVF ORIGINAL_PWM,w ; move original_pwm register data to w
MOVWF TEMP ;move w to temp register
BSF GPIO,0 ;turn on output gp0, cool white, HI
BTFSS GPIO,1 ;check for gp1 condition
CALL DELAY ;delay phase shift
BSF GPIO,1 ;turn on output gp1, warm white, HI
BTFSS GPIO,2 ;chec for gp2 condition
CALL DELAY ;delay phase shift
BSF GPIO,2 ;turn on output gp2, amber, HI
MOVLW d'255';test on the pwm condition
ADDWF ORIGINAL_PWM,0;prevent loop on 0 pwm
BTFSS STATUS,C;if pwm cycle >0 , loop for the cycles time
GOTO LOOP1;skip cycle count loop
BCF STATUS,C; clear carry flag
GOTO LOOP0;goto cycle count loop
LOOP0
DECFSZ TEMP,1 ;cycle count HI loop
GOTO LOOP0 ;
LOOP1
MOVLW d'255' ;total possible cycles, 255
MOVWF TEMP ;move to temp register for counter loop
MOVF ORIGINAL_PWM,w ;move original pwm to w for sub
SUBWF TEMP,1 ;sub temp with original pwm
BCF GPIO,0 ;turn gp0 to low
BTFSC GPIO,1 ;check for gp1 condition
CALL DELAY ;delay phase shift
BCF GPIO,1 ;turn gp1 to low
BTFSC GPIO,2 ;check for gp2 condition
CALL DELAY ;delay phase shift
BCF GPIO,2 ;turn gp2 to low
BCF STATUS,C ;clear carry flag
MOVLW d'255';test on pwm condition
ADDWF TEMP,0;prevent loop on 0 pwm
BTFSS STATUS,C;if pwm cycle >0 loop for cycles time
GOTO LOOP3;skip loop
LOOP2
DECFSZ TEMP,1 ;loop for cycle count
GOTO LOOP2 ;
LOOP3
BTFSS GPIO,3 ;check on switch on/off
GOTO START ;back to start if off, continue if on
BTFSC GPIO,4 ;check for the new pwm cycle changes
CALL SHAFT_0 ;increase/decrease on pwm cycle
GOTO RESTART_PWM ;continue loop for the current condition
;*********************************************
;** SUB-ROUTINE*******************************
;*********************************************
PREVIOUS:
BSF STATUS,5 ; bank1
MOVLW 0x10;eeprom address for saving data
MOVWF EEADR;go to address above 0x10
BSF EECON1,RD ;read data in address
MOVF EEDATA,w ;recall data to w register
BCF STATUS,5;bank0
MOVWF ORIGINAL_PWM;save to original_pwm register
RETURN
;****************************************
;**SAVE PWM IN EEPROM********************
;****************************************
SAVE_PWM:
BSF STATUS,5; bank 1
MOVLW 0x10;address to save data
MOVWF EEADR;go to addr 0x10
MOVF ORIGINAL_PWM,w ;move data on original_pwm to w
MOVWF EEDATA;send the data to eeprom
BSF EECON1,WREN ;write enable
BCF INTCON,GIE ;clear interrupt
MOVLW H'0055' ;<eeprom write sequence
MOVWF EECON2 ;<
MOVLW H'00AA' ;<
MOVWF EECON2 ;<
BSF EECON1,WR ;write in progress
LOOP_WR
BTFSC EECON1,WR; test for write process complete>?
GOTO LOOP_WR;if not complete loop till complete to ensure write successfully
BSF INTCON,GIE ;enable interrupt
BCF EECON1, WREN;disable write
BCF STATUS,5;bank 0
RETURN
;***************************************************
;****DELAY******************************************
;***************************************************
DELAY:
MOVLW d'50'; number of phase shifting loop
MOVWF COUNT50;
COUNT
DECFSZ COUNT50,1; loop for 50 cycles
GOTO COUNT;
RETURN
;**********************************************
;**DIRECTION***********************************
;**********************************************
SHAFT_0:
CLRF A11 ;clear A11 register
CLRF A21 ;clear A21 register
BCF STATUS,C;clear carry flag
BTFSC GPIO,4 ;check on gp4
GOTO SAVEBIT_A11 ;goto gp4=1 1st bit
GOTO SAVEBIT_A10 ;goto gp4=0
SHAFT_1
BTFSC GPIO,5 ;check on gp5
GOTO SAVEBIT_B11 ;goto gp5=1 2nd bit
GOTO SAVEBIT_B10 ;goto gp5=0
SHAFT_2
BTFSC GPIO,4 ;check on gp4
GOTO SAVEBIT_A21 ;goto gp4=1 3rd bit
GOTO SAVEBIT_A20 ;goto gp4=0
SHAFT_3
BTFSC GPIO,5 ;check on gp5
GOTO SAVEBIT_B21 ;goto gp5=1 4th bit
GOTO SAVEBIT_B20 ;goto gp5=0
SAVEBIT_A11
MOVLW b'00000001' ;gp4=1 1st bit =1
MOVWF A11 ;move to register A11
RLF A11,1 ;rotate left to make 4bit table check up!
GOTO SHAFT_1 ;back to 2nd bit check
SAVEBIT_A10
MOVLW b'00000000' ;gp4=0 1st bit =0
MOVWF A11 ;move to register A11
RLF A11,1 ;rotate left to make 4bit table check up
GOTO SHAFT_1 ;back to 2nd bit check
SAVEBIT_B11
MOVLW b'00000001' ;gp5=1 2nd bit =1
IORWF A11,1 ;inclusive or on A11 1st bit , result <00000011>/<00000001>
RLF A11,1 ;rotate left to make 4 bit table check up
RLF A11,1 ;rotate again to become 4bit
GOTO SHAFT_2 ;back to 3rd bit check
SAVEBIT_B10
MOVLW b'00000000' ;gp5=0 2rd bit =0
IORWF A11,1 ;inclusive or on A11 1stbit result <00000000>/<00000010>
RLF A11,1 ;rotate left to make 4 bit table check
RLF A11,1 ;rotate again to become 4bit
GOTO SHAFT_2 ;back to 3rd bit check
SAVEBIT_A21
MOVLW b'00000001' ;gp4=1 3rd bit =1
MOVWF A21 ;move to register A21
RLF A21,1 ;rotate left to make 4bit table check up
GOTO SHAFT_3 ;back to 4th bit check
SAVEBIT_A20
MOVLW b'00000000' ;gp4=0 3rd bit =0
MOVWF A21 ;move to register A21
RLF A21,1 ;rotate left again
GOTO SHAFT_3 ;back to 4th bit check
SAVEBIT_B21
MOVLW b'00000001' ;gp5=1 4th bit = 1
IORWF A21,0 ;inclusive or A21 3rd bit
IORWF A11,0 ;inclusive or with A11 to make up 4th bit
GOTO DIRECTION ; check on direction
SAVEBIT_B20
MOVLW b'00000000' ; gp5=1 4th bit =1
IORWF A21,0 ;inclusive or A21 3rd bit
IORWF A11,0 ;IOR with A11 to make up 4th bit
GOTO DIRECTION ;check for direction
DIRECTION
CALL TABLE_1 ;direction look up table
ANTI_CLOCKWISE
DECF ORIGINAL_PWM,f ; anti-clockwise means decrease on pwm cycle
MOVLW d'255'; to prevent decrease more than 0 cycle condition, turn to 255 cycle
SUBWF ORIGINAL_PWM,0; sub original_pwm
BTFSC STATUS,C; check on carry flag if cycle >0 , carry appears
GOTO RELOADZERO; if it is 0, reload zero to original_pwm register
GOTO NORMAL;if not, continue to save
RELOADZERO
MOVLW d'0'; load 0 to pwm due to over decrease happened
MOVWF ORIGINAL_PWM; move to register
BCF STATUS,C;clear carry flag
GOTO NORMAL;continue to save pwm
NORMAL
CALL SAVE_PWM ; call save pwm routine to save pwm data for recall on start up
GOTO RESTART_PWM ;return from save and continue to generate pwm signal
CLOCKWISE
MOVLW d'1'; clockwise means increase on pwm cycle
ADDWF ORIGINAL_PWM,0; add to the register to prevent over increment happned(more than 255)
BTFSC STATUS,C;it will turn to 0 cycle if over increment
GOTO RELOAD255; reload 255 cycle
INCF ORIGINAL_PWM,f ;increase pwm if no over increment condition happened
GOTO NORMAL;continue to save pwm
RELOAD255
MOVLW d'255'; load 255 to resigter due to over increment to 0 in w register
MOVWF ORIGINAL_PWM; move to resigter
GOTO NORMAL;continue to save pwm
RETURN
;************************************************
;**** DIRECTION TABLE****************************
;************************************************
TABLE_1:
ADDWF PCL,1 ; add the result to pc, result is from 4th bit generated
GOTO RESTART_PWM ; no increment nor decrement
GOTO ANTI_CLOCKWISE ; decrease on pwm
GOTO CLOCKWISE ;increase on pwm
GOTO RESTART_PWM ;
GOTO CLOCKWISE ;
GOTO RESTART_PWM ;
GOTO RESTART_PWM ;
GOTO ANTI_CLOCKWISE ;
GOTO ANTI_CLOCKWISE ;
GOTO RESTART_PWM ;
GOTO RESTART_PWM ;
GOTO CLOCKWISE ;
GOTO RESTART_PWM ;
GOTO CLOCKWISE ;
GOTO ANTI_CLOCKWISE ;
GOTO RESTART_PWM ;
RETURN
END
nicholastyc
Jun 11 2008, 11:29 PM
hi Ajay, i am really scratching my head, i already programmed my code above to my pic...i tested my code on MPLAB SIM, it worked totally fine with what i expected.
But it dont work after i programmed the code into pic...
wat;s the problem with setting??????thanks!
But it dont work after i programmed the code into pic...
wat;s the problem with setting??????thanks!
Ajay
Jun 13 2008, 12:06 AM
are you working with a development board? or a self constructed board?