16F913 setup

[mister_e]

mmm, sounds like a corrupted file, did you tried to re-install PBP and it's patch for 2.46?
http://www.melabs.com/support/patches.htm

[Andre_Pretorius]

thanks, i created a totaly new project and copied my code into it, it seems to have fixed the problem it compiles now without problems.
is there any thing you think i left out to have the pic do what i setted out to do in my first post?

[mister_e]

'This Part set PORTA 0-5 an analog inputs

ADCON1 = %111 'FRC (clock derived from a dedicated internal oscillator = 500 kHz max)
ANSEL = 0 'The ANSEL (91h) and CMCON0 (9Ch)registers must be initialized to configure an
CMCON0= 0 'analog channel as a digital input. Pins configured as analog inputs will read ‘0’.
TRISA = %00011111 'set PORTA 0-5 as inputs

Nope, it disable all ADC channel <7:0>.
http://ww1.microchip.com/downloads/e...Doc/41250F.pdf
PDF page 45, Ansel Register.
should be
ANSEL = %00011111

PDF page 183, ADCON1
ADCON1 should be
ADCON1=%01110000

To disable comparators, cm<2:0> bits have to be = to 111

so PDF page 118, CMCON0
CMCON0=%00000111

[Andre_Pretorius]

Acording to me this chould read the 0 - 5v signal on PORTA.0 and sends the digital value to hiperterminal, nothing seems to happen ,any help please
Also i have just bought myself a ICD2 is there any special code i need to add to use the debug functions?

DEFINE OSC 20 ' Define crystal as 20Mhz
DEFINE HSER_BAUD 9600 ; 9600 Baud
DEFINE HSER_CLROERR 1 ; Clear overflow automatically


'This Part set PORTA 0-5 an analog inputs

ADCON1 = %01110000 'FRC (clock derived from a dedicated internal oscillator = 500 kHz max)
ANSEL = %00011111 'The ANSEL (91h) and CMCON0 (9Ch)registers must be initialized to configure an
CMCON0 = %00000111 'analog channel as a digital input. Pins configured as analog inputs will read ‘0’.
TRISA = %00011111 'set PORTA 0-5 as inputs

TRISC = %10001111 'Set PORTC for serial coms and pins 0 - 3 as inputs
TRISB = %00000000 'Sert PORTb as outputs and for use with the ICD2

INTCON = 0 ;Disable interrupts

V1 var byte

loop:
ADCIN PORTA.0,V1
HSEROUT [DEC V1]
PAUSE 500
goto loop

[KVLV]

ADCIN PORTA.0,V1

should it be:

ADCIN 0,V1

[KVLV]

please see this post, Brandon has the same statement as yours link >> http://www.picbasic.co.uk/forum/show...7826#post47826

[Andre_Pretorius]

This should send out hello each 0.5 sec 9600 baud even parity instead i get 4 "Ξ" Simbols on hyper terminal, i have checked all the regesters and it seems to be ok, any body got any Suggestions??

DEFINE OSC 20 ' Define crystal as 20Mhz

DEFINE HSER_BAUD 9600 ; 9600 Baud
DEFINE HSER_RCSTA 90h ' Enable serial port & continuous receive
DEFINE HSER_TXSTA 64h ' Enable transmit, BRGH = 1
DEFINE HSER_BITS 9
DEFINE HSER_EVEN 1
DEFINE HSER_CLROERR 1 ; Clear overflow automatically

TRISA = %00011111 'set PORTA 0-5 as inputs
TRISC = %10001111 'Set PORTC for serial coms and pins 0 - 3 as inputs
TRISB = %00000000 'Sert PORTb as outputs and for use with the ICD2

INTCON = 0 ;Disable interrupts

loop:
HSEROUT ["Hallo"]
PAUSE 500
goto loop

[PulsarProFX]

Hi Mr. E and all others!

I am new to the LCD "modules" in the 16F913 chip. I'm trying to get a basic breadboard going here using the minimum setup required to just send 2 digits to 2 displays. From there I can figure out everything else the chip needs to do. It's these damn module parameters that is screwing with my head. Specific pins to displays can be any arrangement for now.

The App Note AN1070 and chip data leaves me confused when it comes to using PBP (v2.60) since data references are all in Assembler. Has anyone worked with this chip to arrive at a simple setup to map the pins, and how to setup the "mapping"? Do you need to create a lookup table to output the digits you want. The more I read the more I'm either missing the boat or reading too much into the minimums required to talk to the displays.

Mega thanks, Frank

[bogdan]

...digits to 2 displays...????

post the schematic please (...or lcd model # ... ext osc ?)

[mark_s]

Here is some code I wrote for a 4 digit display and a PIC16F914. There
is no cut and paste solution using these on chip LCD modules. Each LCD
has different number of segments, commons and duty. The best way
to get going is the worksheet located in the LCD section of the data
sheet. Using the LCD data sheet you assign each segment to an LCD register. I can probably help some if you supply the LCD data sheet.

[mark_s]

Code did not attach the first try

[PulsarProFX]

Here is some code I wrote for a 4 digit display and a PIC16F914. There
is no cut and paste solution using these on chip LCD modules. Each LCD
has different number of segments, commons and duty. The best way
to get going is the worksheet located in the LCD section of the data
sheet. Using the LCD data sheet you assign each segment to an LCD register. I can probably help some if you supply the LCD data sheet.

Using the Data Sheet's pin addressing to function names, here's what I've come up with and verified "ok".

COM-0 LCD FUNCTION ADDRESS LCD SEGMENT IC Pin
SEG0 LCDDATA 0,0 Segment "C" 21
SEG1 LCDDATA 0,1 Segment "D" 22
SEG5 LCDDATA 0,5 Segment "E" 7
SEG6 LCDDATA 0,6 Segment "DP" 14
SEG8 LCDDATA 1,0 Segment "F" 18
SEG9 LCDDATA 1,1 Segment "A" 17
SEG10 LCDDATA 1,2 Segment "B" 16
SEG11 LCDDATA 1,3 Segment "G" 15

COM-1 LCD FUNCTION ADDRESS LCD SEGMENT IC Pin
SEG2 LCDDATA 3,2 Segment "G" 23
SEG3 LCDDATA 3,3 Segment "B" 24
SEG4 LCDDATA 3,4 Segment "DP" 6
SEG7 LCDDATA 3,7 Segment "D" 3
SEG12 LCDDATA 4,4 Segment "E" 2
SEG13 LCDDATA 4,5 Segment "A" 28
SEG14 LCDDATA 4,6 Segment "F" 27
SEG15 LCDDATA 4,7 Segment "C" 5

Thanks, Frank