16f88 - pin RA4 as analog input

[savnik]

If you go with 2 decimals, you may want to use 10-bit values from the A/D for better accuracy.
In which case you would Right Justify, and the math changes to...<pre>1023 * 5 / 1023 = 5 ; Single digit<br>1023 * 50 / 1023 = 50 ; 1 decimal place<br>1023 * 500 / 1023 = 500 ; 2 decimals</pre>But you'll need to use DIV32 for those.

I want to use 10-bit values.
But i can use the DIV32 command to show the result on LCD.

Now for 8 bit i have this code:

    ADCIN 0, adval	                       ' Read channel 0 to adval
    value = adval*50/255                  ' 1 decimal place (5.0)
    
    LCDOUT $FE,1,"VOLT : ",DEC value/10, ".",DEC value//10, " V"

[savnik]

i use this:
ADCIN 0, adval ' Read channel 0 to adval
dummy = adval * 5 * 100 ' Multiply to load internal registers with 32-bit value
value = Div32 1023 ' Divide 32-bit value by word and store in word
Lcdout $fe,1, "VOLT : ", DEC value/10,".", DEC value//10, " V"

[CocaColaKid]

Why not use:

adcin 0, adval
adval = adval * 196 / 100
lcdout $fe,1, "VOLTS: ", DEC1 adval/100,".", DEC2 adval//100, " V"