This should get you 0.985 seconds, which seems ok, unless you need better
precision:

;; Uses 2 registers as counters plus W
Delay_1sec
        movlw   0x03        ; 3 * .328secs = .985 seconds
        movwf   Counter2
        clrf    Delay_Count ; 256 loops @ 256*5us each ~= .328secs
        clrw
Delay_L
        addlw   0x01
        btfsc   STATUS, Z   ; check for overflow past 0
        decfsz  Delay_Count
        goto    Delay_L
        decfsz  Counter2
        goto    Delay_L
        return

If you need better precision, you can preload Delay_Count with a lower value
to make it overflow faster for the first loop, then increase Counter2 from
0x03 to 0x04 to get that extra 15ms you need to bring it to 1.000 seconds.
I'll let you do the math.

--Andrew
_________________________________________________________________
Get your FREE download of MSN Explorer at http://explorer.msn.com

--
http://www.piclist.com hint: The PICList is archived three different
ways.  See http://www.piclist.com/#archives for details.