; ADDRESS OPCODE ASM
; ----------------------------------------------
$0000 $28D9   GOTO _main
$0004 $ _delay_22us:
;delays.pbas,13 ::   sub procedure Delay_22us()
;delays.pbas,14 ::   Delay_us(22)
$0004 $3007   MOVLW 7
$0005 $1303   BCF STATUS, RP1
$0006 $1283   BCF STATUS, RP0
$0007 $00FA   MOVWF STACK_10
$0008 $0BFA   DECFSZ STACK_10, F
$0009 $2808   GOTO $-1
$000A $ delays_L_2:
$000A $0008   RETURN
$000B $ _mul_32x32_u:
$000B $1303   BCF STATUS, RP1
$000C $1283   BCF STATUS, RP0
;Math.ppas,1570 ::   
;Math.ppas,1578 ::   
$000D $3022   MOVLW 34
;Math.ppas,1579 ::   
$000E $00FC   MOVWF STACK_12
;Math.ppas,1580 ::   
$000F $01F8   CLRF STACK_8
;Math.ppas,1581 ::   
$0010 $01F9   CLRF STACK_9
;Math.ppas,1582 ::   
$0011 $01FA   CLRF STACK_10
;Math.ppas,1584 ::   
$0012 $01FB   CLRF STACK_11
;Math.ppas,1588 ::   
$0013 $ _NEXT:
;Math.ppas,1589 ::   
$0013 $03FC   DECF STACK_12, F
;Math.ppas,1590 ::   
$0014 $1903   BTFSC STATUS, Z
;Math.ppas,1591 ::   
$0015 $2841   GOTO _EXIT2
;Math.ppas,1593 ::   
$0016 $1003   BCF STATUS, C
;Math.ppas,1602 ::   
$0017 $ _LOOP:
;Math.ppas,1603 ::   
$0017 $0CFB   RRF STACK_11, F
;Math.ppas,1604 ::   
$0018 $0CFA   RRF STACK_10, F
;Math.ppas,1605 ::   
$0019 $0CF9   RRF STACK_9, F
;Math.ppas,1606 ::   
$001A $0CF8   RRF STACK_8, F
;Math.ppas,1607 ::   
$001B $0CF3   RRF STACK_3, F
;Math.ppas,1608 ::   
$001C $0CF2   RRF STACK_2, F
;Math.ppas,1609 ::   
$001D $0CF1   RRF STACK_1, F
;Math.ppas,1614 ::   
$001E $0CF0   RRF STACK_0, F
;Math.ppas,1615 ::   
$001F $1C03   BTFSS STATUS, C
;Math.ppas,1616 ::   
$0020 $2813   GOTO _NEXT
;Math.ppas,1617 ::   
$0021 $03FC   DECF STACK_12, F
;Math.ppas,1618 ::   
$0022 $1903   BTFSC STATUS, Z
;Math.ppas,1625 ::   
$0023 $2833   GOTO _EXIT1
;Math.ppas,1626 ::   
$0024 $0874   MOVF STACK_4, W
;Math.ppas,1627 ::   
$0025 $07F8   ADDWF STACK_8, F
;Math.ppas,1628 ::   
$0026 $0875   MOVF STACK_5, W
;Math.ppas,1629 ::   
$0027 $1803   BTFSC STATUS, C
;Math.ppas,1630 ::   
$0028 $0F75   INCFSZ STACK_5, W
;Math.ppas,1631 ::   
$0029 $07F9   ADDWF STACK_9, F
;Math.ppas,1632 ::   
$002A $0876   MOVF STACK_6, W
;Math.ppas,1633 ::   
$002B $1803   BTFSC STATUS, C
;Math.ppas,1634 ::   
$002C $0F76   INCFSZ STACK_6, W
;Math.ppas,1635 ::   
$002D $07FA   ADDWF STACK_10, F
;Math.ppas,1636 ::   
$002E $0877   MOVF STACK_7, W
;Math.ppas,1637 ::   
$002F $1803   BTFSC STATUS, C
;Math.ppas,1638 ::   
$0030 $0F77   INCFSZ STACK_7, W
;Math.ppas,1640 ::   
$0031 $07FB   ADDWF STACK_11, F
;Math.ppas,1642 ::   
$0032 $2817   GOTO _LOOP
;Math.ppas,1647 ::   
$0033 $ _EXIT1:
;Math.ppas,1648 ::   
$0033 $0874   MOVF STACK_4, W
;Math.ppas,1649 ::   
$0034 $07F8   ADDWF STACK_8, F
;Math.ppas,1650 ::   
$0035 $0875   MOVF STACK_5, W
;Math.ppas,1651 ::   
$0036 $1803   BTFSC STATUS, C
;Math.ppas,1652 ::   
$0037 $0F75   INCFSZ STACK_5, W
;Math.ppas,1653 ::   
$0038 $07F9   ADDWF STACK_9, F
;Math.ppas,1654 ::   
$0039 $0876   MOVF STACK_6, W
;Math.ppas,1655 ::   
$003A $1803   BTFSC STATUS, C
;Math.ppas,1656 ::   
$003B $0F76   INCFSZ STACK_6, W
;Math.ppas,1657 ::   
$003C $07FA   ADDWF STACK_10, F
;Math.ppas,1658 ::   
$003D $0877   MOVF STACK_7, W
;Math.ppas,1659 ::   
$003E $1803   BTFSC STATUS, C
;Math.ppas,1660 ::   
$003F $0F77   INCFSZ STACK_7, W
;Math.ppas,1663 ::   
$0040 $07FB   ADDWF STACK_11, F
;Math.ppas,1664 ::   
$0041 $ _EXIT2:
;Math.ppas,1665 ::   
$0041 $ Math_L_13:
;Math.ppas,1666 ::   
$0041 $0008   RETURN
$0042 $ _adc_read:
;ADClib_A_C.ppas,12 ::   
;ADClib_A_C.ppas,13 ::   
$0042 $1303   BCF STATUS, RP1
$0043 $1283   BCF STATUS, RP0
$0044 $019F   CLRF ADCON0, 1
;ADClib_A_C.ppas,14 ::   
$0045 $30C0   MOVLW 192
$0046 $049F   IORWF ADCON0, 1
;ADClib_A_C.ppas,15 ::   
$0047 $3040   MOVLW 64
$0048 $1683   BSF STATUS, RP0
$0049 $041F   IORWF ADCON1, 0
$004A $00F0   MOVWF STACK_0
$004B $0870   MOVF STACK_0, 0
$004C $009F   MOVWF ADCON1
;ADClib_A_C.ppas,17 ::   
$004D $3080   MOVLW 128
$004E $0470   IORWF STACK_0, 0
$004F $009F   MOVWF ADCON1
;ADClib_A_C.ppas,18 ::   
$0050 $1283   BCF STATUS, RP0
$0051 $082C   MOVF FARG_ADC_read, 0
$0052 $00F0   MOVWF STACK_0
$0053 $0DF0   RLF STACK_0, 1
$0054 $1070   BCF STACK_0, 0
$0055 $0DF0   RLF STACK_0, 1
$0056 $1070   BCF STACK_0, 0
$0057 $0DF0   RLF STACK_0, 1
$0058 $1070   BCF STACK_0, 0
$0059 $0870   MOVF STACK_0, 0
$005A $049F   IORWF ADCON0, 1
;ADClib_A_C.ppas,19 ::   
$005B $141F   BSF ADCON0, 0
;ADClib_A_C.ppas,20 ::   
$005C $2004   CALL _delay_22us
;ADClib_A_C.ppas,21 ::   
$005D $151F   BSF ADCON0, 2
;ADClib_A_C.ppas,22 ::   
$005E $ ADClib_A_C_L_2:
$005E $3000   MOVLW 0
$005F $191F   BTFSC ADCON0, 2
$0060 $3001   MOVLW 1
$0061 $00F2   MOVWF STACK_2
$0062 $0872   MOVF STACK_2, 0
$0063 $3A01   XORLW 1
$0064 $1D03   BTFSS STATUS, Z
$0065 $2868   GOTO ADClib_A_C_L_3
;ADClib_A_C.ppas,23 ::   
$0066 $0000   NOP
$0067 $285E   GOTO ADClib_A_C_L_2
$0068 $ ADClib_A_C_L_3:
;ADClib_A_C.ppas,24 ::   
$0068 $081E   MOVF ADRESH, 0
$0069 $00F2   MOVWF STACK_2
$006A $01F3   CLRF STACK_2+1
$006B $0872   MOVF STACK_2, 0
$006C $00F3   MOVWF STACK_2+1
$006D $01F2   CLRF STACK_2
$006E $0872   MOVF STACK_2, 0
$006F $00AD   MOVWF _adc_read_local_result
$0070 $0873   MOVF STACK_2+1, 0
$0071 $00AE   MOVWF _adc_read_local_result+1
;ADClib_A_C.ppas,25 ::   
$0072 $1683   BSF STATUS, RP0
$0073 $081E   MOVF ADRESL, 0
$0074 $0472   IORWF STACK_2, 0
$0075 $1283   BCF STATUS, RP0
$0076 $00AD   MOVWF _adc_read_local_result
$0077 $0873   MOVF STACK_2+1, 0
$0078 $00AE   MOVWF _adc_read_local_result+1
$0079 $3000   MOVLW 0
$007A $04AE   IORWF _adc_read_local_result+1, 1
;ADClib_A_C.ppas,26 ::   
$007B $101F   BCF ADCON0, 0
$007C $ ADClib_A_C_L_0:
;ADClib_A_C.ppas,27 ::   
$007C $082D   MOVF _adc_read_local_result, 0
$007D $00F0   MOVWF STACK_0
$007E $082E   MOVF _adc_read_local_result+1, 0
$007F $00F1   MOVWF STACK_0+1
$0080 $0008   RETURN
$0081 $ _mul_32x32_s:
$0081 $1303   BCF STATUS, RP1
$0082 $1283   BCF STATUS, RP0
;Math.ppas,1675 ::   
;Math.ppas,1680 ::   
$0083 $01FD   CLRF STACK_13
;Math.ppas,1683 ::   
$0084 $ _IF_FIRST:
;Math.ppas,1684 ::   
$0084 $1FF3   BTFSS STACK_3, 7
;Math.ppas,1686 ::   
$0085 $2893   GOTO _IF_SECOND
;Math.ppas,1691 ::   
$0086 $ _INVERCE_FIRST:
;Math.ppas,1692 ::   
$0086 $09F0   COMF STACK_0, F
;Math.ppas,1693 ::   
$0087 $09F1   COMF STACK_1, F
;Math.ppas,1694 ::   
$0088 $09F2   COMF STACK_2, F
;Math.ppas,1701 ::   
$0089 $09F3   COMF STACK_3, F
;Math.ppas,1702 ::   
$008A $0AF0   INCF STACK_0, F
;Math.ppas,1703 ::   
$008B $1903   BTFSC STATUS, Z
;Math.ppas,1704 ::   
$008C $0AF1   INCF STACK_1, F
;Math.ppas,1705 ::   
$008D $1903   BTFSC STATUS, Z
;Math.ppas,1706 ::   
$008E $0AF2   INCF STACK_2, F
;Math.ppas,1707 ::   
$008F $1903   BTFSC STATUS, Z
;Math.ppas,1708 ::   
$0090 $0AF3   INCF STACK_3, F
;Math.ppas,1709 ::   
$0091 $3081   MOVLW 129
;Math.ppas,1711 ::   
$0092 $07FD   ADDWF STACK_13, F
;Math.ppas,1714 ::   
$0093 $ _IF_SECOND:
;Math.ppas,1715 ::   
$0093 $1FF7   BTFSS STACK_7, 7
;Math.ppas,1717 ::   
$0094 $28A1   GOTO _MULT
;Math.ppas,1722 ::   
$0095 $ _INBERSE_SECOND:
;Math.ppas,1723 ::   
$0095 $09F4   COMF STACK_4, F
;Math.ppas,1724 ::   
$0096 $09F5   COMF STACK_5, F
;Math.ppas,1725 ::   
$0097 $09F6   COMF STACK_6, F
;Math.ppas,1732 ::   
$0098 $09F7   COMF STACK_7, F
;Math.ppas,1733 ::   
$0099 $0AF4   INCF STACK_4, F
;Math.ppas,1734 ::   
$009A $1903   BTFSC STATUS, Z
;Math.ppas,1735 ::   
$009B $0AF5   INCF STACK_5, F
;Math.ppas,1736 ::   
$009C $1903   BTFSC STATUS, Z
;Math.ppas,1737 ::   
$009D $0AF6   INCF STACK_6, F
;Math.ppas,1738 ::   
$009E $1903   BTFSC STATUS, Z
;Math.ppas,1739 ::   
$009F $0AF7   INCF STACK_7, F
;Math.ppas,1741 ::   
$00A0 $0AFD   INCF STACK_13, F
;Math.ppas,1742 ::   
$00A1 $ _MULT:
;Math.ppas,1744 ::   
$00A1 $200B   CALL _mul_32x32_u
;Math.ppas,1748 ::   
$00A2 $1C7D   BTFSS STACK_13, 0
;Math.ppas,1754 ::   
$00A3 $28BB   GOTO _EXIT
;Math.ppas,1755 ::   
$00A4 $09F0   COMF STACK_0, F
;Math.ppas,1756 ::   
$00A5 $09F1   COMF STACK_1, F
;Math.ppas,1757 ::   
$00A6 $09F2   COMF STACK_2, F
;Math.ppas,1763 ::   
$00A7 $09F3   COMF STACK_3, F
;Math.ppas,1764 ::   
$00A8 $09F8   COMF STACK_8, F
;Math.ppas,1765 ::   
$00A9 $09F9   COMF STACK_9, F
;Math.ppas,1766 ::   
$00AA $09FA   COMF STACK_10, F
;Math.ppas,1776 ::   
$00AB $09FB   COMF STACK_11, F
;Math.ppas,1777 ::   
$00AC $0AF0   INCF STACK_0, F
;Math.ppas,1778 ::   
$00AD $1903   BTFSC STATUS, Z
;Math.ppas,1779 ::   
$00AE $0AF1   INCF STACK_1, F
;Math.ppas,1780 ::   
$00AF $1903   BTFSC STATUS, Z
;Math.ppas,1781 ::   
$00B0 $0AF2   INCF STACK_2, F
;Math.ppas,1782 ::   
$00B1 $1903   BTFSC STATUS, Z
;Math.ppas,1783 ::   
$00B2 $0AF3   INCF STACK_3, F
;Math.ppas,1784 ::   
$00B3 $1903   BTFSC STATUS, Z
;Math.ppas,1785 ::   
$00B4 $0AF8   INCF STACK_8, F
;Math.ppas,1786 ::   
$00B5 $1903   BTFSC STATUS, Z
;Math.ppas,1787 ::   
$00B6 $0AF9   INCF STACK_9, F
;Math.ppas,1788 ::   
$00B7 $1903   BTFSC STATUS, Z
;Math.ppas,1789 ::   
$00B8 $0AFA   INCF STACK_10, F
;Math.ppas,1790 ::   
$00B9 $1903   BTFSC STATUS, Z
;Math.ppas,1791 ::   
$00BA $0AFB   INCF STACK_11, F
;Math.ppas,1792 ::   
$00BB $ _EXIT:
;Math.ppas,1793 ::   
$00BB $ Math_L_14:
;Math.ppas,1794 ::   
$00BB $0008   RETURN
$00BC $ _div_16x16_u:
$00BC $1303   BCF STATUS, RP1
$00BD $1283   BCF STATUS, RP0
;Math.ppas,108 ::   
;Math.ppas,110 ::   
$00BE $01F8   CLRF STACK_8
;Math.ppas,111 ::   
$00BF $01F9   CLRF STACK_9
;Math.ppas,112 ::   
$00C0 $3010   MOVLW 16
;Math.ppas,113 ::   
$00C1 $00FC   MOVWF STACK_12
;Math.ppas,114 ::   
$00C2 $0D71   RLF STACK_1, W
;Math.ppas,115 ::

$00C3 $0DF8   RLF STACK_8, F
;Math.ppas,116 ::   
$00C4 $0DF9   RLF STACK_9, F
;Math.ppas,117 ::   
$00C5 $0874   MOVF STACK_4, W
;Math.ppas,118 ::   
$00C6 $02F8   SUBWF STACK_8, F
;Math.ppas,119 ::   
$00C7 $0875   MOVF STACK_5, W
;Math.ppas,120 ::   
$00C8 $1C03   BTFSS STATUS, C
;Math.ppas,121 ::   
$00C9 $0F75   INCFSZ STACK_5, W
;Math.ppas,122 ::   
$00CA $02F9   SUBWF STACK_9, F
;Math.ppas,123 ::   
$00CB $1803   BTFSC STATUS, C
;Math.ppas,124 ::   
$00CC $28D4   GOTO $+8
;Math.ppas,125 ::   
$00CD $0874   MOVF STACK_4, W
;Math.ppas,126 ::   
$00CE $07F8   ADDWF STACK_8, F
;Math.ppas,127 ::   
$00CF $0875   MOVF STACK_5, W
;Math.ppas,128 ::   
$00D0 $1803   BTFSC STATUS, C
;Math.ppas,129 ::   
$00D1 $0F75   INCFSZ STACK_5, W
;Math.ppas,130 ::   
$00D2 $07F9   ADDWF STACK_9, F
;Math.ppas,131 ::   
$00D3 $1003   BCF STATUS, C
;Math.ppas,132 ::   
$00D4 $0DF0   RLF STACK_0, F
;Math.ppas,133 ::   
$00D5 $0DF1   RLF STACK_1, F
;Math.ppas,134 ::   
$00D6 $0BFC   DECFSZ STACK_12, F
;Math.ppas,135 ::   
$00D7 $28C2   GOTO $-21
;Math.ppas,136 ::   
$00D8 $ Math_L_3:
;Math.ppas,137 ::   
$00D8 $0008   RETURN
$00D9 $ _main:
;voltametr.pbas,5 ::   main:
$00D9 $ _main_main:
;voltametr.pbas,6 ::   trisB = 00
$00D9 $1303   BCF STATUS, RP1
$00DA $1683   BSF STATUS, RP0
$00DB $0186   CLRF TRISB, 1
;voltametr.pbas,7 ::   trise = 00
$00DC $0189   CLRF TRISE, 1
;voltametr.pbas,8 ::   portb = 00
$00DD $1283   BCF STATUS, RP0
$00DE $0186   CLRF PORTB, 1
;voltametr.pbas,9 ::   option_reg = $80
$00DF $3080   MOVLW 128
$00E0 $1683   BSF STATUS, RP0
$00E1 $0081   MOVWF OPTION_REG
;voltametr.pbas,10 ::   ADCON1 = $82
$00E2 $3082   MOVLW 130
$00E3 $009F   MOVWF ADCON1
;voltametr.pbas,11 ::   trisa  = $ff
$00E4 $30FF   MOVLW 255
$00E5 $0085   MOVWF TRISA
;voltametr.pbas,12 ::   lop1:
$00E6 $ _main_lop1:
;voltametr.pbas,13 ::   while true
$00E6 $ voltametr_L_2:
;voltametr.pbas,14 ::   T3 = adc_read(1)   ' read from RA.1
$00E6 $3001   MOVLW 1
$00E7 $1283   BCF STATUS, RP0
$00E8 $00AC   MOVWF FARG_ADC_read
$00E9 $2042   CALL _adc_read
$00EA $0870   MOVF STACK_0, 0
$00EB $00A0   MOVWF _t3
$00EC $0871   MOVF STACK_0+1, 0
$00ED $00A1   MOVWF _t3+1
;voltametr.pbas,15 ::   T2 = T3 * 241     ' 241 for 24 volt  for show as 24.1
$00EE $3000   MOVLW 0
$00EF $00F2   MOVWF STACK_0+2
$00F0 $00F3   MOVWF STACK_0+3
$00F1 $30F1   MOVLW 241
$00F2 $00F4   MOVWF STACK_4
$00F3 $01F5   CLRF STACK_4+1
$00F4 $01F6   CLRF STACK_4+2
$00F5 $01F7   CLRF STACK_4+3
$00F6 $2081   CALL _mul_32x32_s
$00F7 $0870   MOVF STACK_0, 0
$00F8 $00A2   MOVWF _t2
$00F9 $0871   MOVF STACK_0+1, 0
$00FA $00A3   MOVWF _t2+1
$00FB $0872   MOVF STACK_0+2, 0
$00FC $00A4   MOVWF _t2+2
$00FD $0873   MOVF STACK_0+3, 0
$00FE $00A5   MOVWF _t2+3
;voltametr.pbas,16 ::   T3 = T2  >> 10
$00FF $300A   MOVLW 10
$0100 $00F4   MOVWF STACK_4
$0101 $0870   MOVF STACK_0, 0
$0102 $00A8   MOVWF FLOC_main+0
$0103 $0871   MOVF STACK_0+1, 0
$0104 $00A9   MOVWF FLOC_main+1
$0105 $0872   MOVF STACK_0+2, 0
$0106 $00AA   MOVWF FLOC_main+2
$0107 $0873   MOVF STACK_0+3, 0
$0108 $00AB   MOVWF FLOC_main+3
$0109 $0874   MOVF STACK_4, 0
$010A $ L_main_0:
$010A $1903   BTFSC STATUS, Z
$010B $2915   GOTO L_main_1
$010C $0CAB   RRF FLOC_main+3, 1
$010D $0CAA   RRF FLOC_main+2, 1
$010E $0CA9   RRF FLOC_main+1, 1
$010F $0CA8   RRF FLOC_main+0, 1
$0110 $13AB   BCF FLOC_main+3, 7
$0111 $1B2B   BTFSC FLOC_main+3, 6
$0112 $17AB   BSF FLOC_main+3, 7
$0113 $3FFF   ADDLW 255
$0114 $290A   GOTO L_main_0
$0115 $ L_main_1:
$0115 $0828   MOVF FLOC_main+0, 0
$0116 $00A0   MOVWF _t3
$0117 $0829   MOVF FLOC_main+1, 0
$0118 $00A1   MOVWF _t3+1
;voltametr.pbas,17 ::   T = ( T3 div 100 ) mod 10
$0119 $3064   MOVLW 100
$011A $00F4   MOVWF STACK_4
$011B $01F5   CLRF STACK_4+1
$011C $0828   MOVF FLOC_main+0, 0
$011D $00F0   MOVWF STACK_0
$011E $0829   MOVF FLOC_main+1, 0
$011F $00F1   MOVWF STACK_0+1
$0120 $20BC   CALL _div_16x16_u
$0121 $300A   MOVLW 10
$0122 $00F4   MOVWF STACK_4
$0123 $01F5   CLRF STACK_4+1
$0124 $20BC   CALL _div_16x16_u
$0125 $0878   MOVF STACK_8, 0
$0126 $00F0   MOVWF STACK_0
$0127 $0879   MOVF STACK_9, 0
$0128 $00F1   MOVWF STACK_1
$0129 $0870   MOVF STACK_0, 0
$012A $00A6   MOVWF _t
$012B $0871   MOVF STACK_0+1, 0
$012C $00A7   MOVWF _t+1
;voltametr.pbas,18 ::   portE = 0
$012D $0189   CLRF PORTE, 1
;voltametr.pbas,19 ::   PORTB = T
$012E $0870   MOVF STACK_0, 0
$012F $0086   MOVWF PORTB
;voltametr.pbas,20 ::   portE = 3
$0130 $3003   MOVLW 3
$0131 $0089   MOVWF PORTE
;voltametr.pbas,21 ::   delay_ms(3)
$0132 $3004   MOVLW 4
$0133 $00FB   MOVWF STACK_11
$0134 $30FF   MOVLW 255
$0135 $00FA   MOVWF STACK_10
$0136 $0BFB   DECFSZ STACK_11, F
$0137 $2939   GOTO $+2
$0138 $293C   GOTO $+4
$0139 $0BFA   DECFSZ STACK_10, F
$013A $2939   GOTO $-1
$013B $2936   GOTO $-5
$013C $30E2   MOVLW 226
$013D $00FA   MOVWF STACK_10
$013E $0BFA   DECFSZ STACK_10, F
$013F $293E   GOTO $-1
;voltametr.pbas,22 ::   T = ( T3 div 10 ) mod 10
$0140 $300A   MOVLW 10
$0141 $00F4   MOVWF STACK_4
$0142 $01F5   CLRF STACK_4+1
$0143 $0828   MOVF FLOC_main+0, 0
$0144 $00F0   MOVWF STACK_0
$0145 $0829   MOVF FLOC_main+1, 0
$0146 $00F1   MOVWF STACK_0+1
$0147 $20BC   CALL _div_16x16_u
$0148 $300A   MOVLW 10
$0149 $00F4   MOVWF STACK_4
$014A $01F5   CLRF STACK_4+1
$014B $20BC   CALL _div_16x16_u
$014C $0878   MOVF STACK_8, 0
$014D $00F0   MOVWF STACK_0
$014E $0879   MOVF STACK_9, 0
$014F $00F1   MOVWF STACK_1
$0150 $0870   MOVF STACK_0, 0
$0151 $00A6   MOVWF _t
$0152 $0871   MOVF STACK_0+1, 0
$0153 $00A7   MOVWF _t+1
;voltametr.pbas,23 ::   portE = 0
$0154 $0189   CLRF PORTE, 1
;voltametr.pbas,24 ::   portB = T
$0155 $0870   MOVF STACK_0, 0
$0156 $0086   MOVWF PORTB
;voltametr.pbas,25 ::   portE = 5
$0157 $3005   MOVLW 5
$0158 $0089   MOVWF PORTE
;voltametr.pbas,26 ::   delay_ms(3)
$0159 $3004   MOVLW 4
$015A $00FB   MOVWF STACK_11
$015B $30FF   MOVLW 255
$015C $00FA   MOVWF STACK_10
$015D $0BFB   DECFSZ STACK_11, F
$015E $2960   GOTO $+2
$015F $2963   GOTO $+4
$0160 $0BFA   DECFSZ STACK_10, F
$0161 $2960   GOTO $-1
$0162 $295D   GOTO $-5
$0163 $30E2   MOVLW 226
$0164 $00FA   MOVWF STACK_10
$0165 $0BFA   DECFSZ STACK_10, F
$0166 $2965   GOTO $-1
;voltametr.pbas,27 ::   T = T3 mod 10
$0167 $300A   MOVLW 10
$0168 $00F4   MOVWF STACK_4
$0169 $01F5   CLRF STACK_4+1
$016A $0828   MOVF FLOC_main+0, 0
$016B $00F0   MOVWF STACK_0
$016C $0829   MOVF FLOC_main+1, 0
$016D $00F1   MOVWF STACK_0+1
$016E $20BC   CALL _div_16x16_u
$016F $0878   MOVF STACK_8, 0
$0170 $00F0   MOVWF STACK_0
$0171 $0879   MOVF STACK_9, 0
$0172 $00F1   MOVWF STACK_1
$0173 $0870   MOVF STACK_0, 0
$0174 $00A6   MOVWF _t
$0175 $0871   MOVF STACK_0+1, 0
$0176 $00A7   MOVWF _t+1
;voltametr.pbas,28 ::   portE = 0
$0177 $0189   CLRF PORTE, 1
;voltametr.pbas,29 ::   portB = T
$0178 $0870   MOVF STACK_0, 0
$0179 $0086   MOVWF PORTB
;voltametr.pbas,30 ::   portE = 6
$017A $3006   MOVLW 6
$017B $0089   MOVWF PORTE
;voltametr.pbas,31 ::   delay_us(2700)
$017C $3004   MOVLW 4
$017D $00FB   MOVWF STACK_11
$017E $30FF   MOVLW 255
$017F $00FA   MOVWF STACK_10
$0180 $0BFB   DECFSZ STACK_11, F
$0181 $2983   GOTO $+2
$0182 $2986   GOTO $+4
$0183 $0BFA   DECFSZ STACK_10, F
$0184 $2983   GOTO $-1
$0185 $2980   GOTO $-5
$0186 $307E   MOVLW 126
$0187 $00FA   MOVWF STACK_10
$0188 $0BFA   DECFSZ STACK_10, F
$0189 $2988   GOTO $-1
$018A $28E6   GOTO voltametr_L_2
;voltametr.pbas,32 ::   wend
$018B $298B   GOTO $