pic18f24j10.dev

HID汽车大灯安定器,应用现在的安定器上,有多种保护功能

# Device file info: $Id: PIC18F24J10.dev,v 1.38 2006/11/29 04:24:10 agarwak Exp $
# Macro file info: $Id: 18macro.dev,v 1.40 2006/11/14 23:04:54 sheardv Exp $
format=0.1

# device=PIC18F24J10
# DOS: DOS-00597
# PS:  DS-39687
# DS:  

# DRMC: This frontmatter comes from a PIC18F45J10.  It won't be 100%
# accurate.

vpp (range=2.125-3.500 dflt=3.250)
vdd (range=2.125-3.500 dfltrange=2.125-3.500 nominal=3.250)

#IsChecksumless=1


pgming (memtech=ee tries=1 panelsize=0x0)
   wait (pgm=10000 eedata=10000 cfg=10000 userid=10000 erase=600)
   # erase is actually 600ms but we only have U16 to use so I'm making it ms base instead for TSMC parts
   # JLD 05/31/06: J parts actually erase 1024 at a time. The 10 LSBs of TBLPTR are ignored.
   latches(pgm=64 eedata=2 cfg=2 rowerase=1024)
   

pgmmem (region=0x0-0x3FF7)     # 3ff8-3fff are config memory
cfgmem (region=0x3ff8-0x3fff)
cfgwormmem (region=0x300000-0x300006)
extpgmmem  (region=0x20000-0x1FFFFF modeaddr=0x300004)

# No eedata according to the programming spec
#eedata (region=0x00-0xf5f)
testmem (region=0x200000-0x2003FF)
# userid  (region=0x200000-0x200007)

# The end address has been changed from a 0x2B to a 0x37 for the ICD2
bkbgvectmem (region=0x200028-0x200037)

devid (region=0x3FFFFE-0x3FFFFF idmask=0xFFE0 id=0x1D00)

UnusedBankMask=0x7FF0
AccessBankSplitOffset=0x80
NumBanks=16

UnusedRegs (0xf00-0xf7f)
UnusedRegs (0xf85-0xf88)
UnusedRegs (0xf8e-0xf91)
UnusedRegs (0xf97-0xf9a)
UnusedRegs (0xf9c-0xf9c)
UnusedRegs (0xfa8-0xfaa)
UnusedRegs (0xfb9-0xfb9)
UnusedRegs (0xfd4-0xfd4)

ICDStr= ICDDevID=0x1460 ICDDevIDMustUse=0 ICDDevCfgAddr=0x7FF8 ICDDevSelVal=0x84

                               # ---------------#
#------------------------------# CORE Registers #------------------------------------------------#
                               # ---------------#

sfr (key=TOS addr=0xFFD size=3 flags=j)
    # NOTE: The j flag means all these registers together form one larger register
    bit (names='- - - TOS' width='1 1 1 21')
sfr (key=TOSU addr=0xFFF size=1 access='u u u rw rw rw rw rw')
    reset (por='---00000' mclr='---00000')
    bit (names='- - - TOSU' width='1 1 1 5')
    stimulus (scl=rwb regfiles=w pcfiles=rw)
sfr (key=TOSH addr=0xFFE size=1 access='rw rw rw rw rw rw rw rw')
    reset (por='00000000' mclr='00000000')
    bit (names='TOSH' width='8')
    stimulus (scl=rwb regfiles=w pcfiles=rw)
sfr (key=TOSL addr=0xFFD size=1 access='rw rw rw rw rw rw rw rw')
    reset (por='00000000' mclr='00000000')
    bit (names='TOSL' width='8')
    stimulus (scl=rwb regfiles=w pcfiles=rw)

sfr (key=STKPTR addr=0xFFC size=1 access='rc rc u rw rw rw rw rw')
    reset (por='00-00000' mclr='00-00000')
    bit (names='STKFUL STKUNF - STKPTR' width='1 1 1 5')
    stimulus (scl=rwb regfiles=w pcfiles=rw)

sfr (key=PCLAT addr=0xFF9 size=3 flags=j)
    # NOTE: The j flag means all these registers together form one larger register
    bit (names='- - - PCLAT' width='1 1 1 21')
sfr (key=PCLATU addr=0xFFB size=1 access='u u u rw rw rw rw rw')
    reset (por='---00000' mclr='---00000')
    bit (names='- - - PCU' width='1 1 1 5')
    stimulus (scl=rwb regfiles=w pcfiles=rw)
sfr (key=PCLATH addr=0xFFA size=1 access='rw rw rw rw rw rw rw rw')
    reset (por='00000000' mclr='00000000')
    bit (names='PCH' width='8')
    stimulus (scl=rwb regfiles=w pcfiles=rw)
sfr (key=PCL addr=0xFF9 size=1 access='rw rw rw rw rw rw rw rw')
    reset (por='00000000' mclr='00000000')
    bit (names='PCL' width='8')
    stimulus (scl=rwb regfiles=w pcfiles=rw)

sfr (key=TBLPTR addr=0xFF6 size=3 flags=j)
    # NOTE: The j flag means all these registers together form one larger register
    bit (names='- - ACSS TBLPTR' width='1 1 1 21')
sfr (key=TBLPTRU addr=0xFF8 size=1 access='u u rw rw rw rw rw rw')
    # NOTE: The ACSS bit allows access to the device configuration bits
    reset (por='--000000' mclr='--000000')
    bit (names='- - ACSS TBLPTRU' width='1 1 1 5')
    stimulus (scl=rwb regfiles=w pcfiles=rw)
sfr (key=TBLPTRH addr=0xFF7 size=1 access='rw rw rw rw rw rw rw rw')
    reset (por='00000000' mclr='00000000')
    bit (names='TBLPTRH' width='8')
    stimulus (scl=rwb regfiles=w pcfiles=rw)
sfr (key=TBLPTRL addr=0xFF6 size=1 access='rw rw rw rw rw rw rw rw')
    reset (por='00000000' mclr='00000000')
    bit (names='TBLPTRL' width='8')
    stimulus (scl=rwb regfiles=w pcfiles=rw)

sfr (key=TABLAT addr=0xFF5 size=1 access='rw rw rw rw rw rw rw rw')
    reset (por='00000000' mclr='00000000')
    bit (names='TABLAT' width='8')
    stimulus (scl=rwb regfiles=w pcfiles=rw)

sfr (key=PROD addr=0xFF3 size=2 flags=j)
    # NOTE: The j flag means all these registers together form one larger register
    bit (names='PROD' width='16')
sfr (key=PRODH addr=0xFF4 size=1 access='rw rw rw rw rw rw rw rw')
    reset (por='xxxxxxxx' mclr='uuuuuuuu')
    bit (names='PRODH' width='8')
    stimulus (scl=rwb regfiles=w pcfiles=rw)
sfr (key=PRODL addr=0xFF3 size=1 access='rw rw rw rw rw rw rw rw')
    reset (por='xxxxxxxx' mclr='uuuuuuuu')
    bit (names='PRODL' width='8')
    stimulus (scl=rwb regfiles=w pcfiles=rw)

sfr (key=INTCON addr=0xFF2 size=1 access='rw rw rw rw rw rw rw rw')
    reset (por='0000000x' mclr='0000000u')
    bit (names='GIE/GIEH PEIE/GIEL TMR0IE INT0IE RBIE TMR0IF INT0IF RBIF')
    # NOTE: When IPEN (bit 7) in the RCON register is 0 use the following bit names
    qbit (names='GIE PEIE TMR0IE INT0IE RBIE TMR0IF INT0IF RBIF')
    # NOTE: When IPEN (bit 7) in the RCON register is 1 use the following bit names
    qbit (names='GIEH GIEL TMR0IE INT0IE RBIE TMR0IF INT0IF RBIF')
    bit (tag=scl names='GIE_GIEH PEIE_GIEL TMR0IE INT0IE RBIE TMR0IF INT0IF RBIF')
    stimulus (scl=rwb regfiles=w pcfiles=rw)
sfr (key=INTCON2 addr=0xFF1 size=1 access='rw rw rw rw u rw u rw')
    reset (por='1111-1-1' mclr='1111-1-1')
    bit (names='nRBPU INTEDG0 INTEDG1 INTEDG2 - TMR0IP - RBIP')
    stimulus (scl=rwb regfiles=w pcfiles=rw)
sfr (key=INTCON3 addr=0xFF0 size=1 access='rw rw u rw rw u rw rw')
    reset (por='11-00-00' mclr='11-00-00')
    bit (names='INT2IP INT1IP - INT2IE INT1IE - INT2IF INT1IF')
    stimulus (scl=rwb regfiles=w pcfiles=rw)

sfr (key=INDF0 addr=0xFEF size=1 flags=i access='u u u u u u u u')
    reset (por='--------' mclr='--------')
    bit (names='INDF0' width='8')
sfr (key=POSTINC0 addr=0xFEE size=1 flags=i access='u u u u u u u u')
    reset (por='--------' mclr='--------')
    bit (names='POSTINC0' width='8')
sfr (key=POSTDEC0 addr=0xFED size=1 flags=i access='u u u u u u u u')
    reset (por='--------' mclr='--------')
    bit (names='POSTDEC0' width='8')
sfr (key=PREINC0 addr=0xFEC size=1 flags=i access='u u u u u u u u')
    reset (por='--------' mclr='--------')
    bit (names='PREINC0' width='8')
sfr (key=PLUSW0 addr=0xFEB size=1 flags=i access='u u u u u u u u')
    reset (por='--------' mclr='--------')
    bit (names='PLUSW0' width='8')

sfr (key=FSR0 addr=0xFE9 size=2 flags=j)
    # NOTE: The j flag means all these registers together form one larger register
    bit (names='- - - - FSR0' width='1 1 1 1 12')
sfr (key=FSR0H addr=0xFEA size=1 access='u u u u rw rw rw rw')
    reset (por='----0000' mclr='----uuuu')
    bit (names='- - - - FSR0H' width='1 1 1 1 4')
    stimulus (scl=rwb regfiles=w pcfiles=rw)
sfr (key=FSR0L addr=0xFE9 size=1 access='rw rw rw rw rw rw rw rw')
    reset (por='xxxxxxxx' mclr='uuuuuuuu')
    bit (names='FSR0L' width='8')
    stimulus (scl=rwb regfiles=w pcfiles=rw)

sfr (key=WREG addr=0xFE8 size=1 access='rw rw rw rw rw rw rw rw')
    reset (por='xxxxxxxx' mclr='uuuuuuuu')
    bit (names='WREG' width='8')
    stimulus (scl=rwb type=int regfiles=w pcfiles=rw)
sfr (key=INDF1 addr=0xFE7 size=1 flags=i access='u u u u u u u u')
    reset (por='--------' mclr='--------')
    bit (names='INDF1' width='8')
sfr (key=POSTINC1 addr=0xFE6 size=1 flags=i access='u u u u u u u u')
    reset (por='--------' mclr='--------')
    bit (names='POSTINC1' width='8')
sfr (key=POSTDEC1 addr=0xFE5 size=1 flags=i access='u u u u u u u u')
    reset (por='--------' mclr='--------')
    bit (names='POSTDEC1' width='8')
sfr (key=PREINC1 addr=0xFE4 size=1 flags=i access='u u u u u u u u')
    reset (por='--------' mclr='--------')
    bit (names='PREINC1' width='8')
sfr (key=PLUSW1 addr=0xFE3 size=1 flags=i access='u u u u u u u u')
    reset (por='--------' mclr='--------')
    bit (names='PLUSW1' width='8')

sfr (key=FSR1 addr=0xFE1 size=2 flags=j)
    # NOTE: The j flag means all these registers together form one larger register
    bit (names='- - - - FSR1' width='1 1 1 1 12')
sfr (key=FSR1H addr=0xFE2 size=1 access='u u u u rw rw rw rw')
    reset (por='----0000' mclr='----uuuu')
    bit (names='- - - - FSR1H' width='1 1 1 1 4')
    stimulus (scl=rwb regfiles=w pcfiles=rw)
sfr (key=FSR1L addr=0xFE1 size=1 access='rw rw rw rw rw rw rw rw')
    reset (por='xxxxxxxx' mclr='uuuuuuuu')
    bit (names='FSR1L' width='8')
    stimulus (scl=rwb regfiles=w pcfiles=rw)

sfr (key=BSR addr=0xFE0 size=1 access='u u u u rw rw rw rw')
    reset (por='----0000' mclr='----0000')
    bit (names='- - - - BSR' width='1 1 1 1 4')
    stimulus (scl=rwb regfiles=w pcfiles=rw)
sfr (key=INDF2 addr=0xFDF size=1 flags=i access='u u u u u u u u')
    reset (por='--------' mclr='--------')
    bit (names='INDF2' width='8')
sfr (key=POSTINC2 addr=0xFDE size=1 flags=i access='u u u u u u u u')
    reset (por='--------' mclr='--------')
    bit (names='POSTINC2' width='8')
sfr (key=POSTDEC2 addr=0xFDD size=1 flags=i access='u u u u u u u u')
    reset (por='--------' mclr='--------')
    bit (names='POSTDEC2' width='8')
sfr (key=PREINC2 addr=0xFDC size=1 flags=i access='u u u u u u u u')
    reset (por='--------' mclr='--------')
    bit (names='PREINC2' width='8')
sfr (key=PLUSW2 addr=0xFDB size=1 flags=i access='u u u u u u u u')
    reset (por='--------' mclr='--------')
    bit (names='PLUSW2' width='8')

sfr (key=FSR2 addr=0xFD9 size=2 flags=j)
    # NOTE: The j flag means all these registers together form one larger register
    bit (names='- - - - FSR2' width='1 1 1 1 12')
sfr (key=FSR2H addr=0xFDA size=1 access='u u u u rw rw rw rw')
    reset (por='----0000' mclr='----0000')
    bit (names='- - - - FSR2H' width='1 1 1 1 4')
    stimulus (scl=rwb regfiles=w pcfiles=rw)
sfr (key=FSR2L addr=0xFD9 size=1 access='rw rw rw rw rw rw rw rw')
    reset (por='xxxxxxxx' mclr='uuuuuuuu')
    bit (names='FSR2L' width='8')
    stimulus (scl=rwb regfiles=w pcfiles=rw)

sfr (key=STATUS addr=0xFD8 size=1 access='u u u rw rw rw rw rw')
    reset (por='---xxxxx' mclr='---uuuuu')
    bit (names='- - - N OV Z DC C')
sfr (key=LVDCON addr=0xFD2 size=1 access='u u rw rw rw rw rw rw')
    reset (por='--000101' mclr='--000101')
    bit (names='- - IRVST LVDEN LVDL' width='1 1 1 1 4')
    stimulus (scl=rwb regfiles=w pcfiles=rw)
sfr (key=WDTCON addr=0xFD1 size=1 access='u u u u u u u rw')
    reset (por='-------0' mclr='-------0')
    bit (names='- - - - - - - SWDTEN')
    stimulus (scl=rwb regfiles=w pcfiles=rw)
sfr (key=RCON addr=0xFD0 size=1 access='rw u u rw rw rw rw rw')
    reset (por='0--11100' mclr='01-uqquu')
    bit (names='IPEN - - nRI nTO nPD nPOR nBOR')
    stimulus (scl=r regfiles=w pcfiles=rw)

sfr (key=IPR3 addr=0xFA5 size=1 access='u rw u u u u u u')
    reset (por='-1------' mclr='-1------')
    bit (names='- BCL2IP - - - - - -')
    stimulus (scl=rwb regfiles=w pcfiles=rw)
sfr (key=PIR3 addr=0xFA4 size=1 access='u rw u u u u u u')
    reset (por='-0------' mclr='-0------')
    bit (names='- BCL2IF - - - - - -')
    stimulus (scl=rwb regfiles=w pcfiles=rw)
sfr (key=PIE3 addr=0xFA3 size=1 access='u rw u u u u u u')
    reset (por='-0------' mclr='-0------')
    bit (names='- BCL2IE - - - - - -')
    stimulus (scl=rwb regfiles=w pcfiles=rw)
sfr (key=IPR2 addr=0xFA2 size=1 access='rw rw u u rw rw rw rw')
    reset (por='11--1--1' mclr='11--1--1')
    bit (names='OSCFIP CMIP - - BCL1IP - - CCP2IP')
    stimulus (scl=rwb regfiles=w pcfiles=rw)
sfr (key=PIR2 addr=0xFA1 size=1 access='rw rw u u rw rw rw rw')
    reset (por='00--0--0' mclr='00--0--0')
    bit (names='OSCFIF CMIF - - BCL1IF - - CCP2IF')
    stimulus (scl=rwb regfiles=w pcfiles=rw)
sfr (key=PIE2 addr=0xFA0 size=1 access='rw rw u u rw rw rw rw')
    reset (por='00--0--0' mclr='00--0--0')
    bit (names='OSCFIE CMIE - - BCL1IE - - CCP2IE')