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Figuring out the FUSES is half the battle...

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RckRllRfg

Joined: 20 Jul 2011
Posts: 60

Figuring out the FUSES is half the battle...

Posted: Wed Jul 20, 2011 1:57 pm

Hi Everyone -

I've spent a good deal of time trying to get some explanations as to the various fuses that I have seen listed in the codes that are provided in this forum. In searching for other things (that I will post soon enough), I found the "Rosetta Stone" of the fuses in the PICC directory. It would have been GREAT if this had been in the Manual.

C:\Program Files\PICC

Code:

ABW20 20-bit Address bus
ABW16 16-bit Address bus
ABW12 12-bit Address bus
ABW8 8-bit Address bus
BANDGAPLOW Lowest Bandgap voltage
BANDGAPHIGH Highest Bandgap voltage
BBSIZ1K 1K words Boot Block size
BBSIZ2K 2K words Boot Block size
BBSIZ4K 4K words Boot Block size
BORSEN See Datasheet
BORV20 Brownout reset at 2.0V
BORV21 Brownout reset at 2.1V
BORV22 Brownout reset at 2.2V
BORV25 Brownout reset at 2.5V
BORV26 Brownout reset at 2.6V
BORV27 Brownout reset at 2.7V
BORV28 Brownout reset at 2.8V
BORV40 Brownout reset at 4.0V
BORV42 Brownout reset at 4.2V
BORV43 Brownout reset at 4.3V
BORV45 Brownout reset at 4.5V
BORV46 Brownout reset at 4.6V
BORV47 Brownout reset at 4.7V
BROWNOUT Reset when brownout detected
BROWNOUT_NOSL Brownout enabled during operation, disabled during SLEEP
BROWNOUT_SW Brownout controlled by configuration bit in special file register
BW8 8-bit external bus mode
BW16 16-bit external bus mode
CCPB0 CCP1 input/output multiplexed with RB0
CCPB2 CCP1 input/output multiplexed with RB2
CCPB3 CCP1 input/output multiplexed with RB3
CCP2B3 CCP2 input/output multiplexed with RB3
CCP2C1 CCP2 input/output multiplexed with RC1
CCP2E7 CCP2 input/output multiplexed with RE7
CLKOUT Output clock on OSC2
NOCLKOUT I/O function on OSC2
CPB Boot Block Code Protected
CPD Data EEPROM Code Protected
CPU Microprocessor Mode
CPU_BB Microprocessor with Boot Block mode
DEBUG Debug mode for use with ICD
DPROTECT Protect EE memory
E4_IO External clock with HW enabled 4X PLL
E4_SW_IO External Clock with SW enabled 4x PLL
EBTR Memory protected from table reads
EBTRB Boot block protected from table reads
EC External clock with CLKOUT
EC_IO External clock
ECCPE Enhanced CCP PWM outpts multiplexed with RE6 thorugh RE3
ECCPH Enhanced CCP PWM outpts multiplexed with RH7 thorugh RH4
EMCU Extended Microcontroller mode
ER External resistor osc, with CLKOUT
ER_IO External resistor osc
FCMEN Fail-safe clock monitor enabled
FLTAC1 FLTA input is multiplexed with RC1
FLTAD4 FLTA input is multiplexed with RD4
H4 High speed osc with HW enabled 4X PLL
H4_SW High speed osc with SW enabled 4x PLL
HPOL_HIGH High-Side Transistors Polarity is Active-High (PWM 1,3,5 and 7)
HPOL_LOW High-Side Transistors Polarity is Active-Low (PWM 1,3,5 and 7)
HS High speed Osc (> 4mhz for PCM/PCH) (>10mhz for PCD)
IESO Internal External Switch Over mode enabled
INT32KHZ Internal 32 khz Osc
INT125KHZ Internal 125 khz Osc
INT128KHZ Internal 128 khz Osc
INT1MHZ Internal 1 mhz Osc
INT250KHZ Internal 250 khz Osc
INT2MHZ Internal 2 mhz Osc
INT31KHZ Internal 31 khz Osc
INT4MHZ Internal 4 mhz Osc
INT500KHZ Internal 500 khz Osc
INT62KHZ Internal 62 khz Osc
INTRC Internal RC Osc
INTRC_IO Internal RC Osc, no CLKOUT
LP Low power osc < 200 khz
LPOL_HIGH Low-Side Transistors Polarity is Active-High (PWM 0,2,4 and 6)
LPOL_LOW Low-Side Transistors Polarity is Active-Low (PWM 0,2,4 and 6)
LPT1OSC Timer1 configured for low-power operation
LVP Low Voltage Programming on B3(PIC16) or B5(PIC18)
MCLR Master Clear pin enabled
MCU Microcontroller Mode
NOBORSEN See Datasheet
NOBROWNOUT No brownout reset
NOCPB No Boot Block code protection
NOCPD No EE protection
NODEBUG No Debug mode for ICD
NODPROTECT No code protection
NOEBTR Memory not protected from table reads
NOEBTRB Boot block not protected from table reads
NOFCMEN Fail-safe clock monitor disabled
NOIESO Internal External Switch Over mode disabled
NOLPT1OSC Timer1 configured for higher power operation
NOLVP No low voltage prgming, B3(PIC16) or B5(PIC18) used for I/O
NOMCLR Master Clear pin used for I/O
NOOSCSEN Oscillator switching is disabled, main oscillator is source
NOPARITY No memory parity checking
NOPBADEN PORTB pins are configured as digital I/O on RESET
NOPROTECT Code not protected from reading
NOPUT No Power Up Timer
NOPWMPIN PWM outputs drive active state upon Reset
NOSTVREN Stack full/underflow will not cause reset
NOSYNC No sync between I/O and clock
NOTR Table reads disabled
NOTW Table writes disabled
NOWAIT Wait selections unavailable for Table Reads or Table Writes
NOWDT No Watch Dog Timer
NOWDTLD No long delay on WDT Postscale
NOWINEN WDT Timer Window Disabled
NOWRT Program memory not write protected
NOWRTD Data EEPROM not write protected
NOWRTB Boot block not write protected
NOWRTC configuration not registers write protected
NOWURE Wake-up and continue
NOXINST Extended set extension and Indexed Addressing mode disabled (Legacy mode)
OSCSEN Oscillator switching is enabled
PARITY Memory parity checking on
PBADEN PORTB pins are configured as analog input channels on RESET
PROTECT Code protected from reads
PROTECT_5% Protect 5% of ROM
PROTECT_50% Protect 50% of ROM
PROTECT_75% Protect 75% of ROM
PROTECT_88% Protect 88% of ROM
PROTECT_CAL Prevent reading of calibration area
PROTECT_CODE Prevent reading of code
PROTECT_USER Prevent reading of user area
PUT Power Up Timer
PWMPIN PWM outputs disabled upon Reset
RB4 B4 is an I/O pin not CLKOUT
RC Resistor/Capacitor Osc with CLKOUT
RC_IO Resistor/Capacitor Osc
SSP_RC SCK/SCL=RC5, SDA/SDI=RC4, SDO=RC7
SSP_RD SCK/SCL=RD3, SDA/SDI=RD2, SDO=RD1
STVREN Stack full/underflow will cause reset
SYNC Sync I/O with clock
T1LOWPOWER Timer1 low power operation when in sleep
T1STANDARD Timer1 standard (legacy) oscillator operation
TR Table reads allowed
TW Table writes allowed
WAIT Wait selections for Table Reads and Table Writes
WDT Watch Dog Timer
WDT1 Watch Dog Timer uses 1:1 Postscale
WDT2 Watch Dog Timer uses 1:2 Postscale
WDT4 Watch Dog Timer uses 1:4 Postscale
WDT8 Watch Dog Timer uses 1:8 Postscale
WDT16 Watch Dog Timer uses 1:16 Postscale
WDT32 Watch Dog Timer uses 1:32 Postscale
WDT64 Watch Dog Timer uses 1:64 Postscale
WDT128 Watch Dog Timer uses 1:128 Postscale
WDT256 Watch Dog Timer uses 1:256 Postscale
WDT512 Watch Dog Timer uses 1:512 Postscale
WDT1024 Watch Dog Timer uses 1:1024 Postscale
WDT2048 Watch Dog Timer uses 1:2048 Postscale
WDT4096 Watch Dog Timer uses 1:4096 Postscale
WDT8192 Watch Dog Timer uses 1:8192 Postscale
WDT16384 Watch Dog Timer uses 1:16384 Postscale
WDT32768 Watch Dog Timer uses 1:32768 Postscale
WDTLD Watch Dog Timer with long delay (16x Postscale)
WINEN WDT Timer Window Enabled
WRT Program Memory Write Protected
WRT_50% Lower half of Program Memory is Write Protected
WRT_25% Lower quarter of Program Memory is Write Protected
WRT_5% Lower 255 bytes of Program Memory is Write Protected
WRTD Data EEPROM write protected
WRTB Boot block write protected
WRTC configuration registers write protected
WURE Wake up and Reset
XINST Extended set extension and Indexed Addressing mode enabled
XT Crystal osc <= 4mhz for PCM/PCH , 3mhz to 10 mhz for PCD
X4 XT Oscillator, PLL enabled
E4 EC Oscillator, PLL enabled, with CLKOUT
INTXT Internal Oscillator, XT used by USB
INTHS Internal Oscillator, HS used by USB
PLL1 No PLL PreScaler
PLL2 Divide By 2(8MHz oscillator input)
PLL3 Divide By 3(12MHz oscillator input)
PLL4 Divide By 4(16MHz oscillator input)
PLL5 Divide By 5(20MHz oscillator input)
PLL6 Divide By 6(24MHz oscillator input)
PLL8 Divide By 8(32MHz oscillator input)
PLL10 Divide By 10(40MHz oscillator input)
PLL12 Divide By 12(48MHz oscillator input)
CPUDIV1 No System Clock Postscaler
CPUDIV2 System Clock by 2
CPUDIV3 System Clock by 3
CPUDIV4 System Clock by 4
USBDIV USB clock source comes from PLL divide by 2
NOUSBDIV USB clock source comes from primary oscillator
VREGEN USB voltage regulator enabled
NOVREGEN USB voltage regulator disabled
ICPRT ICPRT enabled
NOICPRT ICPRT disabled
XTPLL Crystal/Resonator with PLL enabled
HSPLL High Speed Crystal/Resonator with PLL enabled
ECPLL External Clock with PLL enabled and Fosc/4 on RA6
ECPIO External Clock with PLL enabled, I/O on RA6
PRIMARY Primary clock is system clock when scs=00
EMCU12 Extended microcontroller mode,12 bit address mode
EMCU16 Extended microcontroller mode,16 bit address mode
EMCU20 Extended microcontroller mode,20 bit address mode
EASHFT Address shifting enabled
NOEASHFT Address shifting disabled
IOSC4 INTOSC speed 4 MHz
IOSC8 INTOSC speed 8MHz
PWM4B5 PWM4 output is multiplexed on RB5
PWM4D5 PWM4 output is multiplexed on RD5
EXCLKC3 TMR0/T5CKI external clock input is muliplexed with RC3
EXCLKD0 TMR0/T5CKI external clock input is muliplexed with RD0
HS1 High speed Osc (1MHz to 50 MHz)
HS2 High speed Osc (1MHz to 50 MHz)
HS3 High speed Osc (1MHz to 50 MHz)
LP1 Low power crystal 32KHZ
LP2 Low power crystal/resonator 32KHz - 1 MHz
XT1 Normal Crystal/resonator 32KHz - 10 MHz
XT2 Normal Crystal/resonator 1MHz - 24 MHz
TURBO Turbo mode enabled - Instruction clock = osc/1
NOTURBO Turbo mode disabled - Instruction clock = osc/4
IFBD Internal osc feedback resistor enabled
NOIFBD Internal osc feedback resistor disabled
IRC Internal RC osc enabled
NOIRC Internal RC osc disabled
1PAGE_1BANK Configure memory size as 1 page - 1 bank
1PAGE_2BANK Configure memory size as 1 page - 2 banks
4PAGE_4BANK Configure memory size as 4 pages - 4 banks
4PAGE_8BANK Configure memory size as 4 page - 8 banks
BORTRIM0 Brown-out trim bits setting 0
BORTRIM1 Brown-out trim bits setting 1
BORTRIM2 Brown-out trim bits setting 2
BORTRIM3 Brown-out trim bits setting 3
CF Carry flag active
NOCF No carry flag
OPTIONX Enable programming of RTW and RTE_IE bits in Options register
NO_OPTIONX Disable programming of RTW and RTE_IE bits in Options register
PINS_28 Selects the SX-28 device
PINS_18 Selectes the SX-18/20 devices
IRCTRIM_MAX Internal RC osc max trim frequency
IRCTRIM_MIN Internal RC osc min trim frequency
IRCTRIM_1 Internal RC osc trim setting 1
IRCTRIM_2 Internal RC osc trim setting 2
IRCTRIM_3 Internal RC osc trim setting 3
IRCTRIM_4 Internal RC osc trim setting 4
IRCTRIM_5 Internal RC osc trim setting 5
IRCTRIM_6 Internal RC osc trim setting 6
WDRT_06 Delay reset timer timeout 0.06 ms
WDRT_7 Delay reset timer timeout 7 ms
WDRT_18 Delay reset timer timeout 18 ms
WDRT_60 Delay reset timer timeout 60 ms
WDRT_480 Delay reset timer timeout 480 ms
WDRT_960 Delay reset timer timeout 960 ms
WDRT_1920 Delay reset timer timeout 1920 ms
SPCLK Enable clock in power down mode
NOSPCLK Disable clock in power down mode
DRT06 Delay Reset Timer timeout period 0.6 us
DRT18 Delay Reset Timer timeout period 18 us
DRT60 Delay Reset Timer timeout period 60 us
DRT960 Delay Reset Timer timeout period 960 us
XTLBUF_EN Crystal Buffer enable
NOXTLBUF Crystal Buffer disabled
IRCTRIM_TYP Typical IRC TRIM bits setting
RESERVED Used to set the reserved FUSE bits
MCPU Master Clear Pull-up enabled
NOMCPU Master Clear Pull-up disabled
FLTAA7 FLTA multiplexed on A7
FLTAA5 FLTA multiplexed on A5
T1OSCA6 T1 oscillator pin on A6
T1OSCB2 T1 oscillator pin on B2
BBSIZ256 Boot block size 256 bytes
BBSIZ512 Boot block size 512 bytes
ETHLED Ethernet LED enabled
NOETHLED Ethernet LED disabled
XT_PLL4 XT Crystal Oscillator mode with 4X PLL
XT_PLL8 XT Crystal Oscillator mode with 8X PLL
XT_PLL16 XT Crystal Oscillator mode with 16X PLL
EC_PLL4 External Clock mode with 4X PLL
EC_PLL8 External Clock mode with 8X PLL
EC_PLL16 External Clock mode with 16X PLL
FRC Internal Fast RC Oscillator
LPRC Internal low power RC Oscillator
PR Primary Oscillator
NOCKSFSM Clock Switching is disabled, fail Safe clock monitor is disabled
CKSNOFSM Clock Switching is enabled, fail Safe clock monitor is disabled
CKSFSM Clock Switching is enabled, fail Safe clock monitor is enabled
WPSB1 Watch Dog Timer PreScalar B 1:1
WPSB2 Watch Dog Timer PreScalar B 1:2
WPSB3 Watch Dog Timer PreScalar B 1:3
WPSB4 Watch Dog Timer PreScalar B 1:4
WPSB5 Watch Dog Timer PreScalar B 1:5
WPSB6 Watch Dog Timer PreScalar B 1:6
WPSB7 Watch Dog Timer PreScalar B 1:7
WPSB8 Watch Dog Timer PreScalar B 1:8
WPSB9 Watch Dog Timer PreScalar B 1:9
WPSB10 Watch Dog Timer PreScalar B 1:10
WPSB11 Watch Dog Timer PreScalar B 1:11
WPSB12 Watch Dog Timer PreScalar B 1:12
WPSB13 Watch Dog Timer PreScalar B 1:13
WPSB14 Watch Dog Timer PreScalar B 1:14
WPSB15 Watch Dog Timer PreScalar B 1:15
WPSB16 Watch Dog Timer PreScalar B 1:16
WPSA1 Watch Dog Timer PreScalar A 1:1
WPSA8 Watch Dog Timer PreScalar A 1:8
WPSA64 Watch Dog Timer PreScalar A 1:64
WPSA512 Watch Dog Timer PreScalar A 1:512
PUT4 Power On Reset Timer value 4ms
PUT16 Power On Reset Timer value 16ms
PUT64 Power On Reset Timer value 64ms
COE Device will reset into Clip-On-Emulation mode
NOCOE Device will reset into operational mode
ICSP ICD uses PGC/PGD pins
ICSP1 ICD uses PGC1/PGD1 pins
ICSP2 ICD uses PGC2/PGD2 pins
ICSP3 ICD uses PGC3/PGD3 pins
ICSP4 ICD uses PGC4/PGD4 pins
DISABLE_SPCLK
WDRT1920
NO_CF
ENABLE_SPCLK
INT128KHZ
NO_TURBO
4PAGE4BANK
1PAGE1BANK
ICRTRIM_1
ICRTRIM_1
ICRTRIM_MIN
ICRTRIM_MAX
ICRTRIM_1
ICRTRIM_2
ICRTRIM_3
ICRTRIM_4
ICRTRIM_5
ICRTRIM_6
ENABLE_SPCLK
INTOSCIO
BOR42
BOR26
BOR22
ETHLEDNOEMB
NOCFXTLBUF_EN
HFOFST High Frequency INTRC starts clocking CPU immediately
NOHFOFST High Frequency INTRC waits until stable before clocking CPU
BANDGAP_HIGH
BANDGAP_LOW
MSSPMSK7 MSSP uses 7 bit Masking mode
MSSPMSK5 MSSP uses 5 bit Masking mode
INTRC_PLL_IO Internal RC Osc with 4X PLL, no CLKOUT
INTRC_PLL Internal RC Osc with 4X PLL
CPUDIV6 System Clock by 6
NOCPUDIV System Clock by 1
CPBH
CPBS
FRC_PLL Internal Fast RC oscillator with PLL
PR_PLL Primary Oscillator with PLL
FRANGE_HIGH Frequency Range for FRC 14.55MHz
FRANGE_LOW Frequency Range for FRC 9.7MHz
OSCIO OSC2 is general purpose output
NOOSCIO OSC2 is clock output
NOPR Pimary oscillaotr disabled
WINDIS Watch Dog Timer in non-Window mode
NOWINDIS Watch Dog Timer in Window mode
WPRES128 Watch Dog Timer PreScalar 1:128
WPRES32 Watch Dog Timer PreScalar 1:32
WPOSTS1 Watch Dog Timer PostScalar 1:1
WPOSTS2 Watch Dog Timer PostScalar 1:2
WPOSTS3 Watch Dog Timer PostScalar 1:4
WPOSTS4 Watch Dog Timer PostScalar 1:8
WPOSTS5 Watch Dog Timer PostScalar 1:16
WPOSTS6 Watch Dog Timer PostScalar 1:32
WPOSTS7 Watch Dog Timer PostScalar 1:64
WPOSTS8 Watch Dog Timer PostScalar 1:128
WPOSTS9 Watch Dog Timer PostScalar 1:256
WPOSTS10 Watch Dog Timer PostScalar 1:512
WPOSTS11 Watch Dog Timer PostScalar 1:1024
WPOSTS12 Watch Dog Timer PostScalar 1:2048
WPOSTS13 Watch Dog Timer PostScalar 1:4096
WPOSTS14 Watch Dog Timer PostScalar 1:8192
WPOSTS15 Watch Dog Timer PostScalar 1:16384
WPOSTS16 Watch Dog Timer PostScalar 1:32768
PUT2 Power On Reset Timer value 2ms
PUT8 Power On Reset Timer value 8ms
PUT32 Power On Reset Timer value 32ms
PUT128 Power On Reset Timer value 128ms
ISC1
ISC2
JTAG JTAG enabled
NOJTAG JTAG disabled
SOSC Secondary oscillator
FRCDIV Fast RC Oscillator with Post Scaler
NOSKSFSM Clock Switching Mode is disabled
IOL1WAY Allows only one reconfiguration of peripheral pins
NOIOL1WAY Allows multiple reconfigurations of peripheral pins
I2C1SELD I2C1 uses default SCL1/SDA1 pins
I2C1SELA I2C1 uses alternate SCL1/SDA1 pins
PROTECTS Standard Code protection
SC
FRC_PS Fast RC Oscillator with Post Scaler
TEMP Temparature protection enabled
NOTEMP Temparature protection disabled
PROTECTH High Code protection
NORSS No secure segment RAM
RSS256 Small-sized secure RAM
RSS2048 Medium sized secure RAM
RSS4096 Large sized secure RAM
NOSSS No secure segment
SSSS Standard protection for secure segment
SSSH High protection for secure segment
WRTSS Secure segment write protected
NOWRTSS Secure segment not write protected
NORBS No Boot RAM defined
RBS128 Boot RAM is 128 bytes
RBS256 Boot RAM is 256 bytes
RBS1024 Boot RAM is 1024 bytes
ALTI2C I2C mapped to SDA1/SCL1 pins
NOALTI2C I2C mapped to alternate pins
FRC_DIV_BY_16 Internal FAST RC oscillator with 16x PLL
FRC_PLL4 Internal Fast RC oscillator with 4X PLL
FRC_PLL8 Internal Fast RC oscillator with 8X PLL
FRC_PLL16 Internal Fast RC oscillator with 16X PLL
PROTECTDF
NOPROTECTDF
RSS
BSSH High protection for boot segment
BSSS Standard protection for boot segment
NOBSS No boot segment
RBS Boot Segment RAM code Protection
HPOL_HIGH PWM module high side output pins have active high output polarity
HPOL_LOW PWM module high side output pins have active low output polarity
LPOL_HIGH PWM module low side output pins have active high output polar
PMPEMB PMP Pins are on the external memory bus
NOPMPEMB PMP Pins are not on the external memory bus
HSM High speed Osc, medium power 4MHz-16MHz
HSH High speed Osc, high power 16MHz-25MHz
ECL External clock with CLKOUT(PIC18), low power
ECM External clock with CLKOUT(PIC18), medium power
ECH External clock with CLKOUT(PIC18), high power
ECL_IO External clock, low power
ECM_IO External clock, medium power
ECH_IO External clock ,high power
BORV30 Brownout reset at 3.0V
BORV18 Brownout reset at 1.8V
BORV19 Brownout reset at 1.9V
WDT_SW No Watch Dog Timer, enabled in Software
WDT_NOSLEEP Watch Dog Timer, disabled during SLEEP
WDT_NOSL Watch Dog Timer, disabled during SLEEP
WDT1048576 Watch Dog Timer uses 1:1048576 Postscale
WDT524288 Watch Dog Timer uses 1:524288 Postscale
WDT262144 Watch Dog Timer uses 1:262144 Postscale
WDT131072 Watch Dog Timer uses 1:131072 Postscale
WDT65536 Watch Dog Timer uses 1:65536 Postscale
RTCOSC_INT RTCC uses Internal 31KHz Oscillator as reference source
RTCOSC_T1 RTCC uses Secondary Oscillator as reference source
VCAP_A0 VCAP pin enabled on A0
VCAP_A5 VCAP pin enabled on A5
VCAP_A6 VCAP pin enabled on A6
NOVCAP VCAP pin disabled
PLL_SW 4X HW PLL disabled, 4X PLL enabled/disabled in software
PLL 4X HW PLL enabled
WRT_BOOT Program Memory Write Protected from 0 to 0x0FF
WRT_EECON200 Program Memory Write Protected from 0 to 0x1FF
WRT_EECON400 Program Memory Write Protected from 0 to 0x3FF
WRT_EECON1000 Program Memory Write Protected from 0 to 0xFFF
WRT_EECON2000 Program Memory Write Protected from 0 to 0x1FFF
NOPLLEN 4X HW PLL disabled, 4X PLL enabled in software
PLLEN 4X HW PLL enabled
PCLKEN Primary External Clock Enabled
NOPCLKEN Primary External Clock Disabled, Primary External Clock enabled in software
NOPROTECT_0 Program Memory Block 0 not protected from reading
PROTECT_0 Program Memory Block 0 protected from reads
NOPROTECT_1 Program Memory Block 1 not protected from reading
PROTECT_1 Program Memory Block 1 protected from reads
WRT0 Program Memory Block 0 write protected
WRT1 Program Memory Block 1 write protected
NOWRT0 Program Memory Block 0 not write protected
NOWRT1 Program Memory Block 1 not write protected
USBDIV2 USB clock comes from the OSC1/OSC2 divided by 2
USBDIV1 USB clock comes directly from the OSC1/OSC
DSWDTOSC_INT DSWDT uses INTRC as reference clock
DSWDTOSC_T1 DSWDT uses T1OSC/T1CKI as reference clock
DSBOR BOR enabled in Deep Sleep
NODSBOR BOR disabled in Deep Sleep
DSWDT Deep Sleep Watchdog Timer enabled
NODSWDT Deep Sleep Watchdog Timer disabled
DSWDT2 DSWDT uses 1:2 Postscale
DSWDT8 DSWDT uses 1:8 Postscale
DSWDT32 DSWDT uses 1:32 Postscale
DSWDT128 DSWDT uses 1:128 Postscale
DSWDT512 DSWDT uses 1:512 Postscale
DSWDT2048 DSWDT uses 1:2048 Postscale
DSWDT8192 DSWDT uses 1:8192 Postscale
DSWDT32768 DSWDT uses 1:32768 Postscale
DSWDT131072 DSWDT uses 1:131072 Postscale
DSWDT524288 DSWDT uses 1:524288 Postscale
DSWDT2097152 DSWDT uses 1:2097152 Postscale
DSWDT8388608 DSWDT uses 1:8388608 Postscale
DSWDT33554432 DSWDT uses 1:33554432 Postscale
DSWDT134217728 DSWDT uses 1:134217728 Postscale
DSWDT536870912 DSWDT uses 1:536870912 Postscale
DSWDT2147483648 DSWDT uses 1:2147483648 Postscale
WPEND Flash pages WPFP to Configuration Words page are write/erase protected
WPBEG Flash pages 0 to WPFP are write/erase protected
WPCFG Configuration Words page is not erase/write-protected
NOWPCFG Configuration Words page is erase/write-protected
WPDIS All Flash memory may be erased or written
NOWPDIS Erase/write-protect active for the selected region(s)
TIMER3C0 Timer3 Clock In is on pin C0
TIMER3B5 Timer3 Clock In is on pin B5
CCP2B5 CCP2 input/output multiplexed with RB5
CCP2C0 CCP2 input/output multiplexed with RC0
PRIMARY_SW Primary clock can be disabled in software
CCP3C6 CCP3 input/output multiplexed with RC6
CCP3B5 CCP3 input/output multiplexed with RB5
NOT1DIG Secondary Oscillator Source may be select if T1CON.3 = 1
T1DIG Secondary Oscillator Source may be select regardless of T1CON.3 state
WPFP0 Write/Erase Protect Starts/Ends on Page 0
WPFP1 Write/Erase Protect Starts/Ends on Page 1
WPFP2 Write/Erase Protect Starts/Ends on Page 2
WPFP3 Write/Erase Protect Starts/Ends on Page 3
WPFP4 Write/Erase Protect Starts/Ends on Page 4
WPFP5 Write/Erase Protect Starts/Ends on Page 5
WPFP6 Write/Erase Protect Starts/Ends on Page 6
WPFP7 Write/Erase Protect Starts/Ends on Page 7
WPFP8 Write/Erase Protect Starts/Ends on Page 8
WPFP9 Write/Erase Protect Starts/Ends on Page 9
WPFP10 Write/Erase Protect Starts/Ends on Page 10
WPFP11 Write/Erase Protect Starts/Ends on Page 11
WPFP12 Write/Erase Protect Starts/Ends on Page 12
WPFP13 Write/Erase Protect Starts/Ends on Page 13
WPFP14 Write/Erase Protect Starts/Ends on Page 14
WPFP15 Write/Erase Protect Starts/Ends on Page 15
WPFP16 Write/Erase Protect Starts/Ends on Page 16
WPFP17 Write/Erase Protect Starts/Ends on Page 17
WPFP18 Write/Erase Protect Starts/Ends on Page 18
WPFP19 Write/Erase Protect Starts/Ends on Page 19
WPFP20 Write/Erase Protect Starts/Ends on Page 20
WPFP21 Write/Erase Protect Starts/Ends on Page 21
WPFP22 Write/Erase Protect Starts/Ends on Page 22
WPFP23 Write/Erase Protect Starts/Ends on Page 23
WPFP24 Write/Erase Protect Starts/Ends on Page 24
WPFP25 Write/Erase Protect Starts/Ends on Page 25
WPFP26 Write/Erase Protect Starts/Ends on Page 26
WPFP27 Write/Erase Protect Starts/Ends on Page 27
WPFP28 Write/Erase Protect Starts/Ends on Page 28
WPFP29 Write/Erase Protect Starts/Ends on Page 29
WPFP30 Write/Erase Protect Starts/Ends on Page 30
WPFP31 Write/Erase Protect Starts/Ends on Page 31
WPFP32 Write/Erase Protect Starts/Ends on Page 32
WPFP33 Write/Erase Protect Starts/Ends on Page 33
WPFP34 Write/Erase Protect Starts/Ends on Page 34
WPFP35 Write/Erase Protect Starts/Ends on Page 35
WPFP36 Write/Erase Protect Starts/Ends on Page 36
WPFP37 Write/Erase Protect Starts/Ends on Page 37
WPFP38 Write/Erase Protect Starts/Ends on Page 38
WPFP39 Write/Erase Protect Starts/Ends on Page 39
WPFP40 Write/Erase Protect Starts/Ends on Page 40
WPFP41 Write/Erase Protect Starts/Ends on Page 41
WPFP42 Write/Erase Protect Starts/Ends on Page 42
WPFP43 Write/Erase Protect Starts/Ends on Page 43
WPFP44 Write/Erase Protect Starts/Ends on Page 44
WPFP45 Write/Erase Protect Starts/Ends on Page 45
WPFP46 Write/Erase Protect Starts/Ends on Page 46
WPFP47 Write/Erase Protect Starts/Ends on Page 47
WPFP48 Write/Erase Protect Starts/Ends on Page 48
WPFP49 Write/Erase Protect Starts/Ends on Page 49
WPFP50 Write/Erase Protect Starts/Ends on Page 50
WPFP51 Write/Erase Protect Starts/Ends on Page 51
WPFP52 Write/Erase Protect Starts/Ends on Page 52
WPFP53 Write/Erase Protect Starts/Ends on Page 53
WPFP54 Write/Erase Protect Starts/Ends on Page 54
WPFP55 Write/Erase Protect Starts/Ends on Page 55
WPFP56 Write/Erase Protect Starts/Ends on Page 56
WPFP57 Write/Erase Protect Starts/Ends on Page 57
WPFP58 Write/Erase Protect Starts/Ends on Page 58
WPFP59 Write/Erase Protect Starts/Ends on Page 59
WPFP60 Write/Erase Protect Starts/Ends on Page 60
WPFP61 Write/Erase Protect Starts/Ends on Page 61
WPFP62 Write/Erase Protect Starts/Ends on Page 62
WPFP63 Write/Erase Protect Starts/Ends on Page 63
ECPLL_IO External Clock with PLL enabled, I/O on RA6
INTEC_IO Internal Clock, EC used by USB, I/O on RA6
INTEC Internal Clock, EC used by USB
VREGSLEEP_SW Ultra low-power regulator is enabled
VREGSLEEP Ultra low-power regulator is disabled
INTRC_LP LF-INTOSC in Low-Power mode during Sleep
INTRC_HP LF-INTOSC in High-Power mode during Sleep
SOSC_LOW Low-power SOSC circuit is selected
SOSC_HIGH High-power SOSC circuit is selected
SOSC_DIG Digital mode, I/O port functionality of RC0 and RC1
ZPBORM Zero-Power BOR
BORM_HIGH High-power BOR
BORM_MED Medium Power BOR
BORM_LOW Low-power BOR
CANB CANTX and CANRX pins are located on RB2 and RB3
CANC CANTX and CANRX pins are located on RC6 and RC7
CANE CANTX and CANRX pins are located on RE4 and RE5
EXTADDRSFT External address is shifted to start at 0x000000
NOEXTADDRSFT External address bus reflects the PC value
INTRCPLL_IO Internal RC Osc with 4X PLL, no CLKOUT
INTRCPLL Internal RC Osc with 4X PLL
HPT1OSC Timer1 configured for high-power operation
LPBORV Low-power Brown-out Reset occurs around 2.0V
BORV_HIGH Brown-out Reset set to highest voltage
BORV_MID Brown-out Reset set inbetween highest and lowest voltage
BORV_LOW Brown-out Reset set to lowest voltage
LPFRC_DIV Low-Power FRC oscillator with divide-by-N
FRC_DIV Internal Fast RC oscillator with divide-by-N and PLL
POSCFREQ_H Primary oscillator/external clock input frequency greater than 8 MHz
POSCFREQ_M Primary oscillator/external clock input frequency between 100 kHz and 8 MHz
POSCFREQ_L Primary oscillator/external clock input frequency less than 100 kHz
BSSH4K
BSSS4K
BSSH1K
SSSH16K Secure Segment Code Protect High Security, Secure Segment ends at 0x007FFE
SSSS16K Secure Segment Code Protect Standard Security, Secure Segment ends at 0x007FFE
SSSH8K Secure Segment Code Protect High Security, Secure Segment ends at 0x003FFE
SSSS8K Secure Segment Code Protect Standard Security, Secure Segment ends at 0x003FFE
SSSH4K Secure Segment Code Protect High Security, Secure Segment ends at 0x001FFE
SSSS4K Secure Segment Code Protect Standard Security, Secure Segment ends at 0x001FFE
BSSH768 Boot Segment Code Protect High Security, Boot Segment ends at 0x0007FE
BSSS768 Boot Segment Code Protect Standard Security, Boot Segment ends at 0x0007FE
BSSH1792 Boot Segment Code Protect High Security, Boot Segment ends at 0x000FFE
BSSS1792 Boot Segment Code Protect Standard Security, Boot Segment ends at 0x000FFE
BSSH256 Boot Segment Code Protect High Security, Boot Segment ends at 0x0003FE
BSSS256 Boot Segment Code Protect Standard Security, Boot Segment ends at 0x0003FE
PROTECT_HIGH General Segment Code Protect High Security
BSSS1152 Boot Segment Code Protect Standard Security, Boot Segment ends at 0x000AFE
BSSH1152 Boot Segment Code Protect High Security, Boot Segment ends at 0x000AFE
BSSS2560 Boot Segment Code Protect Standard Security, Boot Segment ends at 0x0015FE
BSSH2560 Boot Segment Code Protect High Security, Boot Segmend ends at 0x0015FE
DSWDTCK_SOSC DSWDT uses SOSC as reference clock
DSWDTCK_LPRC DSWDT uses LPRC as reference clock
RTCOSC_SOSC RTCC uses SOSC as reference clock
RTCOSC_LPRC RTCC uses LPRC as reference clock
SOSC_SEC Secondary Oscillator uses High Power Drive Strength
SOSC_SEC_LP Secondary Oscillator uses Low Power Drive Strength
WUT_DEFAULT Voltage Regulator Standby Mode Wake-up Time uses Default start-up time
WUT_FAST Voltage Regulator Standby Mode Wake-up Time uses Fast start-up time
NOCKSNOFSM Clock Switching is disabled, fail Safe clock monitor is disabled
SOSC_IO SOSC pins have digital I/O functions
PLL96MHZ 96MHz PLL is enabled
PLL96MHZ_SW 96MHz PLL is enabled in software
PLLDIV1 No PLL PreScaler
PLLDIV2 Divide By 2(8MHz oscillator input)
PLLDIV3 Divide By 3(12MHz oscillator input)
PLLDIV4 Divide By 4(16MHz oscillator input)
PLLDIV5 Divide By 5(20MHz oscillator input)
PLLDIV6 Divide By 6(24MHz oscillator input)
PLLDIV8 Divide By 8(32MHz oscillator input)
PLLDIV12 Divide by 12(48MHz oscillator input)
DISUVREG Internal USB 3.3V Regulator disabled
NODISUVREG Internal USB 3.3V Regulator enabled
WPEND_LOW Flash pages 0 to WPFP are write/erase protected
WPEND_HIGH Flash pages WPFP to Configuration Words page are write/erase protected
VREFNORM VREF is on a default pins, VREF+ on RA10 and VREF- on RA9
VREFALT VREF is on a alternate pins, VREF+ on RB0 and VREF- on RB1
PMPNORM PMP pins are in default location
PMPALT PMP pins are in alternate location
XLT Crystal osc (200kHz - 4MHz)
HS2_PLL4 High Speed Crystal osc (10-25MHz) divide by 2 with 4X PLL
HS2_PLL8 High Speed Crystal osc (10-25MHz) divide by 2 with 8X PLL
HS2_PLL16 High Speed Crystal osc (10-25MHz) divide by 2 with 16X PLL
HS3_PLL4 High Speed Crystal osc (10-25MHz) divide by 3 with 4X PLL
HS3_PLL8 High Speed Crystal osc (10-25MHz) divide by 3 with 8X PLL
HS3_PLL16 High Speed Crystal osc (10-25MHz) divide by 3 with 16X PLL
BSSSS Boot Segment Code Protect Standard Security, Small Boot Segment
BSSSM Boot Segment Code Protect Standard Security, Medium Boot Segment
BSSSL Boot Segment Code Protect Standard Security, Large Boot Segment
BSSHS Boot Segment Code Protect High Security, Small Boot Segment
BSSHM Boot Segment Code Protect High Security, Medium Boot Segment
BSSHL Boot Segment Code Protect High Security, Large Boot Segment
NOEBS No Boot Data EEPROM Segment
EBS Boot Data EEPROM Segment is 256 bytes
RBSS Small Boot RAM Segment
RBSM Medium Boot RAM Segment
RBSL Large Boot RAM Segment
NOESS No Secure Data EEPROM Segment
ESS Secure Date EEPROM Segment is 2048 bytes
SS1NORM Use default SS1 pin for SPI1
SS1ALT Use alternate SS1 pin for SPI1
QEIALT Use alternate QEA1, QEB1 and INDX1 pins for QEI1
QEINORM Use default QEA1, QEB1 and INDX1 pins for QEI1
COMP_E_45MV Even Comparators Hysteresis set to 45 mV
COMP_E_30MV Even Comparators Hysteresis set to 30 mV
COMP_E_15MV Even Comparators Hysteresis set to 15 mV
COMP_E_0MV Even Comparators Hysteresis set to 0 V
COMP_E_H2L Even Comparators Hysteresis applied to falling edge
COMP_E_L2H Even Comparators Hysteresis applied to rising edge
COMP_O_45MV Odd Comparators Hysteresis set to 45 mV
COMP_O_30MV Odd Comparators Hysteresis set to 30 mV
COMP_O_15MV Odd Comparators Hysteresis set to 15 mV
COMP_O_0MV Odd Comparators Hysteresis set to 0 V
COMP_O_H2L Odd Comparators Hysteresis applied to falling edge
COMP_O_L2H Odd Comparators Hysteresis applied to rising edge
PROTECTDF Flash Data Memory protected from reads
NOPROTECTDF Flash Data Memory not protected from reads
NOWRT0_50% Program Memory Block 0 not write protected
WRT0_50% Program Memory Block 0 write protected
NOWRT1_50% Program Memory Block 1 not write protected
WRT1_50% Program Memory Block 1 write protected
ADC10 ADC is 10-bits
ADC12 ADC is 12-bits

Last edited by RckRllRfg on Wed Jul 20, 2011 2:04 pm; edited 1 time in total

RckRllRfg

Joined: 20 Jul 2011
Posts: 60


Posted: Wed Jul 20, 2011 2:00 pm

BTW - The name of the file is fuses.txt

temtronic

Joined: 01 Jul 2010
Posts: 9215
Location: Greensville,Ontario


Posted: Wed Jul 20, 2011 2:07 pm

Yeesh...it was a lot simpler 25 years ago.......seems there's more fuse options than processor instructions !!

gpsmikey

Joined: 16 Nov 2010
Posts: 588
Location: Kirkland, WA


Posted: Thu Jul 21, 2011 11:05 am

One thing I ran into the other day (compiler 4.116?) was with the wizard (which I believe was dropped on his head at some point ... ). Did a quick new project for a 16F1827 and got a bunch of compile errors. In looking at it, the header file it had generated had put multiple fuse definitions on one line in several cases - not in the legal format, but combined two lines: #FUSE fuse1 #FUSE fuse2 When I split those up into separate lines, all was well. Just a bit of warning to others if they run into this situation (the wizard has a strange sense of humor) mikey _________________ mikey -- you can't have too many gadgets or too much disk space ! old engineering saying: 1+1 = 3 for sufficiently large values of 1 or small values of 3

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