PIC18LF1330

PIC18LF1330

CONFIG1H (address:0x300001, mask:0xCF, default:0x07)

OSC -- Oscillator (bitmask:0x0F)
OSC = LP	0xF0	LP Oscillator.
OSC = XT	0xF1	XT Oscillator.
OSC = HS	0xF2	HS Oscillator.
OSC = RC	0xF3	External RC oscillator, CLKO function on RA6.
OSC = EC	0xF4	EC oscillator, CLKO function on RA6.
OSC = ECIO	0xF5	EC oscillator, port function on RA6.
OSC = HSPLL	0xF6	HS oscillator, PLL enabled (Clock Frequency = 4 x FOSC1).
OSC = RCIO	0xF7	External RC oscillator, port function on RA6.
OSC = INTIO2	0xF8	Internal oscillator, port function on RA6 and RA7.
OSC = INTIO1	0xF9	Internal oscillator, CLKO function on RA6, port function on RA7.

FCMEN -- Fail-Safe Clock Monitor Enable bit (bitmask:0x40)
FCMEN = OFF	0xBF	Fail-Safe Clock Monitor disabled.
FCMEN = ON	0xFF	Fail-Safe Clock Monitor enabled.

IESO -- Internal/External Oscillator Switchover bit (bitmask:0x80)
IESO = OFF	0x7F	Oscillator Switchover mode disabled.
IESO = ON	0xFF	Oscillator Switchover mode enabled.

CONFIG2L (address:0x300002, mask:0x1F, default:0x1F)

PWRT -- Power-up Timer Enable bit (bitmask:0x01)
PWRT = ON	0xFE	PWRT enabled.
PWRT = OFF	0xFF	PWRT disabled.

BOR -- Brown-out Reset Enable bits (bitmask:0x06)
BOR = OFF	0xF9	Brown-out Reset disabled in hardware and software.
BOR = SBORENCTRL	0xFB	Brown-out Reset enabled and controlled by software (SBOREN is enabled).
BOR = BOACTIVE	0xFD	Brown-out Reset enabled in hardware only and disabled in Sleep mode (SBOREN is disabled).
BOR = BOHW	0xFF	Brown-out Reset enabled in hardware only (SBOREN is disabled).

BORV -- Brown-out Reset Voltage bits (bitmask:0x18)
BORV = 0	0xE7	Maximum setting.
BORV = 1	0xEF
BORV = 2	0xF7
BORV = 3	0xFF	Minimum setting.

CONFIG2H (address:0x300003, mask:0x1F, default:0x1F)

WDT -- Watchdog Timer Enable bit (bitmask:0x01)
WDT = OFF	0xFE	WDT disabled (control is placed on the SWDTEN bit).
WDT = ON	0xFF	WDT enabled.

WDTPS -- Watchdog Timer Postscale Select bits (bitmask:0x1E)
WDTPS = 1	0xE1	1:1.
WDTPS = 2	0xE3	1:2.
WDTPS = 4	0xE5	1:4.
WDTPS = 8	0xE7	1:8.
WDTPS = 16	0xE9	1:16.
WDTPS = 32	0xEB	1:32.
WDTPS = 64	0xED	1:64.
WDTPS = 128	0xEF	1:128.
WDTPS = 256	0xF1	1:256.
WDTPS = 512	0xF3	1:512.
WDTPS = 1024	0xF5	1:1024.
WDTPS = 2048	0xF7	1:2048.
WDTPS = 4096	0xF9	1:4096.
WDTPS = 8192	0xFB	1:8192.
WDTPS = 16384	0xFD	1:16384.
WDTPS = 32768	0xFF	1:32768.

CONFIG3L (address:0x300004, mask:0x0E, default:0x0E)

PWMPIN -- PWM Output Pins Reset State Control bit (bitmask:0x02)
PWMPIN = ON	0xFD	PWM outputs drive active states upon Reset.
PWMPIN = OFF	0xFF	PWM outputs disabled upon Reset.

LPOL -- Low-Side Transistors Polarity bit (Even PWM Output Polarity Control bit) (bitmask:0x04)
LPOL = LOW	0xFB	PWM0, PWM2 and PWM4 are active-low.
LPOL = HIGH	0xFF	PWM0, PWM2 and PWM4 are active-high (default).

HPOL -- High Side Transistors Polarity bit (Odd PWM Output Polarity Control bit) (bitmask:0x08)
HPOL = LOW	0xF7	PWM1, PWM3 and PWM5 are active-low.
HPOL = HIGH	0xFF	PWM1, PWM3 and PWM5 are active-high (default).

CONFIG3H (address:0x300005, mask:0x89, default:0x81)

FLTAMX -- FLTA Mux bit (bitmask:0x01)
FLTAMX = RA7	0xFE	FLTA input is muxed onto RA7.
FLTAMX = RA5	0xFF	FLTA input is muxed onto RA5.

T1OSCMX -- T1OSO/T1CKI MUX bit (bitmask:0x08)
T1OSCMX = LOW	0xF7	T1OSO/T1CKI pin resides on RB2.
T1OSCMX = HIGH	0xFF	T1OSO/T1CKI pin resides on RA6.

MCLRE -- Master Clear Enable bit (bitmask:0x80)
MCLRE = OFF	0x7F	RA5 input pin enabled, MCLR pin disabled.
MCLRE = ON	0xFF	MCLR pin enabled, RA5 input pin disabled.

CONFIG4L (address:0x300006, mask:0xF1, default:0x81)

STVREN -- Stack Overflow/Underflow Reset Enable bit (bitmask:0x01)
STVREN = OFF	0xFE	Reset on stack overflow/underflow disabled.
STVREN = ON	0xFF	Reset on stack overflow/underflow enabled.

BBSIZ -- Boot Block Size Select bits (bitmask:0x30)
BBSIZ = BB256	0xCF	256 Words (512 Bytes) Boot Block size.
BBSIZ = BB512	0xDF	512 Words (1024 Bytes) Boot Block size.
BBSIZ = BB1K	0xFF	1K Words (2048 Bytes) Boot Block size.

XINST -- Extended Instruction Set Enable bit (bitmask:0x40)
XINST = OFF	0xBF	Instruction set extension and Indexed Addressing mode disabled.
XINST = ON	0xFF	Instruction set extension and Indexed Addressing mode enabled.

DEBUG -- Background Debugger Enable bit (bitmask:0x80)
DEBUG = ON	0x7F	Background debugger enabled, RB6 and RB7 are dedicated to In-Circuit Debug.
DEBUG = OFF	0xFF	Background debugger disabled, RB6 and RB7 configured as general purpose I/O pins.

CONFIG5L (address:0x300008, mask:0x03, default:0x03)

CP0 -- Code Protection bit Block 0 (000800-000FFF) (bitmask:0x01)
CP0 = ON	0xFE	Block 0 is code-protected.
CP0 = OFF	0xFF	Block 0 is not code-protected.

CP1 -- Code Protection bit Block 1 (001000-001FFF) (bitmask:0x02)
CP1 = ON	0xFD	Block 1 is code-protected.
CP1 = OFF	0xFF	Block 1 is not code-protected.

CONFIG5H (address:0x300009, mask:0xC0, default:0xC0)

CPB -- Code Protection bit (Boot Block Memory Area) (bitmask:0x40)
CPB = ON	0xBF	Boot Block is code-protected.
CPB = OFF	0xFF	Boot Block is not code-protected.

CPD -- Code Protection bit (Data EEPROM) (bitmask:0x80)
CPD = ON	0x7F	Data EEPROM is code-protected.
CPD = OFF	0xFF	Data EEPROM is not code-protected.

CONFIG6L (address:0x30000A, mask:0x03, default:0x03)

WRT0 -- Write Protection bit Block 0 (000800-000FFF) (bitmask:0x01)
WRT0 = ON	0xFE	Block 0 is write-protected.
WRT0 = OFF	0xFF	Block 0 is not write-protected.

WRT1 -- Write Protection bit Block 1 (001000-001FFF) (bitmask:0x02)
WRT1 = ON	0xFD	Block 1 is write-protected.
WRT1 = OFF	0xFF	Block 1 is not write-protected.

CONFIG6H (address:0x30000B, mask:0xE0, default:0xE0)

WRTC -- Write Protection bit (Configuration Registers) (bitmask:0x20)
WRTC = ON	0xDF	Configuration registers are write-protected.
WRTC = OFF	0xFF	Configuration registers are not write-protected.

WRTB -- Write Protection bit (Boot Block Memory Area) (bitmask:0x40)
WRTB = ON	0xBF	Boot Block is write-protected.
WRTB = OFF	0xFF	Boot Block is not write-protected.

WRTD -- Write Protection bit (Data EEPROM) (bitmask:0x80)
WRTD = ON	0x7F	Data EEPROM is write-protected.
WRTD = OFF	0xFF	Data EEPROM is not write-protected.

CONFIG7L (address:0x30000C, mask:0x03, default:0x03)

EBTR0 -- Table Read Protection bit Block 0 (000800-000FFF) (bitmask:0x01)
EBTR0 = ON	0xFE	Block 0 is protected from table reads executed in other blocks.
EBTR0 = OFF	0xFF	Block 0 is not protected from table reads executed in other blocks.

EBTR1 -- Table Read Protection bit Block 1 (001000-001FFF) (bitmask:0x02)
EBTR1 = ON	0xFD	Block 1 is protected from table reads executed in other blocks.
EBTR1 = OFF	0xFF	Block 1 is not protected from table reads executed in other blocks.

CONFIG7H (address:0x30000D, mask:0x40, default:0x40)

EBTRB -- Table Read Protection bit (Boot Block Memory Area) (bitmask:0x40)
EBTRB = ON	0xBF	Boot Block is protected from table reads executed in other blocks.
EBTRB = OFF	0xFF	Boot Block is not protected from table reads executed in other blocks.

CONFIG1H (address:0x300001, mask:0xCF, default:0x07)

OSC -- Oscillator (bitmask:0x0F)

OSC = LP

0xF0

LP Oscillator.

OSC = XT

0xF1

XT Oscillator.

OSC = HS

0xF2

HS Oscillator.

OSC = RC

0xF3

External RC oscillator, CLKO function on RA6.

OSC = EC

0xF4

EC oscillator, CLKO function on RA6.

OSC = ECIO

0xF5

EC oscillator, port function on RA6.

OSC = HSPLL

0xF6

HS oscillator, PLL enabled (Clock Frequency = 4 x FOSC1).

OSC = RCIO

0xF7

External RC oscillator, port function on RA6.

OSC = INTIO2

0xF8

Internal oscillator, port function on RA6 and RA7.

OSC = INTIO1

0xF9

Internal oscillator, CLKO function on RA6, port function on RA7.

FCMEN -- Fail-Safe Clock Monitor Enable bit (bitmask:0x40)

FCMEN = OFF

0xBF

Fail-Safe Clock Monitor disabled.

FCMEN = ON

0xFF

Fail-Safe Clock Monitor enabled.

IESO -- Internal/External Oscillator Switchover bit (bitmask:0x80)

IESO = OFF

0x7F

Oscillator Switchover mode disabled.

IESO = ON

0xFF

Oscillator Switchover mode enabled.

CONFIG2L (address:0x300002, mask:0x1F, default:0x1F)

PWRT -- Power-up Timer Enable bit (bitmask:0x01)

PWRT = ON

0xFE

PWRT enabled.

PWRT = OFF

0xFF

PWRT disabled.

BOR -- Brown-out Reset Enable bits (bitmask:0x06)

BOR = OFF

0xF9

Brown-out Reset disabled in hardware and software.

BOR = SBORENCTRL

0xFB

Brown-out Reset enabled and controlled by software (SBOREN is enabled).

BOR = BOACTIVE

0xFD

Brown-out Reset enabled in hardware only and disabled in Sleep mode (SBOREN is disabled).

BOR = BOHW

0xFF

Brown-out Reset enabled in hardware only (SBOREN is disabled).

BORV -- Brown-out Reset Voltage bits (bitmask:0x18)

BORV = 0

0xE7

Maximum setting.

BORV = 1

0xEF

BORV = 2

0xF7

BORV = 3

0xFF

Minimum setting.

CONFIG2H (address:0x300003, mask:0x1F, default:0x1F)

WDT -- Watchdog Timer Enable bit (bitmask:0x01)

WDT = OFF

0xFE

WDT disabled (control is placed on the SWDTEN bit).

WDT = ON

0xFF

WDT enabled.

WDTPS -- Watchdog Timer Postscale Select bits (bitmask:0x1E)

WDTPS = 1

0xE1

1:1.

WDTPS = 2

0xE3

1:2.

WDTPS = 4

0xE5

1:4.

WDTPS = 8

0xE7

1:8.

WDTPS = 16

0xE9

1:16.

WDTPS = 32

0xEB

1:32.

WDTPS = 64

0xED

1:64.

WDTPS = 128

0xEF

1:128.

WDTPS = 256

0xF1

1:256.

WDTPS = 512

0xF3

1:512.

WDTPS = 1024

0xF5

1:1024.

WDTPS = 2048

0xF7

1:2048.

WDTPS = 4096

0xF9

1:4096.

WDTPS = 8192

0xFB

1:8192.

WDTPS = 16384

0xFD

1:16384.

WDTPS = 32768

0xFF

1:32768.

CONFIG3L (address:0x300004, mask:0x0E, default:0x0E)

PWMPIN -- PWM Output Pins Reset State Control bit (bitmask:0x02)

PWMPIN = ON

0xFD

PWM outputs drive active states upon Reset.

PWMPIN = OFF

0xFF

PWM outputs disabled upon Reset.

LPOL -- Low-Side Transistors Polarity bit (Even PWM Output Polarity Control bit) (bitmask:0x04)

LPOL = LOW

0xFB

PWM0, PWM2 and PWM4 are active-low.

LPOL = HIGH

0xFF

PWM0, PWM2 and PWM4 are active-high (default).

HPOL -- High Side Transistors Polarity bit (Odd PWM Output Polarity Control bit) (bitmask:0x08)

HPOL = LOW

0xF7

PWM1, PWM3 and PWM5 are active-low.

HPOL = HIGH

0xFF

PWM1, PWM3 and PWM5 are active-high (default).

CONFIG3H (address:0x300005, mask:0x89, default:0x81)

FLTAMX -- FLTA Mux bit (bitmask:0x01)

FLTAMX = RA7

0xFE

FLTA input is muxed onto RA7.

FLTAMX = RA5

0xFF

FLTA input is muxed onto RA5.

T1OSCMX -- T1OSO/T1CKI MUX bit (bitmask:0x08)

T1OSCMX = LOW

0xF7

T1OSO/T1CKI pin resides on RB2.

T1OSCMX = HIGH

0xFF

T1OSO/T1CKI pin resides on RA6.

MCLRE -- Master Clear Enable bit (bitmask:0x80)

MCLRE = OFF

0x7F

RA5 input pin enabled, MCLR pin disabled.

MCLRE = ON

0xFF

MCLR pin enabled, RA5 input pin disabled.

CONFIG4L (address:0x300006, mask:0xF1, default:0x81)

STVREN -- Stack Overflow/Underflow Reset Enable bit (bitmask:0x01)

STVREN = OFF

0xFE

Reset on stack overflow/underflow disabled.

STVREN = ON

0xFF

Reset on stack overflow/underflow enabled.

BBSIZ -- Boot Block Size Select bits (bitmask:0x30)

BBSIZ = BB256

0xCF

256 Words (512 Bytes) Boot Block size.

BBSIZ = BB512

0xDF

512 Words (1024 Bytes) Boot Block size.

BBSIZ = BB1K

0xFF

1K Words (2048 Bytes) Boot Block size.

XINST -- Extended Instruction Set Enable bit (bitmask:0x40)

XINST = OFF

0xBF

Instruction set extension and Indexed Addressing mode disabled.

XINST = ON

0xFF

Instruction set extension and Indexed Addressing mode enabled.

DEBUG -- Background Debugger Enable bit (bitmask:0x80)

DEBUG = ON

0x7F

Background debugger enabled, RB6 and RB7 are dedicated to In-Circuit Debug.

DEBUG = OFF

0xFF

Background debugger disabled, RB6 and RB7 configured as general purpose I/O pins.

CONFIG5L (address:0x300008, mask:0x03, default:0x03)

CP0 -- Code Protection bit Block 0 (000800-000FFF) (bitmask:0x01)

CP0 = ON

0xFE

Block 0 is code-protected.

CP0 = OFF

0xFF

Block 0 is not code-protected.

CP1 -- Code Protection bit Block 1 (001000-001FFF) (bitmask:0x02)

CP1 = ON

0xFD

Block 1 is code-protected.

CP1 = OFF

0xFF

Block 1 is not code-protected.

CONFIG5H (address:0x300009, mask:0xC0, default:0xC0)

CPB -- Code Protection bit (Boot Block Memory Area) (bitmask:0x40)

CPB = ON

0xBF

Boot Block is code-protected.

CPB = OFF

0xFF

Boot Block is not code-protected.

CPD -- Code Protection bit (Data EEPROM) (bitmask:0x80)

CPD = ON

0x7F

Data EEPROM is code-protected.

CPD = OFF

0xFF

Data EEPROM is not code-protected.

CONFIG6L (address:0x30000A, mask:0x03, default:0x03)

WRT0 -- Write Protection bit Block 0 (000800-000FFF) (bitmask:0x01)

WRT0 = ON

0xFE

Block 0 is write-protected.

WRT0 = OFF

0xFF

Block 0 is not write-protected.

WRT1 -- Write Protection bit Block 1 (001000-001FFF) (bitmask:0x02)

WRT1 = ON

0xFD

Block 1 is write-protected.

WRT1 = OFF

0xFF

Block 1 is not write-protected.

CONFIG6H (address:0x30000B, mask:0xE0, default:0xE0)

WRTC -- Write Protection bit (Configuration Registers) (bitmask:0x20)

WRTC = ON

0xDF

Configuration registers are write-protected.

WRTC = OFF

0xFF

Configuration registers are not write-protected.

WRTB -- Write Protection bit (Boot Block Memory Area) (bitmask:0x40)

WRTB = ON

0xBF

Boot Block is write-protected.

WRTB = OFF

0xFF

Boot Block is not write-protected.

WRTD -- Write Protection bit (Data EEPROM) (bitmask:0x80)

WRTD = ON

0x7F

Data EEPROM is write-protected.

WRTD = OFF

0xFF

Data EEPROM is not write-protected.

CONFIG7L (address:0x30000C, mask:0x03, default:0x03)

EBTR0 -- Table Read Protection bit Block 0 (000800-000FFF) (bitmask:0x01)

EBTR0 = ON

0xFE

Block 0 is protected from table reads executed in other blocks.

EBTR0 = OFF

0xFF

Block 0 is not protected from table reads executed in other blocks.

EBTR1 -- Table Read Protection bit Block 1 (001000-001FFF) (bitmask:0x02)

EBTR1 = ON

0xFD

Block 1 is protected from table reads executed in other blocks.

EBTR1 = OFF

0xFF

Block 1 is not protected from table reads executed in other blocks.

CONFIG7H (address:0x30000D, mask:0x40, default:0x40)

EBTRB -- Table Read Protection bit (Boot Block Memory Area) (bitmask:0x40)

EBTRB = ON

0xBF

Boot Block is protected from table reads executed in other blocks.

EBTRB = OFF

0xFF

Boot Block is not protected from table reads executed in other blocks.

This page generated automatically by the device-help.pl program (2017-05-13 09:29:51 UTC) from the 8bit_device.info file (rev: 1.36) of mpasmx and from the gputils source package (rev: svn 1308). The mpasmx is included in the MPLAB X.