PIC 84
	___________________
	RA2	VV	RA1
	RA3		RA0
	RTCC to +	OSC1
	-RST to +	OSC2
	GND		UCC
	RB0		RB7
	RB1		RB6
	RB2		RB5
	RB3____________	RB4


Parallax PIC16Cxx Assembler v4.2       SPASM.EXE
Parallax PIC16Cxx Programmer v4.2	SPEP.EXE


supported	PIC16C5x:	52/54/55/56/57/58
		PIC16Cxx:	61/62/63/64/65/71/72/73/74/84/620/621/622


Attention!	a)  The new SPASM.EXE and SPEP.EXE support the '5x and 'xx devices.
                    SPASM replaces both PASM and PASMX while SPEP replaces both PEP and PEPX.
                    To use SPEP and SPASM you need the new firmware chip: a PIC16C55.
                    If you have old firmware, (PIC16C57), contact Parallax for an upgrade.
                    You must recompile your old programs using SPASM if you wish to program
                    chips using SPEP. This is because the configuration fuse data locations
                    have been changed. If you cannot or don't want to recompile an existing
                    application:
                        1) Invoke SPEP.
                        2) Select the correct DEVICE type.
                        3) Use 'L' to load your assembled code.
                        4) Set and ENSURE all configuration fuses are proper.
                        5) Save the file. Your old application is now ready for use with SPEP.

		b)  The DEVICE directive must now appear at the start of your program and list all options.

		c)  For '5X devices, OPTION must now be referenced as !OPTION.

		d)  There are new ADDB/SUBB instructions (note that old SUBB fr,c should now be SUBB fr,/c).

		e)  LSET/LJMP/LCALL instructions are now for 'xx devices, too, with over 2K code space.

		f)  The old '5x instruction, NEG, has been removed.

		g)  The two test files, TEST5X.SRC and TESTXX.SRC, may be assembled by SPASM.

		h)  Warning!  Many of the newer 'xx devices have permanent code-protect fuses.

		i)  To make any 'xx programming adapter, just connect the pins VSS, VDD, MCLR, RB6, RB7, and OSC1.

		j)  SPASM and SPEP communicate the device number via hex file word address 7FFFh (i.e. PIC16C54 = 1654).

                k)  Please be aware that Microchip has changed some of the predefined names of special
                    registers and flags. (i.e. RTCC is now called TMR0) You may need to obtain new data sheets.


						D I R E C T I V E S

-------------------------------------------------------------------------------------------------------------------------------
	Directive				Description
-------------------------------------------------------------------------------------------------------------------------------

	INCLUDE	'filename'			Include file 'filename' in assembly (may precede device directive)

	DEVICE	type,setting,setting...		Establish device type and settings (must precede other directives/instructions)

	ID	word <or> 'text'		Set id to word ('5x) or 4-character text string ('xx)

label	=	value				Equate label to value

label	EQU	value				Equate label to value

	ORG	address				Set origin to address

	DS	locations			Define space: origin=origin+locations

	RESET	address				Assemble 'jmp address' at last location for reset ('5x only)

	EEORG	address				Set data eeprom origin to address ('84 only)

	EEDATA	data,data...			Preload data eeprom with data ('84 only)

	END					End assembly (not needed)


					P A R A L L A X   I N S T R U C T I O N   S E T

-------------------------------------------------------------------------------------------------------------------------------
Parallax Instruction	Words	Flags	W used	Description			Microchip Equivalent
-------------------------------------------------------------------------------------------------------------------------------

						========================
						byte-oriented operations
						========================

MOV	W,#lit		1	-	-	Move literal into W		MOVLW lit
MOV	W,fr		1	Z	-	Move fr into W			MOVF fr,0
MOV	fr,W		1	-	-	Move W into fr			MOVWF fr
MOV	fr,#lit		2	-	W	Move literal into fr		MOVLW lit; MOVWF fr
MOV	fr1,fr2		2	Z	W	Move fr2 into fr1		MOVF fr2,0; MOVWF fr1
	
ADD	W,#lit		1	C,DC,Z	-	Add literal into W		ADDLW lit ('xx only)
ADD	W,fr		1	C,DC,Z	-	Add fr into W			ADDWF fr,0
ADD	fr,W		1	C,DC,Z	-	Add W into fr			ADDWF fr,1
ADD	fr,#lit		2	C,DC,Z	W	Add literal into fr		MOVLW lit; ADDWF fr,1
ADD	fr1,fr2		2	C,DC,Z	W	Add fr2 into fr1		MOVF fr2,0; ADDWF fr1,1

MOV	W,#lit-W	1	C,DC,Z	-	Move literal-W into W		SUBLW lit ('xx only)
MOV	W,fr-W		1	C,DC,Z	-	Move fr-W into W		SUBWF fr,0
SUB	fr,W		1	C,DC,Z	-	Subtract W from fr		SUBWF fr,1
SUB	fr,#lit		2	C,DC,Z	W	Subtract literal from fr	MOVLW lit; SUBWF fr,1
SUB	fr1,fr2		2	C,DC,Z	W	Subtract fr2 from fr1		MOVF fr2,0; SUBWF fr1,1

AND	W,#lit		1	Z	-	AND literal into W		ANDLW lit
AND	W,fr		1	Z	-	AND fr into W			ANDWF fr,0
AND	fr,W		1	Z	-	AND W into fr			ANDWF fr,1
AND	fr,#lit		2	Z	W	AND literal into fr		MOVLW lit; ANDWF fr,1
AND	fr1,fr2		2	Z	W	AND fr2 into fr1		MOVF fr2,0; ANDWF fr,1

OR	W,#lit		1	Z	-	OR literal into W		IORLW lit
OR	W,fr		1	Z	-	OR fr into W			IORWF fr,0
OR	fr,W		1	Z	-	OR W into fr			IORWF fr,1
OR	fr,#lit		2	Z	W	OR literal into fr		MOVLW lit; IORWF fr,1
OR	fr1,fr2		2	Z	W	OR fr2 into fr1			MOVF fr2,0; IORWF fr1,1

XOR	W,#lit		1	Z	-	XOR literal into W		XORLW lit
XOR	W,fr		1	Z	-	XOR fr into W			XORWF fr,0
XOR	fr,W		1	Z	-	XOR W into fr			XORWF fr,1
XOR	fr,#lit		2	Z	W	XOR literal into fr		MOVLW lit; XORWF fr,1
XOR	fr1,fr2		2	Z	W	XOR fr2 into fr1		MOVF fr2,0; XORWF fr1,1

CLR	W		1	Z	-	Clear W				CLRW
CLR	fr		1	Z	-	Clear fr			CLRF fr

MOV	W,++fr		1	Z	-	Move fr+1 into W		INCF fr,0
INC	fr		1	Z	-	Increment fr			INCF fr,1

MOV	W,--fr		1	Z	-	Move fr-1 into W		DECF fr,0
DEC	fr		1	Z	-	Decrement fr			DECF fr,1

MOV	W,>>fr		1	C	-	Move right-rotated fr into W	RRF fr,0
RR	fr		1	C	-	Rotate right fr			RRF fr,1
	
MOV	W,<<fr		1	C	-	Move left-rotated fr into W	RLF fr,0
RL	fr		1	C	-	Rotate left fr			RLF fr,1

MOV	W,<>fr		1	-	-	Move nibble-swapped fr into W	SWAPF fr,0
SWAP	fr		1	-	-	Swap nibbles in fr		SWAPF fr,1

NOT	W		1	Z	-	Perform not on W		XORLW 0FFh
MOV	W,/fr		1	Z	-	Move not'd fr into W		COMF fr,0
NOT	fr		1	Z	-	Perform not on fr		COMF fr,1

TEST	W		1	Z	-	Test W for zero			IORLW 0
TEST	fr		1	Z	-	Test fr for zero		MOVF fr,1

						=======================
						bit-oriented operations
						=======================

CLRB	bit		1	-	-	Clear bit			BCF bit
CLC			1	C	-	Clear carry			BCF 3,0
CLZ			1	Z	-	Clear zero			BCF 3,2

SETB	bit		1	-	-	Set bit				BSF bit
STC			1	C	-	Set carry			BSF 3,0
STZ			1	Z	-	Set zero			BSF 3,2

ADDB	fr,bit		2	Z	-	Add bit into fr			BTFSC bit; INCF fr,1
ADDB	fr,/bit		2	Z	-	Add not bit into fr		BTFSS bit; INCF fr,1
SUBB	fr,bit		2	Z	-	Subtract bit from fr		BTFSC bit; DECF fr,1
SUBB	fr,/bit		2	Z	-	Subtract not bit from fr	BTFSS bit; DECF fr,1

MOVB	bit1,bit2	4	-	-	Move bit2 into bit1		BTFSS bit2; BCF bit1; BTFSC bit2; BSF bit1
MOVB	bit1,/bit2	4	-	-	Move not bit2 into bit1		BTFSC bit2; BCF bit1; BTFSS bit2; BSF bit1

						============================
						inc/dec-conditional branches
						============================

MOVSZ	W,++fr		1	-	-	Move fr+1 into W, skip if zero	INCFSZ fr,0
INCSZ	fr		1	-	-	Increment fr, skip if zero	INCFSZ fr,1
IJNZ	fr,addr		2	-	-	Increment fr, jump if not zero	INCFSZ fr,1; GOTO addr

MOVSZ	W,--fr		1	-	-	Move fr-1 into W, skip if zero	DECFSZ fr,0
DECSZ	fr		1	-	-	Decrement fr, skip if zero	DECFSZ fr,1
DJNZ	fr,addr		2	-	-	Decrement fr, jump if not zero	DECFSZ fr,1; GOTO addr

						============================
						compare-conditional branches
						============================

CSA	fr,#lit		3	C,DC,Z	W	Compare, skip if above		MOVLW /lit; ADDWF fr,0; BTFSS 3,0
CSA	fr1,fr2		3	C,DC,Z	W	Compare, skip if above		MOVF fr1,0; SUBWF fr2,0; BTFSC 3,0
CSAE	fr,#lit		3	C,DC,Z	W	Compare, skip if above or equal	MOVLW lit; SUBWF fr,0; BTFSS 3,0
CSAE	fr1,fr2		3	C,DC,Z	W	Compare, skip if above or equal	MOVF fr2,0; SUBWF fr1,0; BTFSS 3,0
CSB	fr,#lit		3	C,DC,Z	W	Compare, skip if below		MOVLW lit; SUBWF fr,0; BTFSC 3,0
CSB	fr1,fr2		3	C,DC,Z	W	Compare, skip if below		MOVF fr2,0; SUBWF fr1,0; BTFSC 3,0
CSBE	fr,#lit		3	C,DC,Z	W	Compare, skip if below or equal	MOVLW /lit; ADDWF fr,0; BTFSC 3,0
CSBE	fr1,fr2		3	C,DC,Z	W	Compare, skip if below or equal	MOVF fr1,0; SUBWF fr2,0; BTFSS 3,0
CSE	fr,#lit		3	C,DC,Z	W	Compare, skip if equal		MOVLW lit; SUBWF fr,0; BTFSS 3,2
CSE	fr1,fr2		3	C,DC,Z	W	Compare, skip if equal		MOVF fr2,0; SUBWF fr1,0; BTFSS 3,2
CSNE	fr,#lit		3	C,DC,Z	W	Compare, skip if not equal	MOVLW lit; SUBWF fr,0; BTFSC 3,2
CSNE	fr1,fr2		3	C,DC,Z	W	Compare, skip if not equal	MOVF fr2,0; SUBWF fr1,0; BTFSC 3,2

CJA	fr,#lit,addr	4	C,DC,Z	W	Compare, jump if above		MOVLW /lit; ADDWF fr,0; BTFSC 3,0; GOTO addr
CJA	fr1,fr2,addr	4	C,DC,Z	W	Compare, jump if above		MOVF fr1,0; SUBWF fr2,0; BTFSS 3,0; GOTO addr
CJAE	fr,#lit,addr	4	C,DC,Z	W	Compare, jump if above or equal	MOVLW lit; SUBWF fr,0; BTFSC 3,0; GOTO addr
CJAE	fr1,fr2,addr	4	C,DC,Z	W	Compare, jump if above or equal	MOVF fr2,0; SUBWF fr1,0; BTFSC 3,0; GOTO addr
CJB	fr,#lit,addr	4	C,DC,Z	W	Compare, jump if below		MOVLW lit; SUBWF fr,0; BTFSS 3,0; GOTO addr
CJB	fr1,fr2,addr	4	C,DC,Z	W	Compare, jump if below		MOVF fr2,0; SUBWF fr1,0; BTFSS 3,0; GOTO addr
CJBE	fr,#lit,addr	4	C,DC,Z	W	Compare, jump if below or equal	MOVLW /lit; ADDWF fr,0; BTFSS 3,0; GOTO addr
CJBE	fr1,fr2,addr	4	C,DC,Z	W	Compare, jump if below or equal	MOVF fr1,0; SUBWF fr2,0; BTFSC 3,0; GOTO addr
CJE	fr,#lit,addr	4	C,DC,Z	W	Compare, jump if equal		MOVLW lit; SUBWF fr,0; BTFSC 3,2; GOTO addr
CJE	fr1,fr2,addr	4	C,DC,Z	W	Compare, jump if equal		MOVF fr2,0; SUBWF fr1,0; BTFSC 3,2; GOTO addr
CJNE	fr,#lit,addr	4	C,DC,Z	W	Compare, jump if not equal	MOVLW lit; SUBWF fr,0; BTFSS 3,2; GOTO addr
CJNE	fr1,fr2,addr	4	C,DC,Z	W	Compare, jump if not equal	MOVF fr2,0; SUBWF fr1,0; BTFSS 3,2; GOTO addr

						========================
						bit-conditional branches
						========================

SB	bit		1	-	-	Skip if bit			BTFSS bit
SC			1	-	-	Skip if carry			BTFSS 3,0
SZ			1	-	-	Skip if zero			BTFSS 3,2

SNB	bit		1	-	-	Skip if not bit			BTFSC bit
SNC			1	-	-	Skip if not carry		BTFSC 3,0
SNZ			1	-	-	Skip if not zero		BTFSC 3,2

JB	bit,addr	2	-	-	Jump to address if bit		BTFSC bit; GOTO addr
JC	addr		2	-	-	Jump to address if carry	BTFSC 3,0; GOTO addr
JZ	addr		2	-	-	Jump to address if zero		BTFSC 3,2; GOTO addr

JNB	bit,addr	2	-	-	Jump to address if not bit	BTFSS bit; GOTO addr
JNC	addr		2	-	-	Jump to address if not carry	BTFSS 3,0; GOTO addr
JNZ	addr		2	-	-	Jump to address if not zero	BTFSS 3,2; GOTO addr

						======================
						unconditional branches
						======================

SKIP			1	-	-	Skip next instruction word	'5x: BTFSS 4,7 / 'xx: BTFSC 10,7

JMP	addr		1	-	-	Jump to address			GOTO addr
JMP	PC+W		1	C,DC,Z	-	Add W into PC(L)		ADDWF 2,1
JMP	W		1	-	-	Move W into PC(L)		MOVWF 2

CALL	addr		1	-	-	Call to address			CALL addr
RET			1	-	-	Return from call		'5x: RETLW 0 / 'xx: RETURN
RETW	lit,lit...	1	-	-	Return from call, literal in W	RETLW lit; RETLW lit...

RETI			1	-	-	Return from interrupt		RETFIE ('xx only)

LSET	addr		0+	-	-	Point to 512/2048-word page	BCF/BSF ('5x: 3,5+)/('xx: 10,3+)
LJMP	addr		1+	-	-	Point to page and jump to addr	BCF/BSF ('5x: 3,5+)/('xx: 10,3+); GOTO addr
LCALL	addr		1+	-	-	Point to page and call to addr	BCF/BSF ('5x: 3,5+)/('xx: 10,3+); CALL addr

			Note: Skips should be followed only by single-word instructions.

						==========================
						i/o and control operations
						==========================

MOV	!port,W		1	-	-	Move W into port's TRIS		TRIS port (port=5 to 7)
MOV	!port,#lit	2	-	W	Move literal into port's TRIS	MOVLW lit; TRIS port (port=5 to 7)
MOV	!port,fr	2	Z	W	Move fr into port's TRIS	MOVF fr,0; TRIS port (port=5 to 7)

MOV	!OPTION,W	1	-	-	Move W into OPTION		OPTION
MOV	!OPTION,#lit	2	-	W	Move literal into OPTION	MOVLW lit; OPTION
MOV	!OPTION,fr	2	Z	W	Move fr into OPTION		MOVF fr,0; OPTION

CLR	WDT		1	TO,PD	-	Clear WDT and prescaler		CLRWDT
SLEEP			1	TO,PD	-	Clear WDT and enter sleep mode	SLEEP

NOP			1	-	-	No operation			NOP


					M I C R O C H I P   I N S T R U C T I O N   S E T

-------------------------------------------------------------------------------------------------------------------------------
Microchip Instruction	Words	Flags	W used	Description			Parallax Equivalent
-------------------------------------------------------------------------------------------------------------------------------


						======================================
						byte-oriented file register operations
						======================================

ADDWF	fr,d	*	1	C,DC,Z	-	Add W and fr			ADD W,fr / ADD fr,W
ANDWF	fr,d	*	1	Z	-	And W and fr			AND W,fr / AND fr,W
CLRF	fr		1	Z	-	Clear fr			CLR fr
CLRW			1	Z	-	Clear W				CLR W
COMF	fr,d	*	1	Z	-	Complement fr			MOV W,/fr / NOT fr
DECF	fr,d	*	1	Z	-	Decrement fr			MOV W,--fr / DEC fr
DECFSZ	fr,d	*	1	-	-	Decrement fr, skip if 0		MOVSZ W,--fr / DECSZ fr
INCF	fr,d	*	1	Z	-	Increment fr			MOV W,++fr / INC fr
INCFSZ	fr,d	*	1	-	-	Increment fr, skip if 0		MOVSZ W,++fr / INCSZ fr
IORWF	fr,d	*	1	Z	-	Or W and fr			OR W,fr / OR fr,W
MOVF	fr,d	*	1	Z	-	Move fr				MOV W,fr / TEST fr
MOVWF	fr		1	-	-	Move W to fr			MOV fr,W
NOP			1	-	-	No operation			NOP
RLF	fr,d	*	1	-	-	Rotate fr left through carry	MOV W,<<fr / RL fr
RRF	fr,d	*	1	-	-	Rotate fr right through carry	MOV W,>>fr / RR fr
SUBWF	fr,d	*	1	C,DC,Z	-	Subtract W from fr		MOV W,fr-W / SUB fr,W
SWAPF	fr,d	*	1	Z	-	Swap nibbles of fr		MOV W,<>fr / SWAP fr
XORWF	fr,d	*	1	Z	-	Xor W and fr			XOR W,fr / XOR fr,W

						=====================================
						bit-oriented file register operations
						=====================================

BCF	fr,b	**	1	-	-	Bit clear fr			CLRB bit
BSF	fr,b	**	1	-	-	Bit set fr			SETB bit
BTFSC	fr,b	**	1	-	-	Bit test fr, skip if clear	SNB bit
BTFSS	fr,b	**	1	-	-	Bit test fr, skip if set	SB bit

						==============================
						literal and control operations
						==============================

ADDLW	lit		1	C,DC,Z	-	Add literal into W		ADD W,#lit ('xx only)
ANDLW	lit		1	Z	-	And literal into W		AND W,#lit
CALL	addr		1	-	-	Call to address			CALL addr
CLRWDT			1	TO,PD	-	Clear WDT and prescaler		CLR WDT
GOTO	addr		1	-	-	Go to address			JMP addr
IORLW	lit		1	Z	-	Or literal into W		OR W,#lit
MOVLW	lit		1	-	-	Move literal into W		MOV W,#lit
OPTION			1	-	-	Move W into OPTION		MOV !OPTION,W
RETFIE			1	-	-	Return from interrupt		RETI ('xx only)
RETLW	lit		1	-	-	Return with literal in W	RETW lit / RET ('5x)
RETURN			1	-	-	Return from subroutine		RET ('xx only)
SLEEP			1	TO,PD	-	Clear WDT and enter sleep mode	SLEEP
SUBLW	lit		1	C,DC,Z	-	Subtract W from literal		MOV W,#lit-W ('xx only)
TRIS	port		1	-	-	Move W into port's TRIS		MOV !port,W (port=5 to 7)
XORLW	lit		1	Z	-	Xor literal into W		XOR W,#lit

						====================
						special instructions
						====================

CLRC			1	-	-	Clear carry			CLC
SETC			1	-	-	Set carry			STC
CLRDC			1	-	-	Clear digit carry		CLRB DC
SETDC			1	-	-	Set digit carry			SETB DC
CLRZ			1	-	-	Clear zero			CLZ
SETZ			1	-	-	Set zero			STZ
SKPC			1	-	-	Skip if carry			SC
SKPNC			1	-	-	Skip if not carry		SNC
SKPDC			1	-	-	Skip if digit carry		SB DC
SKPNDC			1	-	-	Skip if not digit carry		SNB DC
SKPZ			1	-	-	Skip if zero			SZ
SKPNZ			1	-	-	Skip if not zero		SNZ
TSTF	fr		1	Z	-	Test fr				TEST fr
MOVFW	fr		1	Z	-	Move fr into W			MOV W,fr
NEGF	fr,d	*	1	Z	-	Negate fr			NOT fr; INC fr
ADDCF	fr,d	*	1	Z	-	Add carry to fr			ADDB fr,C
SUBCF	fr,d	*	1	Z	-	Subtract carry from fr		SUBB fr,C
ADDDCF	fr,d	*	1	Z	-	Add digit carry to fr		ADDB fr,DC
SUBDCF	fr,d	*	1	Z	-	Subtract digit carry from fr	SUBB fr,DC
B	addr		1	-	-	Branch to address		JMP addr
BC	addr		1	-	-	Branch if carry			JC addr
BNC	addr		1	-	-	Branch if not carry		JNC addr
BDC	addr		1	-	-	Branch if digit carry		JB DC,addr
BNDC	addr		1	-	-	Branch if not digit carry	JNB DC,addr
BZ	addr		1	-	-	Branch if zero			JZ addr
BNZ	addr		1	-	-	Branch if not zero		JNZ addr

		* alternate operands to fr,d

		fr		= fr,1
		fr,W		= fr,0

		** alternate operand to fr,b

		bit		= fr.b

-------------------------------------------------------------------------------------------------------------------------------
Pre-Defined Symbols
-------------------------------------------------------------------------------------------------------------------------------

******** Dynamic Equates (always reflect current values)

$		=	Current origin
%		=	Current data EEPROM origin ('84 only)


******** DEVICE directive equates - establish device type

    Example:	DEVICE	PIC16C71,XT_OSC,WDT_ON,PWRT_OFF,PROTECT_ON

PIC16C52	=	1652			Device (select one)
PIC16C54	=	1654
PIC16C55	=	1655
PIC16C56	=	1656
PIC16C57	=	1657
PIC16C58	=	1658
PIC16C61	=	1661
PIC16C62	=	1662
PIC16C63	=	1663
PIC16C64	=	1664
PIC16C65	=	1665
PIC16C71	=	1671
PIC16C72	=	1672
PIC16C73	=	1673
PIC16C74	=	1674
PIC16C84	=	1684
PIC16C620	=	16620
PIC16C621	=	16621
PIC16C622	=	16622

						Also, select one of each specific DEVICE equates

******** PIC16C5x Equates - enabled by DEVICE PIC16C52-through-PIC16C58

		Specific DEVICE equates

LP_OSC		=	0FFFCh			Oscillator (select one)
XT_OSC		=	0FFFDh
HS_OSC		=	0FFFEh
RC_OSC		=	0FFFFh

WDT_OFF		=	0FFFBh			Watchdog timer (select one)
WDT_ON		=	0FFFFh

PROTECT_OFF	=	0FFFFh			Code protection (select one)
PROTECT_ON	=	0FFF7h

		Register and bit equates

INDF		=	00h			Indirect addressing register
INDIRECT	=	00h			Indirect addressing register

TMR0		=	01h			RTCC register
RTCC		=	01h			RTCC register

PCL		=	02h			Program counter low-byte register
PC		=	02h			Program counter low-byte register

STATUS		=	03h			Status register
C		=	STATUS.0		Carry bit
DC		=	STATUS.1		Digit carry bit
Z		=	STATUS.2		Zero bit
PD		=	STATUS.3		Power-down bit
TO		=	STATUS.4		Time-out bit
PA0		=	STATUS.5		Page preselect bit 0
PA1		=	STATUS.6		Page preselect bit 1
PA2		=	STATUS.7		Page preselect bit 2

FSR		=	04h			File select register

PORTA		=	05h			RA i/o register
RA		=	05h			RA i/o register

PORTB		=	06h			RB i/o register
RB		=	06h			RB i/o register

PORTC		=	07h			RC i/o register
RC		=	07h			RC i/o register


******** PIC16C61 Equates - enabled by DEVICE PIC16C61

		Specific DEVICE equates

LP_OSC		=	0FFFCh			Oscillator (select one)
XT_OSC		=	0FFFDh
HS_OSC		=	0FFFEh
RC_OSC		=	0FFFFh

WDT_OFF		=	0FFFBh			Watchdog timer (select one)
WDT_ON		=	0FFFFh

PWRT_OFF	=	0FFF7h			Power-up timer (select one)
PWRT_ON		=	0FFFFh

PROTECT_OFF	=	0FFFFh			Code protection (select one)
PROTECT_ON	=	0FFEFh

		Register and bit equates
					page
INDF		=	00h		0/1	Indirect addressing register

TMR0		=	01h		0	Timer 0 register

PCL		=	02h		0/1	Program counter low-byte register

STATUS		=	03h		0/1	Status register
C		=	STATUS.0	0/1	Carry bit
DC		=	STATUS.1	0/1	Digit carry bit
Z		=	STATUS.2	0/1	Zero bit
PD		=	STATUS.3	0/1	Power-down bit
TO		=	STATUS.4	0/1	Time-out bit
RP0		=	STATUS.5	0/1	Register page bit 0
RP1		=	STATUS.6	0/1	Register page bit 1
IRP		=	STATUS.7	0/1	Indirect register page bit

FSR		=	04h		0/1	File select register

PORTA		=	05h		0	RA i/o register
RA		=	05h		0	RA i/o register

PORTB		=	06h		0	RB i/o register
RB		=	06h		0	RB i/o register

PCLATH		=	0Ah		0/1	Program counter high-byte register

INTCON		=	0Bh		0/1	Interrupt control register
RBIF		=	INTCON.0	0/1	RB4-RB7 change interrupt flag bit
INTF		=	INTCON.1	0/1	RB0/INT interrupt flag bit
T0IF		=	INTCON.2	0/1	TMR0 overflow interrupt flag bit
RBIE		=	INTCON.3	0/1	RB4-RB7 change interrupt enable bit
INTE		=	INTCON.4	0/1	RB0/INT interrupt enable bit
T0IE		=	INTCON.5	0/1	TMR0 overflow interrupt enable bit
GIE		=	INTCON.7	0/1	Global interrupt enable bit

OPTION		=	01h		1	OPTION register
PS0		=	OPTION.0	1	Prescaler bit 0
PS1		=	OPTION.1	1	Prescaler bit 1
PS2		=	OPTION.2	1	Prescaler bit 2
PSA		=	OPTION.3	1	Prescaler assignment bit
T0SE		=	OPTION.4	1	TMR0 source edge bit
T0CS		=	OPTION.5	1	TMR0 clock select bit
INTEDG		=	OPTION.6	1	RB0/INT edge select bit
RBPU		=	OPTION.7	1	RB weak pull-up enable bit

TRISA		=	05h		1	RA tristate control register

TRISB		=	06h		1	RB tristate control register


******** PIC16C62 Equates - enabled by DEVICE PIC16C62

At this time, data sheets are not available for the PIC16C62.  However, it is a
subset of the PIC16C74, so all PIC16C74 symbols are activated when this part
is selected.


******** PIC16C63 Equates - enabled by DEVICE PIC16C63

At this time, data sheets are not available for the PIC16C63.  However, it is a
subset of the PIC16C74, so all PIC16C74 symbols are activated when this part
is selected.


******** PIC16C64 Equates - enabled by DEVICE PIC16C64

		Specific DEVICE equates

LP_OSC		=	0FFFCh			Oscillator (select one)
XT_OSC		=	0FFFDh
HS_OSC		=	0FFFEh
RC_OSC		=	0FFFFh

WDT_OFF		=	0FFFBh			Watchdog timer (select one)
WDT_ON		=	0FFFFh

PWRT_OFF	=	0FFF7h			Power-up timer (select one)
PWRT_ON		=	0FFFFh

PROTECT_OFF	=	0FFFFh			Code protection (select one)
PROTECT_HALF	=	0FFEFh
PROTECT_3_QTR	=	0FFDFh
PROTECT_ON	=	0FFCFh

		Register and bit equates
					page
INDF		=	00h		0/1	Indirect addressing register

TMR0		=	01h		0	Timer 0 register

PCL		=	02h		0/1	Program counter low-byte register

STATUS		=	03h		0/1	Status register
C		=	STATUS.0	0/1	Carry bit
DC		=	STATUS.1	0/1	Digit carry bit
Z		=	STATUS.2	0/1	Zero bit
PD		=	STATUS.3	0/1	Power-down bit
TO		=	STATUS.4	0/1	Time-out bit
RP0		=	STATUS.5	0/1	Register page bit 0
RP1		=	STATUS.6	0/1	Register page bit 1
IRP		=	STATUS.7	0/1	Indirect register page bit

FSR		=	04h		0/1	File select register

PORTA		=	05h		0	RA i/o register
RA		=	05h		0	RA i/o register

PORTB		=	06h		0	RB i/o register
RB		=	06h		0	RB i/o register

PORTC		=	07h		0	RC i/o register
RC		=	07h		0	RC i/o register

PORTD		=	08h		0	RD i/o register
RD		=	08h		0	RD i/o register

PORTE		=	09h		0	RE i/o register
RE		=	09h		0	RE i/o register

PCLATH		=	0Ah		0/1	Program counter high-byte register

INTCON		=	0Bh		0/1	Interrupt control register
RBIF		=	INTCON.0	0/1	RB4-RB7 change interrupt flag bit
INTF		=	INTCON.1	0/1	RB0/INT interrupt flag bit
T0IF		=	INTCON.2	0/1	TMR0 overflow interrupt flag bit
RBIE		=	INTCON.3	0/1	RB4-RB7 change interrupt enable bit
INTE		=	INTCON.4	0/1	RB0/INT interrupt enable bit
T0IE		=	INTCON.5	0/1	TMR0 overflow interrupt enable bit
PEIE		=	INTCON.6	0/1	Peripheral interrupt enable bit
GIE		=	INTCON.7	0/1	Global interrupt enable bit

PIR1		=	0Ch		0	Peripheral interrupt flags register 1
TMR1IF		=	PIR1.0		0	TMR1 interrupt flag bit
TMR2IF		=	PIR1.1		0	TMR2 interrupt flag bit
CCP1IF		=	PIR1.2		0	CCP1 interrupt flag bit
SSPIF		=	PIR1.3		0	SSP interrupt flag bit
PSPIF		=	PIR1.7		0	PSP interrupt flag bit

TMR1L		=	0Eh		0	Timer 1 low byte register

TMR1H		=	0Fh		0	Timer 1 high byte register

T1CON		=	10h		0	Timer 1 control register
TMR1ON		=	T1CON.0		0	TMR1 enable bit
TMR1CS		=	T1CON.1		0	TMR1 clock select bit
T1SYNC		=	T1CON.2		0	TMR1 sync enable bit
T1OSCEN		=	T1CON.3		0	TMR1 oscillator enable bit
T1CKPS0		=	T1CON.4		0	TMR1 clock prescaler select bit 0
T1CKPS1		=	T1CON.5		0	TMR1 clock prescaler select bit 1

TMR2		=	11h		0	Timer 2 register

T2CON		=	12h		0	Timer2 control register
T2CKPS0		=	T2CON.0		0	TMR2 clock prescaler select bit 0
T2CKPS1		=	T2CON.1		0	TMR2 clock prescaler select bit 1
TMR2ON		=	T2CON.2		0	TMR2 enable bit
TOUTPS0		=	T2CON.3		0	TMR2 postscaler select bit 0
TOUTPS1		=	T2CON.4		0	TMR2 postscaler select bit 1
TOUTPS2		=	T2CON.5		0	TMR2 postscaler select bit 2
TOUTPS3		=	T2CON.6		0	TMR2 postscaler select bit 3

SSPBUF		=	13h		0	Synchronous Serial Port receive/transmit register

SSPCON		=	14h		0	Synchronous Serial Port control register
SSPM0		=	SSPCON.0	0	SSP mode select bit 0
SSPM1		=	SSPCON.1	0	SSP mode select bit 1
SSPM2		=	SSPCON.2	0	SSP mode select bit 2
SSPM3		=	SSPCON.3	0	SSP mode select bit 3
CKP		=	SSPCON.4	0	SSP clock polarity select bit
SSPEN		=	SSPCON.5	0	SSP enable bit
SSPOV		=	SSPCON.6	0	SSP receive overflow flag bit
WCOL		=	SSPCON.7	0	SSP write collision detect bit

CCPR1L		=	15h		0	Capture/Compare/PWM 1 low byte register

CCPR1H		=	16h		0	Capture/Compare/PWM 1 high byte register

CCP1CON		=	17h		0	Capture/Compare/PWM 1 control register
CCP1M0		=	CCP1CON.0	0	CCP1 mode select bit 0
CCP1M1		=	CCP1CON.1	0	CCP1 mode select bit 1
CCP1M2		=	CCP1CON.2	0	CCP1 mode select bit 2
CCP1M3		=	CCP1CON.3	0	CCP1 mode select bit 3
CCP1Y		=	CCP1CON.4	0	CCP1 10-bit PWM low order bit 0
CCP1X		=	CCP1CON.5	0	CCP1 10-bit PWM low order bit 1

OPTION		=	01h		1	OPTION register
PS0		=	OPTION.0	1	Prescaler bit 0
PS1		=	OPTION.1	1	Prescaler bit 1
PS2		=	OPTION.2	1	Prescaler bit 2
PSA		=	OPTION.3	1	Prescaler assignment bit
T0SE		=	OPTION.4	1	TMR0 source edge bit
T0CS		=	OPTION.5	1	TMR0 clock select bit
INTEDG		=	OPTION.6	1	RB0/INT edge select bit
RBPU		=	OPTION.7	1	RB weak pull-up enable bit

TRISA		=	05h		1	RA tristate control register

TRISB		=	06h		1	RB tristate control register

TRISC		=	07h		1	RC tristate control register

TRISD		=	08h		1	RD tristate control register

TRISE		=	09h		1	RE tristate control register
TRISE0		=	TRISE.0		1	RE0 tristate control bit
TRISE1		=	TRISE.1		1	RE1 tristate control bit
TRISE2		=	TRISE.2		1	RE2 tristate control bit
PSPMODE		=	TRISE.4		1	PSP mode bit
IBOV		=	TRISE.5		1	PSP input buffer overflow flag bit
OBF		=	TRISE.6		1	PSP output buffer full flag bit
IBF		=	TRISE.7		1	PSP input buffer full flag bit

PIE1		=	0Ch		1	Peripheral interrupt enable register
TMR1IE		=	PIE1.0		1	TMR1 interrupt enable bit
TMR2IE		=	PIE1.1		1	TMR2 interrupt enable bit
CCP1IE		=	PIE1.2		1	CCP1 interrupt enable bit
SSPIE		=	PIE1.3		1	SSP interrupt enable bit
PSPIE		=	PIE1.7		1	PSP interrupt enable bit

PCON		=	0Eh		1	Power-On-Reset detection register
POR		=	PCON.1		1	Power-On-Reset flag bit

PR2		=	12h		1	Timer 2 period register

SSPADD		=	13h		1	Synchronous Serial Port I2C address register

SSPSTAT		=	14h		1	Synchronous Serial Port status register
BF		=	SSPSTAT.0	1	SSP buffer full flag bit
UA		=	SSPSTAT.1	1	SSP 10-bit I2C update address flag bit
RW		=	SSPSTAT.2	1	SSP I2C read/write status bit
S		=	SSPSTAT.3	1	SSP I2C start flag bit
P		=	SSPSTAT.4	1	SSP I2C stop flag bit
DA		=	SSPSTAT.5	1	SSP I2C data/address flag bit


******** PIC16C65 Equates - enabled by DEVICE PIC16C65

		Specific DEVICE equates

LP_OSC		=	0FFFCh			Oscillator (select one)
XT_OSC		=	0FFFDh
HS_OSC		=	0FFFEh
RC_OSC		=	0FFFFh

WDT_OFF		=	0FFFBh			Watchdog timer (select one)
WDT_ON		=	0FFFFh

PWRT_OFF	=	0FFF7h			Power-up timer (select one)
PWRT_ON		=	0FFFFh

PROTECT_OFF	=	0FFFFh			Code protection (select one)
PROTECT_HALF	=	0FFEFh
PROTECT_3_QTR	=	0FFDFh
PROTECT_ON	=	0FFCFh

		Register and bit equates
					page
INDF		=	00h		0/1	Indirect addressing register

TMR0		=	01h		0	Timer 0 register

PCL		=	02h		0/1	Program counter low-byte register

STATUS		=	03h		0/1	Status register
C		=	STATUS.0	0/1	Carry bit
DC		=	STATUS.1	0/1	Digit carry bit
Z		=	STATUS.2	0/1	Zero bit
PD		=	STATUS.3	0/1	Power-down bit
TO		=	STATUS.4	0/1	Time-out bit
RP0		=	STATUS.5	0/1	Register page bit 0
RP1		=	STATUS.6	0/1	Register page bit 1
IRP		=	STATUS.7	0/1	Indirect register page bit

FSR		=	04h		0/1	File select register

PORTA		=	05h		0	RA i/o register
RA		=	05h		0	RA i/o register

PORTB		=	06h		0	RB i/o register
RB		=	06h		0	RB i/o register

PORTC		=	07h		0	RC i/o register
RC		=	07h		0	RC i/o register

PORTD		=	08h		0	RD i/o register
RD		=	08h		0	RD i/o register

PORTE		=	09h		0	RE i/o register
RE		=	09h		0	RE i/o register

PCLATH		=	0Ah		0/1	Program counter high-byte register

INTCON		=	0Bh		0/1	Interrupt control register
RBIF		=	INTCON.0	0/1	RB4-RB7 change interrupt flag bit
INTF		=	INTCON.1	0/1	RB0/INT interrupt flag bit
T0IF		=	INTCON.2	0/1	TMR0 overflow interrupt flag bit
RBIE		=	INTCON.3	0/1	RB4-RB7 change interrupt enable bit
INTE		=	INTCON.4	0/1	RB0/INT interrupt enable bit
T0IE		=	INTCON.5	0/1	TMR0 overflow interrupt enable bit
PEIE		=	INTCON.6	0/1	Peripheral interrupt enable bit
GIE		=	INTCON.7	0/1	Global interrupt enable bit

PIR1		=	0Ch		0	Peripheral interrupt flags register 1
TMR1IF		=	PIR1.0		0	TMR1 interrupt flag bit
TMR2IF		=	PIR1.1		0	TMR2 interrupt flag bit
CCP1IF		=	PIR1.2		0	CCP1 interrupt flag bit
SSPIF		=	PIR1.3		0	SSP interrupt flag bit
TXIF		=	PIR1.4		0	SCI transmit interrupt flag bit
RCIF		=	PIR1.5		0	SCI receive interrupt flag bit
PSPIF		=	PIR1.7		0	PSP interrupt flag bit

PIR2		=	0Dh		0	Peripheral interrupt flags register 2
CCP2IF		=	PIR2.0		0	CCP2 interrupt flag bit

TMR1L		=	0Eh		0	Timer 1 low byte register

TMR1H		=	0Fh		0	Timer 1 high byte register

T1CON		=	10h		0	Timer 1 control register
TMR1ON		=	T1CON.0		0	TMR1 enable bit
TMR1CS		=	T1CON.1		0	TMR1 clock select bit
T1SYNC		=	T1CON.2		0	TMR1 sync enable bit
T1OSCEN		=	T1CON.3		0	TMR1 oscillator enable bit
T1CKPS0		=	T1CON.4		0	TMR1 clock prescaler select bit 0
T1CKPS1		=	T1CON.5		0	TMR1 clock prescaler select bit 1

TMR2		=	11h		0	Timer 2 register

T2CON		=	12h		0	Timer2 control register
T2CKPS0		=	T2CON.0		0	TMR2 clock prescaler select bit 0
T2CKPS1		=	T2CON.1		0	TMR2 clock prescaler select bit 1
TMR2ON		=	T2CON.2		0	TMR2 enable bit
TOUTPS0		=	T2CON.3		0	TMR2 postscaler select bit 0
TOUTPS1		=	T2CON.4		0	TMR2 postscaler select bit 1
TOUTPS2		=	T2CON.5		0	TMR2 postscaler select bit 2
TOUTPS3		=	T2CON.6		0	TMR2 postscaler select bit 3

SSPBUF		=	13h		0	Synchronous Serial Port receive/transmit register

SSPCON		=	14h		0	Synchronous Serial Port control register
SSPM0		=	SSPCON.0	0	SSP mode select bit 0
SSPM1		=	SSPCON.1	0	SSP mode select bit 1
SSPM2		=	SSPCON.2	0	SSP mode select bit 2
SSPM3		=	SSPCON.3	0	SSP mode select bit 3
CKP		=	SSPCON.4	0	SSP clock polarity select bit
SSPEN		=	SSPCON.5	0	SSP enable bit
SSPOV		=	SSPCON.6	0	SSP receive overflow flag bit
WCOL		=	SSPCON.7	0	SSP write collision detect bit

CCPR1L		=	15h		0	Capture/Compare/PWM 1 low byte register

CCPR1H		=	16h		0	Capture/Compare/PWM 1 high byte register

CCP1CON		=	17h		0	Capture/Compare/PWM 1 control register
CCP1M0		=	CCP1CON.0	0	CCP1 mode select bit 0
CCP1M1		=	CCP1CON.1	0	CCP1 mode select bit 1
CCP1M2		=	CCP1CON.2	0	CCP1 mode select bit 2
CCP1M3		=	CCP1CON.3	0	CCP1 mode select bit 3
CCP1Y		=	CCP1CON.4	0	CCP1 10-bit PWM low order bit 0
CCP1X		=	CCP1CON.5	0	CCP1 10-bit PWM low order bit 1

RCSTA		=	18h		0	SCI receive status and control register (PIC16C65 only)
RCD8		=	RCSTA.0		0	SCI 9th received bit
OERR		=	RCSTA.1		0	SCI overrun error bit
FERR		=	RCSTA.2		0	SCI framing error bit
CREN		=	RCSTA.4		0	SCI continuous receive enable bit
SREN		=	RCSTA.5		0	SCI single receive enable bit
RC89		=	RCSTA.6		0	SCI receive data length bit
SPEN		=	RCSTA.7		0	SCI serial port enable bit

TXREG		=	19h		0	SCI transmit data register

RCREG		=	1Ah		0	SCI receive data register

CCPR2L		=	1Bh		0	Capture/Compare/PWM 2 low byte register

CCPR2H		=	1Ch		0	Capture/Compare/PWM 2 high byte register

CCP2CON		=	1Dh		0	Capture/Compare/PWM 2 control register
CCP2M0		=	CCP2CON.0	0	CCP2 mode select bit 0
CCP2M1		=	CCP2CON.1	0	CCP2 mode select bit 1
CCP2M2		=	CCP2CON.2	0	CCP2 mode select bit 2
CCP2M3		=	CCP2CON.3	0	CCP2 mode select bit 3
CCP2Y		=	CCP2CON.4	0	CCP2 10-bit PWM low order bit 0
CCP2X		=	CCP2CON.5	0	CCP2 10-bit PWM low order bit 1

OPTION		=	01h		1	OPTION register
PS0		=	OPTION.0	1	Prescaler bit 0
PS1		=	OPTION.1	1	Prescaler bit 1
PS2		=	OPTION.2	1	Prescaler bit 2
PSA		=	OPTION.3	1	Prescaler assignment bit
T0SE		=	OPTION.4	1	TMR0 source edge bit
T0CS		=	OPTION.5	1	TMR0 clock select bit
INTEDG		=	OPTION.6	1	RB0/INT edge select bit
RBPU		=	OPTION.7	1	RB weak pull-up enable bit

TRISA		=	05h		1	RA tristate control register

TRISB		=	06h		1	RB tristate control register

TRISC		=	07h		1	RC tristate control register

TRISD		=	08h		1	RD tristate control register

TRISE		=	09h		1	RE tristate control register
TRISE0		=	TRISE.0		1	RE0 tristate control bit
TRISE1		=	TRISE.1		1	RE1 tristate control bit
TRISE2		=	TRISE.2		1	RE2 tristate control bit
PSPMODE		=	TRISE.4		1	PSP mode bit
IBOV		=	TRISE.5		1	PSP input buffer overflow flag bit
OBF		=	TRISE.6		1	PSP output buffer full flag bit
IBF		=	TRISE.7		1	PSP input buffer full flag bit

PIE1		=	0Ch		1	Peripheral interrupt enable register 1
TMR1IE		=	PIE1.0		1	TMR1 interrupt enable bit
TMR2IE		=	PIE1.1		1	TMR2 interrupt enable bit
CCP1IE		=	PIE1.2		1	CCP1 interrupt enable bit
SSPIE		=	PIE1.3		1	SSP interrupt enable bit
TXIE		=	PIE1.4		1	SCI transmit interrupt enable bit
RCIE		=	PIE1.5		1	SCI receive interrupt enable bit
PSPIE		=	PIE1.7		1	PSP interrupt enable bit

PIE2		=	0Dh		1	Peripheral interrupt enable register 2
CCP2IE		=	PIE2.0		1	CCP2 interrupt enable bit

PCON		=	0Eh		1	Power-On-Reset detection register
POR		=	PCON.1		1	Power-On-Reset flag bit

PR2		=	12h		1	Timer 2 period register

SSPADD		=	13h		1	Synchronous Serial Port I2C address register

SSPSTAT		=	14h		1	Synchronous Serial Port status register
BF		=	SSPSTAT.0	1	SSP buffer full flag bit
UA		=	SSPSTAT.1	1	SSP 10-bit I2C update address flag bit
RW		=	SSPSTAT.2	1	SSP I2C read/write status bit
S		=	SSPSTAT.3	1	SSP I2C start flag bit
P		=	SSPSTAT.4	1	SSP I2C stop flag bit
DA		=	SSPSTAT.5	1	SSP I2C data/address flag bit

TXSTA		=	18h		1	SCI transmit status and control register (PIC16C65 only)
TXD8		=	TXSTA.0		1	SCI 9th transmit bit (PIC16C65 only)
TRMT		=	TXSTA.1		1	SCI transmit empty flag bit (PIC16C65 only)
BRGH		=	TXSTA.2		1	SCI high baud rate select bit (PIC16C65 only)
SYNC		=	TXSTA.4		1	SCI async/sync mode bit (PIC16C65 only)
TXEN		=	TXSTA.5		1	SCI transmit enable bit (PIC16C65 only)
TX89		=	TXSTA.6		1	SCI transmit data length bit (PIC16C65 only)
CSRC		=	TXSTA.7		1	SCI clock source select bit (PIC16C65 only)

SPBRG		=	19h		1	SCI baud rate register (PIC16C65 only)


******** PIC16C71 Equates - enabled by DEVICE PIC16C71

		Specific DEVICE equates

LP_OSC		=	0FFFCh			Oscillator (select one)
XT_OSC		=	0FFFDh
HS_OSC		=	0FFFEh
RC_OSC		=	0FFFFh

WDT_OFF		=	0FFFBh			Watchdog timer (select one)
WDT_ON		=	0FFFFh

PWRT_OFF	=	0FFF7h			Power-up timer (select one)
PWRT_ON		=	0FFFFh

PROTECT_OFF	=	0FFFFh			Code protection (select one)
PROTECT_ON	=	0FFEFh

		Register and bit equates
					page
INDF		=	00h		0/1	Indirect addressing register

TMR0		=	01h		0	Timer 0 register

PCL		=	02h		0/1	Program counter low-byte register

STATUS		=	03h		0/1	Status register
C		=	STATUS.0	0/1	Carry bit
DC		=	STATUS.1	0/1	Digit carry bit
Z		=	STATUS.2	0/1	Zero bit
PD		=	STATUS.3	0/1	Power-down bit
TO		=	STATUS.4	0/1	Time-out bit
RP0		=	STATUS.5	0/1	Register page bit 0
RP1		=	STATUS.6	0/1	Register page bit 1
IRP		=	STATUS.7	0/1	Indirect register page bit

FSR		=	04h		0/1	File select register

PORTA		=	05h		0	RA i/o register
RA		=	05h		0	RA i/o register

PORTB		=	06h		0	RB i/o register
RB		=	06h		0	RB i/o register

ADCON0		=	08h		0	Analog to Digitial Converter control register 0
ADON		=	ADCON0.0	0	ADC power control bit
ADIF		=	ADCON0.1	0	ADC interrupt flag bit
GO_DONE		=	ADCON0.2	0	ADC go command / done flag bit
CHS0		=	ADCON0.3	0	ADC channel select bit 0
CHS1		=	ADCON0.4	0	ADC channel select bit 1
ADCS0		=	ADCON0.6	0	ADC clock select bit 0
ADCS1		=	ADCON0.7	0	ADC clock select bit 1

ADRES		=	09h		0/1	Analog to Digital Converter result register

PCLATH		=	0Ah		0/1	Program counter high-byte register

INTCON		=	0Bh		0/1	Interrupt control register
RBIF		=	INTCON.0	0/1	RB4-RB7 change interrupt flag bit
INTF		=	INTCON.1	0/1	RB0/INT interrupt flag bit
T0IF		=	INTCON.2	0/1	TMR0 overflow interrupt flag bit
RBIE		=	INTCON.3	0/1	RB4-RB7 change interrupt enable bit
INTE		=	INTCON.4	0/1	RB0/INT interrupt enable bit
T0IE		=	INTCON.5	0/1	TMR0 overflow interrupt enable bit
PEIE		=	INTCON.6	0/1	Peripheral interrupt enable bit
GIE		=	INTCON.7	0/1	Global interrupt enable bit

OPTION		=	01h		1	OPTION register
PS0		=	OPTION.0	1	Prescaler bit 0
PS1		=	OPTION.1	1	Prescaler bit 1
PS2		=	OPTION.2	1	Prescaler bit 2
PSA		=	OPTION.3	1	Prescaler assignment bit
T0SE		=	OPTION.4	1	TMR0 source edge bit
T0CS		=	OPTION.5	1	TMR0 clock select bit
INTEDG		=	OPTION.6	1	RB0/INT edge select bit
RBPU		=	OPTION.7	1	RB weak pull-up enable bit

TRISA		=	05h		1	RA tristate control register

TRISB		=	06h		1	RB tristate control register

ADCON1		=	08h		1	Analog to Digitial Converter control register 1
PCFG0		=	ADCON1.0	1	RA port configuration bit 0
PCFG1		=	ADCON1.1	1	RA port configuration bit 1


******** PIC16C72 Equates - enabled by DEVICE PIC16C72

At this time, data sheets are not available for the PIC16C72.  However, it is a
subset of the PIC16C74, so all PIC16C74 symbols are activated when this part
is selected.


******** PIC16C73 Equates - enabled by DEVICE PIC16C73

		Specific DEVICE equates

LP_OSC		=	0FFFCh			Oscillator (select one)
XT_OSC		=	0FFFDh
HS_OSC		=	0FFFEh
RC_OSC		=	0FFFFh

WDT_OFF		=	0FFFBh			Watchdog timer (select one)
WDT_ON		=	0FFFFh

PWRT_OFF	=	0FFF7h			Power-up timer (select one)
PWRT_ON		=	0FFFFh

PROTECT_OFF	=	0FFFFh			Code protection (select one)
PROTECT_HALF	=	0FFEFh
PROTECT_3_QTR	=	0FFDFh
PROTECT_ON	=	0FFCFh

		Register and bit equates
					page
INDF		=	00h		0/1	Indirect addressing register

TMR0		=	01h		0	Timer 0 register

PCL		=	02h		0/1	Program counter low-byte register

STATUS		=	03h		0/1	Status register
C		=	STATUS.0	0/1	Carry bit
DC		=	STATUS.1	0/1	Digit carry bit
Z		=	STATUS.2	0/1	Zero bit
PD		=	STATUS.3	0/1	Power-down bit
TO		=	STATUS.4	0/1	Time-out bit
RP0		=	STATUS.5	0/1	Register page bit 0
RP1		=	STATUS.6	0/1	Register page bit 1
IRP		=	STATUS.7	0/1	Indirect register page bit

FSR		=	04h		0/1	File select register

PORTA		=	05h		0	RA i/o register
RA		=	05h		0	RA i/o register

PORTB		=	06h		0	RB i/o register
RB		=	06h		0	RB i/o register

PORTC		=	07h		0	RC i/o register
RC		=	07h		0	RC i/o register

PCLATH		=	0Ah		0/1	Program counter high-byte register

INTCON		=	0Bh		0/1	Interrupt control register
RBIF		=	INTCON.0	0/1	RB4-RB7 change interrupt flag bit
INTF		=	INTCON.1	0/1	RB0/INT interrupt flag bit
T0IF		=	INTCON.2	0/1	TMR0 overflow interrupt flag bit
RBIE		=	INTCON.3	0/1	RB4-RB7 change interrupt enable bit
INTE		=	INTCON.4	0/1	RB0/INT interrupt enable bit
T0IE		=	INTCON.5	0/1	TMR0 overflow interrupt enable bit
PEIE		=	INTCON.6	0/1	Peripheral interrupt enable bit
GIE		=	INTCON.7	0/1	Global interrupt enable bit

PIR1		=	0Ch		0	Peripheral interrupt flags register 1
TMR1IF		=	PIR1.0		0	TMR1 interrupt flag bit
TMR2IF		=	PIR1.1		0	TMR2 interrupt flag bit
CCP1IF		=	PIR1.2		0	CCP1 interrupt flag bit
SSPIF		=	PIR1.3		0	SSP interrupt flag bit
ADIF		=	PIR1.6		0	ADC completion interrupt flag bit
PSPIF		=	PIR1.7		0	PSP interrupt flag bit

PIR2		=	0Dh		0	Peripheral interrupt flags register 2
CCP2IF		=	PIR2.0		0	CCP2 interrupt flag bit

TMR1L		=	0Eh		0	Timer 1 low byte register

TMR1H		=	0Fh		0	Timer 1 high byte register

T1CON		=	10h		0	Timer 1 control register
TMR1ON		=	T1CON.0		0	TMR1 enable bit
TMR1CS		=	T1CON.1		0	TMR1 clock select bit
T1SYNC		=	T1CON.2		0	TMR1 sync enable bit
T1OSCEN		=	T1CON.3		0	TMR1 oscillator enable bit
T1CKPS0		=	T1CON.4		0	TMR1 clock prescaler select bit 0
T1CKPS1		=	T1CON.5		0	TMR1 clock prescaler select bit 1

TMR2		=	11h		0	Timer 2 register

T2CON		=	12h		0	Timer 2 control register
T2CKPS0		=	T2CON.0		0	TMR2 clock prescaler select bit 0
T2CKPS1		=	T2CON.1		0	TMR2 clock prescaler select bit 1
TMR2ON		=	T2CON.2		0	TMR2 enable bit
TOUTPS0		=	T2CON.3		0	TMR2 postscaler select bit 0
TOUTPS1		=	T2CON.4		0	TMR2 postscaler select bit 1
TOUTPS2		=	T2CON.5		0	TMR2 postscaler select bit 2
TOUTPS3		=	T2CON.6		0	TMR2 postscaler select bit 3

SSPBUF		=	13h		0	Synchronous Serial Port receive/transmit register

SSPCON		=	14h		0	Synchronous Serial Port control register
SSPM0		=	SSPCON.0	0	SSP mode select bit 0
SSPM1		=	SSPCON.1	0	SSP mode select bit 1
SSPM2		=	SSPCON.2	0	SSP mode select bit 2
SSPM3		=	SSPCON.3	0	SSP mode select bit 3
CKP		=	SSPCON.4	0	SSP clock polarity select bit
SSPEN		=	SSPCON.5	0	SSP enable bit
SSPOV		=	SSPCON.6	0	SSP receive overflow flag bit
WCOL		=	SSPCON.7	0	SSP write collision detect bit

CCPR1L		=	15h		0	Capture1/Compare1/PWM 1 low byte register

CCPR1H		=	16h		0	Capture1/Compare1/PWM 1 high byte register

CCP1CON		=	17h		0	Capture1/Compare1/PWM 1 control register
CCP1M0		=	CCP1CON.0	0	CCP1 mode select bit 0
CCP1M1		=	CCP1CON.1	0	CCP1 mode select bit 1
CCP1M2		=	CCP1CON.2	0	CCP1 mode select bit 2
CCP1M3		=	CCP1CON.3	0	CCP1 mode select bit 3
CCP1Y		=	CCP1CON.4	0	CCP1 10-bit PWM low order bit 0
CCP1X		=	CCP1CON.5	0	CCP1 10-bit PWM low order bit 1

RCSTA		=	18h		0	Asynchronus Serial Port status and control register
RCD8		=	RCSTA.0		0	ASP 9th/parity bit of received data
OERR		=	RCSTA.1		0	ASP overrun error bit
FERR		=	RCSTA.2		0	ASP framing error bit
CREN		=	RCSTA.4		0	ASP continuous-receive enable bit
SREN		=	RCSTA.5		0	ASP single-receive enable bit
RC89		=	RCSTA.6		0	ASP receive data length bit
SPEN		=	RCSTA.7		0	ASP enable bit

TXREG		=	19h		0	Asynchronous serial port transmit register

RCREG		=	1Ah		0	Asynchronous serial port receive register

CCPR2L		=	1Bh		0	Capture2/Compare2/PWM 2 low byte register

CCPR2H		=	1Ch		0	Capture2/Compare2/PWM 2 high byte register

CCP2CON		=	1Dh		0	Capture2/Compare2/PWM 2 control register
CCP2M0		=	CCP2CON.0	0	CCP2 mode select bit 0
CCP2M1		=	CCP2CON.1	0	CCP2 mode select bit 1
CCP2M2		=	CCP2CON.2	0	CCP2 mode select bit 2
CCP2M3		=	CCP2CON.3	0	CCP2 mode select bit 3
CCP2Y		=	CCP2CON.4	0	CCP2 10-bit PWM low order bit 0
CCP2X		=	CCP2CON.5	0	CCP2 10-bit PWM low order bit 1

ADRES		=	1Eh		0	Analog to Digitial Converter result register

ADCON0		=	1Fh		0	Analog to Digitial Converter control register 0
ADON		=	ADCON0.0	0	ADC power control bit
GO_DONE		=	ADCON0.2	0	ADC go command / done flag bit
CHS0		=	ADCON0.3	0	ADC channel select bit 0
CHS1		=	ADCON0.4	0	ADC channel select bit 1
CHS2		=	ADCON0.5	0	ADC channel select bit 2
ADCS0		=	ADCON0.6	0	ADC clock select bit 0
ADCS1		=	ADCON0.7	0	ADC clock select bit 1

OPTION		=	01h		1	OPTION register
PS0		=	OPTION.0	1	Prescaler bit 0
PS1		=	OPTION.1	1	Prescaler bit 1
PS2		=	OPTION.2	1	Prescaler bit 2
PSA		=	OPTION.3	1	Prescaler assignment bit
T0SE		=	OPTION.4	1	TMR0 source edge bit
T0CS		=	OPTION.5	1	TMR0 clock select bit
INTEDG		=	OPTION.6	1	RB0/INT edge select bit
RBPU		=	OPTION.7	1	RB weak pull-up enable bit

TRISA		=	05h		1	RA tristate control register

TRISB		=	06h		1	RB tristate control register

TRISC		=	07h		1	RC tristate control register

PIE1		=	0Ch		1	Peripheral interrupt enable register 1
TMR1IE		=	PIE1.0		1	TMR1 interrupt enable bit
TMR2IE		=	PIE1.1		1	TMR2 interrupt enable bit
CCP1IE		=	PIE1.2		1	CCP1 interrupt enable bit
SSPIE		=	PIE1.3		1	SSP interrupt enable bit
ADIE		=	PIE1.6		1	ADC interrupt enable bit
PSPIE		=	PIE1.7		1	PSP interrupt enable bit

PIE2		=	0Dh		1	Peripheral interrupt enable register 2
CCP2IE		=	PIE2.0		1	CCP2 interrupt enable bit

PCON		=	0Eh		1	Power-On-Reset detection register
POR		=	PCON.1		1	POR flag bit

PR2		=	12h		1	Timer 2 period register

SSPADD		=	13h		1	Synchronous Serial Port I2C address register

SSPSTAT		=	14h		1	Synchronous Serial Port status register
BF		=	SSPSTAT.0	1	SSP buffer full flag bit
UA		=	SSPSTAT.1	1	SSP 10-bit I2C update address flag bit
RW		=	SSPSTAT.2	1	SSP I2C read/write status bit
S		=	SSPSTAT.3	1	SSP I2C start flag bit
P		=	SSPSTAT.4	1	SSP I2C stop flag bit
DA		=	SSPSTAT.5	1	SSP I2C data/address flag bit

TXSTA		=	18h		1	Asynchronous Serial Port transmit status and control register
TXD8		=	TXSTA.0		1	ASP 9th bit of transmit data
TRMT		=	TXSTA.1		1	ASP transmit shift register empty
BRGH		=	TXSTA.2		1	ASP high baud rate select bit
SYNC		=	TXSTA.4		1	ASP mode bit
TXEN		=	TXSTA.5		1	ASP transmit enable bit
TX89		=	TXSTA.6		1	ASP transmit data length bit
CSRC		=	TXSTA.7		1	ASP clock source select bit

SPBRG		=	19h		1	Asynchronous Serial Port baud rate register

ADCON1		=	1Fh		1	Analog to Digitial Converter control register 1
PCFG0		=	ADCON1.0	1	RA port configuration bit 0
PCFG1		=	ADCON1.1	1	RA port configuration bit 1
PCFG2		=	ADCON1.2	1	RA port configuration bit 2


******** PIC16C74 Equates - enabled by DEVICE PIC16C74

		Specific DEVICE equates

LP_OSC		=	0FFFCh			Oscillator (select one)
XT_OSC		=	0FFFDh
HS_OSC		=	0FFFEh
RC_OSC		=	0FFFFh

WDT_OFF		=	0FFFBh			Watchdog timer (select one)
WDT_ON		=	0FFFFh

PWRT_OFF	=	0FFF7h			Power-up timer (select one)
PWRT_ON		=	0FFFFh

PROTECT_OFF	=	0FFFFh			Code protection (select one)
PROTECT_HALF	=	0FFEFh
PROTECT_3_QTR	=	0FFDFh
PROTECT_ON	=	0FFCFh

		Register and bit equates
					page
INDF		=	00h		0/1	Indirect addressing register

TMR0		=	01h		0	Timer 0 register

PCL		=	02h		0/1	Program counter low-byte register

STATUS		=	03h		0/1	Status register
C		=	STATUS.0	0/1	Carry bit
DC		=	STATUS.1	0/1	Digit carry bit
Z		=	STATUS.2	0/1	Zero bit
PD		=	STATUS.3	0/1	Power-down bit
TO		=	STATUS.4	0/1	Time-out bit
RP0		=	STATUS.5	0/1	Register page bit 0
RP1		=	STATUS.6	0/1	Register page bit 1
IRP		=	STATUS.7	0/1	Indirect register page bit

FSR		=	04h		0/1	File select register

PORTA		=	05h		0	RA i/o register
RA		=	05h		0	RA i/o register

PORTB		=	06h		0	RB i/o register
RB		=	06h		0	RB i/o register

PORTC		=	07h		0	RC i/o register
RC		=	07h		0	RC i/o register

PORTD		=	08h		0	RD i/o register
RD		=	08h		0	RD i/o register

PORTE		=	09h		0	RE i/o register
RE		=	09h		0	RE i/o register

PCLATH		=	0Ah		0/1	Program counter high-byte register

INTCON		=	0Bh		0/1	Interrupt control register
RBIF		=	INTCON.0	0/1	RB4-RB7 change interrupt flag bit
INTF		=	INTCON.1	0/1	RB0/INT interrupt flag bit
T0IF		=	INTCON.2	0/1	TMR0 overflow interrupt flag bit
RBIE		=	INTCON.3	0/1	RB4-RB7 change interrupt enable bit
INTE		=	INTCON.4	0/1	RB0/INT interrupt enable bit
T0IE		=	INTCON.5	0/1	TMR0 overflow interrupt enable bit
PEIE		=	INTCON.6	0/1	Peripheral interrupt enable bit
GIE		=	INTCON.7	0/1	Global interrupt enable bit

PIR1		=	0Ch		0	Peripheral interrupt flags register 1
TMR1IF		=	PIR1.0		0	TMR1 interrupt flag bit
TMR2IF		=	PIR1.1		0	TMR2 interrupt flag bit
CCP1IF		=	PIR1.2		0	CCP1 interrupt flag bit
SSPIF		=	PIR1.3		0	SSP interrupt flag bit
TXIF		=	PIR1.4		0	ASP transmit interrupt flag bit
RCIF		=	PIR1.5		0	ASP receive interrupt flag bit
ADIF		=	PIR1.6		0	ADC completion interrupt flag bit
PSPIF		=	PIR1.7		0	PSP interrupt flag bit

PIR2		=	0Dh		0	Peripheral interrupt flags register 2
CCP2IF		=	PIR2.0		0	CCP2 interrupt flag bit

TMR1L		=	0Eh		0	Timer 1 low byte register

TMR1H		=	0Fh		0	Timer 1 high byte register

T1CON		=	10h		0	Timer 1 control register
TMR1ON		=	T1CON.0		0	TMR1 enable bit
TMR1CS		=	T1CON.1		0	TMR1 clock select bit
T1SYNC		=	T1CON.2		0	TMR1 sync enable bit
T1OSCEN		=	T1CON.3		0	TMR1 oscillator enable bit
T1CKPS0		=	T1CON.4		0	TMR1 clock prescaler select bit 0
T1CKPS1		=	T1CON.5		0	TMR1 clock prescaler select bit 1

TMR2		=	11h		0	Timer 2 register

T2CON		=	12h		0	Timer 2 control register
T2CKPS0		=	T2CON.0		0	TMR2 clock prescaler select bit 0
T2CKPS1		=	T2CON.1		0	TMR2 clock prescaler select bit 1
TMR2ON		=	T2CON.2		0	TMR2 enable bit
TOUTPS0		=	T2CON.3		0	TMR2 postscaler select bit 0
TOUTPS1		=	T2CON.4		0	TMR2 postscaler select bit 1
TOUTPS2		=	T2CON.5		0	TMR2 postscaler select bit 2
TOUTPS3		=	T2CON.6		0	TMR2 postscaler select bit 3

SSPBUF		=	13h		0	Synchronous Serial Port receive/transmit register

SSPCON		=	14h		0	Synchronous Serial Port control register
SSPM0		=	SSPCON.0	0	SSP mode select bit 0
SSPM1		=	SSPCON.1	0	SSP mode select bit 1
SSPM2		=	SSPCON.2	0	SSP mode select bit 2
SSPM3		=	SSPCON.3	0	SSP mode select bit 3
CKP		=	SSPCON.4	0	SSP clock polarity select bit
SSPEN		=	SSPCON.5	0	SSP enable bit
SSPOV		=	SSPCON.6	0	SSP receive overflow flag bit
WCOL		=	SSPCON.7	0	SSP write collision detect bit

CCPR1L		=	15h		0	Capture1/Compare1/PWM 1 low byte register

CCPR1H		=	16h		0	Capture1/Compare1/PWM 1 high byte register

CCP1CON		=	17h		0	Capture1/Compare1/PWM 1 control register
CCP1M0		=	CCP1CON.0	0	CCP1 mode select bit 0
CCP1M1		=	CCP1CON.1	0	CCP1 mode select bit 1
CCP1M2		=	CCP1CON.2	0	CCP1 mode select bit 2
CCP1M3		=	CCP1CON.3	0	CCP1 mode select bit 3
CCP1Y		=	CCP1CON.4	0	CCP1 10-bit PWM low order bit 0
CCP1X		=	CCP1CON.5	0	CCP1 10-bit PWM low order bit 1

RCSTA		=	18h		0	Asynchronus Serial Port status and control register
RCD8		=	RCSTA.0		0	ASP 9th/parity bit of received data
OERR		=	RCSTA.1		0	ASP overrun error bit
FERR		=	RCSTA.2		0	ASP framing error bit
CREN		=	RCSTA.4		0	ASP continuous-receive enable bit
SREN		=	RCSTA.5		0	ASP single-receive enable bit
RC89		=	RCSTA.6		0	ASP receive data length bit
SPEN		=	RCSTA.7		0	ASP enable bit

TXREG		=	19h		0	Asynchronous serial port transmit register

RCREG		=	1Ah		0	Asynchronous serial port receive register

CCPR2L		=	1Bh		0	Capture2/Compare2/PWM 2 low byte register

CCPR2H		=	1Ch		0	Capture2/Compare2/PWM 2 high byte register

CCP2CON		=	1Dh		0	Capture2/Compare2/PWM 2 control register
CCP2M0		=	CCP2CON.0	0	CCP2 mode select bit 0
CCP2M1		=	CCP2CON.1	0	CCP2 mode select bit 1
CCP2M2		=	CCP2CON.2	0	CCP2 mode select bit 2
CCP2M3		=	CCP2CON.3	0	CCP2 mode select bit 3
CCP2Y		=	CCP2CON.4	0	CCP2 10-bit PWM low order bit 0
CCP2X		=	CCP2CON.5	0	CCP2 10-bit PWM low order bit 1

ADRES		=	1Eh		0	Analog to Digitial Converter result register

ADCON0		=	1Fh		0	Analog to Digitial Converter control register 0
ADON		=	ADCON0.0	0	ADC power control bit
GO_DONE		=	ADCON0.2	0	ADC go command / done flag bit
CHS0		=	ADCON0.3	0	ADC channel select bit 0
CHS1		=	ADCON0.4	0	ADC channel select bit 1
CHS2		=	ADCON0.5	0	ADC channel select bit 2
ADCS0		=	ADCON0.6	0	ADC clock select bit 0
ADCS1		=	ADCON0.7	0	ADC clock select bit 1

OPTION		=	01h		1	OPTION register
PS0		=	OPTION.0	1	Prescaler bit 0
PS1		=	OPTION.1	1	Prescaler bit 1
PS2		=	OPTION.2	1	Prescaler bit 2
PSA		=	OPTION.3	1	Prescaler assignment bit
T0SE		=	OPTION.4	1	TMR0 source edge bit
T0CS		=	OPTION.5	1	TMR0 clock select bit
INTEDG		=	OPTION.6	1	RB0/INT edge select bit
RBPU		=	OPTION.7	1	RB weak pull-up enable bit

TRISA		=	05h		1	RA tristate control register

TRISB		=	06h		1	RB tristate control register

TRISC		=	07h		1	RC tristate control register

TRISD		=	08h		1	RD tristate control register

TRISE		=	09h		1	RE tristate control register
TRISE0		=	TRISE.0		1	RE0 tristate control bit
TRISE1		=	TRISE.1		1	RE1 tristate control bit
TRISE2		=	TRISE.2		1	RE2 tristate control bit
PSPMODE		=	TRISE.4		1	PSP mode bit
IBOV		=	TRISE.5		1	PSP input buffer overflow flag bit
OBF		=	TRISE.6		1	PSP output buffer full flag bit
IBF		=	TRISE.7		1	PSP input buffer full flag bit

PIE1		=	0Ch		1	Peripheral interrupt enable register 1
TMR1IE		=	PIE1.0		1	TMR1 interrupt enable bit
TMR2IE		=	PIE1.1		1	TMR2 interrupt enable bit
CCP1IE		=	PIE1.2		1	CCP1 interrupt enable bit
SSPIE		=	PIE1.3		1	SSP interrupt enable bit
TXIE		=	PIE1.4		1	ASP transmit interrupt enable bit
RCIE		=	PIE1.5		1	ASP receive interrupt enable bit
ADIE		=	PIE1.6		1	ADC interrupt enable bit
PSPIE		=	PIE1.7		1	PSP interrupt enable bit

PIE2		=	0Dh		1	Peripheral interrupt enable register 2
CCP2IE		=	PIE2.0		1	CCP2 interrupt enable bit

PCON		=	0Eh		1	Power-On-Reset detection register
POR		=	PCON.1		1	POR flag bit

PR2		=	12h		1	Timer 2 period register

SSPADD		=	13h		1	Synchronous Serial Port I2C address register

SSPSTAT		=	14h		1	Synchronous Serial Port status register
BF		=	SSPSTAT.0	1	SSP buffer full flag bit
UA		=	SSPSTAT.1	1	SSP 10-bit I2C update address flag bit
RW		=	SSPSTAT.2	1	SSP I2C read/write status bit
S		=	SSPSTAT.3	1	SSP I2C start flag bit
P		=	SSPSTAT.4	1	SSP I2C stop flag bit
DA		=	SSPSTAT.5	1	SSP I2C data/address flag bit

TXSTA		=	18h		1	Asynchronous Serial Port transmit status and control register
TXD8		=	TXSTA.0		1	ASP 9th bit of transmit data
TRMT		=	TXSTA.1		1	ASP transmit shift register empty
BRGH		=	TXSTA.2		1	ASP high baud rate select bit
SYNC		=	TXSTA.4		1	ASP mode bit
TXEN		=	TXSTA.5		1	ASP transmit enable bit
TX89		=	TXSTA.6		1	ASP transmit data length bit
CSRC		=	TXSTA.7		1	ASP clock source select bit

SPBRG		=	19h		1	Asynchronous Serial Port baud rate register

ADCON1		=	1Fh		1	Analog to Digitial Converter control register 1
PCFG0		=	ADCON1.0	1	RA port configuration bit 0
PCFG1		=	ADCON1.1	1	RA port configuration bit 1
PCFG2		=	ADCON1.2	1	RA port configuration bit 2


******** PIC16C84 Equates - enabled by DEVICE PIC16C84

		Specific DEVICE equates

LP_OSC		=	0FFFCh			Oscillator (select one)
XT_OSC		=	0FFFDh
HS_OSC		=	0FFFEh
RC_OSC		=	0FFFFh

WDT_OFF		=	0FFFBh			Watchdog timer (select one)
WDT_ON		=	0FFFFh

PWRT_OFF	=	0FFF7h			Power-up timer (select one)
PWRT_ON		=	0FFFFh

PROTECT_OFF	=	0FFFFh			Code protection (select one)
PROTECT_ON	=	0FFEFh

		Register and bit equates
					page
INDF		=	00h		0/1	Indirect addressing register

TMR0		=	01h		0	Timer 0 register

PCL		=	02h		0/1	Program counter low-byte register

STATUS		=	03h		0/1	Status register
C		=	STATUS.0	0/1	Carry bit
DC		=	STATUS.1	0/1	Digit carry bit
Z		=	STATUS.2	0/1	Zero bit
PD		=	STATUS.3	0/1	Power-down bit
TO		=	STATUS.4	0/1	Time-out bit
RP0		=	STATUS.5	0/1	Register page bit 0
RP1		=	STATUS.6	0/1	Register page bit 1
IRP		=	STATUS.7	0/1	Indirect register page bit

FSR		=	04h		0/1	File select register

PORTA		=	05h		0	RA i/o register
RA		=	05h		0	RA i/o register

PORTB		=	06h		0	RB i/o register
RB		=	06h		0	RB i/o register

EEDATA		=	08h		0	EEPROM data register

EEADR		=	09h		0	EEPROM address register

PCLATH		=	0Ah		0/1	Program counter high-byte register

INTCON		=	0Bh		0/1	Interrupt control register
RBIF		=	INTCON.0	0/1	RB4-RB7 change interrupt flag bit
INTF		=	INTCON.1	0/1	RB0/INT interrupt flag bit
T0IF		=	INTCON.2	0/1	TMR0 overflow interrupt flag bit
RBIE		=	INTCON.3	0/1	RB4-RB7 change interrupt enable bit
INTE		=	INTCON.4	0/1	RB0/INT interrupt enable bit
T0IE		=	INTCON.5	0/1	TMR0 overflow interrupt enable bit
EEIE		=	INTCON.6	0/1	EEPROM interrupt enable bit
GIE		=	INTCON.7	0/1	Global interrupt enable bit

OPTION		=	01h		1	OPTION register
PS0		=	OPTION.0	1	Prescaler bit 0
PS1		=	OPTION.1	1	Prescaler bit 1
PS2		=	OPTION.2	1	Prescaler bit 2
PSA		=	OPTION.3	1	Prescaler assignment bit
T0SE		=	OPTION.4	1	TMR0 source edge bit
T0CS		=	OPTION.5	1	TMR0 clock select bit
INTEDG		=	OPTION.6	1	RB0/INT edge select bit
RBPU		=	OPTION.7	1	RB weak pull-up enable bit

TRISA		=	05h		1	RA tristate control register

TRISB		=	06h		1	RB tristate control register

EECON1		=	08h		1	EEPROM control register 1
RD		=	EECON1.0	1	EEPROM read control bit
WR		=	EECON1.1	1	EEPROM write control bit
WREN		=	EECON1.2	1	EEPROM write enable bit
WRERR		=	EECON1.3	1	EEPROM write error flag bit
EEIF		=	EECON1.4	1	EEPROM interrupt flag bit

EECON2		=	09h		1	EEPROM control register 2


******** PIC16C620 Equates - enabled by DEVICE PIC16C620

		Specific DEVICE equates

LP_OSC		=	0FFFCh			Oscillator (select one)
XT_OSC		=	0FFFDh
HS_OSC		=	0FFFEh
RC_OSC		=	0FFFFh

WDT_OFF		=	0FFFBh			Watchdog timer (select one)
WDT_ON		=	0FFFFh

PWRT_OFF	=	0FFFFh			Power-up timer (select one)
PWRT_ON		=	0FFF7h

BOD_OFF		=	0FFBFh			Brown-out detector (select one)
BOD_ON		=	0FFFFh

PROTECT_OFF	=	0FFFFh			Code protection (select one)
PROTECT_ON	=	0C0CFh

		Register and bit equates
					page
INDF		=	00h		0/1	Indirect addressing register

TMR0		=	01h		0	Timer 0 register

PCL		=	02h		0/1	Program counter low-byte register

STATUS		=	03h		0/1	Status register
C		=	STATUS.0	0/1	Carry bit
DC		=	STATUS.1	0/1	Digit carry bit
Z		=	STATUS.2	0/1	Zero bit
PD		=	STATUS.3	0/1	Power-down bit
TO		=	STATUS.4	0/1	Time-out bit
RP0		=	STATUS.5	0/1	Register page bit 0
RP1		=	STATUS.6	0/1	Register page bit 1
IRP		=	STATUS.7	0/1	Indirect register page bit

FSR		=	04h		0/1	File select register

PORTA		=	05h		0	RA i/o register
RA		=	05h		0	RA i/o register

PORTB		=	06h		0	RB i/o register
RB		=	06h		0	RB i/o register

PCLATH		=	0Ah		0/1	Program counter high-byte register

INTCON		=	0Bh		0/1	Interrupt control register
RBIF		=	INTCON.0	0/1	RB4-RB7 change interrupt flag bit
INTF		=	INTCON.1	0/1	RB0/INT interrupt flag bit
T0IF		=	INTCON.2	0/1	TMR0 overflow interrupt flag bit
RBIE		=	INTCON.3	0/1	RB4-RB7 change interrupt enable bit
INTE		=	INTCON.4	0/1	RB0/INT interrupt enable bit
T0IE		=	INTCON.5	0/1	TMR0 overflow interrupt enable bit
PEIE		=	INTCON.6	0/1	Peripheral interrupt enable bit
GIE		=	INTCON.7	0/1	Global interrupt enable bit

PIR1		=	0Ch		0	Peripheral interrupt register
CMIF		=	PIR1.6		0	Comparator interrupt flag bit

CMCON		=	1Fh		0	Comparator control register
CM0		=	CMCON.0		0	Comparator mode bit 0
CM1		=	CMCON.1		0	Comparator mode bit 1
CM2		=	CMCON.2		0	Comparator mode bit 2
CIS		=	CMCON.3		0	Comparator input switch bit
C1OUT		=	CMCON.6		0	Comparator 1 output bit
C2OUT		=	CMCON.7		0	Comparator 2 output bit

OPTION		=	01h		1	OPTION register
PS0		=	OPTION.0	1	Prescaler bit 0
PS1		=	OPTION.1	1	Prescaler bit 1
PS2		=	OPTION.2	1	Prescaler bit 2
PSA		=	OPTION.3	1	Prescaler assignment bit
T0SE		=	OPTION.4	1	TMR0 source edge bit
T0CS		=	OPTION.5	1	TMR0 clock select bit
INTEDG		=	OPTION.6	1	RB0/INT edge select bit
RBPU		=	OPTION.7	1	RB weak pull-up enable bit

TRISA		=	05h		1	RA tristate control register

TRISB		=	06h		1	RB tristate control register

PIE1		=	0Ch		1	Peripheral interrupt enable register
CMIE		=	PIE1.6		1	Comparator interrupt enable bit

PCON		=	0Eh		1	Reset identification register
BO		=	PCON.0		1	Brown-out detect bit
POR		=	PCON.1		1	Power-on detect bit

VRCON		=	1Fh		1	Voltage reference control register
VR0		=	VRCON.0		1	Voltage reference select bit 0
VR1		=	VRCON.1		1	Voltage reference select bit 1
VR2		=	VRCON.2		1	Voltage reference select bit 2
VR3		=	VRCON.3		1	Voltage reference select bit 3
VRR		=	VRCON.5		1	Voltage range select bit
VROE		=	VRCON.6		1	Voltage reference output enable bit
VREN		=	VRCON.7		1	Voltage reference enable bit


******** PIC16C621 Equates - enabled by DEVICE PIC16C621

		Specific DEVICE equates

LP_OSC		=	0FFFCh			Oscillator (select one)
XT_OSC		=	0FFFDh
HS_OSC		=	0FFFEh
RC_OSC		=	0FFFFh

WDT_OFF		=	0FFFBh			Watchdog timer (select one)
WDT_ON		=	0FFFFh

PWRT_OFF	=	0FFFFh			Power-up timer (select one)
PWRT_ON		=	0FFF7h

BOD_OFF		=	0FFBFh			Brown-out detector (select one)
BOD_ON		=	0FFFFh

PROTECT_OFF	=	0FFFFh			Code protection (select one)
PROTECT_HALF	=	0D5DFh
PROTECT_ON	=	0C0CFh

		Register and bit equates
					page
INDF		=	00h		0/1	Indirect addressing register

TMR0		=	01h		0	Timer 0 register

PCL		=	02h		0/1	Program counter low-byte register

STATUS		=	03h		0/1	Status register
C		=	STATUS.0	0/1	Carry bit
DC		=	STATUS.1	0/1	Digit carry bit
Z		=	STATUS.2	0/1	Zero bit
PD		=	STATUS.3	0/1	Power-down bit
TO		=	STATUS.4	0/1	Time-out bit
RP0		=	STATUS.5	0/1	Register page bit 0
RP1		=	STATUS.6	0/1	Register page bit 1
IRP		=	STATUS.7	0/1	Indirect register page bit

FSR		=	04h		0/1	File select register

PORTA		=	05h		0	RA i/o register
RA		=	05h		0	RA i/o register

PORTB		=	06h		0	RB i/o register
RB		=	06h		0	RB i/o register

PCLATH		=	0Ah		0/1	Program counter high-byte register

INTCON		=	0Bh		0/1	Interrupt control register
RBIF		=	INTCON.0	0/1	RB4-RB7 change interrupt flag bit
INTF		=	INTCON.1	0/1	RB0/INT interrupt flag bit
T0IF		=	INTCON.2	0/1	TMR0 overflow interrupt flag bit
RBIE		=	INTCON.3	0/1	RB4-RB7 change interrupt enable bit
INTE		=	INTCON.4	0/1	RB0/INT interrupt enable bit
T0IE		=	INTCON.5	0/1	TMR0 overflow interrupt enable bit
PEIE		=	INTCON.6	0/1	Peripheral interrupt enable bit
GIE		=	INTCON.7	0/1	Global interrupt enable bit

PIR1		=	0Ch		0	Peripheral interrupt register
CMIF		=	PIR1.6		0	Comparator interrupt flag bit

CMCON		=	1Fh		0	Comparator control register
CM0		=	CMCON.0		0	Comparator mode bit 0
CM1		=	CMCON.1		0	Comparator mode bit 1
CM2		=	CMCON.2		0	Comparator mode bit 2
CIS		=	CMCON.3		0	Comparator input switch bit
C1OUT		=	CMCON.6		0	Comparator 1 output bit
C2OUT		=	CMCON.7		0	Comparator 2 output bit

OPTION		=	01h		1	OPTION register
PS0		=	OPTION.0	1	Prescaler bit 0
PS1		=	OPTION.1	1	Prescaler bit 1
PS2		=	OPTION.2	1	Prescaler bit 2
PSA		=	OPTION.3	1	Prescaler assignment bit
T0SE		=	OPTION.4	1	TMR0 source edge bit
T0CS		=	OPTION.5	1	TMR0 clock select bit
INTEDG		=	OPTION.6	1	RB0/INT edge select bit
RBPU		=	OPTION.7	1	RB weak pull-up enable bit

TRISA		=	05h		1	RA tristate control register

TRISB		=	06h		1	RB tristate control register

PIE1		=	0Ch		1	Peripheral interrupt enable register
CMIE		=	PIE1.6		1	Comparator interrupt enable bit

PCON		=	0Eh		1	Reset identification register
BO		=	PCON.0		1	Brown-out detect bit
POR		=	PCON.1		1	Power-on detect bit

VRCON		=	1Fh		1	Voltage reference control register
VR0		=	VRCON.0		1	Voltage reference select bit 0
VR1		=	VRCON.1		1	Voltage reference select bit 1
VR2		=	VRCON.2		1	Voltage reference select bit 2
VR3		=	VRCON.3		1	Voltage reference select bit 3
VRR		=	VRCON.5		1	Voltage range select bit
VROE		=	VRCON.6		1	Voltage reference output enable bit
VREN		=	VRCON.7		1	Voltage reference enable bit


******** PIC16C622 Equates - enabled by DEVICE PIC16C622

		Specific DEVICE equates

LP_OSC		=	0FFFCh			Oscillator (select one)
XT_OSC		=	0FFFDh
HS_OSC		=	0FFFEh
RC_OSC		=	0FFFFh

WDT_OFF		=	0FFFBh			Watchdog timer (select one)
WDT_ON		=	0FFFFh

PWRT_OFF	=	0FFFFh			Power-up timer (select one)
PWRT_ON		=	0FFF7h

BOD_OFF		=	0FFBFh			Brown-out detector (select one)
BOD_ON		=	0FFFFh

PROTECT_OFF	=	0FFFFh			Code protection (select one)
PROTECT_HALF	=	0EAEFh
PROTECT_3_QTR	=	0D5DFh
PROTECT_ON	=	0C0CFh

		Register and bit equates
					page
INDF		=	00h		0/1	Indirect addressing register

TMR0		=	01h		0	Timer 0 register

PCL		=	02h		0/1	Program counter low-byte register

STATUS		=	03h		0/1	Status register
C		=	STATUS.0	0/1	Carry bit
DC		=	STATUS.1	0/1	Digit carry bit
Z		=	STATUS.2	0/1	Zero bit
PD		=	STATUS.3	0/1	Power-down bit
TO		=	STATUS.4	0/1	Time-out bit
RP0		=	STATUS.5	0/1	Register page bit 0
RP1		=	STATUS.6	0/1	Register page bit 1
IRP		=	STATUS.7	0/1	Indirect register page bit

FSR		=	04h		0/1	File select register

PORTA		=	05h		0	RA i/o register
RA		=	05h		0	RA i/o register

PORTB		=	06h		0	RB i/o register
RB		=	06h		0	RB i/o register

PCLATH		=	0Ah		0/1	Program counter high-byte register

INTCON		=	0Bh		0/1	Interrupt control register
RBIF		=	INTCON.0	0/1	RB4-RB7 change interrupt flag bit
INTF		=	INTCON.1	0/1	RB0/INT interrupt flag bit
T0IF		=	INTCON.2	0/1	TMR0 overflow interrupt flag bit
RBIE		=	INTCON.3	0/1	RB4-RB7 change interrupt enable bit
INTE		=	INTCON.4	0/1	RB0/INT interrupt enable bit
T0IE		=	INTCON.5	0/1	TMR0 overflow interrupt enable bit
PEIE		=	INTCON.6	0/1	Peripheral interrupt enable bit
GIE		=	INTCON.7	0/1	Global interrupt enable bit

PIR1		=	0Ch		0	Peripheral interrupt register
CMIF		=	PIR1.6		0	Comparator interrupt flag bit

CMCON		=	1Fh		0	Comparator control register
CM0		=	CMCON.0		0	Comparator mode bit 0
CM1		=	CMCON.1		0	Comparator mode bit 1
CM2		=	CMCON.2		0	Comparator mode bit 2
CIS		=	CMCON.3		0	Comparator input switch bit
C1OUT		=	CMCON.6		0	Comparator 1 output bit
C2OUT		=	CMCON.7		0	Comparator 2 output bit

OPTION		=	01h		1	OPTION register
PS0		=	OPTION.0	1	Prescaler bit 0
PS1		=	OPTION.1	1	Prescaler bit 1
PS2		=	OPTION.2	1	Prescaler bit 2
PSA		=	OPTION.3	1	Prescaler assignment bit
T0SE		=	OPTION.4	1	TMR0 source edge bit
T0CS		=	OPTION.5	1	TMR0 clock select bit
INTEDG		=	OPTION.6	1	RB0/INT edge select bit
RBPU		=	OPTION.7	1	RB weak pull-up enable bit

TRISA		=	05h		1	RA tristate control register

TRISB		=	06h		1	RB tristate control register

PIE1		=	0Ch		1	Peripheral interrupt enable register
CMIE		=	PIE1.6		1	Comparator interrupt enable bit

PCON		=	0Eh		1	Reset identification register
BO		=	PCON.0		1	Brown-out detect bit
POR		=	PCON.1		1	Power-on detect bit

VRCON		=	1Fh		1	Voltage reference control register
VR0		=	VRCON.0		1	Voltage reference select bit 0
VR1		=	VRCON.1		1	Voltage reference select bit 1
VR2		=	VRCON.2		1	Voltage reference select bit 2
VR3		=	VRCON.3		1	Voltage reference select bit 3
VRR		=	VRCON.5		1	Voltage range select bit
VROE		=	VRCON.6		1	Voltage reference output enable bit
VREN		=	VRCON.7		1	Voltage reference enable bit