ROHS MC9S08QE128 Reference Manual page 157

IMM =
8-bit or 16-bit immediate
DIR =
8-bit direct
EXT =
16-bit extended
IX =
16-bit indexed no offset
IX+ = 16-bit indexed no offset, post increment (CBEQ and MOV only)
IX1 = 16-bit indexed with 8-bit offset from H:X
IX1+ = 16-bit indexed with 8-bit offset, post increment
(CBEQ only)
IX2 =
16-bit indexed with 16-bit offset from H:X
REL =
8-bit relative offset
SP1 =
Stack pointer with 8-bit offset
SP2 =
Stack pointer with 16-bit offset
Source
Operation
Form
ADC #opr8i
ADC opr8a
ADC opr16a
ADC oprx16,X
Add with Carry
ADC oprx8,X
ADC ,X
ADC oprx16,SP
ADC oprx8,SP
ADD #opr8i
ADD opr8a
ADD opr16a
ADD oprx16,X
Add without Carry
ADD oprx8,X
ADD ,X
ADD oprx16,SP
ADD oprx8,SP
Add Immediate Value
AIS #opr8i
(Signed) to Stack Pointer
Add Immediate Value
AIX #opr8i (Signed) to Index
Register (H:X)
AND #opr8i
AND opr8a
AND opr16a
AND oprx16,X
Logical AND
AND oprx8,X
AND ,X
AND oprx16,SP
AND oprx8,SP
ASL opr8a
ASLA
ASLX Arithmetic Shift Left
ASL oprx8,X (Same as LSL)
ASL ,X
ASL oprx8,SP
ASR opr8a
ASRA
ASRX
Arithmetic Shift Right
ASR oprx8,X
ASR ,X
ASR oprx8,SP
BCC rel Branch if Carry Bit Clear
Freescale Semiconductor
Table 8-2. HCS08 Instruction Set Summary (Sheet 1 of 7)
Description
A ← (A) + (M) + (C)
A ← (A) + (M)
SP ← (SP) + (M)
M is sign extended to a 16-bit value
H:X ← (H:X) + (M)
M is sign extended to a 16-bit value
A ← (A) & (M)
C
b7
b7
Branch if (C) = 0
MC9S08QE128 MCU Series Reference Manual, Rev. 2
Chapter 8 Central Processor Unit (S08CPUV4)
Effect
on CCR
V H I N Z C
–
–
– – – – – – IMM
– – – – – – IMM
0 – –
– –
0
b0
C
– –
b0
– – – – – – REL
IMM A9 ii
DIR B9 dd
EXT C9 hh ll
IX2 D9 ee ff
IX1 E9 ff
IX F9
SP2 9ED9 ee ff
SP1 9EE9 ff
IMM AB ii
DIR BB dd
EXT CB hh ll
IX2 DB ee ff
IX1 EB ff
IX FB
SP2 9EDB ee ff
SP1 9EEB ff
A7 ii
AF ii
IMM A4 ii
DIR B4 dd
EXT C4 hh ll
IX2 D4 ee ff
–
IX1 E4 ff
IX F4
SP2 9ED4 ee ff
SP1 9EE4 ff
DIR 38 dd
INH 48
INH 58
IX1 68 ff
IX 78
SP1 9E68 ff
DIR 37 dd
INH 47
INH 57
IX1 67 ff
IX 77
SP1 9E67 ff
24 rr
2
3
4
4
3
3
5
4
2
3
4
4
3
3
5
4
2
2
2
3
4
4
3
3
5
4
5
1
1
5
4
6
5
1
1
5
4
6
3
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