NXP Semiconductors
UM11227
NTM88 family of tire pressure monitor sensors
UM11227 All information provided in this document is subject to legal disclaimers. © NXP B.V. 2020. All rights reserved.
User manual Rev. 6 — 24 April 2020
29 / 205
Effect
on CCR
Source Form Operation Description
V H I N Z C
Address
Mode
Opcode Operand
Bus
Cycles
[1]
TPA
Transfer CCR to
Accumulator
A ← (CCR) – – – – – – INH
85 1
TST opr8a
TSTA
TSTX
TST oprx8,X
TST ,X
TST oprx8,SP
Test for Negative or
Zero
(M) – 0x00
(A) – 0x00
(X) – 0x00
(M) – 0x00
(M) – 0x00
(M) – 0x00
0 – – Þ Þ –
DIR
INH
INH
IX1
IX
SP1
3D
4D
5D
6D
7D
9E6D
dd
ff
ff
4
1
1
4
3
5
TSX
Transfer SP to
Index Reg.
H:X ← (SP) + 0x0001 – – – – – – INH
95 2
TXA
Transfer X (Index
Reg. Low) to
Accumulator
A ← (X) – – – – – – INH
9F 1
TXS
Transfer Index Reg.
to SP
SP ← (H:X) – 0x0001 – – – – – – INH
94 2
WAIT
Enable Interrupts;
Wait for Interrupt
I bit ← 0; Halt CPU – – 0 – – – INH
8F 2+
[1] Bus clock frequency is one-half of the CPU clock frequency.
Table 8. Opcode map (Sheet 1 of 2)
Bit-Manipulation Branch Read-Modify-Write Control Register/Memory
00 5
BRSET0
3 DIR
10 5
BSET0
2 DIR
20 3
BRA
2 rel
30 5
NEG
2 DIR
40 1
NEGA
1 INH
50 1
NEGX
1 INH
60 5
NEG
2 IX1
70 4
NEG
1 IX
80 9
RTI
1 INH
90 3
BGE
2 rel
A0 2
SUB
2 IMM
B0 3
SUB
2 DIR
C0 4
SUB
3 EXT
D0 4
SUB
3 IX2
E0 3
SUB
2 IX1
F0 3
SUB
1 IX
01 5
BRCLR0
3 DIR
11 5
BCLR0
2 DIR
21 3
BRN
2 rel
31 5
CBEQ
3 DIR
41 4
CBEQA
3 IMM
51 4
CBEQX
3 IMM
61 5
CBEQ
3 IX1+
71 5
CBEQ
2 IX+
81 6
RTS
1 INH
91 3
BLT
2 rel
A1 2
CMP
2 IMM
B1 3
CMP
2 DIR
C1 4
CMP
3 EXT
D1 4
CMP
3 IX2
E1 3
CMP
2 IX1
F1 3
CMP
1 IX
02 5
BRSET1
3 DIR
12 5
BSET1
2 DIR
22 3
BHI
2 rel
32 5
LDHX
3 EXT
42 5
MUL
1 INH
52 6
DIV
1 INH
62 1
NSA
1 INH
72 1
DAA
1 INH
82 5+
BGND
1 INH
92 3
BGT
2 rel
A2 2
SBC
2 IMM
B2 3
SBC
2 DIR
C2 4
SBC
3 EXT
D2 4
SBC
3 IX2
E2 3
SBC
2 IX1
F2 3
SBC
1 IX
03 5
BRCLR1
3 DIR
13 5
BCLR1
2 DIR
23 3
BLS
2 rel
33 5
COM
2 DIR
43 1
COMA
1 INH
53 1
COMX
1 INH
63 5
COM
2 IX1
73 4
COM
1 IX
83 11
SWI
1 INH
93 3
BLE
2 rel
A3 2
CPX
2 IMM
B3 3
CPX
2 DIR
C3 4
CPX
3 EXT
D3 4
CPX
3 IX2
E3 3
CPX
2 IX1
F3 3
CPX
1 IX
04 5
BRSET2
3 DIR
14 5
BSET2
2 DIR
24 3
BCC
2 rel
34 5
LSR
2 DIR
44 1
LSRA
1 INH
54 1
LSRX
1 INH
64 5
LSR
2 IX1
74 4
LSR
1 IX
84 1
TAP
1 INH
94 2
TXS
1 INH
A4 2
AND
2 IMM
B4 3
AND
2 DIR
C4 4
AND
3 EXT
D4 4
AND
3 IX2
E4 3
AND
2 IX1
F4 3
AND
1 IX
05 5
BRCLR2
3 DIR
15 5
BCLR2
2 DIR
25 3
BCS
2 rel
35 4
STHX
2 DIR
45 3
LDHX
3 IMM
55 4
LDHX
2 DIR
65 3
CPHX
3 IMM
75 5
CPHX
2 DIR
85 1
TPA
1 INH
95 2
TSX
1 INH
A5 2
BIT
2 IMM
B5 3
BIT
2 DIR
C5 4
BIT
3 EXT
D5 4
BIT
3 IX2
E5 3
BIT
2 IX1
F5 3
BIT
1 IX
06 5
BRSET3
3 DIR
16 5
BSET3
2 DIR
26 3
BNE
2 rel
36 5
ROR
2 DIR
46 1
RORA
1 INH
56 1
RORX
1 INH
66 5
ROR
2 IX1
76 4
ROR
1 IX
86 3
PULA
1 INH
96 5
STHX
3 EXT
A6 2
LDA
2 IMM
B6 3
LDA
2 DIR
C6 4
LDA
3 EXT
D6 4
LDA
3 IX2
E6 3
LDA
2 IX1
F6 3
LDA
1 IX
07 5
BRCLR3
3 DIR
17 5
BCLR3
2 DIR
27 3
BEQ
2 rel
37 5
ASR
2 DIR
47 1
ASRA
1 INH
57 1
ASRX
1 INH
67 5
ASR
2 IX1
77 4
ASR
1 IX
87 2
PSHA
1 INH
97 1
TAX
1 INH
A7 2
AIS
2 IMM
B7 3
STA
2 DIR
C7 4
STA
3 EXT
D7 4
STA
3 IX2
E7 3
STA
2 IX1
F7 2
STA
1 IX
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