Zilog Z86193 - Manual (Page 163)

Z8
®
CPU
User Manual
UM001604-0108 Instruction Set
156
Op Code Map
Figure 134 displays the opcode map.
Figure 134. Op Code Map
10.5
CP
R , R1
6.5
DEC
R1
6.5
DEC
IR1
6.5
ADD
r1, r2
6.5
ADD
r1, Ir2
10.5
ADD
R2, R1
10.5
ADD
IR2, R1
10.5
ADD
R1, IM
10.5
ADD
IR1, IM
0 1 2 3 4 5 6 7 8 9 A B C D E F
0
1
2
3
4
5
6
7
8
9
A
B
C
D
E
F
Lower Nibble (Hex)
Bytes per Instruction
2 3 2 3 1
6.5
RLC
R1
6.5
RLC
IR1
6.5
ADC
r1, r2
6.5
ADC
r1, Ir2
10.5
ADC
R2, R1
10.5
ADC
IR2, R1
10.5
ADC
R1, IM
10.5
ADC
IR1, IM
6.5
INC
R1
6.5
INC
IR1
6.5
SUB
r1, r2
6.5
SUB
r1, Ir2
10.5
SUB
R2, R1
10.5
SUB
IR2, R1
10.5
SUB
R1, IM
10.5
SUB
IR1, IM
10.5
DECW
RR1
10.5
DECW
IR1
6.5
RL
R1 6.5
RL
IR1
10.5
INCW
RR1
10.5
INCW
IR1
6.5
CP
r1, r2
6.5
CP
r1, Ir2
10.5
CP
R2, R1
10.5
CP
IR2, R1
10.5
CP
R1, IM
10.5
CP
IR1, IM
6.5
CLR
R1
6.5
CLR
IR1
6.5
XOR
r1, r2
6.5
XOR
r1, Ir2
10.5
XOR
R2, R1
10.5
XOR
IR2, R1
10.5
XOR
R1, IM
10.5
XOR
IR1, IM
6.5
RRC
R1
6.5
RRC
IR1
12.0
LDC
r1, Irr2
18.0
LDCI
Ir1, Irr2
10.5
LD
r1,x,R2
6.5
SRA
R1
6.5
SRA
IR1
20.0
CALL*
IRR1
20.0
CALL
DA
10.5
LD
r2,x,R1
6.5
RR
R1
6.5
RR
IR1 6.5
LD
r1, IR2
10.5
LD
R2, R1
10.5
LD
IR2, R1
10.5
LD
R1, IM
10.5
LD
IR1, IM
8.5
SWAP
R1
8.5
SWAP
IR1
6.5
LD
Ir1, r2
10.5
LD
R2, IR1
6.5
LD
r1, R2
6.5
LD
r2, R1
12/10.5
DJNZ
r1, RA
12/10.0
JR
cc, RA
6.5
LD
r1, IM
12.10.0
JP
cc, DA
6.5
INC
r1
6.0
STOP
7.0
HALT
6.1
DI
6.1
EI
14.0
RET
16.0
IRET
6.5
RCF
6.5
SCF
6.5
CCF
6.0
NOP
2
4
A
Lower
Op Code
Nibble
Pipeline
Cycles
Mnemonic
Second
Operand
Fetch
Cycles
Upper
Op Code
Nibble
First
Operand
Legend:
R = 8-Bit Addr ess
r = 4-Bit Addr ess
R1 or r1 = Dst Addr ess
R2 or r2 = Src Address
Sequence:
Opcode, First Operand,
Second Operand
Note: Blank areas are reserved.
*2-byte instruction appears as
a 3-byte instruction
8.0
JP
IRR1
6.1
SRP
IM
6.5
SBC
r1, r2
6.5
SBC
r1, Ir2
10.5
SBC
R2, R1
10.5
SBC
IR2, R1
10.5
SBC
R1, IM
10.5
SBC
IR1, IM
8.5
DA
R1
8.5
DA
IR1 6.5
OR
r1, r2
6.5
OR
r1, Ir2
10.5
OR
R2, R1
10.5
OR
IR2, R1
10.5
OR
R1, IM
10.5
OR
IR1, IM
10.5
POP
R1
10.5
POP
IR1
6.5
AND
r1, r2
6.5
AND
r1, Ir2
10.5
AND
R2, R1
10.5
AND
IR2, R1
10.5
AND
R1, IM
10.5
AND
IR1, IM
6.5
COM
R1
6.5
COM
IR1
6.5
TCM
r1, r2
6.5
TCM
r1, Ir2
10.5
TCM
R2, R1
10.5
TCM
IR2, R1
10.5
TCM
R1, IM
10.5
TCM
IR1, IM
10/12.1
PUSH
R2
12/14.1
PUSH
IR2
6.5
TM
r1, r2
6.5
TM
r1, Ir2
10.5
TM
R2, R1
10.5
TM
IR2, R1
10.5
TM
R1, IM
10.5
TM
IR1, IM
6.0
WDT
6.0
WDh
Upp
er
Ni
b
b
le
(
H
ex
)
12.0
LDC
lrr1, r2
18.0
LDCI
lrr1, Ir2
12.0
LDE
r1, lrr2
18.0
LDEI
lr1, lrr2
12.0
LDE
r2, lrr1
18.0
LDEI
lr2, lrr1