39
1/2(Rd)-BUS-Rd
(Rd)-BUSBUS-DR1
(Rs)-BUSBUS-DR2
(DR1)∨(DR2)-BUS-Rd
TJ
(PC)-AR(PC)+1
02
26
KT
RAL
25
NOP
QD(00)
(P2)
55
4A
WM(11)
5C
(DR1)⊕(DR2)-BUS-Rd
RAM-BUS-DR2
1A
52
(DR2)-BUS-AR
1E
RM(10)
72
(SW)-BUSBUS-PC
变址X=10
3D
(DR1)-(DR2)-BUS-Rd
RAM-BUSBUS-Rd
(P1)
(SW)-BUSBUS-DR1
70
(DR1)∧(DR2)-BUS-Rd
71
23
35
56
50
54
1C
OR
(SW)-BUSBUS-IR
JMP
3E
(DR1)+1-BUS-DR2
38
16
00
2D
12
3B
(Rd)-BUS-RAM
2*(Rd)-BUS-Rd
NOR
JC
29
36
4B
(P4)
SUB
RAM-BUSBUS-(DR1)PC+1
(PC)-AR
3C
（DR1)-1-BUS-Rd
(DR2)-BUS-PC
01
_____(DR1)-BUS-DR1
LDI
QD
27
(DR1)+(DR2)-BUS-AR-BUS-DR2
(R2)-DR1
10
2B
(DR1)-BUS-RAM(PC)+1
73
3A
2C
AND
24
15
STA
间接+1X=01
11
20
1F
37
DEC
____________(DR1)∨(DR2)-BUS-Rd
RAM-BUSBUS-IR
(P3)
34
49
28
57
17
1B
RAM-BUS-DR1
直接X=00
NEG
03
13
19
53
(PC)-BUS-DR1
ADD
(DR1)-BUS-PC
18
LAD
相对X=11
XOR
(DR1)+(DR2)-BUS-Rd
14
2A
(DR1)+1-BUS-Rd
2E
RAR
1D
RAM-BUS-Rd
