Processor Technology 8KRA Assembly And Test Instructions page 53

00
01
NOP
LXI B.D16
28
29 DAD H
50
51
MOV
MOV
D.B
D.C
78
79
MOV
MOV
A.B
AC
AO
Al
ANA
ANA
B
C
C8
C9
RZ
RET
FO
Fl
RP
POP PSW
HEX-ASCII TABLE
02 STAX B • 2A
LHLD
Adr
52 MOV D.D 7A MOV
A.D A 2 ANA D CA
JZ F 2 JP Adr Printing Characters
03 INX B 2B DCX
H 53 MOV DE 7B MOV A.E
A3 ANA E CB
...
F3 01 30 0 40 @
04 INR B 2C INR
L 54 MOV D.H 7C MOV A.H
A4 ANA H CC
CZ Adr F4 CP Adr 31 1 20 space
05 DLR B 2D OCR
L 55 MOV D.L 7D MOV A.L A5 ANA
L CD CALL Adr
F5
PUSH PSW
32 2 21 !
06 MVI 8.D8 2E MVI
L.D8 56 MOV D.M 7E MOV A.M A6 ANA M
CE ACI D8
F6 ORI 08
33 3 22
07
RLC 2F CMA 57
MOV
DA 7F
MOV A.A A7 ANA A
CF RST 1
F7 RST 6 34 4 23 #
08 30
58
MOV
E.B 80 ADD B A8 XRA B
DO RNC
F8 RM 35 5 24 $
09
DAD B 31 LXI SP.D16 59 MOV E.C 81
ADD C A9 XRA
C Di POP D F9
SPHL 36 6 25 %
OA LDAX B
32 STA Adr 5A MOV E.D 82 ADD
D
AA
XRA D
D2 JNC Adr
FA JM Adr 37 7 26 &
OB OCX B
33 INX SP 5B MOV
E.E 83 ADD E AB XRA E D3 OUT 08
FB El 38 8 27 '
OC INR
C
34 INR M
5C MOV E.H 84 ADD H
AC XRA H D4
CNC Adr
FC
CM
Adr 39 9 28 (
00 OCR C
35 OCR
M
50 MOV E.L
85
ADD
L AD XRA L 05 PUSH D
FD
...
29 )
OE MVI CD8 36 MVI
M.D8 5E MOV E.M 86 ADD M
AE XRA M D6
SUI D8 FE CPI
08 41 A 2A
OF RRC 37
STL 5r MOV E.A 87 ADD A
AF XRA A D7 RST 2
FF RST 7
42 B 2B +
10 38
...
6C MOV H B 88 ADC
3 BO ORA 8 D8
RC
43 C 2C ,
11 LXI D.D16 39 DAD
SP 61 MOV H.C 89 ADC C
Bl ORA C D9
...
44 D 2D -
12 STAX 0 3A LDA Adr
62 MOV HD 8A ADC D
B2 ORA D DA JC Adr
45 E 2E
13 INX D 3B DCX
SP 63 MOV HE 8B ADC E
B3 ORA E DB IN 08
46 F 2F 1
14
INR
D 3C INR A 64 MOV
H H 8C ADC H B4 ORA H
DC CC Adr
47 G 3A
15 DLR D 3D DLR A 65 MOV
H.L 8D ADC L
B5
ORA
L OD
-..
48 H 38 ;
16 MVI D D8 3E MVI A. 08 66 MOV H.M
8E ADC M B6 ORA M
DE SBI 08
HEX ASCII TABLE 49 1 3C <
17
RAL 3F CMC 67
MOV
HA 8F
ADC A 87 ORA A
OF RST 3
4A J 3D «
18 40 MOV 8.8 68 MOV
L.B 90 SUB B 88 CMP 8
EO RPO Non- Printing
4B K 3E >
19 DAD D 41 MOV B.C 69 MOV
L.C 91 SUB C 89 CMP
C El POP H
4C L 3F ?
1 A LDAX D 42
MOV B.D 6A MOV
L.D 92 SUB D BA CMP D
E2 JPO Adr
00 NULL 4D M 5B [
'B
DCX
D 43 MOV BE 6B MOV
L.E
93 SUB E
SB CMP E E3 XTHL
07 BELL
4E N 5C \
1C
INR
E
44
MOV B H 6C MOV L.H 94 SUB H
8C CMP H E4 CPO Adr
09 TAB
4F O 5D ]
ID DLR E 45 MOV
B.L 6D MOV L.L 95 SUB L BD
CMP L E5 PUSH H
OA LF
50 P 5E 1
( a )
IE MVI E D8 46 MOV B.M
6E MOV L.M 96 SUB M
BE CMP
M
E6 ANI 08
OB VT
51 Q 5F — (-)
' F
RAR
47 MOV B.A 6F
MOV LA 97 SUB A BF CMP A
E7 RST 4
OC FORM
52 R
20 - - • 48 MOV LB
70 MOV MB 98 SBB B
CO RNZ E8 RPE
OD CR
53 S
21 LXI H D16 49 MOV C.C 71 MOV
ML 99 SBB C Cl POP B
E9 PCHL
11 X-ON 54 T
22 SHLD Adr 4A MOV C.D 72 MOV
M.D
9A
SBB D C2 JNZ Adr EA
JPE Adr
12 TAPE 55 U
23 INX H 4B MOV C.E
73 MOV M.E 9B SBB E C3 JMP Adr
EB XCHG
13 X-OFF 56 V
24 INR
H 4C MOV C.H 74 MOV M.H
9L SBB H C4 CNZ Adr
EC CPE Adr 14
57 W
25 DLR
H
4D MOV C.L 75 MOV
ML 90 SBB L C5 PUSH 8
ED
...
18
ESC 58 X
26
MVI
H.D8 4E MOV C.M 76 HLT 9E SBB M
C6 ADI 08 EE
XRI D8 7D ALT MODE
59 Y
27 DAA 4F MOV LA 77 MOV M.A 9F SBB A
C7 RST 0 EF RST 5
7F RUB OUT 5A Z
D8 - constant, or logical/arithmetic expression that evaluates
to an 8 bit data quantity
016 = constant, or logical/arithmetic expression that evaluates
to a 16 bit data quantity.
Adr = 16 bit address
Processor
LZJTechnology
Processor Technoloqy Corporation
6200 Hollis Street
Emeryville CA 94608
h3
M
Ü
H
X
H
H
APPENDIX
II- 1