Delta Electronics AH500, Руководство пользователя

Страница: 130 / 547

C h a p t e r 5 A p p l i e d I n s t r u c t i o n s
5 - 1 5
Instruction code Step
Type API
16-bit 32-bit
Pulse
instruction
Function
16-bit 32-bit
Page
number
133 – DASIN

Arcsine of a binary floating-point
number
– 6 5-97
A
135 – DATAN

Arctangent of a binary
floating-point number
– 6 5-99
18 BCD DBCD

Converting a binary number into a
binary-coded decimal number
5 5 5-34
19 BIN DBIN

Converting a binary-coded
decimal number into a binary
number
5 5 5-35
15
BMOV -

Transferring values 7 – 5-31
44 BON DBON

Checking the state of a bit 7 8 5-63
B
258 BRET – – Returning to a busbar 1 – 5-123
01 CALL –

Calling a subroutine 3 – 5-21
131 – DCOS

Cosine of a binary floating-point
number
– 6 5-93
137 – DCOSH

Hyperbolic cosine of a binary
floating-point number
– 6 5-101
00 CJ –

Conditional jump 3 – 5-18
256
CJN –

Negated conditional jump 3 – 5-121
14 CML DCML

Inverting bits 5 6 5-30
C
10 CMP DCMP

Comparing values 7 9 5-27
25 DEC DDEC

Subtracting one from a binary
number
3 3 5-42
41 DECO –

Decoder 7 – 5-59
117 – DDEG

Converting a radian to a degree – 6 5-80
23
DIV DDIV

Binary division 7 9 5-40
175 – DDIVR

Floating-point division – 9 5-106
120 – DEADD

Binary floating-point addition – 9 5-81
110
–
DECMP

Comparing binary floating-point
numbers
– 9 5-76
123 – DEDIV

Binary floating-point division – 9 5-84
D
122 – DEMUL

Binary floating-point multiplication – 9 5-83
42 ENCO –

Encoder 7 – 5-60
127
–
DESQR

Square root of a binary
floating-point number
– 6 5-88
121
– DESUB

Binary floating-point subtraction – 9 5-82
124 – DEXP

Exponent of a binary floating-point
number
– 6 5-85
E
111
–
DEZCP

Binary floating-point zonal
comparison
– 12 5-77
49 – DFLT

Converting a binary integer into a
binary floating-point number
– 6 5-68
16 FMOV DFMOV

Transferring a value to several
devices
7 8 5-32 F
78 FROM DFROM

Reading data from a control
register in a special module
9 12 5-73
24
INC DINC

Adding one to a binary number 3 3 5-41
I
129 – DINT

Converting a binary floating-point
number into a binary integer
– 5 5-90
J 257 JMP – – Unconditional jump 3 – 5-122
L 215 LD& DLD& – S1&S2 5 7 5-107