Amtech Axpert-Eazy Series Instruction Manual page 159

Sr. Command Op-
No. Name Code
1 END 000 000
2 REG_LD 001 Register (n)
3 REG32_LD 002 Register (n)
4 REG32_ST 003 Register (n)
5 REGDEC 005 Register (n)
6 REGINC 006 Register (n)
7 COPY_REG 007 Register (n) Register
8 COPY_FLG 008 Flag (n)
9 SET_FLG 009 Flag (n)
10 CLEAR_FLG 010 Flag (n)
11 ADI 011 Register (n)
12 ADD 012 Register (n) Register
13 ADD32 013 Register (n)
14 SUB 014 Register (n) Register
15 SUB32 015 Register (n)
16 MUL32 016 Register (n) Register
17 DIV 017 Register (n) Register
18 DIV32 018 Register (n)
19 AND 019 Flag (n)
20 NAND 020 Flag (n)
21 NOR 021 Flag (n)
22 XOR 022 Flag (n)
23 XNOR 023 Flag (n)
24 OR 024 Flag (n)
25 NOT_FLG 025 Flag (n)
26 NOT_REG 026 Register (n) Register
27 WAND 027 Register (n) Register
28 WOR 028 Register (n) Register
29 WXOR 029 Register (n) Register
Axpert-Eazy AC Variable Frequency Drive
DATA1 DATA2 DATA3
000 000
Value
000 000
000 000
000 000
000 000
000
(m)
Flag (m) 000
000 000
000 000
Value
Register
(n1) (n2)
000 000
Register
(n1) (n2)
000 000
000
(m)
Register
(n1) (n2)
000 000
Flag (n1) Flag (n2) Logical AND operation between Flags (Flag (n) =
Flag (n1) Flag (n2) Logical NAND operation between Flags (Flag (n) =
Flag (n1) Flag (n2) Logical NOR operation between Flags (Flag (n) = ~
Flag (n1) Flag (n2) Logical XOR operation between Flags (Flag (n) =
Flag (n1) Flag (n2) Logical XNOR operation between Flags (Flag (n) = ~
Flag (n1) Flag (n2) Logical OR operation between Flags (Flag (n) = Flag
Flag (m) 000
000
(m)
Register
(n1) (n2)
Register
(n1) (n2)
Register
(n1) (n2)
Description
End of the Program.
Load the 16-bit value in Register (n).
Register (n) as a High 16-bit and Register (n+1) as a
Low 16-bit are loaded in Register 32 as 32 bits.
Register 32 is store in Register (n) as a High 16-bit
and Register (n+1) as a Low 16-bit as 32 bit.
Decrement the value of Register (n) by 1.
Increment the value of Register (n) by 1.
Copy Register (m) in Register (n).
Copy Flag (m) in Flag (n).
Set the Flag (n).
Clear the Flag (n).
Add immediate value. (Register (n) = Register (n) +
Immediate Value (0 to 32767)
Add operation. (Register (n) = Register (n1) +
Register (n2)).
Register (n) as a High 16-bit and Register (n+1) as a
Low 16-bit are added to Register 32 as 32 bits.
Register 32 = Register 32 + Register (n).
Subtraction operator (Register (n) = Register (n1) -
Register (n2)).
Register (n) as a High 16-bit and Register (n+1) as a
Low 16-bit are subtracted from Register32 as 32 bits.
Register 32 = Register 32 - Register (n).
Multiplication operator (Register 32 = Register (n) *
Register (m)).
Division operator (Register (n) = Register (n1) /
Register (n2)).
Division operator (Register 32 = Register 32 /
Register (n)).
Flag (n1) & Flag (n2))
~(Flag (n1) & Flag (n2)))
(Flag (n1) | Flag (n2)).
Flag (n1) ^ Flag (n2)).
(Flag (n1) ^ Flag (n2))).
(n1) | Flag (n2)).
Invert the specified Flag (Flag (n) = ~Flag (m)).
Invert the specified register (Register (n) = ~Register
(m))
Logical Word (16-bit) AND operation between
registers (Register (n) = Register (n1) & Register
(n2))
Logical Word (16-bit) OR operation between
registers (Register (n) = Register (n1) | Register (n-
2))
Logical Word (16-bit) XOR operation between
registers (Register (n) = Register (n1) ^ Register
(n2))
6
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