Maple Systems MAPware-7000 - Manual (Page 16)

MAPware-7000 Ladder Logic Guide 8
1010-1041 rev. 00
Conversion Instructions
These are instructions which convert the data from one type of format (ex. BCD, Hex, ASCII) to
another format.
Instruction Name
Symbol Description Execution
Time (μSec)
Hex to ASCII The hexadecimal data in a series of
consecutive registers (1 to 32) beginning
with Operand A is converted into ASCII
characters and stored in consecutive
registers starting with Operand B. 5.8 μsec to
87.1 μsec
ASCII to Hex The ASCII data in a series of consecutive
registers (1 to 64) beginning with
Operand A is converted into hexadecimal
characters and stored in consecutive
registers starting with Operand B. 6.5 μsec to
64.9 μsec
Absolute Value Computes the absolute value in Operand
A and stores in Operand B. 1.3 μsec
2’s Complement Computes the 2’s complement value in
Operand A and stores in Operand B. 1.1 μsec
Double-word 2’s
Complement Computes the 2’s complement value in
Operand A (and register A+1) and stores
in Operand B (and register B+1). 1.6 μsec
7 Segment Decode Converts the lower 4 data bits of
Operand A into 7 segment code, and
stores it in Operand B. The 7 segment
code is normally used for a numeric
display LED. 1.3 μsec
ASCII conversion Converts alphanumeric characters (up to
16) into ASCII codes, and stores them in
the designated register table, starting
with Operand B. 1.7 μsec to 5.8
μsec
Binary conversion Converts 4 digits of BCD data in Operand
A into binary and stores in Operand B. 1.7 μsec
BCD conversion Converts the binary data in Operand A
into BCD data and stores in Operand B. 11.4 μsec
Integer to Float
NA
Converts integer (16 or 32 bit) value in
Operand A into a floating point value (32
bit) and stores in Operand B. TBD
Float to Integer
NA
Converts a floating point value (32 bit) in
Operand A into an integer (16 or 32 bit) TBD