Standard Functions Of One Numeric Variable; Standard Arithmetic Functions; Standard Bitwise Boolean Functions; Standard Selection Functions - Mitsubishi Electric MELSEC-Q/L Programming Manual

Standard functions of one numeric variable

Function name
ABS(_E)

Standard arithmetic functions

Function name
ADD_E
MUL_E
SUB_E
DIV_E
MOD(_E)
EXPT(_E)
MOVE(_E)

Standard bitwise Boolean functions

Function name
AND_E
OR_E
XOR_E
NOT(_E)

Standard selection functions

Function name
SEL(_E)
MAXIMUM(_E)
MINIMUM(_E)
LIMITATION(_E)
MUX(_E)
2 FUNCTION TABLES
16
2.2 Function Tables
Argument Processing details
(s), (d) Outputs the absolute value of an input value.
Argument Processing details
Outputs the sum ((s1)+(s2)+  +(s28)) of input values.
(s1), (s2), ...(s28), (d)
(Number of pins variable)
Outputs the product ((s1)  (s2)    (s28)) of input values.
(s1), (s2), ...(s28), (d)
(Number of pins variable)
(s1), (s2), (d) Outputs the difference ((s1)-(s2)) between input values.
Outputs the quotient ((s1)  (s2)) of input values.
(s1), (s2), (d)
Outputs the remainder after division of input values ((s1) 
(s1), (s2), (d)
(s2)).
(s1), (s2), (d) Outputs the exponentiation of an input value.
(s), (d) Moves the input value to (d).
Argument Processing details
(s1), (s2), ...(s28), (d) Outputs the Boolean AND of input values.
(Number of pins variable)
(s1), (s2), ...(s28), (d) Outputs the Boolean OR of input values.
(Number of pins variable)
(s1), (s2), ...(s28), (d) Outputs the Boolean exclusive OR of input values.
(Number of pins variable)
(s), (d) Outputs the Boolean NOT of input values.
Argument Processing details
(s1), (s2), (s3), (d) Outputs the value selected from the input values.
(s1), (s2), ...(s28), (d) Outputs the maximum value of the input values.
(Number of pins variable)
(s1), (s2), ...(s28), (d) Outputs the minimum value of the input values.
(Number of pins variable)
(s1), (s2), (s3), (d) Outputs the input value controlled by the upper and lower limit
control.
(s1), (s2), ...(s28), (d) Outputs one of the multiple input values.
(Number of pins variable)
Reference
Page 123 Absolute value
Reference
Page 126 Addition
Page 128 Multiplication
Page 130 Subtraction
Page 132 Division
Page 134 Remainder
Page 136 Exponentiation
Page 138 Move operation
Reference
Page 140 Boolean AND,
boolean OR, boolean exclusive
OR, and boolean NOT
Reference
Page 144 Selection
Page 146 Maximum/Minimum
selection
Page 148 Upper/Lower limit
control
Page 150 Multiplexer