Mitsubishi MELSEC-Q/L Programming Manual page 721

Instruction
ORE < = Single precision
LDE < Single precision
ANDE < Single precision
ORE < Single precision
LDE > = Single precision
ANDE > = Single precision
ORE > = Single precision
E+
S D
Single precision
E+P
S D
E+
S1 S2 D
Single precision
E+P
S1 S2 D
E -
S D
Single precision
E -P
S D
E -
S1 S2 D
Single precision
E -P
S1 S2 D
E*
S1 S2 D
Single precision
E*P
S1 S2 D
E/
S1 S2 D
Single precision
E/P
S1 S2 D
INT
Single precision
INTP
DINT
Single precision
DINTP
FLT
Single precision
FLTP
DFLT
Single precision
DFLTP
ENEG = 0
S
ENEGP
= E - 1.0
S
EMOV
EMOVP
ESTR
ESTRP
EVAL
EVALP
Condition (Device)
When not executed
When In conductive status
executed
In non-conductive status
In conductive status
In non-conductive status
When not executed
In conductive status
When
executed In non-conductive status
When not executed
In conductive status
When
executed In non-conductive status
In conductive status
In non-conductive status
When not executed
When In conductive status
executed In non-conductive status
When not executed
When In conductive status
executed In non-conductive status
= 0, = 0
S D
127 127
= 2 , = 2
S D
= 0, = 0
S1 S2
127 127
= 2 , = 2
S1 S2
= 0, = 0
S D
127 127
= 2 , = 2
D
S
= 0, = 0
S1 S2
127 127
= 2 , = 2
S1 S2
= 0, = 0
S1 S2
127 127
= 2 , = 2
S2
S1
= 0, = 1
S1 S2
127 126
= 2 , = - 2
S1 S2
= 0
S
= 32766.5
S
= 0
S
= 1234567890.3
S
= 0
S
= 7FFF
S
H
= 0
S
= 7FFFFFFF
S
H
––
––
Decimal point format all 2-digit specification
Exponent format all 6-digit specification
Processing Time (µs)
Q00JCPU Q00CPU
1.5 1.2
45.0 37.5
37.5 31.5
45.5 37.5
46.5 38.5
1.5 1.2
38.0 31.5
42.5 35.5
1.5 1.2
45.0 37.5
37.5 31.5
45.5 38.0
46.5 38.0
1.5 1.2
38.5 32.0
42.5 35.5
1.5 1.2
45.0 38.5
37.5 31.0
29.5 25.0
65.5 60.5
31.0 27.0
66.5 56.0
29.5 25.0
48.5 41.0
31.0 27.0
50.5 42.5
30.0 25.5
65.5 55.0
30.0 26.0
69.5 57.5
21.5 18.5
38.0 32.0
23.0 19.5
42.0 35.5
22.5 19.5
26.5 23.0
23.0 20.0
26.0 23.5
20.5 17.0
31.5 26.0
1.5 1.2
604.0 686.0
138.0 148.0
164.0 177.0
Q01CPU
3
1.0
34.5
28.5
2
35.0
35.5
1.0
29.0
3
32.5
1.0
34.5
A
29.0
35.5
35.0
1.0
5
29.0
32.5
1.0
6
34.5
28.5
23.0
7
49.5
24.0
51.0
8
23.0
37.5
24.0
38.5
23.0
49.5
23.0
53.0
16.0
29.5
17.5
32.0
17.0
20.0
17.5
19.5
15.5
24.0
1.0
831.0
196.0
214.0
719