Mitsubishi MELSEC-Q/L

809
3
2
3
A
5
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Appendix 1OPERATION PROCESSING TIME Appendix 1.5Operation Processing Time of LCPU
Category Instruction Condition (Device)
Processing Time (µs)
L02CPU, L02CPU-P L26CPU-BT, L26CPU-PBT
Min. Max. Min. Max.
Basic
instruction
LDE=
Single
precision
In conductive status
3.900 10.000 0.0285
In non-conductive status
3.900 10.000
0.0285
ANDE=
Single
precision
When not executed
0.120
When
executed
In conductive status
3.400 9.300 0.0285
In non-conductive status
3.400 9.300 0.0285
ORE=
Single
precision
When not executed
0.120 0.0285
When
executed
In conductive status
3.500 8.500 0.0285
In non-conductive status
3.500 8.500 0.0285
LDE< >
Single
precision
In conductive status
3.900 10.000 0.0285
In non-conductive status
3.900 10.000 0.0285
ANDE< >
Single
precision
When not executed
0.120 0.0285
When
executed
In conductive status
3.400 9.300 0.0285
In non-conductive status
3.400 9.300 0.0285
ORE< >
Single
precision
When not executed
0.120 0.0285
When
executed
In conductive status
3.500 8.500 0.0285
In non-conductive status
3.500 8.500 0.0285
LDE>
Single
precision
In conductive status
3.900 10.000 0.0285
In non-conductive status
3.900 10.000 0.0285
ANDE>
Single
precision
When not executed
0.120 0.0285
When
executed
In conductive status
3.400 9.300 0.0285
In non-conductive status
3.400 9.300 0.0285
ORE>
Single
precision
When not executed
0.120 0.0285
When
executed
In conductive status
3.500 8.500 0.0285
In non-conductive status
3.500 8.500 0.0285
LDE<=
Single
precision
In conductive status
3.900 10.000 0.0285
In non-conductive status
3.900 10.000 0.0285
ANDE<=
Single
precision
When not executed
0.120 0.0285
When
executed
In conductive status
3.400 9.300 0.0285
In non-conductive status
3.400 9.300 0.0285
ORE<=
Single
precision
When not executed
0.120 0.0285
When
executed
In conductive status
3.500 8.500 0.0285
In non-conductive status
3.500 8.500 0.0285
LDE<
Single
precision
In conductive status
3.900 10.000 0.0285
In non-conductive status
3.900 10.000 0.0285
ANDE<
Single
precision
When not executed
0.120 0.0285
When
executed
In conductive status
3.400 9.300 0.0285
In non-conductive status
3.400 9.300 0.0285
ORE<
Single
precision
When not executed
0.120 0.0285
When
executed
In conductive status
3.500 8.500 0.0285
In non-conductive status
3.500 8.500 0.0285
LDE>=
Single
precision
In conductive status
3.900 10.000 0.0285
In non-conductive status
3.900 10.000 0.0285
ANDE>=
Single
precision
When not executed
0.120 0.0285
When
executed
In conductive status
3.400 9.300 0.0285
In non-conductive status
3.400 9.300 0.0285
ORE>=
Single
precision
When not executed
0.120 0.0285
When
executed
In conductive status
3.500 8.500 0.0285
In non-conductive status
3.500 8.500 0.0285
LDED=
Double
precision
In conductive status
4.800 16.000 3.500 9.000
In non-conductive status
4.800 16.000 3.500 9.000
ANDED=
Double
precision
When not executed
0.120 0.0285
When
executed
In conductive status
4.400 15.100 3.200 7.500
In non-conductive status
4.400 15.100 3.200 7.500