Mitsubishi MELSEC-Q/L - Page 783

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Appendix 1OPERATION PROCESSING TIME Appendix 1.4Operation Processing Time of Universal Model QCPU
Category
Instruc-
tion
Condition (Device)
Processing Time (µs)
Q03
UD(E)CPU
Q04/Q06
UD(E)HCPU
Q10/Q13/Q20/
Q26UD(E)HCPU
Q50/Q100
UDEHCPU
Min. Max. Min. Max. Min. Max. Min. Max.
Basic
instruction
ORE>
Single
precision
When not executed
0.060 0.0285
0.0285 0.0285
When
executed
In conductive status
3.600 5.100 3.300 4.600
In non-conductive status
3.500 4.800 3.200 4.500
LDE<=
Single
precision
In conductive status
3.800 5.600 3.400 5.200
0.0285 0.0285
In non-conductive status
3.800 5.600 3.400 5.100
ANDE<=
Single
precision
When not executed
0.060 0.0285
0.0285 0.0285
When
executed
In conductive status
3.200 4.600 2.800 4.200
In non-conductive status
3.500 5.000 3.100 4.500
ORE<=
Single
precision
When not executed
0.060 0.0285
0.0285 0.0285
When
executed
In conductive status
3.700 5.800 3.400 5.400
In non-conductive status
3.800 5.700 3.300 5.300
LDE<
Single
precision
In conductive status
4.000 5.400 3.500 4.900
0.0285 0.0285
In non-conductive status
4.000 5.200 3.500 4.900
ANDE<
Single
precision
When not executed
0.060 0.0285
0.0285 0.0285
When
executed
In conductive status
3.400 4.600 3.000 4.200
In non-conductive status
3.500 4.900 3.100 4.400
ORE<
Single
precision
When not executed
0.060 0.0285
0.0285 0.0285
When
executed
In conductive status
3.600 5.200 3.300 4.900
In non-conductive status
3.400 4.900 3.200 4.500
LDE>=
Single
precision
In conductive status
3.800 6.000 3.300 5.500
0.0285 0.0285
In non-conductive status
3.800 5.900 3.400 5.400
ANDE>=
Single
precision
When not executed
0.060 0.0285
0.0285 0.0285
When
executed
In conductive status
3.200 4.800 2.900 4.600
In non-conductive status
3.500 5.400 3.100 5.100
ORE>=
Single
precision
When not executed
0.060 0.0285
0.0285 0.0285
When
executed
In conductive status
3.600 5.200 3.300 4.700
In non-conductive status
3.500 5.200 3.200 4.700
LDED=
Double
precision
In conductive status
4.100 7.700 3.500 7.200 3.500 7.200 3.500 7.200
In non-conductive status
4.300 8.100 3.800 7.400 3.800 7.400 3.800 7.400
ANDED=
Double
precision
When not executed
0.060 0.0285 0.0285 0.0285
When
executed
In conductive status
3.600 7.600 3.200 7.000 3.200 7.000 3.200 7.000
In non-conductive status
3.900 7.700 3.400 7.400 3.400 7.400 3.400 7.400
ORED=
Double
precision
When not executed
0.060 0.0285 0.0285 0.0285
When
executed
In conductive status
3.800 8.800 3.400 8.300 3.400 8.300 3.400 8.300
In non-conductive status
4.000 9.300 3.700 8.800 3.700 8.800 3.700 8.800
LDED<>
Double
precision
In conductive status
4.400 8.200 3.900 7.700 3.900 7.700 3.900 7.700
In non-conductive status
4.100 7.900 3.500 7.500 3.500 7.500 3.500 7.500
ANDED<>
Double
precision
When not executed
0.060 0.0285 0.0285 0.0285
When
executed
In conductive status
3.800 7.600 3.300 7.200 3.300 7.200 3.300 7.200
In non-conductive status
3.800 7.700 3.400 7.300 3.400 7.300 3.400 7.300
ORED<>
Double
precision
When not executed
0.060 0.0285 0.0285 0.0285
When
executed
In conductive status
4.100 9.300 3.700 8.900 3.700 8.900 3.700 8.900
In non-conductive status
3.800 8.900 3.400 8.400 3.400 8.400 3.400 8.400
LDED>
Double
precision
In conductive status
4.300 8.100 3.800 7.500 3.800 7.500 3.800 7.500
In non-conductive status
4.100 7.800 3.500 7.200 3.500 7.200 3.500 7.200
ANDED>
Double
precision
When not executed
0.060 0.0285 0.0285 0.0285
When
executed
In conductive status
3.800 7.700 3.300 7.300 3.300 7.300 3.300 7.300
In non-conductive status
4.000 7.900 3.500 7.500 3.500 7.500 3.500 7.500
ORED>
Double
precision
When not executed
0.060 0.0285 0.0285 0.0285
When
executed
In conductive status
4.100 9.300 3.700 8.800 3.700 8.800 3.700 8.800
In non-conductive status
4.100 9.300 3.700 8.800 3.700 8.800 3.700 8.800
LDED<=
Double
precision
In conductive status
4.000 8.000 3.500 7.400 3.500 7.400 3.500 7.400
In non-conductive status
4.100 9.400 3.600 8.800 3.600 8.800 3.600 8.800