Mitsubishi Electronics QCPU Welding System User Manual


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Appendix1 OPERATION PROCESSING TIME
Appendix 1.4 Operation Processing Time of Universal Model QCPU
Category Instruction Condition (Device)
Processing Time (µs)
Q00UJCPU Q00UCPU Q01UCPU Q02UCPU
Min. Max. Min. Max. Min. Max. Min. Max.
Sequence
instruction
NOP
NOPLF
PAGE
––
0.120 0.080 0.060 0.040
Basic
instruction
LDE=
Single
precision
In conductive status
4.400 20.900 4.400 20.900 4.400 20.900 4.700 10.100
In non-conductive status
4.400 20.900 4.400 20.900 4.400 20.900 4.700 10.100
ANDE=
Single
precision
When not executed
0.360 0.240 0.180 0.120
When
executed
In conductive status
4.200 19.600 4.200 19.600 4.200 19.600 4.200 12.500
In non-conductive status
4.200 19.600 4.200 19.600 4.200 19.600 4.400 11.900
ORE=
Single
precision
When not executed
0.360 0.240 0.180 0.120
When
executed
In conductive status
4.200 17.400 4.200 17.400 4.200 17.400 4.600 10.800
In non-conductive status
4.200 17.400 4.200 17.400 4.200 17.400 4.500 9.800
LDE< >
Single
precision
In conductive status
4.400 20.900 4.400 20.900 4.400 20.900 4.700 7.700
In non-conductive status
4.400 20.900 4.400 20.900 4.400 20.900 4.600 8.200
ANDE< >
Single
precision
When not executed
0.360 0.240 0.180 0.120
When
executed
In conductive status
4.200 19.600 4.200 19.600 4.200 19.600 4.300 14.200
In non-conductive status
4.200 19.600 4.200 19.600 4.200 19.600 4.400 14.200
ORE< >
Single
precision
When not executed
0.360 0.240 0.180 0.120
When
executed
In conductive status
4.200 17.400 4.200 17.400 4.200 17.400 4.600 6.700
In non-conductive status
4.200 17.400 4.200 17.400 4.200 17.400 4.400 6.600
LDE>
Single
precision
In conductive status
4.400 20.900 4.400 20.900 4.400 20.900 4.700 13.700
In non-conductive status
4.400 20.900 4.400 20.900 4.400 20.900 4.600 13.700
ANDE>
Single
precision
When not executed
0.360 0.240 0.180 0.120
When
executed
In conductive status
4.200 19.600 4.200 19.600 4.200 19.600 4.300 8.100
In non-conductive status
4.200 19.600 4.200 19.600 4.200 19.600 4.200 8.100
ORE>
Single
precision
When not executed
0.360 0.240 0.180 0.120
When
executed
In conductive status
4.200 17.400 4.200 17.400 4.200 17.400 4.600 8.500
In non-conductive status
4.200 17.400 4.200 17.400 4.200 17.400 4.400 8.100
LDE<=
Single
precision
In conductive status
4.400 20.900 4.400 20.900 4.400 20.900 4.700 11.100
In non-conductive status
4.400 20.900 4.400 20.900 4.400 20.900 4.700 9.600
ANDE<=
Single
precision
When not executed
0.360 0.240 0.180 0.120
When
executed
In conductive status
4.200 19.600 4.200 19.600 4.200 19.600 4.100 7.800
In non-conductive status
4.200 19.600 4.200 19.600 4.200 19.600 4.400 8.200
ORE<=
Single
precision
When not executed
0.360 0.240 0.180 0.120
When
executed
In conductive status
4.200 17.400 4.200 17.400 4.200 17.400 4.500 10.300
In non-conductive status
4.200 17.400 4.200 17.400 4.200 17.400 4.400 9.800
LDE<
Single
precision
In conductive status
4.400 20.900 4.400 20.900 4.400 20.900 4.700 11.500
In non-conductive status
4.400 20.900 4.400 20.900 4.400 20.900 4.700 10.900
ANDE<
Single
precision
When not executed
0.360 0.240 0.180 0.120
When
executed
In conductive status
4.200 19.600 4.200 19.600 4.200 19.600 4.300 9.200
In non-conductive status
4.200 19.600 4.200 19.600 4.200 19.600 4.400 9.400
ORE<
Single
precision
When not executed
0.360 0.240 0.180 0.120
When
executed
In conductive status
4.200 17.400 4.200 17.400 4.200 17.400 4.600 10.400
In non-conductive status
4.200 17.400 4.200 17.400 4.200 17.400 4.400 9.800
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