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CURRent[:DC]:NPLC
Parameters
Comments
Example
CURRent[:DC]:NPLC?
Example
Chapter 3
[SENSe:]CURRent[:DC]:NPLCycles <
line cycles (PLCs). Values are rounded up to the nearest number of PLCs shown in
the following table.
Parameter Name
Parameter Type
number
<
>
•
selects 0.02 PLCs.
MINimum
integration time in power line cycles (PLCs) also sets the aperture time and the
resolution. For example, 10 PLCs sets an aperture time of 167ms (60Hz line
frequency) or 200ms (50Hz). The corresponding resolution depends on the
function and range you select.
•
The
CURR:DC:NPLC
CURRent:APERture
•
The greater the number of PLCs, the greater the normal mode rejection
(and the lower the reading rate).
•
Only the 1 PLC, 10 PLC and 100 PLC settings provide normal mode rejection
of 50Hz or 60Hz power line related noise. Fractional PLC settings of 0.02 and
0.2 do not provide normal mode rejection of power line noise.
•
*RST
Condition: 10 PLC
Set the DC Current Integration Time in PLCs
CURR:DC:NPLC 100
[SENSe:]CURRent[:DC]:NPLCycles? [MIN|MAX]
numbers to the output buffer:
•
The present integration time in PLCs if
specified.
•
The minimum integration time available (0.02) if
•
The maximum integration time available (100) if
Query the DC Current Integration Time
CURR:DC:NPLC 100
CURR:DC:NPLC?
enter statement
number
>
Range of Values
numeric
0.02|0.2|1|10|100|MIN|MAX
selects 100 PLCs. Setting the
MAXimum
command overrides the results of previously executed
or
CURRent:RESolution
Integration time is 100 PLCs.
MINimum
Integration time is 100 PLCs.
Query multimeter to return integration time.
Enter value into computer.
Multimeter Command Reference
sets the integration time in power
Default Units
PLCs
command.
returns one of the following
or
MAXimum
is not
MIN
is specified.
MAX
is specified.
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