R&S NRP2, Руководство пользователя

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Remote Control - Commands
R&S
®
NRP2
285 User Manual 1173.9157.02 ─ 03
[SENSe<[1]..4>]:TRACe:AVERage:TCONtrol <terminal_control>
As soon as a new single value is determined, the filter window is advanced by one value
so that the new value is taken into account by the filter and the oldest value is forgotten.
[SENSe<[1]..4>]:AVERage:TCONtrol
(terminal control) then determines in the
Trace mode whether a new result will be calculated immediately after a new measured
value is available (
MOVing
) or only after an entire range of new values is available for
the filter (
REPeat
).
Parameters:
<terminal_control> MOVing | REPeat
*RST:
REP; (PRES) and SYST:PRES:MOV;
[SENSe<[1]..4>]:TRACe:MEASurement:ALGorithm <algorithm>
Selects the analysis algorithm for detecting the pulse top and the pulse base power of a
pulsed signal. These two power levels are fundamental for further signal analysis.
Parameters:
<algorithm> HISTogram
Computes the pulse levels by analyzing the histogram of the trace
data. The pulse top level is taken on the mean value of all points
representing the pulse top. Similarly the pulse base is determined
from the points representing the pulse base.
Note: This algorithm is recommended for analyzing most of the
pulse signals.
INTegration
Computes the pulse as a reference top power by fitting a rectangle
pulse of same energy into the pulse signal.
Note: Use this algorithm for pulse signals with modulation or when
the pulse energy must be taken into account, e.g. when comparing
the measurement result with a dual thermal power sensor.
PEAK
Assigns the pulse peak power to the pulse top level.
*RST:
depending on the sensor
[SENSe<[1]..4>]:TRACe:MEASurement:AUTO[:STATe] <state>
Switches on/off automatic transfer of the measured pulse parameters after each trace.
This enables a synchronous display of the trace and the pulse data during a continuous
measurement with
INIT:CONT ON
.
For pulse measurements, this settings has to be switched
ON
. See also
​
SENS:TRAC:MEAS:STAT .
Parameters:
<state> ON | OFF
*RST:
depending on the sensor
SENSe (Sensor Commands)