Measurements
R&S
®
RTP
358User Manual 1337.9952.02 ─ 12
Data ref level / Reference level...................................................................................361
Pulse count................................................................................................................. 361
Edges slope................................................................................................................ 361
Delay to trigger measurement settings....................................................................... 361
Signal threshold
Defines a signal value that must be exceeded for the signal value to be included in the
measurement. The setting is relevant for area, time, and counting measurements.
Remote command:
MEASurement<m>:DETThreshold on page 1373
Area level
The reference level used to integrate the waveform. The setting is only relevant for
area measurements.
Remote command:
MEASurement<m>:AMPTime:ALEVel on page 1373
Pulses slope
Sets the first slope of the pulses to be counted.
The setting is available only for the "Pulse count" measurement.
"Positive"
Positive pulses are counted.
"Negative"
Negative pulses are counted.
"Either"
Both positive and negative pulses are counted.
Remote command:
MEASurement<m>:AMPTime:PSLope on page 1374
Measured slope
Selects the slope direction for frequency and period measurements.
"Positive /
Negative"
Measures the time between rising or falling edges, respectively.
"Either"
In multiple measurements, the time is measured both between rising
edges and between falling edges.
In single measurements. The first edge is taken for the measurement.
"First edge"
Time is measured either between rising edges or between falling
edges. The first edge is taken for the measurement. In single mea-
surements, it works the same way as "Either".
Only available for analog measurement sources.
Remote command:
MEASurement<m>:AMPTime:PFSLope on page 1374
Settings for delay and phase measurements (analog sources)
The specific settings for delay measurement allow you to measure the time between
any two slopes at any reference level. Therefore, the reference levels and the slopes
must be defined for each source individually. The measurement result is negative if the
edge of the second source comes before the edge of the first source.
Automatic measurements
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