Algorithm

SCPI Command :

MEASurement<*>:EYEJitter:EYEWidth:ALGorithm

Commands in total: 1

Subgroups: 0

Direct child commands: 1

get(measurement=Measurement.Default) → MeasEyeHeightAlgorithm

# MEASurement<*>:EYEJitter:EYEWidth:ALGorithm
value: enums.MeasEyeHeightAlgorithm = driver.measurement.eyeJitter.eyeWidth.algorithm.get(measurement = repcap.Measurement.Default)

Selects the algorithm for the measurement of the width. This settings is relevant, if method RsRtx.measurement.main.set() is set to EWIDth.

Parameters:

measurement – optional repeated capability selector. Default value: Nr1 (settable in the interface ‘Measurement’)

set(algorithm_meas_eye_wdt: MeasEyeHeightAlgorithm, measurement=Measurement.Default) → None

# MEASurement<*>:EYEJitter:EYEWidth:ALGorithm
driver.measurement.eyeJitter.eyeWidth.algorithm.set(algorithm_meas_eye_wdt = enums.MeasEyeHeightAlgorithm.ACTHeight, measurement = repcap.Measurement.Default)

Selects the algorithm for the measurement of the width. This settings is relevant, if method RsRtx.measurement.main.set() is set to EWIDth.

Parameters:

• algorithm_meas_eye_wdt –

  ACTWidth | AWMWindow | MAXWidth | TSIGma

  • ACTWidth: Measure actual width at crossing level.

  • AWMWindow: Measure actual width (meas. window)

  • MAXWidth: Maximum width

  • TSIGma: Extrapolate using three sigma. The eye width is measured at the crossing level.

• measurement – optional repeated capability selector. Default value: Nr1 (settable in the interface ‘Measurement’)