Time
SCPI Commands :
SENSe:[POWer]:SWEep:TIME:RMODe
SENSe:[POWer]:SWEep:TIME:STARt
SENSe:[POWer]:SWEep:TIME:STEPs
SENSe:[POWer]:SWEep:TIME:STOP
SENSe:[POWer]:SWEep:TIME:TEVents
- class TimeCls[source]
Time commands group definition. 30 total commands, 5 Subgroups, 5 group commands
- get_rmode() RepeatMode [source]
# SCPI: SENSe:[POWer]:SWEep:TIME:RMODe value: enums.RepeatMode = driver.sense.power.sweep.time.get_rmode()
Selects single or continuous mode for measurement mode time in power analysis.
- return:
rmode: SINGle| CONTinuous
- get_start() float [source]
# SCPI: SENSe:[POWer]:SWEep:TIME:STARt value: float = driver.sense.power.sweep.time.get_start()
Sets the start time for the power versus time measurement. Value 0 defines the trigger point. By choosing a negative time value, the trace can be shifted in the diagram. It is possible, that the measurement cannot be performed over the complete time range because of limitations due to sensor settings. In this case, an error message is output.
- return:
start: float Range: -1 to 1
- get_steps() int [source]
# SCPI: SENSe:[POWer]:SWEep:TIME:STEPs value: int = driver.sense.power.sweep.time.get_steps()
Sets the number of measurement steps for the power versus time measurement. Value 0 defines the trigger point.
- return:
steps: integer Range: 10 to 1000
- get_stop() float [source]
# SCPI: SENSe:[POWer]:SWEep:TIME:STOP value: float = driver.sense.power.sweep.time.get_stop()
Sets the stop time for the power versus time measurement.
- return:
stop: float Range: 0 to 2
- get_tevents() MeasRespYsCaleEvents [source]
# SCPI: SENSe:[POWer]:SWEep:TIME:TEVents value: enums.MeasRespYsCaleEvents = driver.sense.power.sweep.time.get_tevents()
Determines, whether the measurement data processing starts with a trigger event in one of the sensors (Logical OR) , or whether all channels have to be triggered (logical AND) . Each sensor evaluates a trigger event according to its setting independently. This function supports the internal or external trigger modes with multi-channel time measurements.
- return:
trigger_tevents: AND| OR
- set_rmode(rmode: RepeatMode) None [source]
# SCPI: SENSe:[POWer]:SWEep:TIME:RMODe driver.sense.power.sweep.time.set_rmode(rmode = enums.RepeatMode.CONTinuous)
Selects single or continuous mode for measurement mode time in power analysis.
- param rmode:
SINGle| CONTinuous
- set_start(start: float) None [source]
# SCPI: SENSe:[POWer]:SWEep:TIME:STARt driver.sense.power.sweep.time.set_start(start = 1.0)
Sets the start time for the power versus time measurement. Value 0 defines the trigger point. By choosing a negative time value, the trace can be shifted in the diagram. It is possible, that the measurement cannot be performed over the complete time range because of limitations due to sensor settings. In this case, an error message is output.
- param start:
float Range: -1 to 1
- set_steps(steps: int) None [source]
# SCPI: SENSe:[POWer]:SWEep:TIME:STEPs driver.sense.power.sweep.time.set_steps(steps = 1)
Sets the number of measurement steps for the power versus time measurement. Value 0 defines the trigger point.
- param steps:
integer Range: 10 to 1000
- set_stop(stop: float) None [source]
# SCPI: SENSe:[POWer]:SWEep:TIME:STOP driver.sense.power.sweep.time.set_stop(stop = 1.0)
Sets the stop time for the power versus time measurement.
- param stop:
float Range: 0 to 2
- set_tevents(trigger_tevents: MeasRespYsCaleEvents) None [source]
# SCPI: SENSe:[POWer]:SWEep:TIME:TEVents driver.sense.power.sweep.time.set_tevents(trigger_tevents = enums.MeasRespYsCaleEvents.AND)
Determines, whether the measurement data processing starts with a trigger event in one of the sensors (Logical OR) , or whether all channels have to be triggered (logical AND) . Each sensor evaluates a trigger event according to its setting independently. This function supports the internal or external trigger modes with multi-channel time measurements.
- param trigger_tevents:
AND| OR
Cloning the Group
# Create a clone of the original group, that exists independently
group2 = driver.sense.power.sweep.time.clone()
Subgroups