HMC804x

Namespace: Endorphin.Instrument.RohdeSchwarz.HMC804x

Command set of the Keysight RF instrument. Implements functions to modify & query configuration. Organised by subsystem mirroring the Keysight configuration.

Functions and values

Function or value	Description
`applyOutputSettings settings instrument` Signature: settings:Settings -> instrument:CurrentSource -> Async<unit>	Apply output settings to the machine, without setting the maximum power.
`applySettings (...)` Signature: powerSupplySettings:seq<KeyValuePair<Output,Settings>> -> instrument:CurrentSource -> Async<unit>	Apply a set of settings to the given current/voltage source, including maximum power.
`availableOutputs _arg1` Signature: _arg1:Model -> Set<Output>	Selectable outputs of device
`closeInstrument` Signature: CurrentSource -> Async<unit>	Disconnect from instrument
`constantOutput voltage current` Signature: voltage:float<MeasureProduct<V,MeasureOne>> -> current:float<MeasureProduct<A,MeasureOne>> -> Settings	Create a settings record to have a constant output.
`makeArbPoint (...)` Signature: voltage:float<MeasureProduct<V,MeasureOne>> -> current:float<MeasureProduct<A,MeasureOne>> -> time:float<MeasureProduct<s,MeasureOne>> -> interpolation:Interpolation -> ArbPoint	Make a single ARB point.
`makeArbSettings (...)` Signature: points:seq<ArbPoint> -> reps:ArbRepetitions -> triggering:OnOffState -> triggerMode:ArbTriggerMode -> OutputSetting	Make output settings with no power limit.
`openInstrument` Signature: string -> int<MeasureProduct<ms,MeasureOne>> -> Async<CurrentSource>	Connect to instrument via TCPIP
`rampContinuous (...)` Signature: startVoltage:float<MeasureProduct<V,MeasureOne>> -> startCurrent:float<MeasureProduct<A,MeasureOne>> -> finishVoltage:float<MeasureProduct<V,MeasureOne>> -> finishCurrent:float<MeasureProduct<A,MeasureOne>> -> riseTime:float<MeasureProduct<s,MeasureOne>> -> fallTime:float<MeasureProduct<s,MeasureOne>> -> Settings	Create a settings record to create ramped output which repeats indefinitely.
`rampTriggered (...)` Signature: startVoltage:float<MeasureProduct<V,MeasureOne>> -> startCurrent:float<MeasureProduct<A,MeasureOne>> -> finishVoltage:float<MeasureProduct<V,MeasureOne>> -> finishCurrent:float<MeasureProduct<A,MeasureOne>> -> riseTime:float<MeasureProduct<s,MeasureOne>> -> fallTime:float<MeasureProduct<s,MeasureOne>> -> Settings	Create a settings record to create ramped output based on a trigger.
`selectOutput x` Signature: x:Output -> CurrentSource -> Async<unit>	Select an output channel to apply subsequent configuration to
`setArb x` Signature: x:OnOffState -> CurrentSource -> Async<unit>	Turn the ARB on and off.
`setArbData x` Signature: x:ArbSequence -> CurrentSource -> Async<unit>	Set the sequence of points for the ARB to go through.
`setArbRepetitions x` Signature: x:ArbRepetitions -> CurrentSource -> Async<unit>	Set the number of repetitions for the ARB system to the desired number.
`setArbTriggering x` Signature: x:OnOffState -> CurrentSource -> Async<unit>	Set the ARB triggering mode to on or off.
`setArbTriggerMode x` Signature: x:ArbTriggerMode -> CurrentSource -> Async<unit>	Set the ARB trigger mode to the desired type.
`setChannelOutput x` Signature: x:OnOffState -> CurrentSource -> Async<unit>	Enable/Disable the currently selected channel
`setCurrent x` Signature: x:Current -> CurrentSource -> Async<unit>	Set the current in the machine to a given value.
`setMasterOutput x` Signature: x:OnOffState -> CurrentSource -> Async<unit>	Enable/Disable all enabled channels
`setVoltage x` Signature: x:Voltage -> CurrentSource -> Async<unit>	Set the voltage of the machine to a given value.
`start x` Signature: x:CurrentSource -> Async<unit>	Turn the instrument's master output on.
`withMaximumPower power settings` Signature: power:float<MeasureProduct<W,MeasureOne>> -> settings:Settings -> Settings	Change the maximum allowed power in a record of settings.