Enables or disables the efficiency display result for the selected output waveform. The manual points to related power-efficiency display commands for output power, total efficiency, and total output power.

Enables or disables the total efficiency result display for channel <n> of power measurement <m>. This command is cross-referenced as part of the power efficiency display result commands.

Deprecated legacy command for setting the harmonic display frequency start value in the power analysis display. It is replaced by `POWer<m>:HARMonics:DISPlay:HARMonics:STARt[:VALue]` since FW 2.9.

Sets the display frequency stop value for harmonics in the power analysis display. This legacy command was replaced by POWer<m>:HARMonics:DISPlay:HARMonics:STOP[:VALue] on page 1164.

Legacy power-analysis command for real power measurement. It is deprecated and replaced by `POWer<m>:HARMonics:MEASurement:POWer:ACTive[:ACTual]?` since FW 2.8.

Deprecated legacy command for power quality display power real power. It was replaced by :POWer<m>:QUALity:RESult:POWer:ACTive[:ACTual]? since FW 2.8.

Obsolete legacy command for the power analysis result average. The manual shows it replaced by the corresponding ACTIVE:AVERage? query.

Deprecated legacy power-analysis command. It was replaced by `POWer<m>:QUALity:RESult:POWer:ACTive:EVTCount?` on page 1156 since FW 2.8.

Deprecated legacy command for the power analysis quality result peak power measurement. It is replaced by `POWer<m>:QUALity:RESult:POWer:ACTive:NPEak?` on page 1156.

Obsolete legacy power-analysis command. It is replaced by :POWer<m>:QUALity:RESult:POWer:ACTive:PPEak? on page 1157.

Legacy power analysis result command that was replaced by the corresponding active power RMS query. The manual marks it as deprecated since FW 2.8.

Legacy power-analysis result command for real power standard deviation. It is listed as a deprecated command and replaced by the corresponding ACTive:STDDev? query.

Legacy power-analysis result command for real power waveform count. It is listed as a deprecated command and replaced by the corresponding active-form query.

Deprecated legacy command for power analysis result real power. The manual indicates it was replaced by the corresponding ACTIVE/ACTual form.

Executes the power skew function for the specified power measurement. The optional EXECute node may be used to explicitly trigger the operation.

Controls whether a displayed result output efficiency trace is enabled. The command belongs to the Power Efficiency display result output node.

Enables or disables display of the power result for a specific output in the power efficiency display result tree.

Enables or disables display of the total efficiency result for a power measurement. This command is part of the efficiency result display subtree for total results.

Turns the total output power display result on or off for the specified total result item. The command is part of the power efficiency display result subtree.

Enables or disables display of the total waveform output power for the efficiency display. The command belongs to the Power Efficiency waveform total output power display settings.

Sets the power efficiency gate. The command is listed in the power efficiency subsystem command index.

Sets the current source used for efficiency input channel <n> of power measurement <m>.

Returns the header state for the power data of the specified efficiency input. This is a query command.

Returns the power data values for the specified efficiency input. The command is listed as a query and appears with an optional [:VALues] node.

Sets the vertical offset for the input power waveform used in the power efficiency measurement. This command belongs to the Power Efficiency input power configuration subtree.

Sets or queries the vertical scale mode for the efficiency input power display. The command belongs to the power efficiency input power vertical scale subsystem.

Sets the vertical scale value for the specified power efficiency input waveform. The scale is used for the input power trace under POWer<m>:EFFiciency:INPut<n>:POWer:VERTical:SCALe.

Sets the absolute hysteresis for an efficiency input reference level. The command is part of the POWer efficiency input reference-level subsystem.

Sets the lower relative reference level for the specified power input reference level. This command is part of the power efficiency input reference-level configuration.

Sets the middle relative reference level for the selected power efficiency input/reference level path.

Sets the mode used for the relative reference level of the selected power efficiency input. This command is part of the Relative reference-level subtree under :POWer<m>:EFFiciency:INPut<n>:REFLevel<rl>.

Sets the voltage source for an input efficiency measurement. The command is part of the input configuration for power efficiency measurements.

Sets or queries the type of power-efficiency input for the selected module and input channel.

Returns the number of output channels for the selected power efficiency measurement. The command is a query and yields the ONUMber value for the current measurement setup.

Sets or queries the output current source for a power efficiency measurement output.

Returns the header state for the output power data query. The manual lists it as a query only; no parameter syntax or return format is documented on this page slice.

Returns the power data values for the selected output power efficiency result. The optional [:VALues] node is part of the query syntax as listed in the command index.

Sets the vertical offset for the output power waveform display. This command belongs to the power efficiency output power vertical scaling settings.

Sets the vertical scale mode for the output power trace in the efficiency measurement path. The command belongs to the output power vertical scaling subtree.

Sets the lower limit level for an absolute reference level in the power efficiency output measurement path. This command belongs to the output reference-level absolute settings.

Sets the absolute minimum level used for the output reference level. This command belongs to the output reference level absolute settings under power efficiency.

Sets the low-mean output reference level mode for the selected power efficiency output. The command belongs to the OUTPUT reference-level subsystem.

Sets the relative hysteresis for the selected output power efficiency reference level. This command belongs to the relative reference-level controls under :POWer<m>:EFFiciency:OUTPut<n>:REFLevel<rl>.:

Sets the output type for the specified power efficiency output. The command is part of the power efficiency output configuration subsystem.

Returns the average input power result for the selected power efficiency measurement. The command is a query and yields the measured value for the input power average.

Returns the event count for the input power result. This is a query command.

Returns the peak negative input power result for the selected power efficiency measurement. The command is a query and yields the value for the current input power result.

Returns the peak power input result for the selected efficiency measurement. This is a query command and yields the measured peak power value.

Returns the RMS value for the input power result of the selected efficiency measurement.

Returns the standard deviation of the input power result for the selected power efficiency measurement. This is a query and yields a single numeric value.

Returns the waveform count for input power efficiency results.

Returns the input power result value for the selected efficiency measurement. The optional ACTual node is part of the command syntax.

Returns the average total efficiency result.

Returns the total efficiency event count for the selected power efficiency measurement.

Returns the number of peak efficiency values in the total efficiency result set.

Returns the peak positive efficiency value for the total efficiency result. This is a query command and yields the current peak value for the selected measurement group.

Returns the RMS value of the total efficiency result. This is a query and yields the RMS result for the total efficiency measurement.

Returns the standard deviation of the total efficiency result. This is a query in the total efficiency results group.

Returns the total efficiency waveform count result for the selected power efficiency measurement. The command is part of the total efficiency results group.

Returns the actual or average total efficiency result for the selected power-efficiency measurement. The optional [:ACTual] node is shown in the syntax and does not change the return type in the slice.

Returns the average total output power efficiency result for the selected power measurement. The command is listed as a query and has no additional syntax details on this page.

Returns the current total output power event count. This command is part of the power efficiency result queries.

Returns the peak output power result for the total efficiency measurement. This command is part of the efficiency results queries.

Returns the peak-to-peak total output power efficiency result for the selected measurement channel. This is a read-only query result under the POWer<m>:EFFiciency:RESult:TOTal:OPOWer subtree.

Returns the RMS of the total output power efficiency result for the selected measurement channel.

Returns the standard deviation of the total output power efficiency result for the selected power efficiency measurement. This is a query command.

Returns the waveform count for the total output power efficiency result. This command is part of the POWer<m>:EFFiciency:RESult:TOTal:OPOWer result family.

Returns the total output power result for the selected power efficiency measurement. The optional :ACTual node is documented in the syntax line.

Resets the efficiency statistics. This command clears the accumulated statistics for the selected efficiency measurement.

Returns the waveform count for the efficiency statistics subsystem. It is a query on the POWer<m>:EFFiciency:STATistics subsystem.

Enables or disables power efficiency statistics for the selected measurement channel. The command is part of the power efficiency subsystem.

Returns the header for total output power data. The header is used with the corresponding total output power data query.

Returns the waveform data values for the total output-power trace. The command is the values query form of the OPOWer data readout.

Sets the vertical offset for the total output-power waveform of a specific power measurement channel.

Sets the vertical scale mode for the output power waveform display. This command belongs to the total output power waveform vertical scaling subsystem.

Returns whether harmonics are available for the selected power measurement. This is a query command.

Sets the type used for the vertical scale in the harmonics bar graph display.

Sets the harmonic display start value. The optional ":VALue" node is part of the command mnemonic.

Sets the harmonic stop value used for the displayed harmonics range. The value may be omitted in the short form as indicated by the optional ":VALue" node.

Displays the harmonics display for the selected power measurement. This is a setting command with an optional ":DISPlay" node in the syntax listing.

Enables or disables display of the power waveform in the harmonics display. This is a setter command.

Enables the harmonics frequency function for the selected power measurement. This command is listed under the power harmonics subsystem.

Selects MIL frequency handling for the harmonics measurement. The command is listed as a setter with no query form shown in this slice.

Sets the harmonic frequency RTCA mode for the selected power measurement. The command is listed as a setter and has no documented query form on this page slice.

Returns the actual harmonic measurement frequency.

Returns the present active actual power measurement for the selected harmonics power measurement setup.

Returns the actual fundamental THD measurement for the selected power harmonics group. The optional :ACTual node is shown in the command listing.

Returns the actual THD RMS measurement for the power harmonics function.

Sets the user-defined power factor for harmonics measurements.

Sets or queries the power harmonics power factor mode. The optional mode node is part of the command mnemonic.

Returns the header information for harmonic power data. This is the query form of the harmonics power data header command.

Returns the harmonic power data values. The command is the query form of the harmonic power data readout.

Sets the vertical offset for the harmonics power display. The command applies to the selected power measurement instance <m>.

Sets the vertical scale for the harmonic power display. The optional value form is documented as the same command with optional `[:VALue]` suffix.

Sets the absolute hysteresis for the harmonic reference level of a power measurement. The command is part of the power harmonics reference-level configuration.

Sets the lower limit level for the absolute reference level of the harmonics measurement. This command belongs to the harmonics reference level settings under the power measurements subsystem.

Sets the absolute maximum level for the selected harmonics reference level. The reference level is addressed by the <rl> suffix.

Sets the upper level of the absolute reference level for harmonics power measurements.

Sets the harmonic reference level limit mode for the selected power measurement.

Sets the hysteresis for the relative reference level used by harmonic measurements. The command belongs to the harmonic reference-level settings under POWer<m>:HARMonics.

Sets the lower relative reference level for harmonic measurements for the selected math channel. The command is part of the harmonic reference-level settings.

Sets the middle reference level for relative harmonic measurements. The level is specified as a value under the harmonic reference level path.

Sets the relative reference mode for harmonics reference levels. The command is part of the harmonics reference level subsystem.

Sets the upper relative reference level for the harmonics measurement in the selected power-measurement group.

Returns the maximum percent magnitude for the selected harmonic result. The command is part of the harmonic results measurement group.

Returns the minimum percent magnitude for the selected harmonic result. The value is a measurement result query.

Returns the present percent magnitude for the specified power harmonics result. The optional :ACTual suffix is part of the query mnemonic as listed.

Returns the maximum RMS magnitude of the specified harmonic result. This is a query command for harmonic result magnitude in RMS units.

Returns the minimum RMS magnitude result for the selected harmonic result. This is a query form of the harmonic result magnitude command.

Returns the RMS magnitude of the specified harmonics result. The optional actual-state suffix is documented in the mnemonic.

Returns whether the selected harmonic result violates the limit.

Returns the frequency of harmonic result <n>. The optional [:FREQuency] suffix is shown in the command listing, but no additional parameter syntax is documented in this slice.

Returns the revision of the harmonics power measurement subsystem.

Sets the user-defined reference power for harmonic power measurements.

Sets or queries the reactive power calculation mode for the harmonics measurement. The optional mode node selects the mode used by the harmonics power routine.

Sets the harmonics source to current.

Selects the harmonic power source voltage. This command is part of the power harmonics source selection subsystem.

Selects the harmonics standard used for the power harmonics measurement setup. The command is part of the power harmonics subsystem for channel <m>.

Sets the absolute value for the AC input of the power on/off measurement. The command belongs to the power measurement subsystem for source m.

Sets the DC absolute input power measurement value for the selected power measurement. The optional value node is part of the command syntax.

Sets or queries the input type for the power measurement on the selected meter. The command belongs to the ON/OFF power measurement subsystem.

Sets or queries the ON/OFF number setting for the power on/off measurement subsystem. The command is part of the POWer<m>:ONOFf group.

Controls whether the display result for a specific output is enabled.

Enables or disables the display of the calculated real-line for the selected power output result. This command belongs to the power ON/OFF output display subsystem.

Sets or queries the output source for the selected power-on/off function output. The optional source node is part of the command syntax.

Returns the current time result for a selected power on/off measurement result. The optional ACTual suffix is supported in the query form.

Selects the on/off function type for a power measurement. The command belongs to the POWer<m>:ONOFf subsystem and supports an optional type qualifier.

Displays the current crest factor measurement for the selected power quality channel. This is a display command, not a value-setting command.

Displays the current peak measurement in the power quality display group.

Controls whether current RMS is displayed in the power quality display for measurement m.

Controls whether the active power display is shown in the power quality display group. The command is listed as a settable display command with no additional syntax shown on this page.

Turns the apparent power display on or off for the selected meter. This command is part of the power quality display settings.

Displays the power factor measurement in the power quality display. This command is part of the power quality display selection tree.

Turns on display of the power phase measurement for the specified measurement index. This command is part of the Power Quality display selection group.

No command-specific documentation is shown on this page slice; the slice only lists the mnemonic in the command index.

Enables or disables display of the power waveform under the quality display branch. The command is listed in the command index only; no syntax or parameter details are shown in this slice.

Sets or queries the voltage crest factor display setting for power quality measurements. The page slice only lists the command in the command index and does not provide syntax details or a return description.

Sets or queries the display of voltage frequency for the selected power quality measurement. The command is listed without additional syntax or return details in this slice.

Displays the peak voltage measurement in the power quality display. This command is part of the power quality display measurement set for channel <m>.

Sets the voltage RMS display for power quality measurements.

Sets or queries the user-defined power-quality frequency. The command is part of the POWer<m>:QUALity subsystem and is related to POWer<m>:QUALity:FREQuency[:VALue].

Sets or queries the power quality frequency value for measurement m. The optional value node is shown in the syntax; this page slice only lists the command in the command index and does not further describe it.

Sets the power quality gate setting for the selected power measurement channel.

Returns the power quality data header information.

Returns the power quality data values. The optional `VALues` node is part of the query syntax.

Sets the vertical offset used for power quality measurements.

Sets the vertical scale mode used for power quality measurements.

Sets or queries the vertical scale value for the power quality measurement. The value is part of the power quality vertical scaling controls.

Sets the absolute hysteresis for the reference level of a power quality measurement. The command is part of the reference-level absolute settings under POWer<m>:QUALity:REFLevel<rl>:ABSolute.

Sets the absolute middle level for the selected power quality reference level. The command belongs to the `POWer<m>:QUALity:REFLevel<rl>:ABSolute` group.

Sets the upper level for the absolute reference level used by the power quality measurement. It is part of the `POWer<m>:QUALity:REFLevel<rl>:ABSolute` group.

Sets the mode used for the reference level of a power quality measurement. The command belongs to the reference level settings for the selected measurement  m  and reference level  rl .

Sets or queries the relative hysteresis level for a power quality reference level.

Sets the lower relative reference level for the selected power quality reference level. This command belongs to the POWER quality reference-level subsystem.

Returns the average crest factor result for the current power quality measurement.

Returns the present N-peak crest factor result for the current power quality measurement. This command is part of the power quality result tree under current measurements.

Returns the present peak-to-peak value for the current crest factor result in the power quality measurement. The command is a query and has no parameters.

Returns the current crest factor standard deviation result for the selected power measurement. The slice only shows the command in the list of commands and does not provide further detail.

Returns the actual current crest factor result for the selected power quality measurement. The manual lists this query as an optional ":ACTual" form under the current crest-factor result family.

Returns the average value of the current peak result in the power quality measurement. This is a query command for the current measurement result subgroup.

Returns the event count for the current peak power quality result. This is a query in the CURRent:PEAK result subtree.

Returns the negative peak current result for the current power-quality measurement. This is a query form in the PEAK results group.

Returns the current peak RMS result for the power quality measurement on the selected module. The command is a query and reports the present value of the peak RMS result.

Returns the standard deviation of the present current peak result for power quality measurements. This is a query command.

Returns the waveform count for the current peak power quality result. The command is part of the POWer<m>:QUALity:RESult:CURRent:PEAK result group.

Returns the present actual current peak quality result for the selected measurement m.

Returns the average RMS current result for the current power quality measurement. This is a query command in the power quality results tree.

Returns the event count for the current RMS power quality result. This is a query under the current power-quality result hierarchy.

Returns the present RMS negative peak result for the current power quality measurement. This is a query under the current-result tree.

Returns the present peak RMS result for the current power quality measurement.

Returns the current RMS result for power quality measurements.

Returns the current RMS standard deviation for the power quality result. The command is part of the POWer<m>:QUALity:RESult:CURRent:RMS result group.

Returns the RMS waveform count for the current power quality result. This is a query command with no parameters documented in the slice.

Returns the present current RMS value for the selected measurement. The optional ACTual node is shown in the command listing but no separate behavior is described on this page slice.

Returns the average active power result for the selected measurement m. The slice only shows the command listing; no further return details are provided here.

Returns the event count for the active power result. The command is part of the power quality results tree.

Returns the current peak negative power result for the active power measurement. This query is part of the Power Quality result group.

Returns the present peak active power result for the selected measurement channel <m>.

Returns the active RMS power result for the selected measurement instance.

Returns the waveform count for the active power result. The slice only lists the query in the command index and does not provide additional syntax or explanation.

Returns the actual active power result for the selected measurement channel. The command is documented as an optional "[:ACTual]" form under the active power result subtree.

Returns the average apparent power result for the selected power measurement. This is a query for the POWer<m>:QUALity:RESult:POWer:APParent function.

Returns the event count for the apparent power result measurement. This command is part of the Power Quality Result readout tree.

Returns the negative peak value of the apparent power result for the selected measurement channel.

Returns the peak apparent power result for the selected measurement. The command is listed under the power quality results tree for apparent power peak values.

Returns the RMS result for apparent power in the power quality results tree.

Returns the standard deviation of the apparent power result for the selected measurement memory. The command is part of the power quality results queries.

Returns the waveform count for the apparent power result. This command is part of the POWer<m>:QUALity:RESult:POWer:APParent result group.

Returns the apparent power result for the selected measurement channel, with an optional Actual form in the command tree. The slice only lists the command in the index and does not provide further details.

Returns the average power factor result for the selected measurement channel m.

Returns the event count for the power factor result. The command is part of the POWer< m >:QUALity:RESult:POWer:PFACtor measurement group.

Returns the peak negative power factor result for the selected power measurement channel.

Returns the present peak power factor result for the selected measurement <m>.

Returns the RMS value of the power factor result for the selected measurement. This is one of the power quality result queries under :POWer<m>:QUALity:RESult:POWer:PFACtor.

Returns the waveform count for the power factor result. The command is part of the Power Quality Results hierarchy for the selected measurement channel <m>.

Returns the actual power factor result for the selected measurement path. The command is a query for the POWer<m>:QUALity:RESult:POWer:PFACtor branch.

Returns the average value of the power phase result for measurement m.

Returns the event count for the power phase result. The slice only lists the query in the command index and does not provide a fuller functional description.

Returns the negative peak of the power phase result for the selected measurement. This is a query under the power quality results tree.

Returns the peak-to-peak value of the phase power quality result for channel <m>.

Returns the RMS value of the phase power result in the selected measurement group.

Returns the standard deviation of the power phase result for channel <m>.

Returns the waveform count for the power phase result. This is a query command in the Power Quality results tree.

Returns the actual phase power quality result. The manual lists it as an optional ":ACTual" form of the phase result query.

Returns the average reactive power quality result for the selected source.

Returns the event count for the reactive power result. This query is part of the POWer<m>:QUALity:RESult:POWer:REACtive measurement results tree.

Returns the negative peak result of the reactive power quality measurement for channel <m>.

Returns the positive peak result for the reactive power measurement. This is a query in the power quality results subsystem.

Returns the RMS result of the reactive power measurement for the selected power quality source.

Returns the standard deviation of the reactive power result for the selected measurement. This is a query command.

Returns the waveform count for the reactive power measurement statistics.

Returns the actual or current reactive power quality result for the selected power measurement. The optional [:ACTual] node is part of the query syntax.

Returns the average crest factor result for the selected voltage power-quality measurement.

Returns the event count for the voltage crest factor result. This is a query in the power quality results subsystem.

Returns the negative peak value of the voltage crest factor result for the selected measurement. This is a query command and yields the current result value.

Returns the peak value of the voltage crest factor result for the selected measurement channel. This is a query command in the Power quality results group.

Returns the RMS value of the voltage crest factor result for the selected power measurement. This is a query in the POWer qualification results branch.

Returns the standard deviation of the crest factor voltage result for the selected measurement.

Returns the waveform count for the voltage crest factor result. This is a query under the power quality results subsystem.

Returns the crest factor result for the specified voltage measurement, or the actual result if the optional node is used.

Returns the average frequency result for the voltage measurement path. This is a query command in the power quality results subsystem.

Returns the event count for the voltage frequency result. This is a query command and does not take parameters.

Returns the Npeak result for voltage frequency quality analysis on the specified power measurement channel.

Returns the RMS value of the voltage frequency result for the selected power measurement. This is a query command in the POWer<m>:QUALity:RESult:VOLTage:FREQuency subtree.

Returns the waveform count for the voltage frequency quality result. This is a query command and yields the number of waveforms used in the measurement.

Returns the actual frequency result for the specified voltage quality measurement. The optional :ACTual node is shown in the syntax line.

Returns the average value of the voltage peak result for the selected power quality measurement. The command is part of the POWER<m>:QUALity:RESult:VOLTage:PEAK subtree.

Returns the event count for the peak voltage quality result. This is a query command for the POWer<m>:QUALity:RESult:VOLTage:PEAK measurement.

Returns the peak-negative peak voltage result for the selected power quality measurement. This is a query command for the voltage peak measurement branch.

Returns the present positive peak value of the voltage result for the selected measurement. The command belongs to the Power Quality results group.

Returns the standard deviation of the peak voltage results for the selected power quality measurement. This is a query command for the voltage peak result statistics.

Returns the waveform count for the peak voltage result of the selected power quality measurement. This is a query under the power quality result tree.

Returns the present actual peak voltage result for the selected power quality measurement. The optional actual-node suffix is shown in the syntax.

Returns the average RMS voltage result for the selected power quality measurement. This is a query command and does not take parameters.

Returns the peak negative value for the voltage RMS result. This is a query for the Power Quality result subsystem.

Returns the peak-to-peak value of the voltage RMS result. This is a query command in the POWer quality results tree.

Returns the RMS result of the RMS voltage quality measurement for the selected power meter channel.

Returns the standard deviation of the voltage RMS result for the selected power quality measurement. This is a query command.

Returns the waveform count for the voltage RMS result. This is a query in the power quality results subsystem.

Returns the present actual RMS voltage result for the selected power quality measurement. The optional `ACTual` node is part of the documented query form.

Sets the current source value for the power quality measurement. The command belongs to the POWer<m>:QUALity source settings group.

Sets the power quality source cycle selection. The command belongs to the POWer<m>:QUALity:SOURce subsystem.

Sets the source voltage used for power quality measurements. The command belongs to the power quality source subtree and the voltage node is optional in the syntax list.

Resets the power quality statistics. This command is part of the power quality statistics subsystem.

Returns the number of waveforms included in the power quality statistics. This is a query form of the statistics waveform count command.

Enables or disables the power quality statistics function for the selected measurement. The corresponding reset command is :POWer<m>:QUALity:STATistics:RESet.

Applies the current SOA limit settings. This is a setter command with no documented return value.

Sets the maximum current limit used by the SOA limit function for the specified power source.

Sets the maximum power limit for the selected safe operating area (SOA) limit. This command belongs to the SOA limit group for the selected power source instance.

Sets the maximum voltage limit for the SOA limit definition of the selected power measurement. The command belongs to the `POWer<m>:SOA:LIMit` group.

Sets the name used for an imported SOA multitest. The command is part of the `POWer<m>:SOA:MTESt<n>:IMEXport` subsystem.

Opens the IME export for the specified SOA memory test. The command belongs to the POWer<m>:SOA:MTESt<n>:IMEXport command group.

Captures a screenshot when an ONViolation event occurs for the specified SOA test. The command is part of the ONViolation action set for power SOA tests.

Stops the on-violation action for the SOA test.

Sets the action to take when the SOA test detects a violation. This command controls trigger output on violation.

Saves the waveform for the ON-violation event. The command belongs to the SOA test ONViolation subsystem.

Adds a segment to the SOA test segment list for the selected power measurement.

Returns the number of segments in the specified SOA test.

Returns the number of points in the specified segment of the SOA test waveform. This is a query command.

Returns whether the specified SOA test segment point is valid.

Sets the X coordinate of a point within a segment of a SOA test waveform. The command belongs to the power meter SOA test segment point configuration commands.

Removes a segment from the SOA test segment list.

Returns the number of fast waveforms in the specified SOA result counter.

Returns the number of power waveforms in the specified SOA result set. The result set is selected by the <n> index.

Returns the switching power result frequency rate for the selected measurement and result index.

Returns the result data for the specified SOA result entry, with an optional additional result selector. The slice does not provide details of the returned format beyond the command listing.

Sets the SOA source current for the selected power channel. The command is listed as part of the SOA source settings; no parameter details are shown in this slice.

Sets the voltage source used for SOA measurements. The command belongs to the POWer<m>:SOA:SOURce subsystem.

Sets the display color used for conduction-related switching measurements. The slice lists the command name only and does not provide syntax, parameter details, or return information.

Enables or disables the display of conduction information for switching measurements. This command is part of the switching display subsystem.

Sets or enables the label display for switching power measurements on channel <m>.

Sets the display color for the nonconduction switching display element.

Enables or disables the display of the switching nonconduction trace. The command belongs to the switching display subsystem for power measurements.

Controls whether the power waveform is displayed in the switching display. The optional ENABle form is listed in the command index for this function.

Sets the display color for the TOFF switching display element. The command is part of the POWer<m>:SWITching:DISPlay subsystem.

Enables or disables the TOFF display item for the selected power measurement channel. The optional ":ENABle" node is part of the command mnemonic in the manual listing.

Sets the display color for the switching turn-on waveform. This command belongs to the switching display subsystem for power measurement.

Controls whether the TON display for switching power measurements is enabled. This command is part of the switching display settings for power measurements.

Enables or disables the Total display in the Switching display group.

Sets the switching display type for the selected power measurement. The command is part of the power switching display subsystem.

Returns the header state for power data output in switching measurements.

Returns the values of the power switching data. The optional ":VALues" node is part of the command mnemonic.

Sets the vertical offset for the switching power waveform display.

Sets the vertical scale mode for switching power analysis. The command is part of the switching power vertical scaling subsystem.

Sets or queries the vertical scale value used for switching power waveforms. The optional [:VALue] node is shown in the syntax line.

Sets the start value for the conduction region of the switching-power measurement. The optional node indicates this command may also be used without the final START keyword.

Sets the stop time for the N-conduction region in the selected power measurement. This command belongs to the switching region timing commands.

Sets or queries the start point of the non-conduction region for the selected power measurement channel. The optional ":STARt" node is part of the command name in the manual listing.

Sets or queries the start of the TOFF switching region for the specified power measurement. The optional STARt node is shown in the syntax line.

Sets or queries the start time of the TON region for the selected power switch measurement. The optional start node may be omitted in the command syntax.

Sets the start of the total switching region. This command is part of the power switching region setup.

Sets the start of the total switching region for the selected power source. The start point is optional in the syntax line.

Returns the average conduction energy result for switching measurements.

Returns the number of peak energy values in the conduction result. The query is part of the switching result tree for power measurements.

Returns the RMS energy result for the conduction interval in the switching result subsystem.

Returns the standard deviation of the energy result for the selected switching measurement. This is a query command.

Returns the actual conduction energy result for the selected measurement. The command applies to power switching results and uses the optional ACTual node in the mnemonic.

Returns the average power result for the selected switching measurement. The slice only lists the query in the command index and does not provide further details.

Returns the event count for the conduction power result in the switching analysis. This is a query command with no parameters documented in the slice.

Returns the RMS power result for the conduction interval. This is a query under the switching result measurements for the selected channel <m>.

Returns the standard deviation of the conduction power result for the selected switching event measurement. The command is a query and yields the value for the specified measurement channel <m>.

Returns the actual conduction power result for switching measurements. The optional :ACTual node is shown in the command listing.

Returns the average negative-conduction energy result for the selected switching measurement memory. The command is a query and yields the value for :POWer<m>:SWITching:RESult:NCONduction:ENERgy:AVERage?.

Returns the event count for the negative-conduction energy result of a switching measurement.

Returns the number of negative-conduction energy peaks for the selected measurement. This is a result query under the switching analysis result tree.

Returns the peak positive energy result for a switching measurement in the non-conduction region.

Returns the RMS value of the nonconduction energy result for switching measurements. This is a query command with no parameters documented in the slice.

Returns the standard deviation of the negative conduction energy result for the selected measurement. This is a query command.

Returns the waveform count for the nonconduction energy result of switching measurements.

Returns the actual nonconduction energy result for the selected power measurement <m>.

Returns the average power result for the NCONduction interval.

Returns the event count for the NCONduction power result. This is a query command with no parameters documented on the provided page slice.

Returns the number of negative-conduction power peaks for the selected measurement memory. The command is a query and yields the count for the NCONduction power result.

Returns the positive peak result for the NCONduction power measurement in the switching results subsystem.

Queries the RMS value for the non-conduction power result in a switching measurement. The manual slice lists the command in the command index but does not provide the returned value details.

Returns the standard deviation of the non-conduction power switching result. This is a query command.

Returns the waveform count for the nonconduction power result of the switching measurement. The slice lists this as a query only and does not provide any additional format details.

Returns the actual power result for the non-conduction portion of the switching measurement. This query is listed as an optional-form command with :ACTual implied.

Returns the event count for the TOFF energy result in the switching results subsystem.

Returns the peak negative energy for the turn-off interval. This is a read-only measurement query in the switching result subsystem.

Returns the positive-peak energy result for the TOFF switching segment.

Returns the RMS value for the TOFF energy result of the selected power measurement. This is a query command and takes no parameters.

Returns the standard deviation of the TOFF energy results for the selected measurement. This command is a query in the switching-results tree.

Returns the waveform count for the TOFF energy result of the switching analysis. This is a query command and yields the count value for that result item.

Returns the actual TOFF energy result for the selected measurement channel. The command is a query form of the TOFF energy result subsystem.

Returns the average power measured during the TOFF interval for switching results.

Returns the event count for the TOFF power result. This is a query command under the switching result measurement tree.

Returns the peak negative power measured during the TOFF interval for the selected channel/mode <m>.

Returns the peak power result for the TOFF switching interval of measurement m. This command is listed in the switching results command index.

Returns the RMS power result for the TOFF switching result measurement. No parameters are documented on this page slice.

Returns the standard deviation of the TOFF power results for switching measurements.

Returns the waveform count result for the turn-off power measurement.

Returns the actual turn-off power result for the selected measurement. The command is listed as part of the switching result queries for TOFF power.

Returns the average energy result for TON switching events. The command is a query for the SWITching result subsystem.

Returns the event count for the TON energy result. This is a query under the switching results subsystem for measurement m.

Returns the number of negative peaks for the turning-on energy result. This is a query command and does not take parameters.

Returns the RMS result for the selected switching energy measurement. The command is a query for the energy RMS measurement under the POWer<m>:SWITching:RESult:TON hierarchy.

Returns the standard deviation of the TON energy result for the selected power switching measurement. This is a query command.

Returns the number of waveforms counted for the selected power-switching energy result. This is a query command for the TON:ENERgy result statistics path.

Returns the actual energy result for the selected source in the switching results tree. The optional ":ACTual" node is part of the query mnemonic shown in the list of commands.

Returns the average power result for the specified switching measurement item.

Returns the event count for switching power results in the TON:POWer branch. The command is a query and returns the current EVTCount value.

Returns the N peak power result for the selected switching result path. This is a query command.

Returns the peak positive power measured over the switching result TON power interval.

Returns the RMS value of the power result for the selected channel. This command is part of the switching power result queries.

Returns the standard deviation of the power result for the selected switching measurement window. This is a query command and returns a numeric value.

Returns the WFMCount result for the power switching TON power measurement. This is a query command under :POWer<m>:SWITching:RESult:TON:POWer.

Returns the present actual power result for the selected switching measurement. The bracketed :ACTual node is optional in the mnemonic listing.

Returns the total energy average for the switching result. This is a query command with no parameters documented in the slice.

Returns the total energy event count for the selected switching power result. This is a query command and yields the current statistic value.

Returns the total negative peak energy result for measurement m.

Returns the peak value of total energy for the switching result. This is a query-only command.

Returns the RMS value of the total energy result for the selected power measurement. This is a query for the :POWer<m>:SWITching:RESult:TOTal:ENERgy subsystem.

Returns the standard deviation of the total energy measurement for the switching result. This is a query command.

Returns the waveform count for the total energy result of the selected power switching measurement.

Returns the actual or total energy result for the selected switching measurement. The optional ":ACTual" node is part of the query mnemonic in the manual listing.

Returns the average power result for the total switching measurement. This is a query command for the total result branch.

Returns the total power event count for switching results. This is a query form of the total power statistics result.

Returns the total negative peak value for the selected power switching result. This is a query command for the total-power branch of the switching results hierarchy.

Returns the total peak power result for the specified switching measurement. The measurement index is the optional channel-like placeholder <m>.

Returns the RMS total power switching result. This is a query command and yields the current value of the total power RMS measurement for the selected source <m>.

Returns the total power actual result for the switching measurement. The optional :ACTual node may be included in the query form.

Sets the source selection for power switching measurements. The optional voltage suffix indicates the command also applies to voltage source selection.

Enables or disables switching statistics for the selected measurement instance. The command belongs to the POWer<m>:SWITching subsystem.

Resets the switching statistics subsystem. The command takes no parameters.

Returns the number of waveforms used in the switching statistics measurement.

Sets the type of the selected power measurement. This command is part of the power measurement subsystem for measurement m.

Enables or disables power switching measurement for the specified math channel <m>.

Sets the comparison operator used for the data setup of the selected Manchester frame field. The data setup consists of a comparison condition and one or two data patterns.

Sets the trigger level for the specified event and source (channel).

Selects the trigger type for the specified trigger event. In a trigger sequence, the type is set for each condition.

Selects whether triggering is based on a single event or on a series of events.

Selects the source of the trigger signal for the selected trigger event. The available sources depend on the trigger sequence setting; for a single event, all inputs can be used, while in a trigger sequence only analog channels can be used for A, B, and R events.

Sets the trigger level automatically to 0.5 × (MaxPeak − MinPeak). In a trigger sequence, it affects all active events of the sequence (A, B, and R event).

Selects the type of the trigger sequence.

Sets the number of B-trigger conditions to be fulfilled after an A-trigger. The last B-trigger causes the trigger event, and the waiting time for B-triggers can be restricted with a reset condition.

Sets the time that the instrument waits after an A-trigger until it recognizes B-triggers.

Enables or disables reset-event handling for the trigger sequence. If enabled, the sequence is restarted by the R-trigger condition if the specified number of B-triggers does not occur before the R-trigger conditions are fulfilled.

Sets the time the instrument waits for the specified number of B-events before the sequence is restarted with the A-trigger.

Sets the edge direction for the trigger.

Enables or disables reset-by-time behavior for the specified sequence event. If set to ON, the instrument waits for the time defined by TRIGger:MEVents:SEQuence<se>:RESet:TIMeout:TIME and restarts the sequence with the A-event if no trigger occurs during that time.

Sets the connection of the external trigger signal, including input impedance and termination. The coupling determines what part of the signal is used for triggering.

Frequencies below the cutoff frequency are rejected, while higher frequencies pass the filter.

Selects the filter mode for the external trigger signal.

Sets the trigger level for the external trigger source.

Sets the low-pass trigger cutoff frequency for asynchronous trigger filtering. Frequencies higher than the cutoff frequency are rejected, and lower frequencies pass the filter.

Enables automatic hysteresis on the trigger level to avoid unwanted trigger events caused by noise.

Sets the polarity of a pulse, which is the direction of the first pulse slope.

Selects whether glitches shorter or longer than the specified width are identified. The width is set by TRIGger:EVENt<ev>:GLITch:WIDTh.

Sets the length of a glitch. The instrument triggers on pulses shorter or longer than this value, depending on the range mode set with TRIGger:EVENt<ev>:GLITch:RANGe.

Defines a range around the width value.

Sets the polarity of a pulse, which is the direction of the first pulse slope.

Selects how the range of a pulse width is defined.

Sets the pulse width used by trigger event width measurements. For the ranges Within and Outside, the width defines the center of a time range limited by ±Delta.

Sets the lower voltage limit for the runt trigger on the specified trigger event and analog channel.

Sets the upper voltage limit for runt triggering on the selected analog channel. The command is asynchronous.

Defines a range around the runt width specified using TRIGger:EVENt<ev>:RUNT:WIDTh. It is available if TRIGger:EVENt<ev>:RUNT:RANGe is set to WITHin or OutSide.

Sets the polarity of a pulse, which is the direction of the first pulse slope.

Defines the time limit of the runt pulse in relation to the runt width and delta settings. It is available for the specified event trigger.

Defines the upper or lower voltage threshold for runt-width triggering. It is not available if TRIGger:EVENt<ev>:RUNT:RANGe is set to ANY.

Sets the lower voltage limit.

Sets the upper voltage limit.

Defines a range around the width value.

Selects how the signal run is compared with the window.

Selects how the time limit of the window is defined. It is available when :TRIGger:EVENt<ev>:WINDow:RANGe is WITHin or OUTSide.

Sets the relation of the signal level to the trigger level for the timeout trigger.

Sets the trigger window width. For ranges Within and Outside, the width defines the center of a time range; for Shorter and Longer, it defines the maximum and minimum time lapse, respectively.

Sets a range around the interval width value specified with TRIGger:EVENt<ev>:INTerval:WIDTh.

Sets the time limit for the timeout at which the instrument triggers. The event suffix selects A-trigger, B-trigger, or the reset event.

Defines the range of an interval in relation to the interval width specified using TRIGger:EVENt<ev>:INTerval:WIDTh and TRIGger:EVENt<ev>:INTerval:DELTa.

Sets the edge for the interval trigger. You can analyze the interval between positive edges or between negative edges.

Sets the time between two pulses for the interval trigger.

Sets the lower voltage threshold for slew rate triggering. When the signal crosses this level, the slew rate measurement starts or stops depending on the selected slope.

Sets the upper voltage threshold for slew rate triggering. When the signal crosses this level, the slew rate measurement starts or stops depending on the selected slope.

Defines a time range around the given slew rate.

Selects how the time limit for the slew rate is defined. The measurement starts when the signal crosses the first trigger level and stops when it crosses the second level.

Sets the edge of the clock signal. Edge and level define the time reference point.

Sets the slew rate for trigger event <ev>. For TRIGger:EVENt<ev>:SLEW:RANGe = INSRange and OUTRange, the slew rate defines the center of a range defined by the limits ±Delta; for LTHan and GTHan, it defines the maximum and minimum slew rate limits, respectively.

Sets the edge direction for the trigger.

Sets the voltage level for the clock signal used to determine the starting point for setup and hold time calculation.

Selects the input channel of the clock signal used for setup and hold time calculation.

Sets the minimum time after the clock edge while the data signal must stay steady above or below the data level.

Sets the minimum setup time before the clock edge while the data signal must remain steady above or below the data level.

Sets the state for each analog channel in a state trigger qualification. The clock source is indicated and does not get a state.

Defines the logic combination of the channels and their states for the specified trigger event.

Defines the logic combination of the channels and their states.

Sets the edge direction for the trigger. The event suffix <ev> selects A-trigger, B-trigger, or reset event.

Sets the required state for each analog channel used for pattern triggering. For the state trigger, the clock source is indicated and does not get a state.

TRIG:EVEN1:PATT:QUAL:ANAL:CHAN1:HLX LOW
TRIG:EVEN1:PATT:QUAL:ANAL:CHAN2:HLX HIGH
TRIG:EVEN1:PATT:QUAL:ANAL:CHAN3:HLX LOW
TRIG:EVEN1:PATT:QUAL:ANAL:CHAN4:HLX HIGH

Sets the required state for each digital channel that is used for triggering.

TRIG:EVEN1:PATT:QUAL:DIG:CHAN<n>:HLX <HLX>

Sets the required state for each digital channel that is used for triggering.

Defines the logic combination of the channels and their states for the digital pattern qualifier.

Defines the logic combination of the channels and their states.

Selects whether the source of the pattern trigger is an analog or digital channel.

Provokes an immediate single acquisition. It forces a trigger in normal mode if no valid trigger occurs, allowing the signal to be confirmed and used for trigger setup.

Sets the trigger mode, which determines the behavior of the instrument with and without a trigger event.

Returns the resulting holdoff time when TRIGger:HOLDoff:MODE is set to AUTO. Auto time is calculated as auto time scaling times horizontal scale.

Selects the method used to define the trigger holdoff condition. The holdoff mode affects when the next trigger after the current one is recognized.

Defines the number of triggers to be skipped when Holdoff mode is set to Events. The next trigger occurs only when the specified number of events is reached.

Defines the upper limit for the random time holdoff when holdoff mode is set to RANDom.

Sets the auto time scaling factor used when trigger holdoff mode is AUTO. The next trigger occurs only after the resulting auto time has passed.

Defines the lower limit for the random time holdoff when trigger holdoff mode is set to RANDom.

Defines the holdoff time period when TRIGger:HOLDoff:MODE is set to TIME. The next trigger occurs only after this time has passed.

Defines a range in absolute values around the trigger level. If the signal oscillates inside this range and crosses the trigger level, no trigger event occurs.

Returns the hysteresis that is set by the instrument in automatic hysteresis mode.

Selects whether the hysteresis is defined in absolute or relative values. The setting is available only in manual hysteresis mode.

Defines a range in divisions around the trigger level in division units. If the signal oscillates inside this range and crosses the trigger level thereby, no trigger event occurs.

Selects the filter mode for the trigger channel.

Defines a relative hysteresis range around the trigger level as a percentage. If the signal oscillates inside this range and crosses the trigger level, no trigger event occurs.

Selects how the hysteresis is set for the trigger noise function. AUTO lets the instrument set the hysteresis automatically to reject internal noise, while MANual uses the value defined by the absolute or relative hysteresis command.

Generates a beep sound if the command is set to TRIGger.

Sets the trigger filter mode. The mode can be OFF, LFReject, or RFReject.

Sets the lowpass filter reject frequency for the trigger signal. Frequencies higher than the specified bandwidth are rejected, lower frequencies pass the filter.

Defines the delay of the first pulse edge relative to the trigger point. The minimum delay is 600 ns.

Defines when the trigger out signal is initiated: at the trigger point, when waiting for the trigger, or when the post-trigger time is finished.

Activates the outgoing pulse on the rear-panel [Trigger Out] connector. If ON, a pulse is sent out each time a trigger occurs.

Sets the length of the trigger out pulse.

Sets the polarity of the trigger out pulse, which is the direction of the first pulse edge.

Saves a screenshot at each trigger when set to TRIGger. Screenshot settings are configured with the commands in the Screenshots section.

Stops the running acquisition if the command is set to TRIGger.

Saves the waveform data to file at each trigger when set to TRIGger. Use the EXPort:WAVeform:AUTonaming commands to define the path and file names.

Defines the zone trigger using a logical expression. The available operators for combining zones are AND, NOT, OR, and XOR.

TRIGger:ZONE:EXPRession 'Zone1 and Zone2'
TRIGger:ZONE:EXPRession?

Applies the zone trigger condition to acquisitions stored in history memory, allowing history waveforms to be filtered by zone conditions.

Defines how the specified data pattern is searched.

Selects the trigger type for SPI analysis.

Specifies a data bit pattern, or sets the start value of a pattern range.

Sets the number of bits or words to be ignored before the first bit or word of interest. The effect is defined by TRIGger:SBHW:SPI:PALignment.

Selects the operator for the MISO and MOSI pattern.

Enables the software trigger for all available frames and error types.

Disables the software trigger for all available frames and error types.

Sets the bit state of a one-bit field for the software trigger.

Sets the bit state of a one-bit field for the software trigger. The manual also shows the related frame/field form and a query form that takes a bit index.

Enables or disables the checking condition for the selected frame for the software trigger.

Sets the bit state of a field that only consists of one bit for the software trigger.

Enables or disables the checking condition for the selected frame for the software trigger.

Enables or disables the checking condition for the selected frame for the software trigger.

Inverts the current state of the frame and error types for the software trigger, so all enabled frames and error types become disabled and vice versa.

Presets the state of the selected frames and error types for the software trigger.

Sets the end value of a data pattern range for the software trigger, if the operator is set to INRange or OORANGe. The operator is set with TRIGger:SBSW:SPI:FRAMe<fr>:FLD<fl>:DOPerator.

Returns the end value of a data pattern range for the software trigger.

Specifies the data pattern, or sets the start value of a data pattern range for the software trigger.

Specifies the data pattern, or sets the start value of a data pattern range for the software trigger.

Sets the operator for the data pattern of the software trigger in the selected field of the selected frame.

Sets the operator for the data pattern of the software trigger in the selected field of the selected frame.

Sets the end value of a data pattern range for the software trigger, if the operator is set to INRange or OORANGe. The operator is set with TRIGger:SBSW:SPI:FRAMe<fr>:FLD<fl>:DOPerator.

Specifies the data pattern, or sets the start value of a data pattern range for the software trigger. This command applies to the selected frame and field.

Sets the operator for the data pattern of the software trigger in the selected field of the selected frame.

Enables or disables the checking condition for the selected field of the selected frame of the software trigger.

Enables or disables the checking condition for the selected field of the selected frame of the software trigger.

Enables or disables the checking condition for the selected field of the selected frame of the software trigger.

Sets the end value of an index range for the software trigger when the operator is set to INRange. Use with the selected frame and field of the SPI software trigger.

Sets the end value of an index range for the software trigger when the operator is set to INRange. The operator is set with TRIGger:SBSW:SPI:FRAMe<fr>:FLD<fl>:IOPerator.

Sets the end value of an index range for the software trigger when the operator is set to INRange. The operator is set with TRIGger:SBSW:SPI:FRAMe<fr>:FLD<fl>:IOPerator.

Defines the error type for the software trigger.

Defines the error type for the software trigger.

Defines the error type for the software trigger.

Specifies the index, or sets the start value of an index range for the software trigger.

Sets the operator for the index in the selected field of the selected frame for the software trigger.

Specifies the start value of an index range for the software trigger.

Returns the start value of an index range for the software trigger. The query form takes a data value and is associated with the selected frame and field.

Sets the operator for the index in the selected field of the selected frame for the software trigger.

Sets or queries the operator for the index in the selected field of the selected frame for the software trigger.

Sets the checking condition for all QSPI frames in the software trigger settings. The page slice only lists the command name in the QSPI software trigger section and does not provide syntax or further parameter details for this command.

Clears the software trigger QUAD SPI settings. The command is listed under Software trigger and cross-referenced on the same page.

Inverts the current software trigger state for all frames and error types, disabling previously enabled items and enabling previously disabled ones.

Sets the bit state of a field that only consists of one bit for the software trigger.

Sets the bit state of a field that only consists of one bit for the software trigger.

Sets the end value of a data pattern range for the software trigger, if the operator is set to INRange or OORANGe.

Sets the end value of a data pattern range for the software trigger, if the operator is set to INRange or OORANGe.

Enables or disables the checking condition for the selected frame for the software trigger.

Sets the bit state of a one-bit field for the software trigger.

Sets the end value of a data pattern range for the software trigger, if the operator is set to INRange or OORANGe.

Enables or disables the checking condition for the selected frame for the software trigger.

Returns the frame enable state for the selected frame in the software trigger setup.

Presets the state of the selected frames and error types for the software trigger.

Specifies the data pattern, or sets the start value of a data pattern range for the software trigger.

Specifies the data pattern, or sets the start value of a data pattern range for the software trigger.

TRIGger:SBSW:QSPI:DMIN? <Data>

Sets the operator for the data pattern of the software trigger in the selected field of the selected frame.

Sets the operator for the data pattern of the software trigger in the selected field of the selected frame.

Specifies the data pattern, or sets the start value of a data pattern range for the software trigger.

Sets the operator for the data pattern of the software trigger in the selected field of the selected frame.

Enables or disables the checking condition for the selected field of the selected frame of the software trigger.

Returns the enabler state for the selected field of the selected software trigger frame. The response is the current condition enabler value.

Enables or disables the checking condition for the selected field of the selected frame of the software trigger.

Sets the end value of an index range for the selected field of the selected frame of the software trigger when the operator is set to INRange.

Specifies the index, or sets the start value of an index range for the software trigger.

Sets the end value of an index range for the software trigger if the operator is set to INRange. The operator is set with the corresponding IOperator command.

Sets the end value of an index range for the software trigger when the operator is set to INRange. The corresponding query returns the current maximum index value.

Specifies the index, or sets the start value of an index range for the software trigger.

Specifies the index, or sets the start value of an index range for the software trigger.

Defines the error type for the software trigger.

Queries the software trigger error-enable state. If no software trigger event has occurred, the command returns Invalid.

Defines whether the selected software-trigger error is enabled. The error index is given by <m>.

Sets the operator for the index in the selected field of the selected frame for the software trigger.

Sets the operator for the index in the selected field of the selected frame for the software trigger.

Queries the software trigger index. If no software trigger event has occurred, the command returns Invalid.

Toggles the trigger condition between read and write access of the primary. Select "Either" if the transfer direction is not relevant for the trigger condition.

Selects the trigger type for I²C analysis.

Sets the operator used to define a specific address or an address range. The address values are set with `TRIGger:SBHW:I2C:ADDRess` and `TRIGger:SBHW:I2C:ADDTo`.

Triggers on the specified address, or sets the start value of an address range depending on the condition set with TRIGger:SBHW:I2C:ACONdition.

Sets the end value of an address range if the condition is set to an address range with TRIGger:SBHW:I2C:ACONdition.

Triggers if the address acknowledge bit is missing, meaning no target recognizes the address.

Sets the address length to be triggered on: 7 bit or 10 bit.

Sets the operator used to specify a specific data value or a data range.

Specifies the data bit pattern, or sets the start value of a data pattern range. Enter the bytes in MSB first bit order; the maximum pattern length is 64 bit and waveform data is compared with the pattern byte-by-byte.

Sets the number of data bytes to be skipped after the address.

Triggers on the end of the read process when the controller reads data from the target. The NACK is sent according to the protocol definition and is not an error.

Triggers if a data acknowledge bit is missing, meaning the addressed target does not accept the data.

Enables the software trigger for all available frames and error types.

Disables the software trigger for all available frames and error types.

Inverts the current state of the frame and error types for the software trigger; enabled frames and error types are disabled and vice versa.

Presets the state of the selected frames and error types for the software trigger.

Sets the bit state of a one-bit field for the software trigger.

Sets the end value of a data pattern range for the software trigger, if the operator is set to INRange or OORANGe. The operator is set with TRIGger:SBSW:I2C:FRAMe<fr>:FLD<fl>:DOPerator.

Enables or disables the checking condition for the selected frame for the software trigger.

Sets the bit state of a field that only consists of one bit for the software trigger.

Sets the end value of a data pattern range for the software trigger, if the operator is set to INRange or OORANGe. The operator can be set with TRIGger:SBSW:I2C:FRAMe<fr>:FLD<fl>:DOPerator.

Enables or disables the checking condition for the selected frame for the software trigger.

Specifies the data pattern, or sets the start value of a data pattern range for the software trigger.

Sets the operator for the data pattern of the software trigger in the selected field of the selected frame.

Enables or disables the checking condition for the selected field of the selected frame of the software trigger.

Sets the start value of a data pattern range for the software trigger in the selected frame and field.

Sets the operator for the data pattern of the software trigger in the selected field of the selected frame.

Enables or disables the checking condition for the selected field of the selected frame of the software trigger.

Sets the end value of an index range for the software trigger if the operator is set to INRange. The operator is set with TRIGger:SBSW:I2C:FRAMe<fr>:FLD<fl>:IOPerator.

Specifies the index, or sets the start value of an index range for the software trigger.

Sets the end value of an index range for the software trigger if the operator is set to INRange. You can set the operator with TRIGger:SBSW:I2C:FRAMe<fr>:FLD<fl>:IOPerator.

Specifies the index, or sets the start value of an index range for the software trigger.

Defines the error type for the software trigger.

Defines the error type for the software trigger. The error enable state is set with the indexed error suffix.

Sets the operator for the index in the selected field of the selected frame for the software trigger.

Sets the operator for the index in the selected field of the selected frame for the software trigger.

Returns the end value of a data pattern range for the software trigger. This applies when the operator is set to INRange or OORANGe.

Specifies the data pattern, or sets the start value of a data pattern range for the software trigger.

Sets the operator for the data pattern of the software trigger in the selected field of the selected frame.

Enables or disables the checking condition for the selected field of the selected frame of the software trigger.

Sets the end value of an index range for the software trigger when the operator is set to INRange. The operator is set with TRIGger:SBSW:I3C:FRAMe<fr>:FLD<fl>:IOPerator.

Defines the error type for the software trigger.

Specifies the index, or sets the start value of an index range for the software trigger.

Queries the operator for the index in the selected field of the selected frame for the software trigger.

Specifies the data pattern to be found on the specified trigger source. Enter the words in MSB-first bit order.

Sets the number of words before the first word of interest. These offset words are ignored.

Selects the operator for the "Data" pattern.

Sets the operator for the data pattern in the selected field of the selected frame.

Selects the transmitter or receiver line as the trigger source.

Selects the UART trigger type condition.

Enables the software trigger for all available frames and error types.

Disables the software trigger for all available frames and error types.

Inverts the current state of the frame and error types for the software trigger, disabling enabled items and enabling disabled ones.

Presets the state of the selected frames and error types for the software trigger.

Sets the bit state of a field that only consists of one bit for the software trigger.