# RigolDG1022Z ## class RigolDG1022Z( visa_resource: str | VisaConfig, )[source] Bases: [`AWGDriverBase`](https://dev.nominal.io/instro/ref/instruments/instro.awg.AWGDriverBase.md#instro.awg.AWGDriverBase "instro.awg.awg.AWGDriverBase") SCPI driver for the Rigol DG1022Z two-channel arbitrary waveform generator. Methods | [`align_phase`](https://dev.nominal.io/instro/ref/instruments/instro.awg.drivers.rigol_dg1022z.RigolDG1022Z.md#instro.awg.drivers.rigol_dg1022z.RigolDG1022Z.align_phase "instro.awg.drivers.rigol_dg1022z.RigolDG1022Z.align_phase") | Sync the phase of all channels. | | --- | --- | | [`burst_enable`](https://dev.nominal.io/instro/ref/instruments/instro.awg.drivers.rigol_dg1022z.RigolDG1022Z.md#instro.awg.drivers.rigol_dg1022z.RigolDG1022Z.burst_enable "instro.awg.drivers.rigol_dg1022z.RigolDG1022Z.burst_enable") | Enable or disable burst mode on the given channel. | | [`close`](https://dev.nominal.io/instro/ref/instruments/instro.awg.drivers.rigol_dg1022z.RigolDG1022Z.md#instro.awg.drivers.rigol_dg1022z.RigolDG1022Z.close "instro.awg.drivers.rigol_dg1022z.RigolDG1022Z.close") | Close the underlying transport. | | [`fire_burst_trigger`](https://dev.nominal.io/instro/ref/instruments/instro.awg.drivers.rigol_dg1022z.RigolDG1022Z.md#instro.awg.drivers.rigol_dg1022z.RigolDG1022Z.fire_burst_trigger "instro.awg.drivers.rigol_dg1022z.RigolDG1022Z.fire_burst_trigger") | Fire a burst trigger on channel now; the trigger source must already be MANUAL. | | [`fire_sweep_trigger`](https://dev.nominal.io/instro/ref/instruments/instro.awg.drivers.rigol_dg1022z.RigolDG1022Z.md#instro.awg.drivers.rigol_dg1022z.RigolDG1022Z.fire_sweep_trigger "instro.awg.drivers.rigol_dg1022z.RigolDG1022Z.fire_sweep_trigger") | Fire a sweep trigger on channel now; the trigger source must already be MANUAL. | | [`get_amplitude`](https://dev.nominal.io/instro/ref/instruments/instro.awg.drivers.rigol_dg1022z.RigolDG1022Z.md#instro.awg.drivers.rigol_dg1022z.RigolDG1022Z.get_amplitude "instro.awg.drivers.rigol_dg1022z.RigolDG1022Z.get_amplitude") | Get the current output amplitude and voltage unit on channel. | | [`get_burst_delay`](https://dev.nominal.io/instro/ref/instruments/instro.awg.drivers.rigol_dg1022z.RigolDG1022Z.md#instro.awg.drivers.rigol_dg1022z.RigolDG1022Z.get_burst_delay "instro.awg.drivers.rigol_dg1022z.RigolDG1022Z.get_burst_delay") | Get the burst trigger delay (seconds) on channel. | | [`get_burst_gate_polarity`](https://dev.nominal.io/instro/ref/instruments/instro.awg.drivers.rigol_dg1022z.RigolDG1022Z.md#instro.awg.drivers.rigol_dg1022z.RigolDG1022Z.get_burst_gate_polarity "instro.awg.drivers.rigol_dg1022z.RigolDG1022Z.get_burst_gate_polarity") | Get the gate polarity for GATED bursts on channel. | | [`get_burst_ncycles`](https://dev.nominal.io/instro/ref/instruments/instro.awg.drivers.rigol_dg1022z.RigolDG1022Z.md#instro.awg.drivers.rigol_dg1022z.RigolDG1022Z.get_burst_ncycles "instro.awg.drivers.rigol_dg1022z.RigolDG1022Z.get_burst_ncycles") | Get the number of cycles per trigger for NCYCLE bursts on channel. | | [`get_burst_period`](https://dev.nominal.io/instro/ref/instruments/instro.awg.drivers.rigol_dg1022z.RigolDG1022Z.md#instro.awg.drivers.rigol_dg1022z.RigolDG1022Z.get_burst_period "instro.awg.drivers.rigol_dg1022z.RigolDG1022Z.get_burst_period") | Get the internal burst period (seconds) on channel. | | [`get_burst_state`](https://dev.nominal.io/instro/ref/instruments/instro.awg.drivers.rigol_dg1022z.RigolDG1022Z.md#instro.awg.drivers.rigol_dg1022z.RigolDG1022Z.get_burst_state "instro.awg.drivers.rigol_dg1022z.RigolDG1022Z.get_burst_state") | Return True if burst mode is enabled on channel. | | [`get_burst_trigger`](https://dev.nominal.io/instro/ref/instruments/instro.awg.drivers.rigol_dg1022z.RigolDG1022Z.md#instro.awg.drivers.rigol_dg1022z.RigolDG1022Z.get_burst_trigger "instro.awg.drivers.rigol_dg1022z.RigolDG1022Z.get_burst_trigger") | Get the burst trigger source on channel. | | [`get_burst_type`](https://dev.nominal.io/instro/ref/instruments/instro.awg.drivers.rigol_dg1022z.RigolDG1022Z.md#instro.awg.drivers.rigol_dg1022z.RigolDG1022Z.get_burst_type "instro.awg.drivers.rigol_dg1022z.RigolDG1022Z.get_burst_type") | Get the burst type currently active on channel. | | [`get_modulation_state`](https://dev.nominal.io/instro/ref/instruments/instro.awg.drivers.rigol_dg1022z.RigolDG1022Z.md#instro.awg.drivers.rigol_dg1022z.RigolDG1022Z.get_modulation_state "instro.awg.drivers.rigol_dg1022z.RigolDG1022Z.get_modulation_state") | Get the modulation enabled state currently active on channel. | | [`get_modulation_type`](https://dev.nominal.io/instro/ref/instruments/instro.awg.drivers.rigol_dg1022z.RigolDG1022Z.md#instro.awg.drivers.rigol_dg1022z.RigolDG1022Z.get_modulation_type "instro.awg.drivers.rigol_dg1022z.RigolDG1022Z.get_modulation_type") | Get the modulation type currently active on channel. | | [`get_offset`](https://dev.nominal.io/instro/ref/instruments/instro.awg.drivers.rigol_dg1022z.RigolDG1022Z.md#instro.awg.drivers.rigol_dg1022z.RigolDG1022Z.get_offset "instro.awg.drivers.rigol_dg1022z.RigolDG1022Z.get_offset") | Get the DC offset (volts) on channel. | | [`get_output_load`](https://dev.nominal.io/instro/ref/instruments/instro.awg.drivers.rigol_dg1022z.RigolDG1022Z.md#instro.awg.drivers.rigol_dg1022z.RigolDG1022Z.get_output_load "instro.awg.drivers.rigol_dg1022z.RigolDG1022Z.get_output_load") | Get the output load impedance; None means high-Z. | | [`get_output_state`](https://dev.nominal.io/instro/ref/instruments/instro.awg.drivers.rigol_dg1022z.RigolDG1022Z.md#instro.awg.drivers.rigol_dg1022z.RigolDG1022Z.get_output_state "instro.awg.drivers.rigol_dg1022z.RigolDG1022Z.get_output_state") | Return True if the output on channel is enabled. | | [`get_sweep_end_freq`](https://dev.nominal.io/instro/ref/instruments/instro.awg.drivers.rigol_dg1022z.RigolDG1022Z.md#instro.awg.drivers.rigol_dg1022z.RigolDG1022Z.get_sweep_end_freq "instro.awg.drivers.rigol_dg1022z.RigolDG1022Z.get_sweep_end_freq") | Get the sweep end frequency (Hz) on channel. | | [`get_sweep_return_time`](https://dev.nominal.io/instro/ref/instruments/instro.awg.drivers.rigol_dg1022z.RigolDG1022Z.md#instro.awg.drivers.rigol_dg1022z.RigolDG1022Z.get_sweep_return_time "instro.awg.drivers.rigol_dg1022z.RigolDG1022Z.get_sweep_return_time") | Get the sweep return time (seconds) on channel. | | [`get_sweep_start_freq`](https://dev.nominal.io/instro/ref/instruments/instro.awg.drivers.rigol_dg1022z.RigolDG1022Z.md#instro.awg.drivers.rigol_dg1022z.RigolDG1022Z.get_sweep_start_freq "instro.awg.drivers.rigol_dg1022z.RigolDG1022Z.get_sweep_start_freq") | Get the sweep start frequency (Hz) on channel. | | [`get_sweep_start_hold_time`](https://dev.nominal.io/instro/ref/instruments/instro.awg.drivers.rigol_dg1022z.RigolDG1022Z.md#instro.awg.drivers.rigol_dg1022z.RigolDG1022Z.get_sweep_start_hold_time "instro.awg.drivers.rigol_dg1022z.RigolDG1022Z.get_sweep_start_hold_time") | Get the sweep start hold time (seconds) on channel. | | [`get_sweep_state`](https://dev.nominal.io/instro/ref/instruments/instro.awg.drivers.rigol_dg1022z.RigolDG1022Z.md#instro.awg.drivers.rigol_dg1022z.RigolDG1022Z.get_sweep_state "instro.awg.drivers.rigol_dg1022z.RigolDG1022Z.get_sweep_state") | Return True if sweep mode is enabled on channel. | | [`get_sweep_stop_hold_time`](https://dev.nominal.io/instro/ref/instruments/instro.awg.drivers.rigol_dg1022z.RigolDG1022Z.md#instro.awg.drivers.rigol_dg1022z.RigolDG1022Z.get_sweep_stop_hold_time "instro.awg.drivers.rigol_dg1022z.RigolDG1022Z.get_sweep_stop_hold_time") | Get the sweep stop hold time (seconds) on channel. | | [`get_sweep_time`](https://dev.nominal.io/instro/ref/instruments/instro.awg.drivers.rigol_dg1022z.RigolDG1022Z.md#instro.awg.drivers.rigol_dg1022z.RigolDG1022Z.get_sweep_time "instro.awg.drivers.rigol_dg1022z.RigolDG1022Z.get_sweep_time") | Get the sweep time (seconds) on channel. | | [`get_sweep_trigger`](https://dev.nominal.io/instro/ref/instruments/instro.awg.drivers.rigol_dg1022z.RigolDG1022Z.md#instro.awg.drivers.rigol_dg1022z.RigolDG1022Z.get_sweep_trigger "instro.awg.drivers.rigol_dg1022z.RigolDG1022Z.get_sweep_trigger") | Get the sweep trigger source on channel. | | [`get_sweep_type`](https://dev.nominal.io/instro/ref/instruments/instro.awg.drivers.rigol_dg1022z.RigolDG1022Z.md#instro.awg.drivers.rigol_dg1022z.RigolDG1022Z.get_sweep_type "instro.awg.drivers.rigol_dg1022z.RigolDG1022Z.get_sweep_type") | Get the sweep type currently configured on channel. | | [`get_waveform`](https://dev.nominal.io/instro/ref/instruments/instro.awg.drivers.rigol_dg1022z.RigolDG1022Z.md#instro.awg.drivers.rigol_dg1022z.RigolDG1022Z.get_waveform "instro.awg.drivers.rigol_dg1022z.RigolDG1022Z.get_waveform") | Get the current waveform on channel. | | [`modulation_enable`](https://dev.nominal.io/instro/ref/instruments/instro.awg.drivers.rigol_dg1022z.RigolDG1022Z.md#instro.awg.drivers.rigol_dg1022z.RigolDG1022Z.modulation_enable "instro.awg.drivers.rigol_dg1022z.RigolDG1022Z.modulation_enable") | Enable or disable modulation on the given channel. | | [`open`](https://dev.nominal.io/instro/ref/instruments/instro.awg.drivers.rigol_dg1022z.RigolDG1022Z.md#instro.awg.drivers.rigol_dg1022z.RigolDG1022Z.open "instro.awg.drivers.rigol_dg1022z.RigolDG1022Z.open") | Open the underlying transport. | | [`output_enable`](https://dev.nominal.io/instro/ref/instruments/instro.awg.drivers.rigol_dg1022z.RigolDG1022Z.md#instro.awg.drivers.rigol_dg1022z.RigolDG1022Z.output_enable "instro.awg.drivers.rigol_dg1022z.RigolDG1022Z.output_enable") | Enable or disable the output on channel. | | [`set_amplitude`](https://dev.nominal.io/instro/ref/instruments/instro.awg.drivers.rigol_dg1022z.RigolDG1022Z.md#instro.awg.drivers.rigol_dg1022z.RigolDG1022Z.set_amplitude "instro.awg.drivers.rigol_dg1022z.RigolDG1022Z.set_amplitude") | Set the output amplitude on channel. | | [`set_burst`](https://dev.nominal.io/instro/ref/instruments/instro.awg.drivers.rigol_dg1022z.RigolDG1022Z.md#instro.awg.drivers.rigol_dg1022z.RigolDG1022Z.set_burst "instro.awg.drivers.rigol_dg1022z.RigolDG1022Z.set_burst") | Configure channel's burst type. | | [`set_burst_delay`](https://dev.nominal.io/instro/ref/instruments/instro.awg.drivers.rigol_dg1022z.RigolDG1022Z.md#instro.awg.drivers.rigol_dg1022z.RigolDG1022Z.set_burst_delay "instro.awg.drivers.rigol_dg1022z.RigolDG1022Z.set_burst_delay") | Set the burst trigger delay (seconds) on channel. | | [`set_burst_gate_polarity`](https://dev.nominal.io/instro/ref/instruments/instro.awg.drivers.rigol_dg1022z.RigolDG1022Z.md#instro.awg.drivers.rigol_dg1022z.RigolDG1022Z.set_burst_gate_polarity "instro.awg.drivers.rigol_dg1022z.RigolDG1022Z.set_burst_gate_polarity") | Set the gate polarity for GATED bursts on channel. | | [`set_burst_ncycles`](https://dev.nominal.io/instro/ref/instruments/instro.awg.drivers.rigol_dg1022z.RigolDG1022Z.md#instro.awg.drivers.rigol_dg1022z.RigolDG1022Z.set_burst_ncycles "instro.awg.drivers.rigol_dg1022z.RigolDG1022Z.set_burst_ncycles") | Set the number of cycles per trigger for NCYCLE bursts on channel. | | [`set_burst_period`](https://dev.nominal.io/instro/ref/instruments/instro.awg.drivers.rigol_dg1022z.RigolDG1022Z.md#instro.awg.drivers.rigol_dg1022z.RigolDG1022Z.set_burst_period "instro.awg.drivers.rigol_dg1022z.RigolDG1022Z.set_burst_period") | Set the internal burst period (seconds) on channel. | | [`set_burst_trigger`](https://dev.nominal.io/instro/ref/instruments/instro.awg.drivers.rigol_dg1022z.RigolDG1022Z.md#instro.awg.drivers.rigol_dg1022z.RigolDG1022Z.set_burst_trigger "instro.awg.drivers.rigol_dg1022z.RigolDG1022Z.set_burst_trigger") | Set the burst trigger source on channel. | | [`set_modulation`](https://dev.nominal.io/instro/ref/instruments/instro.awg.drivers.rigol_dg1022z.RigolDG1022Z.md#instro.awg.drivers.rigol_dg1022z.RigolDG1022Z.set_modulation "instro.awg.drivers.rigol_dg1022z.RigolDG1022Z.set_modulation") | Configure channel's carrier modulation with modulator shape. | | [`set_offset`](https://dev.nominal.io/instro/ref/instruments/instro.awg.drivers.rigol_dg1022z.RigolDG1022Z.md#instro.awg.drivers.rigol_dg1022z.RigolDG1022Z.set_offset "instro.awg.drivers.rigol_dg1022z.RigolDG1022Z.set_offset") | Set the DC offset (volts) on channel. | | [`set_output_load`](https://dev.nominal.io/instro/ref/instruments/instro.awg.drivers.rigol_dg1022z.RigolDG1022Z.md#instro.awg.drivers.rigol_dg1022z.RigolDG1022Z.set_output_load "instro.awg.drivers.rigol_dg1022z.RigolDG1022Z.set_output_load") | Set the output load impedance; None means high-Z. | | [`set_sweep`](https://dev.nominal.io/instro/ref/instruments/instro.awg.drivers.rigol_dg1022z.RigolDG1022Z.md#instro.awg.drivers.rigol_dg1022z.RigolDG1022Z.set_sweep "instro.awg.drivers.rigol_dg1022z.RigolDG1022Z.set_sweep") | Configure the sweep type on channel. | | [`set_sweep_end_freq`](https://dev.nominal.io/instro/ref/instruments/instro.awg.drivers.rigol_dg1022z.RigolDG1022Z.md#instro.awg.drivers.rigol_dg1022z.RigolDG1022Z.set_sweep_end_freq "instro.awg.drivers.rigol_dg1022z.RigolDG1022Z.set_sweep_end_freq") | Set the sweep end frequency (Hz) on channel. | | [`set_sweep_return_time`](https://dev.nominal.io/instro/ref/instruments/instro.awg.drivers.rigol_dg1022z.RigolDG1022Z.md#instro.awg.drivers.rigol_dg1022z.RigolDG1022Z.set_sweep_return_time "instro.awg.drivers.rigol_dg1022z.RigolDG1022Z.set_sweep_return_time") | Set the sweep return time (seconds) on channel. | | [`set_sweep_start_freq`](https://dev.nominal.io/instro/ref/instruments/instro.awg.drivers.rigol_dg1022z.RigolDG1022Z.md#instro.awg.drivers.rigol_dg1022z.RigolDG1022Z.set_sweep_start_freq "instro.awg.drivers.rigol_dg1022z.RigolDG1022Z.set_sweep_start_freq") | Set the sweep start frequency (Hz) on channel. | | [`set_sweep_start_hold_time`](https://dev.nominal.io/instro/ref/instruments/instro.awg.drivers.rigol_dg1022z.RigolDG1022Z.md#instro.awg.drivers.rigol_dg1022z.RigolDG1022Z.set_sweep_start_hold_time "instro.awg.drivers.rigol_dg1022z.RigolDG1022Z.set_sweep_start_hold_time") | Set the sweep start hold time (seconds) on channel. | | [`set_sweep_stop_hold_time`](https://dev.nominal.io/instro/ref/instruments/instro.awg.drivers.rigol_dg1022z.RigolDG1022Z.md#instro.awg.drivers.rigol_dg1022z.RigolDG1022Z.set_sweep_stop_hold_time "instro.awg.drivers.rigol_dg1022z.RigolDG1022Z.set_sweep_stop_hold_time") | Set the sweep stop hold time (seconds) on channel. | | [`set_sweep_time`](https://dev.nominal.io/instro/ref/instruments/instro.awg.drivers.rigol_dg1022z.RigolDG1022Z.md#instro.awg.drivers.rigol_dg1022z.RigolDG1022Z.set_sweep_time "instro.awg.drivers.rigol_dg1022z.RigolDG1022Z.set_sweep_time") | Set the sweep time (seconds) on channel. | | [`set_sweep_trigger`](https://dev.nominal.io/instro/ref/instruments/instro.awg.drivers.rigol_dg1022z.RigolDG1022Z.md#instro.awg.drivers.rigol_dg1022z.RigolDG1022Z.set_sweep_trigger "instro.awg.drivers.rigol_dg1022z.RigolDG1022Z.set_sweep_trigger") | Set the sweep trigger source on channel. | | [`set_waveform`](https://dev.nominal.io/instro/ref/instruments/instro.awg.drivers.rigol_dg1022z.RigolDG1022Z.md#instro.awg.drivers.rigol_dg1022z.RigolDG1022Z.set_waveform "instro.awg.drivers.rigol_dg1022z.RigolDG1022Z.set_waveform") | Program channel with the waveform definition. | | [`sweep_enable`](https://dev.nominal.io/instro/ref/instruments/instro.awg.drivers.rigol_dg1022z.RigolDG1022Z.md#instro.awg.drivers.rigol_dg1022z.RigolDG1022Z.sweep_enable "instro.awg.drivers.rigol_dg1022z.RigolDG1022Z.sweep_enable") | Enable or disable sweep mode on channel. | ### open() → None[source] Open the underlying transport. ### close() → None[source] Close the underlying transport. ### set_waveform( channel: int, waveform: Sine | Square | Sawtooth | Triangle | Pulse | Arbitrary | StaticValue, ) → None[source] Program channel with the waveform definition. ### get_waveform( channel: int, ) → Sine | Square | Sawtooth | Triangle | Pulse | Arbitrary | StaticValue[source] Get the current waveform on channel. ### set_amplitude( channel: int, amplitude: float, unit: AmplitudeMeasurementUnit, ) → None[source] Set the output amplitude on channel. ### get_amplitude( channel: int, ) → tuple[float, AmplitudeMeasurementUnit][source] Get the current output amplitude and voltage unit on channel. ### set_offset(channel: int, offset: float) → None[source] Set the DC offset (volts) on channel. ### get_offset(channel: int) → float[source] Get the DC offset (volts) on channel. ### output_enable(channel: int, enable: bool) → None[source] Enable or disable the output on channel. ### get_output_state(channel: int) → bool[source] Return True if the output on channel is enabled. ### set_output_load(channel: int, load: float | None) → None[source] Set the output load impedance; None means high-Z. ### get_output_load(channel: int) → float | None[source] Get the output load impedance; None means high-Z. ### align_phase() → None[source] Sync the phase of all channels. ### set_modulation( channel: int, mod_type: ModulationType, shape: Sine | Square | Sawtooth | Triangle | Pulse | Arbitrary | StaticValue, magnitude: float, ) → None[source] Configure channel’s carrier modulation with modulator shape. ### modulation_enable(channel: int, enable: bool) → None[source] Enable or disable modulation on the given channel. ### get_modulation_type( channel: int, ) → ModulationType[source] Get the modulation type currently active on channel. ### get_modulation_state(channel: int) → bool[source] Get the modulation enabled state currently active on channel. ### set_burst( channel: int, burst_type: BurstType, ) → None[source] Configure channel’s burst type. ### get_burst_type(channel: int) → BurstType[source] Get the burst type currently active on channel. ### burst_enable(channel: int, enable: bool) → None[source] Enable or disable burst mode on the given channel. ### get_burst_state(channel: int) → bool[source] Return True if burst mode is enabled on channel. ### set_burst_trigger( channel: int, source: BurstTriggerSource, ) → None[source] Set the burst trigger source on channel. ### get_burst_trigger( channel: int, ) → BurstTriggerSource[source] Get the burst trigger source on channel. ### fire_burst_trigger(channel: int) → None[source] Fire a burst trigger on channel now; the trigger source must already be MANUAL. ### set_burst_delay(channel: int, delay_s: float) → None[source] Set the burst trigger delay (seconds) on channel. ### get_burst_delay(channel: int) → float[source] Get the burst trigger delay (seconds) on channel. ### set_burst_gate_polarity( channel: int, gate_polarity: GatePolarity, ) → None[source] Set the gate polarity for GATED bursts on channel. ### get_burst_gate_polarity( channel: int, ) → GatePolarity[source] Get the gate polarity for GATED bursts on channel. ### set_burst_ncycles(channel: int, n_cycles: int) → None[source] Set the number of cycles per trigger for NCYCLE bursts on channel. ### get_burst_ncycles(channel: int) → int[source] Get the number of cycles per trigger for NCYCLE bursts on channel. ### set_burst_period(channel: int, period: float) → None[source] Set the internal burst period (seconds) on channel. ### get_burst_period(channel: int) → float[source] Get the internal burst period (seconds) on channel. ### set_sweep( channel: int, sweep_type: SweepType, ) → None[source] Configure the sweep type on channel. ### get_sweep_type(channel: int) → SweepType[source] Get the sweep type currently configured on channel. ### sweep_enable(channel: int, enable: bool) → None[source] Enable or disable sweep mode on channel. ### get_sweep_state(channel: int) → bool[source] Return True if sweep mode is enabled on channel. ### set_sweep_trigger( channel: int, source: SweepTriggerSource, ) → None[source] Set the sweep trigger source on channel. ### get_sweep_trigger( channel: int, ) → SweepTriggerSource[source] Get the sweep trigger source on channel. ### set_sweep_start_freq( channel: int, frequency_hz: float, ) → None[source] Set the sweep start frequency (Hz) on channel. ### get_sweep_start_freq(channel: int) → float[source] Get the sweep start frequency (Hz) on channel. ### set_sweep_end_freq( channel: int, frequency_hz: float, ) → None[source] Set the sweep end frequency (Hz) on channel. ### get_sweep_end_freq(channel: int) → float[source] Get the sweep end frequency (Hz) on channel. ### set_sweep_time(channel: int, sweep_time: float) → None[source] Set the sweep time (seconds) on channel. ### get_sweep_time(channel: int) → float[source] Get the sweep time (seconds) on channel. ### set_sweep_stop_hold_time( channel: int, hold_time: float, ) → None[source] Set the sweep stop hold time (seconds) on channel. ### get_sweep_stop_hold_time(channel: int) → float[source] Get the sweep stop hold time (seconds) on channel. ### set_sweep_start_hold_time( channel: int, hold_time: float, ) → None[source] Set the sweep start hold time (seconds) on channel. ### get_sweep_start_hold_time(channel: int) → float[source] Get the sweep start hold time (seconds) on channel. ### set_sweep_return_time( channel: int, return_time: float, ) → None[source] Set the sweep return time (seconds) on channel. ### get_sweep_return_time(channel: int) → float[source] Get the sweep return time (seconds) on channel. ### fire_sweep_trigger(channel: int) → None[source] Fire a sweep trigger on channel now; the trigger source must already be MANUAL.