Segmented

SCPI Commands :

ACQuire:SEGMented:STATe
ACQuire:SEGMented:MAX

Commands in total: 2

Subgroups: 0

Direct child commands: 2

get_max() → bool

# ACQuire:SEGMented:MAX
value: bool = driver.acquire.segmented.get_max()

If ON, the instrument acquires the maximum number of segments that can be stored in the memory. The maximum number depends on the current sample rate and record length settings. If OFF, define the number of segments in a fast segmentation cycle with method RsMxo.acquire.count() .

Returns:

max_acqs: OFF | ON

get_state() → bool

# ACQuire:SEGMented:STATe
value: bool = driver.acquire.segmented.get_state()

If fast segmentation is enabled, the acquisitions are performed as fast as possible, without processing and displaying the waveforms. When acquisition has been stopped, the data is processed and the latest waveform is displayed. Older waveforms are stored in segments. You can display and analyze the segments using the history.

Returns:

state: OFF | ON

set_max(max_acqs: bool) → None

# ACQuire:SEGMented:MAX
driver.acquire.segmented.set_max(max_acqs = False)

If ON, the instrument acquires the maximum number of segments that can be stored in the memory. The maximum number depends on the current sample rate and record length settings. If OFF, define the number of segments in a fast segmentation cycle with method RsMxo.acquire.count() .

Parameters:

max_acqs – OFF | ON

set_state(state: bool) → None

# ACQuire:SEGMented:STATe
driver.acquire.segmented.set_state(state = False)

If fast segmentation is enabled, the acquisitions are performed as fast as possible, without processing and displaying the waveforms. When acquisition has been stopped, the data is processed and the latest waveform is displayed. Older waveforms are stored in segments. You can display and analyze the segments using the history.

Parameters:

state – OFF | ON