RemProbeLoad

SCPI Command :

DEEMbedding<*>:COMPonent<*>:LOAD:REMProbeload

Commands in total: 1
Subgroups: 0
Direct child commands: 1

get(deembedding=Deembedding.Default, component=Component.Default) → bool[source]

# DEEMbedding<*>:COMPonent<*>:LOAD:REMProbeload
value: bool = driver.deembedding.component.load.remProbeLoad.get(deembedding = repcap.Deembedding.Default, component = repcap.Component.Default)

Removes the loading of the probe if method RsRtx.deembedding.component.mode.set() is set to PROBing. If the probe loading is removed, you see the signal that would be at the measurement point if the probe’s input impedance is ideal (infinite impedance) . Without removing the loading, you see the real signal at the measurement point, including the probe loading.

Parameters:

deembedding – optional repeated capability selector. Default value: Nr1 (settable in the interface ‘Deembedding’)
component – optional repeated capability selector. Default value: Nr1 (settable in the interface ‘Component’)

Returns:

value: OFF | ON

set(value: bool, deembedding=Deembedding.Default, component=Component.Default) → None[source]

# DEEMbedding<*>:COMPonent<*>:LOAD:REMProbeload
driver.deembedding.component.load.remProbeLoad.set(value = False, deembedding = repcap.Deembedding.Default, component = repcap.Component.Default)

Removes the loading of the probe if method RsRtx.deembedding.component.mode.set() is set to PROBing. If the probe loading is removed, you see the signal that would be at the measurement point if the probe’s input impedance is ideal (infinite impedance) . Without removing the loading, you see the real signal at the measurement point, including the probe loading.

Parameters:

value – OFF | ON
deembedding – optional repeated capability selector. Default value: Nr1 (settable in the interface ‘Deembedding’)
component – optional repeated capability selector. Default value: Nr1 (settable in the interface ‘Component’)