Aoutput

SCPI Command :

DIFFerential<*>:AOUTput

Commands in total: 1

Subgroups: 0

Direct child commands: 1

get(differential=Differential.Default) → DifferentialOutput

# DIFFerential<*>:AOUTput
value: enums.DifferentialOutput = driver.differential.aoutput.get(differential = repcap.Differential.Default)

Select the waveform that is the result of differential processing. 2 output waveforms per digital signal can be defined. The number of output waveforms depends on deembedding, see ‘Output: P, N, Diff, Common’. If deembedding by software is active, use the method RsRtx.differential.common.state.set() commands instead of AOUTput and BOUTput. If realtime deembedding is active, only method RsRtx.differential.aoutput.set() is relevant, because only one output waveform is available.

Parameters:

differential – optional repeated capability selector. Default value: Nr1 (settable in the interface ‘Differential’)

set(output_1: DifferentialOutput, differential=Differential.Default) → None

# DIFFerential<*>:AOUTput
driver.differential.aoutput.set(output_1 = enums.DifferentialOutput.COM, differential = repcap.Differential.Default)

Select the waveform that is the result of differential processing. 2 output waveforms per digital signal can be defined. The number of output waveforms depends on deembedding, see ‘Output: P, N, Diff, Common’. If deembedding by software is active, use the method RsRtx.differential.common.state.set() commands instead of AOUTput and BOUTput. If realtime deembedding is active, only method RsRtx.differential.aoutput.set() is relevant, because only one output waveform is available.

Parameters:

• output_1 –

  P | N | DIFF | COM

  • P | N: Positive or negative waveform.

  • DIFF: Differential waveform.

  • COM: Common mode waveform.

• differential – optional repeated capability selector. Default value: Nr1 (settable in the interface ‘Differential’)