DSP Lock-In Amplifier
Driver for an SRS830 lock-in amplifier.
Methods
Close the communication channel.
Get the list of supported actions.
Return the instrument’s VISA resource address.
Read all lock-in parameters.
Get the lock-in’s detection harmonic.
Get the lock-in’s input configuration.
Get the lock-in’s input coupling configuration.
Get the lock-in’s input shield grounding configuration.
Get the input line notch filter status.
Get the lock-in’s low-pass filter slope.
Get the lock-in’s reference frequency.
Get the lock-in’s reference phase.
Get the lock-in’s reference source.
Get the lock-in’s reference trigger for external reference mode.
Get the lock-in’s reference voltage.
Get the lock-in’s reserve mode.
Get the lock-in’s sensitivity.
Get the lock-in’s synchronous filter status.
Get the lock-in’s time constant.
Open the communication channel.
Take an average in- and out-of-phase voltage measurement.
Take a single in- and out-of-phase voltage measurement.
Set the lock-in’s detection harmonic.
Set the lock-in’s input configuration.
Set the lock-in’s input coupling configuration.
Set the lock-in’s input shield grounding configuration.
Set the input line notch filter status.
Set the lock-in’s low-pass filter slope.
Set the lock-in’s reference frequency.
Set the lock-in’s reference phase.
Set the lock-in’s reference source.
Set the lock-in’s reference trigger for external reference mode.
Set the lock-in’s reference voltage.
Set the lock-in’s reserve mode.
Set the lock-in’s sensitivity.
Set the lock-in’s synchronous filter status.
Set the lock-in’s time constant.
The ps120 module
The heliox module
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