instrumentserver.testing.dummy_instruments.rf#

Classes

`FluxControl`(args, *kwargs)	A dummy that hooks to `ResonatorResponse` and modifies its resonance frequency as if the resonator were a squid.
`Generator`(args, *kwargs)	A simple dummy that mocks an RF generator.
`ResonatorResponse`(args, *kwargs)	A dummy instrument that generates the response of a resonator measured in reflection.

class instrumentserver.testing.dummy_instruments.rf.FluxControl(*args: Any, **kwargs: Any)[source]#

A dummy that hooks to ResonatorResponse and modifies its resonance frequency as if the resonator were a squid.

ask_raw(cmd: str) → str[source]#: Dummy ask_raw so *IDN? and similar SCPI queries don’t log a scary traceback when qcodes asks for the IDN on instrument creation.

class instrumentserver.testing.dummy_instruments.rf.Generator(*args: Any, **kwargs: Any)[source]#

A simple dummy that mocks an RF generator.

ask_raw(cmd: str) → str[source]#: Dummy ask_raw so *IDN? and similar SCPI queries don’t log a scary traceback when qcodes asks for the IDN on instrument creation.

class instrumentserver.testing.dummy_instruments.rf.ResonatorResponse(*args: Any, **kwargs: Any)[source]#

A dummy instrument that generates the response of a resonator measured in reflection.

Behavior is essentially that of a VNA, with the resonator and system properties added as parameters.

ask_raw(cmd: str) → str[source]#: Dummy ask_raw so *IDN? and similar SCPI queries don’t log a scary traceback when qcodes asks for the IDN on instrument creation.

modulate_frequency(delta: float = 0, multiply: bool = False) → None[source]#

Add an offset to the resonance frequency.

If multiply is True, the change in frequency is the product of delta and the set frequency. If False, then delta is added.