edges_analysis.calibration.s11.AntennaS11¶
- class edges_analysis.calibration.s11.AntennaS11(internal_switch: InternalSwitch, load_name: str | None = None, model_delay: tp.Time = <Quantity 170. ns>, *, raw_s11: np.ndarray, freq: FrequencyRange, n_terms=_Nothing.NOTHING, model_type: Modelable = _Nothing.NOTHING, complex_model_type: type[ComplexMagPhaseModel] | type[ComplexRealImagModel] = _Nothing.NOTHING, model_transform: ModelTransform = UnitTransform(range=(0.0, 1.0)), set_transform_range=True, model_kwargs: dict[str, Any] = _Nothing.NOTHING, use_spline: bool = False, metadata: dict = _Nothing.NOTHING)[source]¶
Methods
__init__(internal_switch[, load_name, ...])Method generated by attrs for class AntennaS11.
clone(**kwargs)Clone with new parameters.
from_io(s11_io, load_name[, ...])Instantiate from an
edges_io.io.S11Dirobject.from_load_and_internal_switch(load_s11, ...)Generate the LoadS11 from an uncalibrated load and internal switch.
from_s1p_files(files, internal_switch[, ...])Generate from a list of four S1P files.
from_single_file(path, internal_switch[, ...])Generate from a single pre-calibrated file.
get_k_matrix(receiver[, freq])Compute the K matrix for this source.
get_s11_model(raw_s11, *[, freq, n_terms, ...])Generate a callable model for the S11.
plot_residuals([fig, ax, color_abs, ...])Plot the residuals of the S11 model compared to un-smoothed corrected data.
s11_model(freq)Compute the S11 at a specific set of frequencies.
Attributes
The raw S11 measurements at different frequencies.