Receiver Calibration

To determine the calibration solutions for the receiver (so that it can be later applied to the data), use functions from the following modules.

High-Level Interface

edges.cal.calobs	The main user-facing module of edges-cal.
edges.cal.calibrator	A module defining a Calibrator object that holds noise-wave solutions.
edges.cal.input_sources	Definition of a class that contains all the data required for a calibration load.
edges.cal.receiver_cal	Functions to perform reciever calibration given a CalibrationObservation.
edges.cal.spectra	Module dealing with calibration spectra and thermistor measurements.
edges.cal.apply	Functions for applying calibration solutions to data.
edges.cal.plots	Various plotting functions.

Low-Level Functions

edges.cal.dicke	Functions for dicke-switch calibration.
edges.cal.loss	Models for loss through cables.
edges.cal.noise_waves	Functions for calibrating the receiver.
edges.cal.thermistor	Functions for working with data from a thermistor.
edges.cal.sparams.core.datatypes	Dataclasses representing S-parameters and reflection coefficients.
edges.cal.sparams.core.s11model	Methods for modeling and smoothing ReflectionCoefficient (S11) data.
edges.cal.sparams.core.network_component_models	Functions for working with reflection coefficients.
edges.cal.sparams.core.sparam_calibration	Functions for calibrating S-parameter measurements.
edges.cal.sparams.devices.receiver	Functions for calibrating the receiver reflection coefficients.
edges.cal.sparams.devices.internal_switch	Functions for calculating the S-parameters of the internal switch (EDGES 2).
edges.cal.sparams.devices.input_sources	Functions for calibrating input source reflection coefficients.
edges.cal.sparams.devices.hot_load_cable	Functions for determining S-parameters of the hot-load calibration cable.