edges_cal.reflection_coefficient

Functions for working with reflection coefficients.

Most of the functions in this module follow the formalism/notation of

Monsalve et al., 2016, “One-Port Direct/Reverse Method for Characterizing VNA Calibration Standards”, IEEE Transactions on Microwave Theory and Techniques, vol. 64, issue 8, pp. 2631-2639, https://arxiv.org/pdf/1606.02446.pdf

They represent basic relations between physical parameters of circuits, as measured with internal standards.

Functions

CalkitMatch([resistance])	Create a Match standard.
CalkitOpen(**kwargs)	Factory function for creating Open standards, with resistance=inf.
CalkitShort(**kwargs)	Factor function for creating Short standards, with resistance=0.
agilent_85033E(f, resistance_of_match[, ...])	Generate open, short and match standards for the Agilent 85033E.
de_embed(gamma_open_intr, gamma_short_intr, ...)	Obtain network S-parameters from OSL standards and intrinsic reflections of DUT.
gamma2impedance(gamma, z0)	Convert reflection coeffiency to impedance.
gamma_de_embed(s11, s12s21, s22, gamma_ref)	Obtain the intrinsic reflection coefficient.
gamma_embed(s11, s12s21, s22, gamma)	Obtain the intrinsic reflection coefficient.
get_calkit(base[, resistance_of_match, ...])	Get a calkit based on a provided base calkit, with given updates.
get_sparams(gamma_open_intr, ...)	Obtain network S-parameters from OSL standards and intrinsic reflections of DUT.
impedance2gamma(z, z0)	Convert impedance to reflection coefficient.
input_impedance_transmission_line(z0, gamma, ...)	Calculate the impedance of a terminated transmission line.

Classes

Calkit(open, short, match)
CalkitStandard(*, resistance[, ...])	Class representing a calkit standard.