- skrf.media.mline.MLine — scikit|rf Documentation🔍
- skrf.media.mline — scikit|rf Documentation🔍
- skrf.media.mline.MLine.line — scikit|rf Documentation🔍
- skrf.media.mline.MLine.thru — scikit|rf Documentation🔍
- skrf.media.mline.MLine.analyse_quasi_static🔍
- skrf.media.mline.MLine.load — scikit|rf Documentation🔍
- skrf.media.mline.MLine.electrical_length — scikit|rf Documentation🔍
- skrf.media.mline.MLine.to_meters — scikit|rf Documentation🔍
skrf.media.mline.MLine — scikit|rf Documentation
skrf.media.mline.MLine ... A microstripline transmission line defined in terms of width, thickness and height on a given relative permittivity substrate. The ...
Source code for skrf.media.mline ... [docs] class MLine(Media): r""" A microstripline transmission line defined in terms of width, thickness and height on a given ...
skrf.media.mline.MLine.line ... Transmission line of a given length and impedance. The units of length are interpreted according to the value of unit . If z0 is ...
skrf.media.mline.MLine.thru · z0 (number, or array-like or None) – port impedance. Default is None, in which case the Media's z0 is used. This sets the ...
This function calculates the quasi-static impedance of a microstrip line, the value of the effective permittivity as per filling factor and the effective width ...
skrf.media.mline.MLine.load . MLine.load(Gamma0, nports=1, z0=None, **kwargs) . Load of given reflection coefficient. Parameters:.
skrf.media.mline.MLine.electrical_length . MLine.electrical_length(d, deg=False) . Calculate the complex electrical length for a given distance.
skrf.media.mline.MLine.to_meters . MLine.to_meters(d, unit='deg') . Translate various units of distance into meters. This is a method of media to allow for ...
skrf.media.mline.MLine.theta_2_d . MLine.theta_2_d(theta, deg=True, bc=True) . Convert electrical length to physical distance.
skrf.media.mline.MLine.shunt_capacitor · C (number, array-like) – Capacitance in Farads. · **kwargs (arguments, keyword arguments) – passed to func: capacitor.
skrf.media.mline.MLine.lossless_mismatch ... Lossless, symmetric mismatch defined by its return loss. Parameters: ... Built with Sphinx using a theme provided by ...
skrf.media.mline.MLine.delay_load ... Delayed load. A load with reflection coefficient Gamma0 at the end of a matched line of length d . Parameters: ... Built with ...
skrf.media.mline.MLine.match · nports (int) – number of ports · z0 (number, or array-like or None) – port impedance. Default is None, in which case the Media's ...
skrf.media.mline.MLine.open . MLine.open(nports=1, **kwargs) . Open ( Γ 0 = 1 ). Parameters: nports (int) – number of ports.
skrf.media.mline.MLine.attenuator . MLine.attenuator(s21, db=True, d=0, unit='deg', name='', **kwargs) . Ideal matched attenuator of a given length.
f_epr_tand (NumberLike). compatibility_mode (str | None). Previous Next ...
skrf.media.mline.MLine.impedance_mismatch . MLine.impedance_mismatch(z1, z2, **kwargs) . Two-port network for an impedance mismatch. Parameters:.
skrf.media.mline.MLine.short · nports (int) – number of ports · **kwargs (key word arguments passed to load() .) · z0 (number, or array-like or None) – port ...
Create New Networks Based on Media Models · Issue #304 · scikit-rf ...
Use of the embed feature of media.line (see here); Explicitly set the port impedance. import matplotlib.pyplot as plt from skrf.frequency import ...
media ( skrf.media ) . This package provides objects representing transmission line mediums. The Media object is the base-class that ...