skrf.network.s2y¶

skrf.network.s2y(s, z0=50)¶

convert scattering parameters to admittance parameters [1]

$y = \sqrt {y_0} \cdot (I - s)(I + s)^{-1} \cdot \sqrt{y_0}$

Parameters :

s : complex array-like

scattering parameters

z0 : complex array-like or number

port impedances

Returns :

y : complex array-like

admittance parameters

See also

s2z: converts scattering parameters to impedance parameters
s2y: converts scattering parameters to admittance parameters
s2t: converts scattering parameters to scattering transfer parameters
z2s: converts impedance parameters to scattering parameters
z2y: converts impedance parameters to impedance parameters
z2t: converts impedance parameters to scattering transfer parameters
y2s: converts admittance parameters to impedance parameters
y2z: converts admittance parameters to impedance parameters
y2z: converts admittance parameters to scattering transfer parameters
t2s: converts scattering transfer paramerters to scattering parameters
t2z: converts scattering transfer paramerters to impedance parameters
t2y: converts scattering transfer paramerters to admittance parameters

References

[1]	http://en.wikipedia.org/wiki/Admittance_parameters

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