📄 mustriploss.m
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% MUSTRIPLOSS Calculate the attenuation of a microstrip line
%
% [alpha, alphaC, alphaD] = MUSTRIPLOSS (EpsR, EpsE, tandelta, sigma, Z0, W, f)
% EpsR is the relative dielectric constant
% EpsE is the effective dielectric constant
% tandelta is the loss tangent of the dielectric
% sigma is the conductivity of the metal
% Z0 is the characteristic impedance of the microstrip line
% W is the microstrip width
% f is the frequency of operation
%
function [alpha, alphaC, alphaD] = MUSTRIPLOSS (EpsR, EpsE, tandelta, sigma, Z0, W, f)
k0 = 2*pi*f/3.0E8;
if (EpsR ~= 1),
alphaD = k0*EpsR*(EpsE - 1)*tandelta/2/sqrt(EpsE)/(EpsR - 1);
else
% If EpsR = 1, above formula divides by zero, so simplify.
alphaD = k0*tandelta/2;
end;
Mu0 = 1.2566e-006;
Rs = sqrt(pi*f*Mu0/sigma);
alphaC = Rs/Z0/W;
alpha = alphaC + alphaD;
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