RA6500.m

% Build a cascade (row vector) of RF elements
elements(1) = seriesRLC( ...
    'Name','C', ...
    'R',36, ...
    'C',1.002e-09);
elements(2) = nport('C:\Users\jonel\OneDrive\Desktop\ADL5611-s-parameters\ADL5611_deembed_5V_Rev0.s2p');
elements(3) = amplifier( ...
    NF=3.2, ...
    OIP2=16, ...
    OIP3=27);
elements(4) = seriesRLC( ...
    'Name','C', ...
    'C',1e-09);
elements(5) = nport('C:\Users\jonel\OneDrive\Desktop\GP2X+_S3P\GP2X+.S3P', ...
    Input=1, ...
    Output=2, ...
    Termination=50);
elements(6) = nport('C:\Users\jonel\OneDrive\Desktop\hmc326ms8g\HMC326MS8G_deembedded_Rev2.s2p');
elements(7) = amplifier( ...
    NF=5, ...
    OIP2=21, ...
    OIP3=32);
elements(8) = shuntRLC( ...
    'Name','C', ...
    'C',7e-12);
elements(9) = seriesRLC( ...
    'Name','C', ...
    'C',3e-12);
elements(10) = shuntRLC( ...
    'Name','C', ...
    'L',5.6e-08);
elements(11) = rfantenna('Gain',0.5);

% Construct an rfbudget object
b = rfbudget( ...
    Elements=elements, ...
    InputFrequency=4.3e9, ...
    AvailableInputPower=-20, ...
    SignalBandwidth=100e6, ...
    Solver='Friis', ...
    AutoUpdate=false);