RF Toolbox™ functions enable you to calculate input and output reflection coefficients, compute stability factors, de-embed S-parameters and perform other RF analysis tasks. You can also perform noise figure calculations and find third-order intercept points for cascaded networks.
To compute transfer functions and fit the transfer function to closed
rationalfit. Then use this result
to model single-ended and differential high-speed transmission lines.
You can also perform budget analysis of RF networks using RF Budget Analyzer.
|RF Budget Analyzer||Analyze gain, noise figure, and IP3 of cascaded RF elements and export to RF Blockset|
|Convert reflection coefficient to impedance|
|Input reflection coefficient of 2-port network|
|Load reflection coefficient of 2-port network|
|Output reflection coefficient of 2-port network|
|Source reflection coefficient of 2-port network|
|Convert impedance to reflection coefficient|
|Convert S-parameters of 2-port network to voltage or power-wave transfer function|
|Power gain of 2-port network|
|Approximate data using stable rational function object|
|Frequency response of rational function object|
|Impulse response for rational function object|
|Step-signal response of rational function object|
|Time response for rational function object|
|VSWR at given reflection coefficient Γ|
|Group delay of s-parameter object or RF filter object or RF Toolbox circuit object|
|Check passivity of N-port S-parameters|
|Make N-port S-parameters passive|
|Check passivity of scalar rational function object|