You can perform budget analysis of RF networks using the RF Budget Analyzer app or rfbudget
object.
RF Budget Analyzer | Analyze gain, noise figure, IP2, and IP3 of cascaded RF elements and export to RF Blockset |
rfbudget | Create RF budget object and compute RF budget results for chain of 2-port elements |
rfsystem | Perform circuit envelope simulation of RF system designed using
rfbudget |
amplifier | Amplifier object |
attenuator | Create two-port attenuator element |
modulator | Modulator object |
rfantenna | Create antenna element modelled as transmitter |
rfelement | Generic RF element object |
rffilter | Create RF filter object |
nport | Create linear n-port circuit element |
seriesRLC | Create two-port series RLC circuit |
shuntRLC | Create two-port shunt RLC circuit |
txlineCoaxial | Create coaxial transmission line |
txlineCPW | Create coplanar waveguide transmission line |
txlineMicrostrip | Create microstrip transmission line |
txlineParallelPlate | Create parallel-plate transmission line |
txlineRLCGLine | Create RLCG line transmission line |
txlineTwoWire | Create two-wire transmission line |
txlineEquationBased | Create equation-based transmission line |
txlineDelayLossless | Create delay lossless transmission line |
txlineDelayLossy | Create delay lossy transmission line |
show | Display RF budget object in RF Budget Analyzer app |
computeBudget | Compute results of rfbudget object |
exportScript | Export MATLAB code that generates RF budget object |
exportRFBlockset | Create RF Blockset model from RF budget object |
exportTestbench | Create measurement testbench from RF budget object |
rfplot | Plot cumulative RF budget result versus cascade input frequency |
smithplot | Plot impedance transformation for selected matching network on smith chart |
polar | Plot specified object parameters on polar coordinates |
RF circuit or rfbudget vs. rfckt Objects
Determine when to use RF circuit
, rfbudget
, and
rfckt
objects in your RF analysis workflow.