RF Network Construction
Networks of circuit objects, ladder filters, transmission lines
Use these RF Toolbox™ classes and functions to define RF network components and connect them in series, parallel, cascade, hybrid, and inverse hybrid configurations. Then you can use these networks to perform additional RF analysis.
Alternatively, use classes such ascapacitor
,电感器
, andresistor
to create arbitrary networks and calculate the S-parameters and group delay.
Functions
copy |
Copy circuit or data object |
cascadesparams |
Combine S-parameters to form cascaded network |
add |
Insert circuit element or circuit object into circuit |
setports |
Set ports of circuit object |
setterminals |
Set terminals of circuit object |
clone |
Create copy of existing circuit element or circuit object |
Classes
capacitor |
Capacitor object |
电感器 |
Inductor object |
resistor |
Resistor object |
circuit |
Circuit object |
nport |
Create linear n-port circuit element |
lcladder |
LC梯object |
amplifier |
Amplifier object |
modulator |
Modulator object |
rfelement |
Generic RF element object |
rfckt.amplifier |
Cascaded network |
rfckt.datafile |
Cascaded network |
rfckt.mixer |
Cascaded network |
rfckt.passive |
Cascaded network |
rfckt.cascade |
Cascaded network |
rfckt.parallel |
Parallel connected network |
rfckt.series |
Series connected network |
rfckt.seriesrlc |
Series RLC component |
rfckt.shuntrlc |
Shunt RLC component |
rfckt.hybrid |
Hybrid connected network |
rfckt.hybridg |
Inverse hybrid connected network |
rfckt.lcbandpasspi |
Bandpass pi filter |
rfckt.lcbandpasstee |
Bandpass tee filter |
rfckt.lcbandstoppi |
Bandstop pi filter |
rfckt.lcbandstoptee |
Bandpass tee filter |
rfckt.lchighpasspi |
Highpass pi filter |
rfckt.lchighpasstee |
Highpass tee filter |
rfckt.lclowpasspi |
Lowpass pi filter |
rfckt.lclowpasstee |
Lowpass tee filter |
rfckt.coaxial |
Coaxial transmission line |
rfckt.cpw |
Coplanar waveguide transmission line |
rfckt.delay |
Delay line |
rfckt.microstrip |
Microstrip transmission line |
rfckt.parallelplate |
Parallel-plate transmission line |
rfckt.rlcgline |
RLCG transmission line |
rfckt.twowire |
Two-wire transmission line |
rfckt.txline |
General transmission line |
Topics
Explains how to set and retrieve operating condition values.
Describes the RF Design and Analysis app circuit and session operations.
Describes how to build and analyze an RF network and export the network to the MATLAB®workspace.
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