Store result of circuit object analysis
Use the data
class to store S-parameters, noise figure in
decibels, and frequency-dependent, third-order output (OIP3) intercept
points.
There are three ways to create an rfdata.data
object:
You can construct it by specifying its properties from workspace data
using the rfdata.data
constructor.
You can create it from file data using the read
method.
You can perform frequency domain analysis of a circuit object using the
analyze
method, and RF Toolbox™ software stores the results in an
rfdata.data
object.
h = rfdata.data
h = rfdata.data('Property1',value1,'Property2',value2,...)
h = rfdata.data
returns a data object whose properties
all have their default values.
h = rfdata.data('Property1',value1,'Property2',value2,...)
sets properties using one or more name-value pairs. You can specify multiple
name-value pairs. Enclose each property name in a quote
analyze | Analyze circuit object in frequency domain |
calculate | Calculate specified parameters for circuit object |
circle | Draw circles on Smith Chart |
extract | Extract array of network parameters from data object |
getop | Display operating conditions |
getz0 | Characteristic impedance of transmission line object |
listformat | List valid formats for specified circuit object parameter |
listparam | List valid parameters for specified circuit object |
loglog | Plot specified circuit object parameters using log-log scale |
plot | Plot specified circuit object parameters on X-Y plane |
plotyy | Plot specified object parameters with y-axes on both left and right sides |
polar | Plot specified object parameters on polar coordinates |
read | Read RF data from file to new or existing circuit or data object |
restore | Restore data to original frequencies |
semilogx | Plot specified circuit object parameters using log scale for x-axis |
semilogy | Plot specified circuit object parameters using log scale for y-axis |
smith | Plot specified circuit object parameters on Smith chart |
write | Write RF data from circuit or data object to file |
rfdata.ip3
| rfdata.mixerspur
| rfdata.network
| rfdata.nf
| rfdata.noise
| rfdata.power