rfdata.data

Saves the result of the analysis of the chain object.

Library

EngeeRF

Description

Ways to create an object rfdata.data:

You can create it by specifying its properties from the workspace data using the constructor. rfdata.data.
You can perform an analysis of the frequency domain of a circuit object using the function analyze, and the result will be saved in the object rfdata.data.

It is recommended to use the function sparameters Instead of rfdata.data because it allows you to calculate S-parameters for radio frequency data, networks, circuits, and related objects.

Syntax

Function call

h = rfdata.data() — creates a data object whose properties are set by default.

h = rfdata.data(Name=Value) — sets properties specified by one or more name-value arguments. Unspecified properties retain their default values.

Arguments

Name-value input arguments

Specify optional argument pairs as Name=Value, where Name — the name of the argument, and Value — the appropriate value.

# Freq — frequency values for S-parameters, Hz

+ vector

Details

Frequency data for the S-parameters in the property S_Parameters, set as a vector from elements in Hz. The values must be positive and correspond to the order of the S-parameters. By default, this vector is empty.

Типы данных

Float64

# S_Parameters — S-parameter data

+ array

Details

S-parameter data, set as an array of size on on , where — the number of frequencies at which the network parameters are set. By default, this array is empty.

Типы данных	`Float64`
Support for complex numbers	Yes

# Z0 — reference impedance, ohms

+ 50 (by default) | scalar

Details

The reference impedance, set as a scalar in ohms.

Типы данных	`Float64`
Support for complex numbers	Yes

# ZS — source impedance, ohms

+ 50 (default) | scalar

Details

The impedance of the source, set as a scalar in ohms.

Типы данных	`Float64`
Support for complex numbers	Yes

# ZL — load impedance, ohms

+ 50 (by default) | scalar

Details

The load impedance, set as a scalar in ohms.

Типы данных	`Float64`
Support for complex numbers	Yes

# IntpType — interpolation method

+ "Linear" (by default) | "Spline" | "Cubic"

Details

The interpolation method used in the function rfdata.data, set as one of the following values:

"Linear" — linear interpolation;
"Spline" — cubic spline interpolation;
"Cubic" — piecewise cubic Hermite interpolation.

# Name — the name of the object

+ "Data Object" (by default) | line

Details

The name of the object, set as a string.

This argument is read-only.

Типы данных

String

Output arguments

# h — the data object

+ object

Details

The data object.

Examples

Creating a data object

Details

Creating a data object with the default properties using the function rfdata.data.

using EngeeRF

h = rfdata.data()

println("Name: ", h.Name,
        "\nFreq: ", h.Freq,
        "\nS-Parameters: ", h.S_Parameters,
        "\nRefImpedance: ", h.Z0,
        "\nSourceImpedance: ", h.ZS,
        "\nLoadImpedance: ", h.ZL,
        "\nIntpType: ", h.IntpType)

Name: Data Object
Freq: Float64[]
S-Parameters: Array{ComplexF64, 3}(undef, 1, 1, 0)
RefImpedance: ComplexF64[50.0 + 0.0im]
SourceImpedance: ComplexF64[50.0 + 0.0im]
LoadImpedance: ComplexF64[50.0 + 0.0im]
IntpType: Linear