This POSTFEKOアプリケーションマクロ can be used to plot all the standard parameters that are available after a characteristic mode analysis simulation
was performed.
This アプリケーションマクロ is used for calculating mean effective gain (MEG) and envelope correlation coefficient (ECC) for a MIMO antenna configuration.
The MEG ratio can also be plotted.
The Multiport post-processingアプリケーションマクロ allows you to calculate results for changes in the port loading without rerunning the ソルバー. Results that are supported are far fields, near fields, currents and specific port parameters, for example,
the voltage, current and S-parameters of each port.
The Multiport post-processingアプリケーションマクロ calculates the port reflections and field values for changes in port loading, without rerunning the ソルバー. Through scripting in POSTFEKO, loads can be modified as a post-processing step.
The Multiport post-processingアプリケーションマクロ can be configured to use a Lua settings file to define the loading and excitation for each port. This simplifies the procedure for frequent calculations
or large multiport setups with many ports.
The Multiport アプリケーションマクロ can be called via the command line through POSTFEKO. Use the --configure-script argument to pass configuration information to the multiport post-processing script.
The file format and data structure for the output files (.xml and .mat) are described. These files are generated for storing the scaling coefficients for a multiport calculation.
Example 2 shows how to use stored far field and near field data, in a POSTFEKO session with a multiport S-parameterTouchstone (.snp) file in the Multiport post-processing application macro.
Use the Multiport post-processingアプリケーションマクロ in POSTFEKO to calculate the port reflections and field data for a model (plate4prt.fek) with different load configurations.
The characteristic mode synthesis and design アプリケーションマクロ is a post-processing アプリケーションマクロ that can be used to calculate a weighted sum for the currents, near fields, and far fields requests for specific
characteristic modes of interest. The アプリケーションマクロ uses a modified version of the modal weighting coefficient (MWC) to use the radiating phase when synthesising
the results with the macro.
The Multiport post-processingアプリケーションマクロ allows you to calculate results for changes in the port loading without rerunning the ソルバー. Results that are supported are far fields, near fields, currents and specific port parameters, for example,
the voltage, current and S-parameters of each port.
Run Generate multiport configurationsアプリケーションマクロ in CADFEKO.
The Modify CADFEKO model dialog is displayed.
Click Continue to create the multiport
configurations.
A standard configuration is created for each port. In each
configuration, a single port is excited with the reference impedance from the
assigned load. The requests from standard configuration
config are transferred to each configuration to
calculate the fields for each excitation.