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RF Electromagnetics
Co-site Interference
This example shows how to define and setup a co-site interference solution.
Solving the Model
Launch the Feko Solver to calculate the results and view the results.

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Tutorials
- Flux in SimLab Tutorials
  See the lists SimLab examples using the Flux and Mipse solvers, with all available documents, *.slb databases and all script files.
- Flux Motor-SimLab Tutorials
- RF Electromagnetics
  - Antenna Placement
    This example considers the application of placing an antenna using an equivalent source on a large object.
  - Radio Coverage
    This example considers the application of analyzing a Wi-Fi router in a building.
  - Co-site Interference
    This example shows how to define and setup a co-site interference solution.
    - Example Overview
      This example shows how to set up a co-site interference solution Altair SimLab. The example uses S-parameter data from an external Touchstone file.
    - Topics Discussed in this Example
    - Example Prerequisites
      Before starting this example, ensure that the system satisfies the minimum requirements.
    - Defining a Co-site Interference Solution
      Create a co-site interference solution for the model.
    - Adding Transmitter and Receiver Equipment
      Add transmitters and receivers to the antennas from the equipment catalog.
    - Saving the Model
      Save the model to a SimLab .slb file.
    - Solving the Model
      Launch the Feko Solver to calculate the results and view the results.
    - Viewing the Interference Results
      View the interference matrix result.
    - Defining Co-site Mitigation Solution
      Create a second co-site interference solution for the model.
    - Adding Mitigation Equipment
      Add additional equipment to the transmitters and receivers to reduce the interference.
    - Saving and Solving the Model
      Save the model and launch the Feko solver.
    - Viewing the Mitigation Results
      View the mitigation results.
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Solving the Model

Launch the Feko Solver to calculate the results and view the results.

Note: This model takes a while to solve.

On the Analysis tab, in the Options group, click the

Solve icon.

After a model was solved, the co_site_interference folder is created that contains the result files.

Resaving the model after it was solved, the co_site_interference folder is created that contains the result and related files for SimLab.

Tip: To share your SimLab model and results, copy the following file and folder:

co_site_interference.slb (file)
co_site_interference (folder)

The Cosite Results dialog is displayed.