HFSS15: Prepare the Model for Large Scale DSO Analysis

1. Launch the desktop.

2. Create the input project on the shared drive.

For this example, start with the standard HFSSOptimTee.hfss example and copy it to the shared drive.

Copy "<installation-directory><platform>ExamplesRF_MicrowaveOptimTee.hfss" to "\sjo7na1hfssprojsOptimTee.hfss"

3. Setup the parametric table.

For this example, use the existing ’ParametricSetup1’ as the parametric setup to solve.

4. Prepare the outputs.

Outputs from Large Scale DSO come from pre-defined rectangular plots that are created before the Analysis command is issued. Follow the steps below:

a. Because these DSO outputs come solely from Rectangular Plots, delete all other postprocessing setups, and then turn off Save Fields And Mesh as shown below.

Open ParametricSetup1 for editing. You will see that the OptimTee parametric setup contains three calculations, as shown below.

b. Delete all three calculations. When you have done so, the Setup Sweep Analysis Calculations tab looks like this:

c. Click on the Options tab and uncheck Save Fields And Mesh, as shown below:

5. Use the Reporter to define outputs.

For this example, you add six traces traces that correspond to six csv outputs of the Large Scale DSO job: mag(S11), mag(S12), mag(S13), Power11, Power12, and Power13.

a. As shown below, select three quantities: mag(S11), mag(S12), and mag(S13).

b. Click on the Families tab and ensure that all variables are set to Nominal, as shown below.

c. Click the New Report button.

Use the Report to create a Power distribution plot that has three power distribution traces.

d. To create an S-parameter plot that has three traces, click Results>Create Modal Solution Data Report>Rectangular Plot.

e. As shown below, select three quantities, Power11, Power21, and Power31.

f. Click on the Families tab and ensure that all variables are set to Nominal.

g. Click the New Report button.

6. Save and Close the project.

Next

Submit the Large Scale DSO Job: Examples