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Waveform is the first section or screen of the Simulator. From this screen you will be able to build or upload your own waveforms for a specific operation point.


Suggested designs and simulation results will be generated based on the waveforms set in this screen.

At the top of the section you will see a field showing the file nameimage-1647508761458.png. At any point you can modify the given name just by typing in the new file name and saving the changes.

Right below, you can find the Generate PDF and Share features.image-1647508794737.pngimage-1647508797285.png

The Share feature will allow you to share the file with another Frenetic user, who will receive a notification through email and the file will appear in their Projects column.

In the central part of the screen you can find the schematic diagram of the topology that you selected in the previous stepimage-1647508867824.png. In case that that you selected the custom option, you will see the schematic of the component (transformer or inductor).

image-1647508929389.pngUsing the + WINDING buttons, you will be able to add either auxiliary or power windings in both primary or secondary sides.

image-1647508985085.pngThe crossing arrows button in the top right corner of the diagram will allow you to expand the view of the schematic.


Waveform builder image-1647509686055.png

In order to build the waveform, you must fill in the blanks with the parameters from your converter. It is necessary to fill in at least the nominal values for all the parameters. If any nominal value from the input parameters is missing, the waveform builder will show an error message.

Minimum, maximum and tolerance values are optional and will only affect the suggested designs. Results of the simulation will always be calculated from the nominal values.

The list of parameters will vary depending on the selected topology. The common parameters are: Ambient Temperature (T), Magnetizing Inductance (L), Switching Frequency (fsw) and Turn Ratio (m2).

Once all the blanks are filled in (with at least the nominal values), you can click the UPDATE WAVEFORM buttonimage-1647509746955.png. In a few seconds you will be able to see the results and representation of the built waveforms.

Every time you make a change to any input from the waveform builder, you must click the UPDATE WAVEFORM button to see the new results.
You can also do it with the RUN button. By clicking it, you will update the waveform and run the simulation at the same time.


Advanced settings image-1647509803444.png

Above the Results table, you can find the Advanced button that will display a new screen, allowing you to set different requirements and parameters regarding your project.

You can use this section to store information and requirements critical for your design. These settings are not taken into account when simulating or generating designs (except forced convection).

Using the Forced convection mode, under the Cooling conditions section, will allow you to simulate your design using forced convection. Set a value for the speed of the Blowing Forced Air (m/s) and click the RUN button to do this.

For now, forced convection is the only module from the Advanced Settings that will affect your simulation.image-1647509857657.png


Upload your own waveforms image-1647509956400.png

As an alternative to the waveform builder, you can always upload your own waveforms through a CSV file. Simulation results and suggestions will be generated based on your uploaded waveforms.
To use this feature, you must click the UPLOAD CSV button that you will find below the Results Table.

Keep in mind that you will still need to fill in the common parameters (T, Lmag, fsw, m2) in the waveform builder section before uploading your CSV file.

Under the UPLOAD CSV button, you will find a feature to download a CSV file example. Make sure that your CSV file follows the correct format and contains the same headers as in the example file.


Results image-1647510058096.png

Either if you use the waveform builder or upload your own waveforms, you will be able to see the results in the bottom section of the screen. These results are:

    • Results table: Showing the main calculations of voltage and current
    • Waveform representation
    • Discrete Fourier Transformation representation

These results will be available for both primary and secondary sides.


Suggest design and run

Every time you update the waveforms (either with the waveform builder or with the upload waveform feature), you will be able to generate suggested designs by clicking SUGGEST DESIGN button.image-1647510105204.png

WARNING: If you click SUGGEST DESIGN button the simulator will take you to the List of Designs screen, not allowing you to move to another section until the suggested designs are generated.
Also, the platform will automatically load and simulate the first suggestion from the list of designs, removing any previous design that you could have loaded in the Core and Winding sections.

The RUN buttonimage-1647510157080.png allows you tu run a complete simulation, using as inputs the loaded design in the Core and Winding screen; and the operation point set in the Waveform screen.

Keep in mind that, to run a simulation you need to have previously loaded a complete design, using the Core and the Winding sections.
The run button will also update the waveforms from the waveform builder inputs.


Other features

In the bottom part of the screen, you can find additional buttons:

  • SAVEimage-1647510228593.png: It will save the changes in the file

It is important to save the file before exiting the simulator or doing any actions with the file (sharing, requesting Ansys model or ordering a sample).

  • Gear wheel image-1647510313510.png: It displays a menu with extra features:



    • Ansys download: Allows you to download a Maxwell file of the simulation.
    • Delete project
    • Return to My projects





  • Guideimage-1647510497481.png: Access to the latest version of our User Guide.