TAGGED: 2D, geometry-import, hfss-15
-
-
November 21, 2023 at 6:04 pm
Vilius Zalenas
SubscriberHi,
I am a complete beginner to ansys software and yet came with such a challenging task. I want to simulate (make a 3d model at first) a very complex sine-log antenna type. I made an exact graph of it in matlab (screenshot below) and I need to somehow import it in ansys to extrude it as an upper copper layer of the pcb... I have some freedom in terms of the format of the picture (I can export it as pdf or other type of file from the matlab), but I have to keep the proportions very precise, so can you at least guide me through the steps. What actions do I have to take to achieve the described goal? -
November 22, 2023 at 3:08 pm
Praneeth
Forum ModeratorHi,
Thank you for reaching out to the Ansys Learning Forum.
It is possible to draw the geometry in AEDT HFSS itself if you are drawing this model in Matlab using design equations. Please go through “Drawing an Equation-Based Curve” section in the HFSS help document available under the Help menu for more detailed information.
Best regards,
Praneeth.
-
December 13, 2023 at 2:56 pm
-
December 24, 2023 at 6:54 am
Praneeth
Forum ModeratorHi,
Did you adjust the units in the fields for curve creation? The supported units for drawing equation based curve is meters. Please do not use units in equations as there are not supported. More details on this can be found in “Drawing an Equation-Based Curve” section of the HFSS help document.
It looks like you are using a very old version of the application. Please note that some functionalities differ for older versions.
Best reagrds,
Praneeth.
-
- The topic ‘Importing complex 2D antenna drawing to ANSYS’ is closed to new replies.
- Plotting Ex, Ey and Ez in vector forms individually
- How does Ansys Twin Builder implement different simulation steps for subcircuits
- Ansys-MATLAB Co-Simulation
- Compute near field simulation with current
- Ansys Resonance simulatioin error
- Double-sided LIM external circuit error
- Calculating E-field tangential to a 2D resonant structure on a sapphire chip
-
2773
-
960
-
830
-
599
-
591
© 2025 Copyright ANSYS, Inc. All rights reserved.