-
-
February 15, 2022 at 4:10 pm
mt3223
SubscriberGreetings!
I am trying to simulate an on-body antenna using the default human body model in Ansys Electronics Desktop. However, I noticed that although the simulator works fine for 900 MHz antennas, it becomes very difficult to finish the simulation when the operating frequency is 2.4 GHz or above. I have tried reducing the number of meshes, number of frequency points (only 3 points), number of passes, and increasing delta S.
Is there any particular setup that I should try? How can I effectively simulate on-body antennas at higher frequencies?
My PC configuration is as follows: 48 GB RAM, Intel Core i7 CPU @ 3.6 GHz
February 18, 2022 at 10:38 amAnchal Singh
Ansys Employee
Are you performing simulation with a full human body model? If yes, then your PC configuration is not sufficient to do this for a 2.4 GHz frequency. You may need to buy more RAM.
Else you can try simulating antenna with a small portion of the body like head, shoulder, arm, hand, etc.
Thanks
Anchal
Viewing 1 reply thread- The topic ‘Human body model simulation in Ansys Electronics Desktop’ is closed to new replies.
Ansys Innovation SpaceTrending discussions- Lumped Port Deembed
- Hfss 3D pcb via capped and filled with epoxy
- Optimizing Via Impedance in Ansys HFSS 3D Layout Using Geometric Parameter Sweep
- HFSS libnvidia-ml.so too old or could not be found – Warning in slurm job output
- AEDT Natural Convection with default correlation is failing solver initializatio
- STL Import Errors in HFSS After Cleaning in SpaceClaim
- Three-Phase Voltage Imbalances in dual stator electric generator
- Calc Error in Field Calculator after PyAEDT Analyze
- import file autocad 3d
- Co-simulation in Q3D, Icepak – meshing problem
Top Contributors-
3977
-
1461
-
1272
-
1124
-
1021
Top Rated Tags© 2025 Copyright ANSYS, Inc. All rights reserved.
Ansys does not support the usage of unauthorized Ansys software. Please visit www.ansys.com to obtain an official distribution.
-

Ansys Assistant

Welcome to Ansys Assistant!
An AI-based virtual assistant for active Ansys Academic Customers. Please login using your university issued email address.

Hey there, you are quite inquisitive! You have hit your hourly question limit. Please retry after '10' minutes. For questions, please reach out to ansyslearn@ansys.com.
RETRY