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Electronics Simulation Desktop

Ansys Electronics Desktop Student offers free access to the industry gold-standard simulators for projects with antenna, RF, microwave, PCB, IC and IC package designs, as well as electromechanical devices including electric motors and generators.

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Ansys HPC (High-Performance Computing):
Supports up to four cores for HPC solutions.

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Simulate Magnetic Fields of a Helmholtz Coil

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Free Ansys Electronics Desktop Software Download

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Electronics Desktop | Thermal, EM, SI, PCB, and E-Mechanical Simulation Solutions


How to Perform the Ansys Electronics Desktop Student installation

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  1. Save all data and close all Windows applications before continuing.
  2. After downloading the installation zip file, uncompress the file to a new temporary directory.
  3. In the temporary directory, locate and right click the setup.exe file and select Run as administrator. Click Next on the installation window. The license agreement appears.
  4. Read the agreement form, and if you agree to the terms and conditions, select Yes.
  5. The directory where you want to install Ansys products is shown in the Install Directory field.
    You can install the products into any directory for which you have write permissions. The default is C:\Program Files\AnsysEM. Click the Next to continue. Click Next on the review settings window showing directory and disc space information.
  6. The installation progress screen displays a status bar toward the bottom of the installation window. You will not be able to interrupt the installation process.
    The installation program will check your system for the necessary prerequisites (described above). The prerequisites will be installed automatically if not already available.

Supported Platforms and Operating Systems:

  • Microsoft Windows 10, 64-bit (Professional, Enterprise and Education), supported builds: LTSB and CBB (CB not supported).

Minimum Hardware Requirements:

  • CPU: Pentium® 4 2.0 GHZ or Athlon® 2000+ or faster, 64-bit (x64) processor
  • 8 GB RAM
  • 17 GB hard drive space
  • Graphics card and driver: Professional workstation class 3-D
  • OpenGL-capable

Download Times and Supported Browsers:
These are large files. Your internet connection speed and connection overhead will determine how long the download will take.

Download Speed (Mbps)

Average Download Time for Ansys Electronics Desktop Student Product

Supported Internet Browsers

10 Mbps (10Base-T)

80 mins
  • Mozilla Firefox or Microsoft Internet Explorer (7 or higher): Download Manager option as a pop-up window or a new browser tab.
  • Google Chrome: Direct download with no option to use a Download Manager.
  • Note: Microsoft Internet Explorer 6 (or earlier) and other browsers are not supported.

25 Mbps (ATM25)

32 mins

50 Mbps (OC1)

15 mins

Ansys HPC (High-Performance Computing):
Supports up to four cores for HPC solutions.

  • Mesh element count limit:
    • HFSS, Maxwell, Q3D Extractor: 3D volume: 64,000 elements, 3D surface: 8,000 elements, 2D: 2,000 triangles
    • Icepak: 512K elements
  • HFSS: SBR+, hybrid and mesh assembly solves not supported
  • No geometry export
  • Geometry Import for DXF and STEP formats only
  • Integration with Ansys Workbench not supported
  • Beta features not supported
  • Local solve only (remote configuration not supported)
  • Academic terms of use

Renewable, twelve-month lease.

  1. Ansys HFSS

  2. Ansys Maxwell

  3. Ansys Q3D Extractor

  4. Ansys Icepak

 

Physics:

  • HF and LF Electromagnetics
  • Electromechanical analysis
  • Electrothermal analysis
  • Integrated 3D modeling environment
  • Integrated optimetrics

 

Features and Capabilities:

Ansys HFSS:

  • High-frequency full-wave EM simulation
  • Automatic adaptive meshing
  • SYZ-parameter extraction
  • Local, near- and far-field data

Ansys Maxwell:

  • Low-frequency EM simulation
  • Automatic adaptive meshing
  • Multidomain system modeling
  • Electric machine simulation

Ansys Q3D Extractor:

  • 3D and 2D quasi-static electromagnetics
  • RLC parameter extraction
  • Power/signal integrity analysis
  • Transmission line RLGC modeling

Ansys Icepak:

  • Electrothermal coupling and cooler modeling
  • DC Joule heating and multifluid analysis
  • ROM flow and thermal analysis
  • Unstructured, body-fitted meshing

 

Geometry Import:

  • STEP, DXF

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