Field Precision LLC Title

Please use this link if you would like to obtain EMP3, our free student software for time-domain electromagnetic fields: Download EMP3. Download and run emp3_programs.exe. The programs, instruction manuals and examples are organized and ready to run. See the file readme.html in the \fieldp\emp3 directory for instructions. The remainder of this page gives information on Aether, our new 3D electromagnetic code for professional applications.



For more information
Aether Reference Manual: Download
Aether Tutorial Manual: Download
Check prices and ordering information: Go to catalog
Arrange a free, 30-day trial of Aether: Go to trial form
Contact us if you have technical questions: techinfo@fieldp.com




Function
Three-dimensional time- and frequency-domain electromagnetic fields, magnetic diffusion, eddy-current analysis
Description
Aether (Version 1.0) is one of the most advanced programs available for 3D electromagnetic fields at a fraction of the cost of competing products. The unified finite-element package handles all stages of a solution: mesh generation, field calculation and interactive analysis. The program has three modes of operation that cover the full spectrum of applications:
  • Pulse mode: EMI and end-to-end simulations of pulsed-power devices.
  • Res mode: Resonant frequencies and Q factors of complex 3D structures.
  • RF mode: Fast frequency-domain simulations of microwave and RF devices.
The Pulse and RF modes feature automatic implementation of the non-radiative limit for pulsed magnets and RF fields with eddy currents. Aether is coded in FORTRAN 95 for incredible speed. The program supports dynamic memory allocation to take full advantage of 64-bit computers. Available for all versions of Windows. (Release date: September 30, 2008)
Features
Interactive, graphical mesh generation with import from SolidWords, AutoCAD and ProE.
Postprocessor features an interactive analysis environment with 2D and 3D graphics.
Textbook-quality reference manual and a tutorial manual with walkthough examples that illustrate setups for the full range of program capabilities.
Define time-dependent conductivities for switch simulations.
Option to set continuous spatial variations of dielectric constant, magnetic permeability and conductivity from mathematical functions.
Preload electrostatic solutions to initialize charged transmission lines and capacitors.
Definition of complex 3D drive coils with the MagWinder utility.