Über Ansys HFSS
Ansys HFSS ist eine Lösung für elektromagnetische Simulationen, mit der hochfrequente elektronische Produkte entworfen und simuliert werden können.
Nutzerbewertungen filtern (4)
EM Simulation with time and money saving
The tool is very suitable for performing close to real performance EM Simulation. The help section os very great. The documentation is like spoon feeding the beginners. Report generation is very simple for the simulation results. This software offers a lot of flexibility. The features are great as compared to competitors.
The software GUI needs an update and looks outdated. The video section still needs additions. The area of bi-static radar cross section is not discussed in details in help and documentation of the tool.
Good ROI with Ansys HFSS
Kommentare: I work on EMC , SI and PI problems. I use HFSS 3D layout to analyse PCB level SI PI problems and Ansys HFSS 3D for system level EMC Analysis. I find it useful in using analysis at several levels to do quick what if analysis at several levels. However it is yet to reach at per the expectations of system level EMC analysis of very large structures such as an electric vehicle.
The software is very good for Antenna related problems. The accuracy of S parameters are very good compared to other software. The latest feature of mesh fusion using HFSS component is very useful in solving large scale problems in EMC or SI. Integration with current business process is not very easy due to time gap when problems are discovered.
Fast solvers are required for sparse matrix manipulation and speed up the simulation. Script work flow for emc simulation would be highly effective for integrating with hardware design process. The need for fit to use virtual laboratory of emc analysis would be very useful in virtual prototyping of design processes.
HFSS is Essential to Our Antenna and Phased Array Developments
HFSS is an essential tool that allows us to achieve first pass success in our antenna and phased array product development. We use it for antenna operating in the 2-40GHz frequency range for both wide band and narrow band solutions. The optimization capability and accuracy of the solutions allow us to achieve required performance without having to perform multiple design-fabricate-test cycles. The result is faster time to market, improved specifications, and lower development cost.
HFSS is not a low cost solution, but the results can justify the cost for many product developments.
Good to use
Accuracy is very good. Also quite powerful solvers for 3D simulations.
At start, it is quite difficult to get used to with