Ansys Electromagnetics Resource Library

Use Ansys HFSS and 3D encrypted components to simulate a Johanson Technology Chip antenna on a PCB

Use Ansys HFSS and 3D encrypted components to simulate a Johanson Technology Chip antenna on a PCB

Use Ansys HFSS and 3D encrypted components to simulate a Johanson Technology Chip antenna on a PCB

Use the FE-BI method in Ansys HFSS to simulate the radiation pattern of a dual-reflector antenna

Use Ansys HFSS to simulate the feed for a dual-reflector antenna

Use Ansys HFSS to determine the radiation pattern and phase center of a horn antenna.

Ansys HFSS and Ansys SIwave as essential tools for the simulation of signal and power integrity as well as the thermal behavior of electronic systems

Analysis of high-speed connections on PCBs and ICs as well as complete Power Delivery Networks (PDNs) with Ansys SIwave

Antennas and high-speed design with Ansys Electronics solutions

Optimize EMC (electromagnetic compatibility), SI (signal integrity), and PI (power integrity) with Ansys SIwave.

HF simulation of a PCB and layout optimization with Ansys SIwave

Heat management in the virtual product development of electronic systems with Ansys Icepak

Ansys Icepak enables efficient simulation of real product behavior with simplified models

CFD simulation with Ansys Icepak for evaluation of the temperature distribution and prediction of component heating

Analysis for improvement of the connection of the permanent magnets of an axial flow generator through electromagnetic-structural mechanical simulation with Ansys Mechanical Maxwell

In simulation, reluctance motors (SRM) demonstrate high efficiency and stable operational reliability with low construction costs, even at high load

Presentation of a workflow for simulation of inductive charging systems

Design optimization of an electric motor with improved operating parameters in identical installation space for Siemens Large Drives

Impact of assembly tolerances and environmental variables on sensor performance

Electromagnetic analyses of transducer-based hearing aids

Simulations with Ansys Maxwell support the development of powerful permanent magnets

Analysis of permanently excited electric machines and the creation of a simulation model with Ansys Maxwell