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Realize Your Product Promise™ HFSS

Smart phone front view with electronic field c (left); back view with housing cut away to shr internal geometry with electric field (right) Achieve high-frequency, high-speed component design with state-of-the-art tools from ANSYS. ANSYS HFSS delivers the most accurate EM simulation results, every time. Since performance of electronic devices depends on electromagnetic (EM) behavior, you need a fast, accurate account of how your design will behave in real-world implementations — long before any prototype is built. ANSYS HFSS™ simulation results give you the confidence you need: The...

Layout Design Cadence, Mentor Graphics, Synopsys, Zuken, Altium AnsoftLinksTM Ansoft Designer ANSYS WorkbenchTM S, Y, Z parameters and fields ANSYS HFSS ANSYS Full-Wave SPICETM Broadband SPICE model Mechanical CAD ProE, STEP, IGES SPICE, RF tools HFSS, part of the ANSYS high-frequency electromagnetic design portfolio, is integrated with ANSYS Workbench for coupling EM effects into multiphysics analyses, such as temperature and deformation. TDR time domain response plot of connector vs. various angles Engineers can use HFSS with confidence, knowing that they have achieved an accurate...

Advanced medical applications make use of electromagnetic fields, including magnetic resonance imaging (MRI), implants and hyperthermia treatment. In this MRI application, HFSS simulated the specific absorption rate that results on the body. The complete high-frequency solver toolbox enables simulation across multiple applications. ANSYS HFSS is the industry-standard EM simulation package for RF and microwave as well as signal integrity design. It is ideal for analyzing any physical structure that relies on electromagnetic fields, currents or voltages for operation. Using a 3-D full-wave...

Leverage the accuracy of HFSS from your ECAD interface with Solver on Demand. Solver on Demand provides access to the power of the HFSS 3-D finite element solver while making model creation extremely simple and fast. Solver on Demand If you’re not familiar with 3-D modeling, creating fully solvable 3-D models in HFSS can be a complicated, time-demanding process: assigning source locations or excitations, determining solution space boundary definitions solution frequency sweep range, among others. Solver on Demand® technology enables you to access the HFSS solver directly from the intuitive,...

With our advanced solver options, you can take on the largest and most complex design problems. HFSS offers multiple state-of the-art solver technologies, all based on the proven finite element method. You can select the best solver for a given situation and, in many cases, reap advantages from combining solvers in a linked project. Integral Equation and Hybrid Finite Element– Integral Equation Electric field and far-field antenna pattern produced by tablet device antenna The integral equation (IE) solver is an effective add-on tool for radiation and scattering studies of large, mostly...

"We can import CAD models directly into theANSYS EM simu- lation package. The coupled thermal-electromagnetic tools provide us with insight into interactions between pacemakers and M RI scanners, which is a very complex problem. Using simulation allows us to really understand the problem so that Mariya Lazebnik Senior Scientist Antenna with radome solved using HFSS hybrid finite element-boundary integral solver Differential signal propa- gating in time through a flexed cable, solved with HFSS transient using conformai finite elements HFSS transient is a 3-D full-wave transient, or time...

Electric field at WiFi frequency calculated inside modern jetliner HPC options leverage compute power to rapidly solve large-scale EM field simulations with rigor and accuracy. Domain Decomposition The domain decomposition method (DDM) accesses the memory of a network of machines to simulate very large models. HFSS determines the optimal number of subdomains based on mesh size along with the number of processors/ machines available; DDM automatically splits the finite element mesh into a number of subdomains. Each subdomain is analyzed separately, then an iterative procedure on the...

The ANSYS distributed solve capability allows a single user to distribute parametric studies or frequency sweeps across a number of computers, expediting total simulation time. Engineers can explore variations in geometry, materials, boundaries and excitations as well as distribute frequency sweeps. This allows your team to easily optimize designs and perform statistical and sensitivity analyses. antenna array simulated with finite array domain decomposition algorithm; far-field patterns for a variety of scan angles overlaid atop geometry Multiprocessing Licenses Multiprocessing Distributed...

Geometry (left) and electric field (right) inside microwave cavity filter HFSS is an integral part of the ANSYS suite, which solves multiphysics problems with ease. 9 Preparing Layout and Geometry Design Analysis and Optimization Multiphysics and Systems Integration To understand a design’s performance, you must identify the effect of all design parameters — which can easily lead you to all changes required to meet product requirements. HFSS links to ANSYS DesignXplorer™ to provide in-depth product understanding, illustrating the relationship between design variables and product...

ANSYS HFSS Modeling Solver on Demand Integral HPC Options Solvers Integral equation Comformal multi-band antenna model for smartphone Hybrid Domain decomposition Physical optics Distributed solve Finite array Transient Pre-Processing Simulation Post-Processing Archive Other ANSYS Engineering Simulation Capabilities ECAD, MCAD Integration Multiphysics HPC Design Optimization Data Management The ANSYS suite provides modeling and geometry creation functions as well as tools for importing CAD data from various sources. In addition, we collaborate with leading CAD developers to ensure an...