Ansys HFSS Port Types
Ports are the interfaces of the system through which electromagnetic fields propagate into or away from the system. These ports can be used either as
Ports are the interfaces of the system through which electromagnetic fields propagate into or away from the system. These ports can be used either as
This lesson covers the simulation aspects of a connector and an antenna in HFSS 3D layout and their analysis. The outline for this lesson is
Hierarchy appears in everyday simulations as basic as a single circuit simulation schematic. The schematic is the top level of hierarchy and calls for various
Boundary conditions are required to specify the periphery of the simulation model and how it affects the model under study. The extents in HFSS 3D
Excitation methods are required for simulation of any design. Multiple port types are required as the excitations can be different for different applications. Having multiple
To analyze any simulation model, it is necessary to divide the whole geometry model into smaller parts so that specific calculations can be carried out
HFSS 3D layout can be used to analyze PCBs and circuits with simple as well as denser traces. For denser layouts, it is necessary to
Ansys HFSS 3D layout is a design type within the Ansys HFSS product. It supports various layout formats generated in other major ECAD systems for
Ansys Electronics Desktop (AEDT) provides a common user interface for multiple products, where each product focuses on a specific kind of physics. Ansys HFSS offers
This lesson demonstrates how to perform a coupled, dynamically linked method of cosimulation analysis using Ansys HFSS 3D Layout and Circuit. Applications include designs for