COURSE OVERVIEW
You will learn:
- User-interface architecture
- Coordinate systems and how to manipulate them
- CAD modeling using advanced constraint technology
- Parameterization of part dimensions and their locations
- Construction of compound parts using implicit and explicit Booleans
- Creation of part hierarchies through use of nested assemblies
- Import/Export of CAD files, Simulation Models, and 3D EM Components
- Use of the Material Library and how to create custom materials
- Definition of outer boundary conditions, bounding boxes, padding
- Definition of signal sources including voltage sources and modal waveguide ports
- Definitions of sensors for sampling FEM or FDTD results in specific locations or for computing far fields
- Meshing in FEM
- FEM Theory (Meshing, Adaptive Refinement & Convergence)
- Gridding and Meshing in FDTD
- Setting up Simulations (FEM and/or FDTD)
- Creation of Custom Libraries
- Post processing of simulation results
Audience: RF and microwave engineers who design passive HF structures.
Prerequisites: Familiarity with basic RF and microwave concepts. Windows and PC experience.
Course Length: 2 days.
Course Format: Virtual class.
Agenda:
4-5 April 2023, 9am - 5pm CET
Lecture:
- Geometric Modeling
- Importing/Exporting CAD Files
- Material Specification
- Ports & Waveforms
- Boundary Conditions
- Gridding and Meshing
- Sensors and Post Processing
Labs
- Microstrip Line
- Microstrip Lowpass Filter
- Coaxial Tee (FEM only)
- Pyramidal Horn Antenna
- Importing/Exporting CAD Files
- EMPro Links to ADS
- Python Scripting
- Advanced Solid Modeling
Price: The cost of the 2-day class is 980€ + VAT. You can consider the registration form as a formal quotation from Keysight.
Take the first step towards increasing your design productivity and register now!