Slide contents
- Technical applications of electromagnetics -1
- Technical applications of electromagnetics -2
- Technical applications of electromagnetics -3
- What is eletromagnetism: Marxwells equations
- What is eletromagnetism: Marxwells equations
- What is eletromagnetism
- What is eletromagnetism: Marxwells equations
- What is eletromagnetism
- Ways to simulate eletromagnetism: Circuit simulation
- Ways to simulate eletromagnetism: The ANSYS Portfoglio
- Simplorer
- Designer
- Ways to simulate electromagnetism: Field Simulation
- Ways to simulate electromagnetism: The ANSYS Portfolio
- HFSS - High frequency structure simulator
- Maxwell
- Q3D Extractor
- Siwave
- Ways to simulate electromagnetism: System simulation
- What is eletromagnetism: Marxwells equations -1
- What is HF?
- HF equation
- What can be gained by doing LF?
- LF equations in (A, Φ) formulation -1
- LF equations in (A, Φ) formulation -2
- LF equations in (A, Φ) formulation -3
- LF equations in (T,Ωi) formulation -1
- LF equations in (T,Ωi) formulation -2
- Ways to simulate electromagnetism: FEM method -1
- Ways to simulate electromagnetism: FEM method -2
- Ways to simulate electromagnetism: FEM method -3
- Boundary condition LF
- Excitations LF
- Excitations
