ANSYS Maxwell, HFSS, SIwave training

1. Training Agenda
Introduction to ANSYS Electronics &
Electromagnetics Simulation

2. 2
Maxwell Introductory Training
Morning
Lecture 1: Introduction to ANSYS Maxwell.
Lecture 2: Maxwell Magnetostatic 2D/3D.
Workshop – Force calculation.
Lecture 3: Electrostatic Analysis 2D/3D.
Workshop – Calculation of capacitance of
cylindrical and planar capacitors..
Coffee Break
Lecture 4: Eddy Current solver 2D/3D.
Workshop – Magnetic fields at a specified
frequency in an iron disk above a spiral coil
model.
Lunch Break
Afternoon
Lecture 5: Magnetic Transient..
Workshop – Rotational motion in an
actuator.
Lecture 6: Parametric Analysis.
Workshop – Parametric analysis in a 3D
model of a coil and a slug.
Coffee Break
Lecture 7: Multiphysics.
Workshop – Electromagnetic – Mechanical
Coupling.
Lecture 8: Application specific example.
Workshop – Power Transformer or
Permanent Magnet Sychronous Machine.

3. 3
HFSS Introductory Training
Morning
Lecture 1: Introduction to ANSYS HFSS.
Lecture 2: Eigenmodes and s-parameters.
Workshop – Coaxial resonator.
Lecture 3: Adaptive, broadband meshing.
Workshop – Band pass filter.
Coffee Break
Lecture 4: Electromagnetic Interference.
Workshop – EMI analysis for traces on
board with and without chassis.
Lunch Break
Afternoon
Lecture 5: Tuning with Analytic Derivatives.
Workshop – Rectangular Patch Antenna.
Lecture 6: Parametric & Optimization Analysis.
Workshop – Shorted Probe Fed Patch Antenna
optimization.
Coffee Break
Lecture 7: Transient analysis.
Workshop – Time Domain Reflectometry (TDR)
and Electrostatic Discharge (ESD) for a simple
board with connector.

4. 4
SIWAVE Introductory Training
Morning
Lecture 1: Introduction to ANSYS SIwave.
Lecture 2: Import process.
Workshop – Layout design import.
Lecture 3: Setting Ports and s-parameters.
Workshop – Channel s-parameter
extraction.
Coffee Break
Lecture 4: PCB scan, impedance profiles
and crosstalk.
Workshop – PCB Z0 and crosstalk scan.
Lunch Break
Afternoon
Lecture 5: Signal Integrity and Electromagnetic
interference.
Workshop – Circuit analysis with EM models
for SI and EMI and near & far field
extraction for EMI.
Coffee Break
Lecture 6: Power Integrity.
Workshop – DC IR Drop Analysis.
Lecture 7: Thermal Integrity.
Workshop – Electrothermal analysis of PCB.