Simulate with Ansys

These notebooks need Ansys Electronics Desktop.

Two renderers drive Ansys: the legacy COM renderer and the pyaedt renderer. The notebooks below cover the same three tasks on each.

Task	Legacy renderer	pyaedt renderer
Q3D capacitance	4.21	Q3D (MultiPlanar)
Eigenmode and EPR	4.22	Eigenmode (MultiPlanar)
Driven S, Z, Y	4.23	DrivenModal (MultiPlanar)

For impedance, 4.03 shows the recommended flow (analysis classes). 4.14 shows the advanced flow, which drives the simulator through the renderer commands.

Analysis classes

4.01 Capacitance matrix and LOM analysis

4.02 Eigenmode and EPR analysis

4.03 Impedance, admittance and scattering analysis

Tune a device directly

4.11 Analyzing and tuning a transmon qubit

4.12 Analyzing and tuning a resonator

4.13 Analyzing and tuning a transmon qubit with a resonator

4.14 Analyzing a double hanger resonator (S Param)

Resonator S21

4.16 S21 simulation of a resonator

4.17 S21 simulation and fitting of a resonator

4.18 Eigenmode simulation with Ports

Sweeps (legacy renderer)

4.21 Sweeps - Capacitance matrix

4.22 Sweeps - Eigenmode matrix

4.23 Sweeps - Impedance, scattering and admittance (Z S Y) matrices

pyaedt renderer

Q3D Capacitance Matrix of a MultiPlanar Design with pyaedt

Running Eigenmode Simulations & EPR Analysis with QHFSSEigenmodePyaedt

HFSS Driven Modal Simulation of a MultiPlanar Design with pyaedt