The killer app for uWave Wizard. These are complex networks of waveguide T-junctions cascaded down a common manifold. Designing them in a 3D FEM solver is a nightmare of convergence limits. In uWave Wizard, the built-in Multiplexer Wizard constructs a full 12-channel output multiplexer in minutes.
From simple inductive irises to dual-mode cavity filters with tuning screws, the software automates the synthesis of Chebyshev or Elliptic responses. Mician Uwave Wizard
| Feature Area | Key Highlights | |-----------------------|-----------------------------------------------------| | Solver core | Mode-matching + hybrid (FEM/MoM/FDTD) | | Geometry | Parametric CAD, canonical + arbitrary waveguides | | Analysis | S-parameters, eigenmodes, fields, far-field, losses | | Optimization | Gradient/genetic, yield, tolerance | | Special libraries | E-plane, ridge, SIW, periodic, horn wizards | | Speed vs. generic 3D | 10–100× faster for waveguide structures | | Export | SnP, far-field, circuit models, scripts | The killer app for uWave Wizard
The engineer drags these blocks onto a schematic. The software automatically computes the Generalized Scattering Matrix (GSM) of each block and cascades them. Because the fields inside each block are expressed analytically (using Bessel functions and trigonometric series), the computation is both rigorous and lightning-fast. In uWave Wizard, the built-in Multiplexer Wizard constructs