ResoSynth combines filter-specific synthesis, physical response analysis, machining-aware geometry, tolerance insight, thermal tools, and export-ready 3D models in one focused desktop workflow.
Different waveguide topologies need different physics. ResoSynth uses specialized synthesis and reduced-order electromagnetic methods rather than forcing every filter through one generic model.
Mode matching, LSM modal formulations, and 2D FDFD are applied where they fit the underlying waveguide topology, giving fast physical insight without the setup overhead of a full 3D solver.
Move from electrical requirements to a calculated design in seconds, making it practical to evaluate alternatives quickly before committing time to full 3D EM setup and verification.
Supported synthesis workflows include machining fillet effects so the physical design can move closer to practical hardware instead of assuming ideal sharp corners everywhere.
Review synthesized S11/S21 behavior, absolute group delay, and group-delay ripple directly alongside the design dimensions.
Estimate response movement with temperature and evaluate steady-state CW thermal power using material loss, thermal resistance, temperature limits, and safety margin.
Move beyond a nominal design. Explore manufacturing variation with tolerance analysis and Monte Carlo-style yield estimation before committing to hardware.
Carry the synthesized design into downstream verification with export-ready 3D internal RF geometry for HFSS and STEP-based engineering workflows.
Keep electrical and mechanical decisions connected with calculated geometry tables, physical dimensions, body length, material selections, and estimated insertion loss.
Tune analysis accuracy, sweep density, plot axes, geometry constraints, and topology-specific settings without rebuilding an EM project from scratch.
ResoSynth is organized around real waveguide filter classes, with synthesis and analysis choices matched to each physical structure.
Chebyshev-based synthesis with multimode waveguide analysis, iris/cavity dimensions, fillet-aware physical realization, loss estimates, and response evaluation.
Stepped-width transformer synthesis with TEm0 modal analysis for broadband transition design, physical section dimensions, and export-ready geometry.
Physical E-plane corrugated synthesis with equalization, LSM/modal treatment and FDFD-based physical analysis, advisory geometry ratios, and full response evaluation.
Extracted-pole synthesis with physical cavity FDFD inversion, finite-width equiripple or deep-narrow-notch modes, spacing design, and tuning-geometry support.
A synthesized geometry is only the beginning. ResoSynth keeps response, delay, material, thermal behavior, and tolerance yield connected to the same design so engineering tradeoffs can be reviewed before full 3D EM verification and hardware.
ElectricalS-parameters, group delay, return loss, rejection and estimated insertion loss.
MechanicalDimensions, machining-aware fillets, geometry constraints and 3D export.
EnvironmentalThermal drift, material effects and CW thermal-power estimates.
ProductionTolerance variation and yield analysis before committing to fabrication.
