Every run exports four ways — typeset PDF report, KiCad PCB footprint (.kicad_mod), DXF outline for downstream CAD, and a SPICE netlist with the L · M · k component values. No screenshots required.
AirInduct Sim exports a simulated coil design in four formats: a PDF report, a KiCad footprint, a DXF outline and a SPICE netlist. The PDF report collects the inputs, the field plots and the computed values — mutual inductance M, self-inductances L_tx and L_rx, coupling k and induced voltage — for a design review or lab notebook. The KiCad footprint (.kicad_mod) drops a printed coil straight into a PCB layout, and the DXF outline carries the coil geometry into mechanical CAD. The SPICE netlist describes the pair as two coupled inductors with the simulated inductances and coupling k, so the power stage, compensation network and rectifier can be simulated in LTspice or ngspice. Every export comes from the same closed-form Biot–Savart and Neumann solve as the on-screen result. Export is part of AirInduct Pro, and the AI Copilot and MCP server can also build a download pack.
PDF for the report. KiCad (.kicad_mod) for the PCB footprint. DXF for the coil outline. SPICE for the equivalent-circuit netlist. Each export carries the input set as metadata so the run is reproducible.
The PDF report binds the inputs, the field maps and the derived values (M, L, V_out, η) onto a single typeset page — Instrument Serif headings, mono-space tables, vector charts. Drop it straight into a thesis or a design review.
The SPICE export emits a coupled-inductor block with mutual coupling k, self-inductances L1, L2 and the matching network resistors. Drop it straight into LTspice, ngspice or QSpice for circuit-level verification.
Four: a typeset PDF report (full simulation summary), a KiCad PCB footprint (.kicad_mod), a DXF outline for downstream CAD, and a SPICE netlist containing the simulated L, M and k values — ready for LTspice or NGSpice.
Yes — the netlist uses standard SPICE syntax with K_xxx coupling statements between L1 and L2, so it imports directly into LTspice, NGSpice or Cadence Pspice.
For air-core coil pairs, yes. AirInduct Sim exports KiCad and SPICE artefacts directly from the browser — no FEM licence, no separate parasitic-extraction step. Export is part of AirInduct Pro.
