Products.
Software tools built from real engineering workflows.
inMagnetics
Coming SoonDesign, simulate, and optimize magnetics in your browser.
A professional magnetic component design and simulation dashboard. Pick a converter topology or import your own waveforms, explore thousands of core-wire combinations with an automated design adviser, and validate with full FEM field solutions — all without leaving your browser.
Topology & Operating Point
Select a converter topology and adjust voltage, current, and switching frequency in real time.
Waveform Analysis
Visualize inductor current ripple and voltage stress across the full switching period.
3D FEM Field Solution
Coupled magnetic flux density (|B|) and current density (|J|) solved on your actual core and winding geometry.
Topology & Operating Point
- Pre-configured topologies — buck, boost, flyback, LLC, half-bridge, SEPIC, Ćuk
- Custom SPICE netlist support for arbitrary circuits
- Real-time voltage, current, and switching frequency adjustment
- Automatic inductor/transformer requirement calculation from circuit parameters
Automated Design Adviser
- Evaluates all core, material, and wire combinations against your constraints
- NSGA-III genetic algorithm optimization for Pareto-optimal designs
- Ranks by total loss, temperature rise, volume, and saturation margin
- Configurable constraints — max loss, max temp rise, fill factor, B_max
SPICE Waveform Engine
- Client-side ngspice compiled to WebAssembly — runs entirely in your browser
- Time-domain voltage and current waveform generation
- FFT harmonic analysis for accurate loss computation
- Import waveforms from CSV/TXT for custom operating conditions
3D Geometry & FEM Fields
- Interactive 3D core and winding geometry visualization
- Magnetostatic and harmonic FEM analysis (Gmsh + GetDP)
- Magnetic flux density (|B|), field intensity (|H|), and current density (|J|) maps
- Per-element core loss computation from FEM field solutions
Loss Calculation & Breakdown
- Steinmetz core loss with temperature-dependent scaling
- AC winding loss — proximity effect, skin effect, harmonic-by-harmonic
- FEM validation of analytical loss predictions
- Full loss breakdown: core vs. winding, DC vs. AC components
Thermal Feedback Loop
- Iterative thermal-loss convergence for accurate temperature prediction
- Temperature-dependent resistivity and core loss recalculation
- Thermal rise estimation before committing to a design
- Coupled electromagnetic-thermal design validation
inCircuit
Coming SoonBrowser-based schematic editor for electronics.
A minimal, fast schematic editor that runs entirely in your browser. Draw circuits, connect nets, and generate SPICE netlists — no installation, no bloat. Built for engineers who want to capture a schematic and get to simulation quickly.
Schematic Capture
- Orthogonal wire drawing with automatic grid snapping
- Component library — resistors, capacitors, inductors, MOSFETs, diodes, voltage sources
- Automatic and manual junction placement where 3+ wires meet
- Multi-selection, group move, and 90° rotation
Connectivity & Nets
- Automatic net propagation across connected wires and components
- Net labels with auto-naming for organized schematics
- Net highlighting — toggle to visualize all wires on a selected net
- T-junction handling with automatic wire splitting
SPICE Netlist Export
- One-click SPICE netlist generation from your schematic
- Standard netlist format compatible with LTspice, ngspice, and other simulators
- Component values and net names carried through to the netlist
- Export and simulate — no file format headaches