Transformers
Flyback transformer
Isolation plus step-up or step-down conversion in switched-mode supplies. Resolve leakage inductance and winding loss at switching frequency.
Validate your design against specification, eliminate critical errors before the first physical prototype is built, and get insight into the losses, fields and temperatures inside the materials — not just at the terminals.
Analytic and empirical estimates fall short for high-frequency designs, where losses depend on geometry, temperature and material non-linearity at the same time. Numerical modelling closes that gap.
Every case ships as a parametrised template — change the dimensions, materials and excitation, and run it on your own design.
Isolation plus step-up or step-down conversion in switched-mode supplies. Resolve leakage inductance and winding loss at switching frequency.
A transformer combining litz and planar windings. Homogenisation resolves bundle loss without meshing every strand.
Flat, compact designs for space-limited or high power density applications. Import the 2D profile as DXF and extend it to a 3D model.
Bi-directional power transfer with galvanic isolation, as used in high-power battery systems and EV chargers.
Gapped electrical-steel inductors filtering high-frequency harmonics in transmission and distribution systems.
A four-limb variant for zero-sequence flux control, modelled with the same parametrised template family.
Used in supplies, filters and RF amplifiers for their ability to handle high currents and frequencies.
Low EMI, good winding coupling and high inductance per unit volume — with the winding geometry fully resolved.
Magnetic field distribution, transfer efficiency and thermal effects, for coil design, positioning and material choice.
Iron or ferrite powder in an epoxy or silicone binder, used in high-frequency, automotive and renewable applications.
Non-contact heating of conductive workpieces by a time-varying field — metal processing, welding and heat treatment.
Energy storage and current regulation in DC-DC converters, supplies and automotive electronics, including parasitic effects.
Transient or steady-state heat transfer with sources on coils and core; the radiation model adds accuracy on hot assemblies.
Medium-frequency transformers combining foil and litz conductors; the template follows a published reference design.
Several numerical methods for resolving skin and proximity effects in high-frequency coils, selectable per case.
The plans below cover the electromagnetic solver.
25% below the monthly rate
25% below the monthly rate
Monthly subscription includes software, updates, training and support for the subscription period.
Yearly subscription includes software, updates, training and support for the subscription period.
Perpetual licences never expire; training, updates and support are included for the first year and can be extended yearly at 40% of the yearly subscription price.
Payment in other currencies is possible on request.
Install it, load your own CAD and run a case. The Magnetics installer and trial licence are on the dedicated download page.
The Magnetics installer and trial licence are on the dedicated download page.
Prefer to talk first? Book a demo and we will walk through a case with you.