August 28, 2018
The last thing consumers want is to plug in a new electronic device and smell burning circuitry. Therefore, engineers must carefully design the transformers which power small electronics using the proper voltages and currents.
Simulation helps engineers test their transformer models in various setups, geometries and scenarios. When engineers bring this testing into a digital space — instead of using physical prototypes — they can certify, optimize and get their transformers to market faster and on budget.
Set up your transformer
simulations in about 15 minutes
“People can create electronic transformer simulations manually but it’s very time-consuming. Just one setup could require a whole day,” says Mark Christini, lead application engineer at Ansys. “To address this, we released the Electronic Transformer app for Ansys ACT. The app provides a way to set up a transformer or inductor simulation in about 15 minutes and then solve it.”
The Electronic Transformer app helps engineers set up Maxwell 3D eddy current simulations within the ACT platform. With this tool engineers can:
“A wizard is used to input parameters in three steps: core definition, winding definition and analysis setup,” says Christini.
“From there you can either create the Maxwell model and stop — or solve it completely. Once solved, users will get a characterized frequency-dependent model of the transformer that is compatible with Maxwell’s integrated multidomain circuit simulator, Simplorer, so they can then test the design within a circuit simulation.”
Finite element analysis (FEA) of a
transformer that was set up by the
Electric Transformer app
Optionally, the engineer can manually set up an electrostatic simulation if they wish to assess how capacitance impacts the design.
The Electronic Transformer app is designed to set up the simulations of transformers:
Thanks to the Electronic Transformer app, consumers can be spared the dread of smelling burning electronics. Get a copy of the Electronic Transformer app at the Ansys app store.