Standard transformer platforms may not meet every voltage, power, isolation, thermal, or dimensional requirement. ICE Components engineers custom transformers for power-conversion and control applications. Our design process integrates electrical, magnetic, insulation, thermal, and mechanical requirements.
We define the winding configuration, turns ratio, core geometry, and conductor selection from the application specifications. We then optimize inductance, DCR, isolation, temperature rise, mounting, and package dimensions. Submit your requirements below so our engineering team can assess the appropriate construction.
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Transformer parameters interact throughout the magnetic design. Increasing the number of turns can reduce flux density but may increase DCR and winding capacitance. Core material and geometry affect power loss, temperature rise, operating frequency, and overall package size.
Winding construction also influences leakage inductance, coupling, capacitance, and dielectric performance. Isolation requirements can reduce available winding space and change the thermal path. These relationships require careful balance rather than independent parameter selection.
A well-coordinated transformer design supports efficient power transfer while maintaining isolation, thermal margin, and reliable switching performance. If your custom requirements present conflicting electrical, mechanical, or thermal challenges, talk with our engineering team to explore a practical transformer solution for your application.