Transformer Design

Productivity | Utilities

iOS

What determines the power output of a transformer core? It involves many physical variables, including: Converter topology, Cross-sectional winding area of the core, Effective cross-sectional area of the core, Maximum duty-cycle, Switching frequency, Space factor, Flux density, Current density, etc. In addition, many design variables are involved as well: Input voltage, Output voltage, Inductor, Number of turns, Core material, Component temperature and Power efficiency.
When designing power transformers, all electronic engineers focus on balancing cost and efficiency. Our Transformer Design App can provide swift and effective analysis, adjustment and evaluation of the effects that the variables have on power output.
Why do engineers pursue efficiency? Because improving efficiency of transformers can save energy. It is the way for engineers to protect our environment. We must contribute individual effort to mitigate the effects of “Global Warming”. We must be Eco-friendly, save energy and protect the earth for our future generations.

Design is "Fast ! Powerful ! Accurate !" just in four steps.
1. Tap circuit topology, enter the I/O voltage.
2. Choose the core type and core size.
3. Bring your expertise in, modify the parameters.
4. Calculation immediately, checking what is you want.