![]() We will then show how the transformer design equation can easily be manipulated so as to be applied to inductors. We will derive these 3 factors after we do the transformer equation itself first. This equation can be found online in many places but what I’ve yet to see anywhere in the derivation of this voltage factor for these different types of applied voltage input waveforms. The transformer design equation only differs between the 3 due to what is known as a “voltage factor”. It is these 3 types of transformers that I will derive this equation for. It is also useful for higher frequency switching transformers such as push-pull transformers or flyback transformers. The usual voltage forms are sinusoids as seen in lower frequency silicon steel type transformers such as UL Class 2 recognized power transformers. This transformer equation is applicable for inputs that are of most any voltage. ![]() This transformer equation is known as the “transformer design equation”. When it comes to transformer design, there is an equation most of us are familiar with.
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