An ideal transformer , which according to our assumptions, has got zero losses with no resistance in their primary and secondary windings. But in practice, it is impossible to build such a transformer. In the actual transfo…
Basically, an equivalent circuit is representing all the parameters of the transformer in a form of a circuit or diagrammatical manner. The equivalent circuit of the transformer can be used to understand the behavior of th…
A Transformer is a static device which works on the principle of "Magnetic Induction". When an alternating supply is given to its primary winding a magnetizing current will circulate through the primary winding an…
The performance or parameters of a transformer can be well determined by testing the transformer. In order to calculate the efficiency, regulation of the transformer various parameters like equivalent resistance and reactan…
In the last article, we have seen the behavior of the transformer in the no-load condition. Let us check out the operation of the transformer, and how the transformer behaves when the load is connected across it. Operatio…
