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These four winding constants also interact with the transformer's mutual inductance. The voltage drop takes place in the winding due to the impedance of the transformer. Impedance of a transformer is the combination of its resistance and leakage reactance, affecting voltage drops in windings

The primary and secondary windings of a transformer, made of copper, possess inherent resistance. This phenomenon in transformers is known as magnetic leakage 1, what is leakage inductance

Leakage inductance is an inductive component present in a transformer that results from the imperfect magnetic linking of one winding to another

Any magnetic flux that does not link the primary winding to the secondary winding acts as inductive impedance in series with the primary, therefore this leakage inductance is shown on a schematic diagram as an. However, in modern isolated power converters, e.g., the solid state transformer or dual active bridge, the leakage inductance is a critical energy storage element for the switching devices [2] Discover leakage inductance's role in transformer systems, impacting power efficiency and electrical design—explore causes and reduction methods. Leakage impedances provided by equipment manufacturers are usually expressed in percent using the device's rated power as the base

To convert the impedance from percent to per unit, just divide it by a hundred. The leakage flux pass through the winding insulation instead of passing through the core The leakage flux produces leakage reactance in both the primary and secondary winding of the transformer

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