In a typical transformer, which two primary factors determine the transformed power output?

The transformed power output of a transformer is primarily determined by the interaction between voltage and amperage. In electrical systems, power is calculated using the formula P = VI, where P represents the power in watts, V is the voltage, and I is the current (or amperage).

In this context, when voltage increases, there is generally a corresponding adjustment in the amperage to maintain the same power level (assuming the transformer is operating efficiently). Therefore, both voltage and amperage directly relate to the power being transferred through the transformer.

The relationship between these two factors allows for the efficient transformation of power from one voltage level to another while adhering to the principles of conservation of energy. Therefore, understanding how voltage and amperage interact is crucial for comprehending the operation of transformers and ensures proper applications in electrical systems.