What voltage would a secondary winding typically produce if the primary is at a higher turn count?

When considering transformers, the relationship between the primary and secondary voltages is determined by the turns ratio of the windings. If the primary winding has a higher number of turns than the secondary winding, the transformer operates as a step-down transformer. This means that the voltage in the secondary winding will be lower than that in the primary winding, not higher.

In cases where the secondary winding has a lower turn count, it results in a lower voltage being produced in the secondary as compared to the primary voltage. Thus, the correct answer does not pertain to the voltage being higher than the primary voltage, but rather it represents a misunderstanding of how transformer operation works with regard to winding turns and voltage output.

Therefore, based on the turns ratio, if the primary has a higher turn count, the secondary voltage will be lower, which contradicted the initially provided answer. For clarity, let’s summarize: with a higher turn count in the primary, the secondary voltage will always yield a result that is lower than the primary voltage.