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Natalia
A transformer has 10,000 windings on the secondary side, 200 on the primary side. If the primary voltage is 110V and the primary current is 5A, what is the secondary voltage?
That's an exaggeration. It's at least several hundred volts less than infiniteberkeman said:It's pretty much infinite. Is that one of the choices on this homework question?
@Natalia -- This thread is now locked because you are showing no effort.Natalia said:There are no choices. I don't want the answer, just an ideia from where to start lol
The secondary voltage refers to the voltage that is output from a transformer's secondary winding. This voltage is typically lower or higher than the primary voltage, depending on the transformer's design.
The secondary voltage is calculated by multiplying the primary voltage by the transformer's turns ratio. The turns ratio is the ratio of the number of turns in the secondary winding to the number of turns in the primary winding.
The secondary voltage can be affected by various factors such as the turns ratio of the transformer, the load connected to the secondary winding, and the quality of the transformer's core and windings. Temperature and frequency can also impact the secondary voltage.
The primary voltage is the voltage that is supplied to the transformer, while the secondary voltage is the voltage that is output from the transformer's secondary winding. The primary voltage is typically higher than the secondary voltage, but this can vary depending on the transformer's design.
The secondary voltage is important because it determines the amount of voltage that is available for use by electrical devices. It also plays a crucial role in the efficiency and performance of a transformer. Accurately measuring and controlling the secondary voltage is essential for the proper functioning of electrical systems.