What happens if the number of loops in the primary coil and that in the secondary coil in a transformer are the same?

Transformers are names as such because they are used to transform electricity- changing the voltage and the current. The difference is directly related to the ratio of primary coil to secondary coil. If you have the same amount of turns in the coil, you will not transform anything, but will lose energy to heat.

How does the number of coils affect a transformer?

If the number of loops of wire is the same in both coils the induced voltage will be the same in the secondary coil. If the number of loops in the secondary coil are greater than the primary coil the voltage will be greater in the secondary coil. This is an example of a step up transformer.

What will happen to the current ratio of a transformer if the voltage is doubled?

In a voltage transformer doubling the input turns will decrease the output voltage by 2 and increase the current by two.. In an ideal transformer the primary voltage divided by the secondary voltages are proportional to the turn ratio of the primary over the secondary.

What happens if the conductor is wrapped twice around the coil of current transformer?

The emphatic answer is YES! You can double the output of a Rogowski coil if you wrap the coil around the primary conductor twice. Thus, a double-wrapped Magnelab Rogowski coil would output 333 mV at about 2379 Amps on the primary.

What is meant by primary and secondary coil?

Primary and Secondary Coil: Current-carrying cod is called primary coil and the coil in which induced current is generated is called secondary coil. An alternating current flows in the primary coil and this induces a voltage in the secondary coil.

What is primary and secondary coil?

The two coils are called the primary and secondary coils. In normal use, the input voltage is placed on the primary, and the secondary produces the transformed output voltage. Not only does the iron core trap the magnetic field created by the primary coil, its magnetization increases the field strength.