The Core Of The Transformer Is Laminated Why

The core is not designed to have any currents flow through it.
The core of the transformer is laminated why. The eddy currents are not good and can cause heat noise and loss of energy in the core. Iron core is thin laminated in transformer to avoid the loss of eddy current. Eddy current is induced in core and circulates normal to the width of the core causing heat. These are called eddy currents.
The purpose of providing an iron core in a transformer is to. The secondary coil is induced. Reduce all above losses. The eddy currents cause energy to be lost from the transformer as they heat up the core meaning that electrical energy is being wasted as unwanted heat energy.
It is however a conducting loop that experiences a changing magnetic field it will therefore have small current induced in it. Answer the alternating current flowing through a. A transformer core is laminated to. The core of the transformers needs to be laminated to reduce the eddy current that has arisen from the induced voltages through the core reducing the heat loss of the whole core which is why the core of the transformers is laminated to restrict the eddy currents flowing through it.
Reduce eddy current losses. The reason we laminate the iron cores in transformers is because we want to limit what are called eddy currents. Why iron core is thin laminated in transformer. The core is laminated to reduce these to a minimum as they interfere with the efficient transfer of energy from the primary coil to the secondary one.
Comment related questions on transformers. Transformer cores are made of laminated steel or iron to minimize the effects of this electromagnetic phenomenon which is known as hysteresis. The core is laminated to reduce these currents to a minimum as they interfere with the efficient transfer of energy from the primary coil to secondary coil. The core of any transformer is laminated for the following reasons to control it s weight regulate the energy loss due to eddy currents increase the formation secondary voltage.