because its a good conducter of electricity and has high melting point so even if the volts are high it cnt melt
Because copper is a good conductor of heat
it has a discharge sphere that does that. but the electricity has to be treated by a transformer, capacitor, spark gap, primary coil and a secondary coil. after that the sphere released the charge.
The student tested his theory using electromagnets, an iron bar, and a piece of copper coil.
A Tesla coil is a type of resonant transformer circuit invented by Nikola Tesla around 1891. The Tesla coil is one of Nikola Tesla's most famous inventions. It is essentially a high-frequency air-core transformer. It takes the output from a 120vAC to several kilovolt transformer & driver circuit and steps it up to an extremely high voltage. He did not have any problems making his coil wich is the basis of wireless communituy today.
copper
Copper losses are purely voltage-drop losses (I squared R) caused by the resistance of the windings, as opposed to hysteresis losses and eddy current losses (so-called iron losses), which are magnetic in nature. They are called copper losses whether the winding conductors are made of copper or not, by the way.
Because copper is a good conductor of heat
because the copper is saved in the auto transformer that is the ratio of weights of copper in auto transformer to normal transformer is (1-(1/a)) where a is transformer ratio
If question is about a transformer's tapped coil then the taps are a way of getting different voltages from one transformer. The end of the transformer's coil is the common point and the taps to this common point will give different voltages depending on where in the coil the taps are taken from.
You mean ac coil, the secondary coil, of a transformer? Then for the purpose of rectification, that is , for changing ac into dc, a diode is connected in series with the secondary coil of the transformer.
no becouse transformer function depends on no of coil in primary and secondry coil
In 1891, Tesla invented the Tesla coil, which was widely used in radios and television sets. A Tesla coil is a type of resonant transformer circuit.
transformer
Yes a Tesla coil or ignition coil is an example.
the Transformer depends up on the Voltage transformer input Voltage 230 V . out put volt depend upon the secondary winding of the coil with swg coil ( copper Thickness) Ex 230 V input = step-up Transformer = above 230 v ( like 440 v, 1000v but same current) 230 V input = step-down Transformer = below 230 v ( like 3 ,6,9,12,24,110v, but same current)
The most important trends in coil and transformer production were continued miniaturization and weight reduction, as well as surface mounting
how to reduce copper losses in a transformer Copper losses are due to the resistance of the copper (or aluminum) windings. To reduce copper losses the transformer would have to be rewound with heavier gage wire.