Can The Windings Of A Transformer Be Added Arbitrarily?

Can the winding of the transformer be added arbitrarily? The answer is no. Here are the specific reasons:
Relationship between the number of winding turns and voltage: According to the principle of electromagnetic induction, the voltage is proportional to the number of turns, that is, the more turns, the higher the voltage. Therefore, when designing a transformer, it is necessary to determine the number of winding turns according to the required output voltage. If the winding is added arbitrarily, the output voltage may be too high, damaging the equipment or endangering personal safety.
Relationship between winding current and capacity: The capacity of a transformer refers to the maximum current it can withstand. The current of the winding is proportional to the capacity, that is, the larger the capacity, the greater the current. Therefore, when designing a transformer, it is necessary to determine the capacity of the winding according to the required output current. If the winding is added arbitrarily, the output current may be too large, causing the transformer to overload, affecting the life of the equipment and even causing a fire.
Relationship between winding size and heat dissipation: The transformer generates heat during operation and needs to be dissipated. The size of the winding is closely related to the heat dissipation effect. The larger the size, the better the heat dissipation effect. Therefore, when designing a transformer, it is necessary to determine the size of the winding according to the heat dissipation requirements. If the winding is added arbitrarily, it may cause insufficient heat dissipation, causing the transformer to overheat, affecting the performance of the equipment or even damaging the equipment.