Efficiency of Transformer (11)

The performance of a transformer can be determined with the help of two important performance indicators, deficiency and regulation. In this video, you will see the first performance indicator, that is, deficiency of transformer, which will also destroy a condition for maximum efficiency. For better understanding of this video, your advanced to watch the previous video which

is losses in transformer. The first defined deficiency of transformer is that in and previous video, we have studied the loss of power transported from primary to secondary. Power is wasted in the form of heat, which and this lower power is lost because of losses in transformer. Output power is always less than the input power.

Deficiency of transformer is user- defined SD is the difference of the output power to the input power and efficiency is expressed in percentage within 4 percent. Deficiency is equal to output power. Divided by input power multiple vs love you know the input power it is always equal to output power plus losses and in transformer the two

main losses are copper loss and iron loss then input power can be written as output power plus copper loss plus iron loss in this input power in the expression of Asian sea hui get percentage deficiency as output power divided by output power plus copper loss plus iron loss in 200 and neither here to no doubt transformer

is a specific device means eight-ten not consist of any rotating parts and that's why in transformer scary rotational and frictional office ideal deficiency of transformer it is very hard to say that Bigg Boss it is a static device and rotational and frictional force option in this saunf well-designed transformer deficiency mein bhi this helps 99% of the