Transformer Power Calculation

For a supply voltage of volts at Hz and a primary inductance L1 = 1 Henry. Primary turns: NP = Secondary turns: NS= Secondary voltage: VS=volts

Assuming identical geometry, the secondary inductance L2 = H.

Assuming ideal coupling, mutual inductance M = H

Primary winding resistance R1= Ω

Secondary winding resistance R2 = Ω

Secondary load resistance RS= Ω

With the above specified parameters, the calculated values are:

Effective primary resistance RP=Ω

Effective primary reactance XP = Ω

Primary impedance ZP =Ω

at °

Secondary impedance Z2 = Ω at °

The power dissipated in the primary winding = W = % of the power.

The power dissipated in the secondary winding = W = % of the power.

The power delivered to the load = W = % of the power.