An Ideal Transformer Example: Difference between revisions

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* <math>\frac {N_{1}}{N_{2}} = 3</math>
* <math>\frac {N_{1}}{N_{2}} = 3</math>
* The combined load on winding 2 is <math>{Z_{L}} = (5+j3) \Omega</math>
* The combined load on winding 2 is <math>{Z_{L}} = (5+j3) \Omega</math>
===Solution===
<math>{e_{1}}(t) = {V_{1}}\cos(\omega t)</math>

<math>\omega = 2 \pi f</math>, so <math>\omega = 120 \pi</math>

Therefore, <math>{e_{1}}(t) = {V_{1}}\cos(120 \pi t)</math>

Revision as of 16:28, 15 January 2010

Consider a simple, transformer with two windings. Find the current provided by the voltage source.

  • Winding 1 has a sinusoidal voltage of ° applied to it at a frequency of 60Hz.
  • The combined load on winding 2 is

Solution

, so

Therefore,