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That's the circuit where the given values are: V(AN) = 150 /_10° [Vef] V(BN) = 150 /_-110° [Vef] V(CN) = 150 /_130° [Vef] Inductance is worth j120 [ohm] Capcacitor is worth -j212 [ohm] And the frecuency of the circuit is 50 [Hz] 1) I'm asked to find V(EN) with millman theorem and V(EN) with superposition theorem. 2) Thevenin and Norton values seen from nodes E and F. 3) The resistance that connected between E and F dissipates the optimum power and its value. 4) The impedance that connected between E and F dissipaste the maximum power and its value. |
April 12, 2018 |
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Let me get this right - you want us to do your homework for you so that you don't learn anything and then fail your exams? |
April 12, 2018 |
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