Engineering Electrical Engineering - circuits - Reactive Networks

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The discussion centers around solving a complex electrical engineering homework problem involving reactive networks and phasor calculations. Participants focus on calculating phasor voltages and currents in both Cartesian and polar forms, as well as determining Thevenin and Norton equivalent circuits. There is a significant emphasis on the correct application of circuit analysis techniques, including the use of voltage dividers and the treatment of impedances. Participants clarify the importance of using peak values for calculations and the distinction between real and imaginary components when analyzing circuit behavior. The conversation highlights the collaborative effort to troubleshoot and refine the calculations for accuracy.
  • #61
Your Thevenin Impedance ##Z_T## looks very odd. Where did it come from ?
 
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  • #62
I added the impedance of the capacitor and inductor, is this not the correct method?
 
  • #63
Frankboyle said:
I added the impedance of the capacitor and inductor, is this not the correct method?
We examined that before. How are those components connected to each other when the voltage supply is suppressed?
 

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