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c) Find the Thevenin Equivalent impedance ZTH. (4 pts) d) In order to extract the maximum average power from the source, find the loading impedance should be attached between “a” and “b”. (3 pts)
Problem 5: Frequency Domain Circuit Analysis (15 pts) 2mH -000 192 ma ZTH wn o a оа Vs(t) 1mF Vth(t) ob Thevenin Equival
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Problem 5: Frequency Domain Circuit Analysis (15 pts) 2mH -000 192 ma ZTH wn o a оа Vs(t) 1mF Vth(t) ob Thevenin Equival
Problem 5: Frequency Domain Circuit Analysis (15 pts) 2mH -000 192 ma ZTH wn o a оа Vs(t) 1mF Vth(t) ob Thevenin Equivalent Original In the above circuits, vs(t) = 2cos1000t. a) Convert the inductor and capacitor into impedance (ZĽ and Zc). (2 pts) b) Find the Thevenin Equivalent voltage Vth in both frequency and time domain. (6 pts)
c) Find the Thevenin Equivalent impedance ZTH. (4 pts) d) In order to extract the maximum average power from the source, find the loading impedance should be attached between “a” and “b”. (3 pts)
c) Find the Thevenin Equivalent impedance ZTH. (4 pts) d) In order to extract the maximum average power from the source, find the loading impedance should be attached between “a” and “b”. (3 pts)
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