Assume a series RLC circuit with the following component values: R = 200 2 L =...
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Assume a series RLC circuit with the following component values: R = 200 2 L = 2.5 mH (with a 2-2 internal resistance in series) C = 1 nF (with a 20 k2 internal resistance in parallel) What is the resonance frequency of this circuit (express in 4 significant figures)? Does it differ significantly from the expected resonance value if the components were ideal (i.e., no internal resistances)? Show all analytical details. Finally, validate your findings using simulation. Assume a series RLC circuit with the following component values: R = 200 2 L = 2.5 mH (with a 2-2 internal resistance in series) C = 1 nF (with a 20 k2 internal resistance in parallel) What is the resonance frequency of this circuit (express in 4 significant figures)? Does it differ significantly from the expected resonance value if the components were ideal (i.e., no internal resistances)? Show all analytical details. Finally, validate your findings using simulation.
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