Cost-Conscious RLC Circuit Design You are assigned a task to design a series, passive RLC circuit with a characteristic equation of s2 + 2000s + 5 × 106 = 0. To save money, your supervisor wants you to use a previously purchased 150-mH inductor with a 10-Ω parasitic resistance. The RLC circuit will be used to interface to a Thèvenin source with a 75-Ω series output resistance. Your circuit must demonstrate the desired response with the source circuit connected.
(a) Suppose the resistance is reduced to 1 kΩ and the switching sequence repeated. Will the amplitude of the sinusoid increase, decrease, or stay the same? Will the frequency of the sinusoid increase, decrease, or stay the same?
(b) Suppose the inductance is reduced to 100 mH and the switching sequence repeated. Will the amplitude of the sinusoid increase, decrease, or stay the same? Will the frequency of the sinusoid increase, decrease, or stay the same?