3. A circuit has the following transfer function: G(s) = Vo R-SL R+SL+sRLC with R =...

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3. A circuit has the following transfer function: G(s) = Vo R-SL R+SL+sRLC with R = 470 2 C = 1 F L = 10 mH V = 24 V (a) Express the transfer function G(s) in normalized standard form. Give analytical expressions (in terms of the parameters R, L, C, and V) for each important parameter (dc gain, corner frequency, etc.) in your expression. (b) On the semilog axes provided below, construct the magnitude asymptotes of G(s). Label salient features (slopes, corner frequencies, Q-factors, etc.). (continued on next page) 1Hz 10Hz 100Hz 1kHz 10kHz 100kHz 1MHz (b) On the semilog axes below, construct the phase asymptotes of G(s). Label salient features (slopes and break frequencies). 1Hz 10Hz 100Hz 1kHz 10kHz 100kHz 1MHz 3. A circuit has the following transfer function: G(s) = Vo R-SL R+SL+sRLC with R = 470 2 C = 1 F L = 10 mH V = 24 V (a) Express the transfer function G(s) in normalized standard form. Give analytical expressions (in terms of the parameters R, L, C, and V) for each important parameter (dc gain, corner frequency, etc.) in your expression. (b) On the semilog axes provided below, construct the magnitude asymptotes of G(s). Label salient features (slopes, corner frequencies, Q-factors, etc.). (continued on next page) 1Hz 10Hz 100Hz 1kHz 10kHz 100kHz 1MHz (b) On the semilog axes below, construct the phase asymptotes of G(s). Label salient features (slopes and break frequencies). 1Hz 10Hz 100Hz 1kHz 10kHz 100kHz 1MHz