e) An RLC circuit is shown in the diagram below in Figure 5. Determine the transfer function of the circuit in terms of s. R L m ww C Vo Vi Figure 5 H f) Using the standard second order equation, show how the electrical circuit shown in Figure 5 can be used to model the spring mass damper system shown in Figure 4 if appropriate component values are selected. If the capacitor value is fixed at 200?F what value of R and L would be required?

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e) An RLC circuit is shown in the diagram below in Figure 5. Determine the transfer
function of the circuit in terms of s.
R

f) Using the standard second order equation, show how the electrical circuit shown
in Figure 5 can be used to model the sprin

e) An RLC circuit is shown in the diagram below in Figure 5. Determine the transfer function of the circuit in terms of s. R L m ww C Vo Vi Figure 5 H f) Using the standard second order equation, show how the electrical circuit shown in Figure 5 can be used to model the spring mass damper system shown in Figure 4 if appropriate component values are selected. If the capacitor value is fixed at 200?F what value of R and L would be required?

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