Is Consider the LTI system with input wo and output $v 1$ as shown in the figure below, where $R = 1, C = \frac{1}{100}$ , and $t = \frac{1}{10}$ . (a) Find the frequency response $H$ of the system. (b) Use a computer to plot the magnitude and phase responses of the system. (c) Fom the ploss in part (b), identify the ope of ideal filter that this system approximates.

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Is Consider the LTI system with input wo and output

v 1

as shown in the figure below, where

R = 1, C = \frac{1}{100}

, and

t = \frac{1}{10}

. (a) Find the frequency response

H

of the system. (b) Use a computer to plot the magnitude and phase responses of the system. (c) Fom the ploss in part (b), identify the ope of ideal filter that this system approximates.

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