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(Solved): Task #4: Consider Figure 3 given below. This RLC circuit is a bandpass filter. a) For R=3.3k\Omega ...



Task #4: Consider Figure 3 given below. This RLC circuit is a bandpass filter. a) For

R=3.3k\Omega

and

L=1mH

, find (compute) the value of C so that the center frequency

w_(@)=

10kra(d)/(sec)

. For that value of C , also determine the bandwidth

\Delta w

(i.e.,

\beta

) and the quality factor

Q=(w_(0))/(\Delta w)

of this filter. Determine and sketch the frequency response function

H(jw)=

(V_(o)(jw))/(V_(i)(jw))

. b) For

R=10k\Omega

and

L=1mH

, find (compute) the value of C so that

w_(0)=10kra(d)/(sec)

. For that value of C , determine the bandwidth

\Delta w

(i.e.,

\beta

) and Q . Determine and sketch the frequency response function

H(jw)=(V_(o)(jw))/(V_(i)(jw))

. Indicate the half-power angular frequencies.



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