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design-a-series-rlc-bpf-with-fo-o-8khz-and-q-2-using-a-5nf-capacitor-a-find-r-l-and-the-band-pa164

Design a series RLC BPF with

`fo_(o)=8kHz`

and

`Q=2`

, using a

`5nF`

capacitor. a) Find R, L, and the bandwidth. b) Now, rather than an ideal voltage source, assume the source has an impedance of

`1k\Omega `

(i.e., add a

`1k\Omega `

resistor in series with the source). Also, there is a load resistor of

`5k\Omega `

in parallel across

`R`

. What is the

`Q`

of the filter with the source and load resistances included? Hint: find the equivalent resistance, then use the same equation for

`Q`

substituting

`R_(eq )`

for

`R`

. c) Simulate the circuit in b) in LTSpice. Find

`fo_(0)`

and

`\beta `

from the simulation, and use these to verify Q.