(a)An active filter needs to be designed using a non-inverting amplifier that behaves as aband pass filter with a bandwidth size of 25 kHz. The frequency response is shown inFigure Q2 (a).Q2Av (dB)30 dB27 dB-20 dB/decade+20 dB/decade35 40Frequency(kHz)Figure Q2 (a)(i)By using a capacitor value of 10NF, evaluate the RA and RF value.(ii)Draw the appropriate circuit with the proper label.

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An active filter needs to be designed using a non-inverting amplifier that behaves as a band pass filter with a bandwidth size of 25 kHz. The frequency response is shown in Figure Q2 (a). Q2 (a) Av (dB) 30 dB 27 dB -20 dB/decade +20 dB/decade 35 40 Frequency (kHz) Figure Q2 (a) (i) By using a capacitor value of 1ONF, evaluate the Ra and RF value. (ii) Draw the appropriate circuit with the proper label.

An active filter needs to be designed using a non-inverting amplifier that behaves as a band pass filter with a bandwidth size of 25 kHz. The frequency response is shown in Figure Q2 (a). Q2 (a) Av (dB) 30 dB 27 dB -20 dB/decade +20 dB/decade 35 40 Frequency (kHz) Figure Q2 (a) (i) By using a capacitor value of 1ONF, evaluate the Ra and RF value. (ii) Draw the appropriate circuit with the proper label.

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

Section: Chapter Questions

Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...

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