3.23 (a) By proper manipulation, put the wideband band-pass function of Eq. (3.29a) in thestandard form H(ja) = HOBP HBP. (b) Show that no matter how you select wi and wh,the Q of that filter can never exceed. This is why the filter is called wideband.HBP(jw) =H(jw) = HoНоHo=(jw/wo)/Q1 − (w/wo)² + (jw/wo)/Qjw/wL(1 + jw/wL)(1+ jw/wH)R₂R₁WL =1R₁C1WH=1R2C2(3.29a)(3.29b)

The frequency response function of a second-order filter is given asTo do:write the frequency…

3.23 (a) By proper manipulation, put the wideband band-pass function of Eq. (3.29a) in the standard form H(ja) = HOBP HBP. (b) Show that no matter how you select @ and @H, the Q of that filter can never exceed. This is why the filter is called wideband. HBP(jw) H(jo) = Ho Ho= (jw/wo)/Q 1-(w/wo)² + (jw/wo)/Q jw/wL (1 + jw/wL)(1+jw/w) R₂ 1 R1 R1C1 WL = WH = 1 R2C2 (3.29a) (3.29b)

3.23 (a) By proper manipulation, put the wideband band-pass function of Eq. (3.29a) in the standard form H(ja) = HOBP HBP. (b) Show that no matter how you select @ and @H, the Q of that filter can never exceed. This is why the filter is called wideband. HBP(jw) H(jo) = Ho Ho= (jw/wo)/Q 1-(w/wo)² + (jw/wo)/Q jw/wL (1 + jw/wL)(1+jw/w) R₂ 1 R1 R1C1 WL = WH = 1 R2C2 (3.29a) (3.29b)

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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