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a- Design an active Band Pass Filter with Bandwidth of (5 to 150 )HZ and Pass Band Gain not less than 40 dB using (2 Op-Amps )and any required components.

a- Design an active Band Pass Filter with Bandwidth of (5 to 150 )HZ and Pass Band Gain not less than 40 dB using (2 Op-Amps )and any required components.

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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15:36 Expert Q&A a- Design an active Band Pass Filter with Bandwidth of (5 to 150 )HZ and Pass Band Gain not less than 40 dB using (2 Op-Amps )and any required components. b- Repeat the previous part using only one Op- Amp and any required components.(Hint see page 219 in the text book). Figure 9.12 A.C. amplifier Solve this question using hints from the attached 219 page in the text book FORT Done R₂ R.C.s+1 9.2 AMPLIFIERS 219 [9.31] Typically ,- 15 V.e-10°. R-1202 and G-2; therefore to give Four-5 V, R, must be 1 MO A.C. amplifier Figure 9.12 shows an ac. signal source connected to an inverting amplifier with input resistance Re capacitance Ce feedback resistance R, and capacitance C The circuit can be analysed using ogn [9.27] with R., and R, replaced by complex impedances Z, and Z, to give: V R. Cas RR,C,+1R₂C+1) Here Zo is the series combination of Ra and C Le Zou = Rox + (1/Cp) where is the Laplace operator. Z, is the parallel combination of R, and C, ie: Z₁=- From these equations, the transfer function relating output voltage Foto input voltage V for the ac. amplifier, is [9.32] Figure 9.13 shows the amplitude frequency response characteristics of the amplifier. It has a mid-band gain of R, R., and a bandwidth between f, and f, and can be used in a.c. carrier systems (Section 9.3).
Transcribed Image Text:15:36 Expert Q&A a- Design an active Band Pass Filter with Bandwidth of (5 to 150 )HZ and Pass Band Gain not less than 40 dB using (2 Op-Amps )and any required components. b- Repeat the previous part using only one Op- Amp and any required components.(Hint see page 219 in the text book). Figure 9.12 A.C. amplifier Solve this question using hints from the attached 219 page in the text book FORT Done R₂ R.C.s+1 9.2 AMPLIFIERS 219 [9.31] Typically ,- 15 V.e-10°. R-1202 and G-2; therefore to give Four-5 V, R, must be 1 MO A.C. amplifier Figure 9.12 shows an ac. signal source connected to an inverting amplifier with input resistance Re capacitance Ce feedback resistance R, and capacitance C The circuit can be analysed using ogn [9.27] with R., and R, replaced by complex impedances Z, and Z, to give: V R. Cas RR,C,+1R₂C+1) Here Zo is the series combination of Ra and C Le Zou = Rox + (1/Cp) where is the Laplace operator. Z, is the parallel combination of R, and C, ie: Z₁=- From these equations, the transfer function relating output voltage Foto input voltage V for the ac. amplifier, is [9.32] Figure 9.13 shows the amplitude frequency response characteristics of the amplifier. It has a mid-band gain of R, R., and a bandwidth between f, and f, and can be used in a.c. carrier systems (Section 9.3).
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