Question 4 (a) An Op-Amp circuit is shown in Figure 4. ww 10 RE Ven TL001 4V ww 81 200 ww R3 FLOR ww S and Ia=0 043 5) Find Vox and Vo i) What is the flow through the restr Find V (b) Given Figure 5 below, awer the following questions TLOB ww эко 140 Figure 4 i) Name the type of this filter. ww 100 sing ii) Find the cut-off frequency and the voltage gain in decibels of the filter. AdB ZologA ii) Find the voltage gain in decibels at cut-off frequency. (iv)) Find the bandwidth of this filter.

Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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Question 4
(a) An Op-Amp circuit is shown in Figure 4.
ww
10
RE
Ven
TL001
4V
ww
81
200
ww
R3
FLOR
ww
S
and Ia=0
043
5)
Find Vox and Vo
i)
What is the flow through the restr
Find V
(b) Given Figure 5 below, awer the following questions
TLOB
ww
эко
140
Figure 4
i) Name the type of this filter.
ww
100
sing
ii) Find the cut-off frequency and the voltage gain in decibels of the filter.
AdB ZologA
ii) Find the voltage gain in decibels at cut-off frequency.
(iv)) Find the bandwidth of this filter.
Transcribed Image Text:Question 4 (a) An Op-Amp circuit is shown in Figure 4. ww 10 RE Ven TL001 4V ww 81 200 ww R3 FLOR ww S and Ia=0 043 5) Find Vox and Vo i) What is the flow through the restr Find V (b) Given Figure 5 below, awer the following questions TLOB ww эко 140 Figure 4 i) Name the type of this filter. ww 100 sing ii) Find the cut-off frequency and the voltage gain in decibels of the filter. AdB ZologA ii) Find the voltage gain in decibels at cut-off frequency. (iv)) Find the bandwidth of this filter.
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