Solved this q Q3For the network given in Fig.3, determine the transfer function (V2(s)/V1(s)).VI2120.2511Fig.31.5FV2392

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Answered: Q3 For the network given in Fig.3,…

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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Calculate the transfer function for the following ideal op-amp model circuit:
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Simplify the block diagram as shown in Fig. Q1(c) into a single block and determine the overall transfer function, C(s) / R(s) .
Example-3 G₁ GS G₂ H₂ G3 H₂ G6 1 using the block diagram representation and the table,find the transfer function expression of the following: p 144
Q3: Draw the signal flow graph of the following block diagram shown in Fig-3 and find the closed loop transfer function R G4 G₁ H₂ Fig-3 G₂ G3 H1
Q3 Based on Block Diagram Algebra, find the transfer function in Figure Q3. RO) Gr(s) H(s) G₂(s) H₂(1) Figure Q3 R(S) for the system shown H₂(s) Gr(s) C(s)
H.W 2//Convert the following block diagram into its equivalent signal flow graph H3 G4 y9 G5 Y(s) y2 Уз y8 R(s) GG2 G3 Y6 Y5 H1 H2
What is the gain from the input source, W1, to the output seen at RL? Which components setthis gain and why?
TY X b Answered:IX Answered: ( X PF Op-amp sat X PF Op-amp sai X @ How to imp X htp eet01-xythos.content.blackboardcdn.com/61b27372e4695/8067545?X-Blackboard-Expiration3D16527024000008X-Blac (b) The 3-OpAmp Instrumentations Amplifier in Fig. Q.B2(a) is the front-end stage of an ECG amplifier, having the indicated values of resistors. Briefly explain the role of op- amps A1 and A2 and determine the voltage gain at this Stage-1: Astage-1 = [(Vo2 - Vo1)/(V2 - V1) ]; assuming all resistors and op-amps are ideal and the resistors in the circuit have the exact values as indicated. Also, determine the voltage gain of the difference amplifier stage (Stage-2): Astage-2 = Vo / (Vo2- Vol), implemented by A3. Then, specify the total differential voltage gain of the 3-OpAmp amplifier (cascaded Stage-1 and Stage-2): ATotal =[Vo/(V2-V1)]. R1 = 120 k2; R2 = 10 k2 ; R3 = 20 k2 ; R4 = 160 kQ A1 + R4 R1 b. R3 R2 R1 A3 R3 R4 Vo Vor A2 V. Fig O B2(a)
The following amplifier (consider the case with a R_L load) consists of a channel JFET n. In the amplifier, the value of the DC source ({+ V} DD = 20 V) and of all resistors (shown in the schematic) and capacitors ( C1= C2= 20 µF) is known. At the same time, the JFET has the following specifications: IDSS= 10 mA and Vp= -3.5 V. The output resistance of the JFET is r_d = infinityΩ.AC analysis:The input signal VS is a small sinusoidal signal, at the same time it oscillates at a medium frequency, in such a way that the response is not affected by the capacitances. Get the circuit in small signal and do all the necessary procedure / demonstration. To determine:A) The transconductance gm at the operating point.B) The small signal equivalent circuit drawn conveniently.
G. For the given circuit What could be done to increase Ay for the circuit? and determine the new value of Ay.
Please do number 4

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Q3 For the network given in Fig.3, determine the transfer function (V2(s)/V1(s)). VI 212 0.2511 Fig.3 1.5F V2 392