For the circuit in the figure below, if R = 1.7 ko, RL = 1.6 kN, Av(NL 1) =13, Av(NL_ 2) = -64, Av(NL_3) = -95 and Av(NL 4) = 51 then the voltage gain (Av,3) is:%3D%3DStage 4Z =10 0Z=1 koR.Stage 1Vo2Z=10 kQZ=20 QRZ,=10 QZ7 k2Stage 2Z=50 NZ= 1 kQStage 30-3519o 443.3o -232.2o-559.4o-675.6

Given data Rs=1.7 kΩRL=1.6 kΩAVNL-1=13AVNL-2=-64AVNL_4=51

For the circuit in the figure below, if R = 1.7 ko, RL = 1.6 kn, AVINL 1) = 13, Av(NL_2) = -64, Av(NL_3) = -95 and Av(NL 4) = 51, then the voltage gain (Av;3) is: Stage 4 Zn=10 Q Z 1 k Stage 1 Z=10 k2 Z=20 Q Z,=10 0 R. Z=7 kO Stage 2 Vo3 Z=50 N Z= 1 kQ Stage 3 -3519 o 443.3 O-232.2 o-559.4 -675 6

For the circuit in the figure below, if R = 1.7 ko, RL = 1.6 kn, AVINL 1) = 13, Av(NL_2) = -64, Av(NL_3) = -95 and Av(NL 4) = 51, then the voltage gain (Av;3) is: Stage 4 Zn=10 Q Z 1 k Stage 1 Z=10 k2 Z=20 Q Z,=10 0 R. Z=7 kO Stage 2 Vo3 Z=50 N Z= 1 kQ Stage 3 -3519 o 443.3 O-232.2 o-559.4 -675 6

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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Concept explainers

Compensation Techniques

The compensation techniques are the methods that are employed in the electrical control systems to enhance the performance of the system. The performance are generally affected by the factors like lag in the compensating devices, slow response of the system of the components like sensors used in the control system. The basic compensation technique involves lag compensation, lead compensation or the combination of the both.

Question

For the circuit in the figure below, if R = 1.7 ko, RL = 1.6 kN, Av(NL 1) =
13, Av(NL_ 2) = -64, Av(NL_3) = -95 and Av(NL 4) = 51 then the voltage gain (Av,3) is:
%3D
%3D
Stage 4
Z =10 0
Z=1 ko
R.
Stage 1
Vo2
Z=10 kQ
Z=20 Q
R
Z,=10 Q
Z7 k2
Stage 2
Z=50 N
Z= 1 kQ
Stage 3
0-3519
o 443.3
o -232.2
o-559.4
o-675.6

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