For the given series-shunt feedback circuit, Voc = 10 VB = 120 VBE(on)= 0.7 V Vcc VA= 0 RỊ = 400 k2 R2 = 75 k2 Rci = 8.8 k2 REI = 0.5 k2 Rc2 = 13 k2 RE2 = 3.6 k2 RF = 10 k2 Ce Rir Re Re RE3 = 1.4 K Cc. CE, CF 00 Q1. Q2. Q3 parameters gml =32.81 mA/V rl =3.66 K gm2 =19.12 mA/V 12 =6.28 K gm3 =78.08 mA/V 133 =1.54 RE H RE K a) Determine the closed loop voltage gain ArFvo'vi. b) Determine the input resistance Rit. c) Determine the output resistance Rof.

For the given series-shunt feedback circuit, Voc = 10 VB = 120 VBE(on)= 0.7 V Vcc VA= 0 RỊ = 400 k2 R2 = 75 k2 Rci = 8.8 k2 REI = 0.5 k2 Rc2 = 13 k2 RE2 = 3.6 k2 RF = 10 k2 Ce Rir Re Re RE3 = 1.4 K Cc. CE, CF 00 Q1. Q2. Q3 parameters gml =32.81 mA/V rl =3.66 K gm2 =19.12 mA/V 12 =6.28 K gm3 =78.08 mA/V 133 =1.54 RE H RE K a) Determine the closed loop voltage gain ArFvo'vi. b) Determine the input resistance Rit. c) Determine the output resistance Rof.

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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