Q1): For the circuit shown in Figure 1,let (vin =100µv(p.p) and ß = 150 ). 10V 47K 4.7K Vo a) Determine the VCE, and ICo ? b) Calculate the VCE(cut-off) and IC(sat.) ? c) Find power gain? Vi 10u 10µ 100µ Q2): For the circuit shown in Figure 1, if connected as multistage by capacitively-coupled:- 10K 1K 1. The AV, (- 56.8, - 65.8, - 68.5, - 86.5 and other) Figure 1 2. The AV2 soolve Q2 only (- 179, - 197, - 19.7, and other) 3. AVtotal(dB) (68.2, 62.8 86.2, 82.6 and other) OTW

Q1): For the circuit shown in Figure 1,let (vin =100µv(p.p) and ß = 150 ). 10V 47K 4.7K Vo a) Determine the VCE, and ICo ? b) Calculate the VCE(cut-off) and IC(sat.) ? c) Find power gain? Vi 10u 10µ 100µ Q2): For the circuit shown in Figure 1, if connected as multistage by capacitively-coupled:- 10K 1K 1. The AV, (- 56.8, - 65.8, - 68.5, - 86.5 and other) Figure 1 2. The AV2 soolve Q2 only (- 179, - 197, - 19.7, and other) 3. AVtotal(dB) (68.2, 62.8 86.2, 82.6 and other) OTW

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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