i need the answer quickly Q1) For common collector circuit, exactly find:-1. VCC value that lead to best Q-point?. The voltage gain with draw A.C equivalent circuit at (re' 102)?3. The Rin (total) at (re' 102)?4. The current gain at (re' 10n and AV = 0.8)?solve Q1Q2) For common base circuit, at (VC = 10.4v) exactly find -1. VCC value?2. VCB value?3. The R1 value approximately at VcC 20?4. The power gain approximately?Q3) For common emitter circuit, (Answer four only but with 2 and 6)let (Cwi = 5p, Cwo = Cce 8p, Cbe : 40p, Cbc=12p, Cl C2 = 0.01 p)exactly find:-1. The Q-point?2. At (re' = 205), the voltage gain with explain?3. The Vo p.p.(max) at (re' 202)?4. The Rin(total) and Rout approximately at (AV = - 24 and re' 202)?5. the low critical frequencies at (AV = - 24, Zin = 20k and Zout 5K)?6. the high critical frequencies at (AV = - 24, Zin : 20k and Zout = 5K)?12v 95.8kVecVCC2.8k250kR1RB1 250kC210020p100w199 C2RB2C1 100kci 183% HC12 20038.2k2k31.2k

Answered: Image /qna-images/answer/8cdaa15e-a851-4129-afac-7cc81cad7d8b.jpg

Q1) For common collector circuit, exactly find:- 1. VCC value that lead to best Q-point? 2. The voltage gain with draw A.C equivalent circuit at (re' 101)? 3. The Rin (total) at (re' = 102)? 4. The current gain at (re' = 10n and AV : 0.8)?

Q1) For common collector circuit, exactly find:- 1. VCC value that lead to best Q-point? 2. The voltage gain with draw A.C equivalent circuit at (re' 101)? 3. The Rin (total) at (re' = 102)? 4. The current gain at (re' = 10n and AV : 0.8)?

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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