Q2) For common base circuit, at (VC = 10.4v) exactly find 1. VCC value? 2. VCB value? 3. The R1 value approximately at VCC 20? Ver %3D
Q2) For common base circuit, at (VC = 10.4v) exactly find 1. VCC value? 2. VCB value? 3. The R1 value approximately at VCC 20? Ver %3D
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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![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' = 102)?
3. The Rin (total) at (re' 102)?
4. The current gain at (re' = 102 and AV = 0.8)?
Q2) 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?
solve Q2
Q3) For common emitter circuit, (Answer four only but with 2 and 6)
let (Cwi = 5p, Cwo = Cce = 8p, Cbe = 40p, Cbc=12p, C1 C2 0.01 p)
exactly find:-
1. The Q-point?
2. At (re' = 20N), 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)?
Vee e
12V5.8k
VCC
VC
2.8k
250k
R1
RB1 250k
C2
100
20M
100
v,o w 199 C2
RB2
C1
C1
100k
ミ200
8.2k
1.2k
R2k](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F00106a29-2c7a-4cbc-9254-0e284ae91d41%2F5bf12e37-ac82-4ae5-9c1f-05f382fad04e%2Fmayst6m_processed.jpeg&w=3840&q=75)
Transcribed Image Text: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' = 102)?
3. The Rin (total) at (re' 102)?
4. The current gain at (re' = 102 and AV = 0.8)?
Q2) 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?
solve Q2
Q3) For common emitter circuit, (Answer four only but with 2 and 6)
let (Cwi = 5p, Cwo = Cce = 8p, Cbe = 40p, Cbc=12p, C1 C2 0.01 p)
exactly find:-
1. The Q-point?
2. At (re' = 20N), 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)?
Vee e
12V5.8k
VCC
VC
2.8k
250k
R1
RB1 250k
C2
100
20M
100
v,o w 199 C2
RB2
C1
C1
100k
ミ200
8.2k
1.2k
R2k
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