Using approximate method, the DC operating parameters of the common emitter BJTamplifier are as follows: VCBQ 9.54 V and Ico 1.265mA with RgBI = 200K Q,RB2-39K Q, Vcc 16 V, a of the Si transistor is 0.996 and ro = infinity.%3D+VccRC1oRB1+ Vo(p-p)+vi10 pFVce(p-p)acinput10 uFRB2RE SC, 100 uFWhich of the following statements is true about the emitter resistance RE?O Use 10KOhms resistor for RE.O Use 1.5KOhms resistor for RE.OUse 2KOhms in series with 56 Ohms resistors for RE.OUse 10KOhms in series with 560 COhms resistors for RE

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Using approximate method, the DC operating parameters of the common emitter BJT amplifier are as follows: VCBQ 9.54 V and Ico 1.265mA with RgBI = 200K O, RB2-39K 2, Vcc 16 V, a of the Si transistor is 0.996 and ro = infinity. %3D +Vcc RC RB1 1o + Vo(p-p) +vi Vce(p-p) ac input 10 uF RB2 RE S C, 100 uF Which of the following statements is true about the emitter resistance RE? O Use 10KOhms resistor for RE. O Use 1.5KOhms resistor for RE. O Use 2KOhms in series with 56 Ohmns resistors for RE OUse 10KOhms in series with 560 Chms resistors for RE.

Using approximate method, the DC operating parameters of the common emitter BJT amplifier are as follows: VCBQ 9.54 V and Ico 1.265mA with RgBI = 200K O, RB2-39K 2, Vcc 16 V, a of the Si transistor is 0.996 and ro = infinity. %3D +Vcc RC RB1 1o + Vo(p-p) +vi Vce(p-p) ac input 10 uF RB2 RE S C, 100 uF Which of the following statements is true about the emitter resistance RE? O Use 10KOhms resistor for RE. O Use 1.5KOhms resistor for RE. O Use 2KOhms in series with 56 Ohmns resistors for RE OUse 10KOhms in series with 560 Chms resistors for RE.

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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Question

Using approximate method, the DC operating parameters of the common emitter BJT
amplifier are as follows: VCBQ 9.54 V and Ico 1.265mA with RgBI = 200K Q,
RB2-39K Q, Vcc 16 V, a of the Si transistor is 0.996 and ro = infinity.
%3D
+Vcc
RC
1o
RB1
+ Vo(p-p)
+vi
10 pF
Vce(p-p)
ac
input
10 uF
RB2
RE S
C, 100 uF
Which of the following statements is true about the emitter resistance RE?
O Use 10KOhms resistor for RE.
O Use 1.5KOhms resistor for RE.
OUse 2KOhms in series with 56 Ohms resistors for RE.
OUse 10KOhms in series with 560 COhms resistors for RE

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