Using approximate method, the DC operating parameters of the common emitter BJT amplifier are as follows: VCEQ 9.61 V and IEQ 1.86mA with RB1 -200K 2, R82 -39K Q, Vcc 18 V, B of the Si transistor is 250 and ro - infinity. %3D %3D %3D %3! +Vcc RCS RB1 Io + Vo(p-p) +vi 10 uF ac input Vсе(p-р) 10 uF RB2 RE C= 100 uF Which of the following statements is true about the emitter resistance RE? O Use 2KOhms resistor for RE. O Use 1.2KOhms resistor for RE. Use 3.3KOhms resistor for RE. O Use 1.5KOhms resistor for RE.

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Using approximate method, the DC operating parameters of the common emitter BJT
amplifier are as follows: VCEQ -9.61 V and IgQ - 1.86mA with RB1 200K 2,
R82 -39K Q, Vcc-18 V, B of the Si transistor is 250 and ro - infinity.
%3D
%3D
+Vcc
RCS
RB1
Io
+Vo(p-p)
tVi
10 uF
ac
input
Vce(p-p)
10 uF
RB2
RE
C;= 100 uF
Which of the following statements is true about the emitter resistance RE?
O Use 2KOhms resistor for RE.
D Use 1.2KOhms resistor for RE.
Use 3.3KOhms resistor for RE.
O Use 1.5KOhms resistor for RE.
Transcribed Image Text:Using approximate method, the DC operating parameters of the common emitter BJT amplifier are as follows: VCEQ -9.61 V and IgQ - 1.86mA with RB1 200K 2, R82 -39K Q, Vcc-18 V, B of the Si transistor is 250 and ro - infinity. %3D %3D +Vcc RCS RB1 Io +Vo(p-p) tVi 10 uF ac input Vce(p-p) 10 uF RB2 RE C;= 100 uF Which of the following statements is true about the emitter resistance RE? O Use 2KOhms resistor for RE. D Use 1.2KOhms resistor for RE. Use 3.3KOhms resistor for RE. O Use 1.5KOhms resistor for RE.
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