V BBVccR1RCICVoCBRsViVCEVBERoRE1VsRiR2RE2CE-5 VFor the above circuit, assume that the BJT is in Active mode with collectorcurrent Ic=2mA. It is given that Rs=99.5 Q, R1-20 KQ, R2=20 KQ, RE1-29.0 Q,RE2=500 Q, Rc=1 KQ, RL=5 KQ, B=39, VBE=0.8V and VT-25mV.Calculate the gain part, vo/v; (including the sign, in V/V units) forthe amplifier.8: 10 V25 VR1RCCCIÇ,VoCBRsVIVCEVBERE1RoVsRiR2RE2CE-5 VFor the above circuit, it is given that Rs-84.3 Q, R1=20 KQ, R2=20 KQ, RE1=405 Q,RE2=500 2, Rc-1 KQ, RL=9.2 KO, B=39, VBE=0.8V. |Val=36 V and VT-20mV.Calculate the input impedance of the amplifier, R, in KQ units.

Note : It is the kind notice that the mentioned questions are of different, hence according to the…

V BB Vcc R1 RC IC Vo св Rs Vi VCE VBE RE1 Ro Vs Ri R2 RE2 CE -5 V For the above circuit, assume that the BJT is in Active mode with collector current Ic=2mA. It is given that Rs=99.5 Q, R1=20 KO, R2=20 KQ. RE1=29.0 Q. RE2=500 Q, RC=1 KQ, RL=5 KQ, B=39, VBE 0.8V and VT-25mV. Calculate the gain part, vo/Vị (including the sign, in V/V units) for the amplifier.

V BB Vcc R1 RC IC Vo св Rs Vi VCE VBE RE1 Ro Vs Ri R2 RE2 CE -5 V For the above circuit, assume that the BJT is in Active mode with collector current Ic=2mA. It is given that Rs=99.5 Q, R1=20 KO, R2=20 KQ. RE1=29.0 Q. RE2=500 Q, RC=1 KQ, RL=5 KQ, B=39, VBE 0.8V and VT-25mV. Calculate the gain part, vo/Vị (including the sign, in V/V units) for the amplifier.

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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