*30V(b) For the differential circuit shown in Fig.3.1, given that B=100, Re1=Re2=2502,REE=10kN , R,=50k2 , Rs=10kN,R=10kN and Vs =10mV, determine:i) The current Ig, through REEii) The value of re, the emitter resistanceiii) The impedance Z¡ lookingthrough the baseiv) The impedance Z2v) The output voltage VoVoVoFig. 3.1-30V

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For the differential circuit shown in Fig. 3.1, given that ß=100, Re1=Re2=2502, REE=10KN , R,=50kN , Rs=10KN, R=10kN and Vs =10mV, determine: i) The current Ig, through Ree ii) The value of r, the emitter resistance iii) The impedance Z¡ looking

For the differential circuit shown in Fig. 3.1, given that ß=100, Re1=Re2=2502, REE=10KN , R,=50kN , Rs=10KN, R=10kN and Vs =10mV, determine: i) The current Ig, through Ree ii) The value of r, the emitter resistance iii) The impedance Z¡ looking

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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Concept explainers

Current Division Method

The generalized current divider formula is given by the following relation below,

Question

*30V
(b) For the differential circuit shown in Fig.
3.1, given that B=100, Re1=Re2=2502,
REE=10kN , R,=50k2 , Rs=10kN,
R=10kN and Vs =10mV, determine:
i) The current Ig, through REE
ii) The value of re, the emitter resistance
iii) The impedance Z¡ looking
through the base
iv) The impedance Z2
v) The output voltage Vo
Vo
Vo
Fig. 3.1
-30V

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