1 – In the circuit of fig.1 determine the biasing resistors Rc and RE so that the Q-point,Ica 2 mA and VCEq 6 V, is met.transistor ? Assume VA = 00 , VBE 0.7 V and Br 100.What is the power dissipation ( PDiss ) in the22%3DRE =, Rc =PDiss..... ... u.Now the collector resistance, Rc, is changed to Rc = 28 kQ. What will be the new Q-point ?Q-Point ( VCEq =Ica). IBg.... ...Vcc = 15 V10 kRcE2.2 kREO VFig. 1

β=100VCE=6 VIC=2 mA Find: RC=?RE=?Power dissipation in transistor=?

1 – In the circuit of fig.1 determine the biasing resistors Rc and RE so that the Q-point, Icq = 2 mA and VCEq = 6 V, is met. transistor ? Assume VA = 00 , VBE 0.7 V and BF 100. What is the power dissipation ( PDiss ) in the RE = Rc PDiss = ...... ....... ........ Now the collector resistance, Rc , is changed to Rc = 28 kQ. What will be the new Q- point ? Q-Point ( VCEq = ...... , Icq ). IBq = ......... Vcc = 15 V 10 k Rc E 2.2 k RE OV

1 – In the circuit of fig.1 determine the biasing resistors Rc and RE so that the Q-point, Icq = 2 mA and VCEq = 6 V, is met. transistor ? Assume VA = 00 , VBE 0.7 V and BF 100. What is the power dissipation ( PDiss ) in the RE = Rc PDiss = ...... ....... ........ Now the collector resistance, Rc , is changed to Rc = 28 kQ. What will be the new Q- point ? Q-Point ( VCEq = ...... , Icq ). IBq = ......... Vcc = 15 V 10 k Rc E 2.2 k RE OV

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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