Solve both or dislike 2.For the circuit below, it is required to figure out the value of the resistor RB thatresults in the transistor operating (VBB-b (v),VBE = 0.7 (v), B =100):a. In the active mode with VcCE = 6 (v);b. At the edge of saturation%3;c. Deep in saturation with Brorced =10.%3D%3DVoc 10VVa10 kf2VaaVE Here is the way to decide the constant parameters: a (k2) and b (v) for the following problems: ais the average of your U ID first four digits; b is the summation of your U ID last four digits. ForExample, here one student U number is U01774042, a (0+1+7+7)/4=15/4 (k2); b= 4+0+4+2= 10(v).%3DFigure out the exact Vp and Ip for the circuit given below with VDD b(v), R= aand assume that the diode has a current of1 mA at the voltage of 0.7 (v).Z Vo

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2. For the circuit below, it is required to figure out the value of the resistor RB that results in the transistor operating (VBB-b (v),VBE = 0.7 (v), B=100): a. In the active mode with VCE=6 (v); b. At the edge of saturation; c. Deep in saturation with Brorced 10. %3D

2. For the circuit below, it is required to figure out the value of the resistor RB that results in the transistor operating (VBB-b (v),VBE = 0.7 (v), B=100): a. In the active mode with VCE=6 (v); b. At the edge of saturation; c. Deep in saturation with Brorced 10. %3D

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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