For the circuit in Figure 1,Vcc= 16 VRc = 3.6 kRg = 240 kNVc= 120VCERE = 1,5 knFigure 1(i)Explain what happens to the voltage V, if the resistor R, is increased?(ii)Explain what happens to the current i. if the constant B is reduced?(ii)Determine what happens to Veg if the transistor is replaced by one withsmaller B.

Given : The given transistor is self bias circuit with having emitter resistance RE. IC = betta…

For the circuit in Figure 1, Vcc = 16 V Rc = 3.6 kn Ry = 240 kl Vc B = 120 Vce Rg = 1,5 kn Figure 1 (1) Explain what happens to the voltage V, if the resistor Ry is increased? (ii) Explain what happens to the current /ç if the constant 8 is reduced? Determine what happens to Ver if the transistor is replaced by one with smaller B. (ii)

For the circuit in Figure 1, Vcc = 16 V Rc = 3.6 kn Ry = 240 kl Vc B = 120 Vce Rg = 1,5 kn Figure 1 (1) Explain what happens to the voltage V, if the resistor Ry is increased? (ii) Explain what happens to the current /ç if the constant 8 is reduced? Determine what happens to Ver if the transistor is replaced by one with smaller B. (ii)

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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