For the inverter circuit of Fig. 14, provethat the transistor is working deeply insaturation when Vi= 5V. Assume thatB = 150 for the BC107 NPN transistor3. Connect the inverter circuit shown in Fig.14 and verify its operation. WhenVi = 5V (HIGH), try to measure VBe and VCE of the transistor at saturation.Vcc5VRc-R1(M60)1kOViVoVoQ1R-R1 (P1)ovBC33710ka5VFigure 14: Practical Inverter Circuit

Here i have proved that it is in saturation region.

Answered: Vcc5V ERc -R1(M60) 1k0 Vi Vo ov Vo Q1…

Engineering

Electrical Engineering

Vcc5V ERc -R1(M60) 1k0 Vi Vo ov Vo Q1 R-R1+(P1) BC337 10KO 5V V Figure 14: Practical Inverter Circuit EA

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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Question

For the inverter circuit of Fig. 14, prove
that the transistor is working deeply in
saturation when Vi= 5V. Assume that
B = 150 for the BC107 NPN transistor
3. Connect the inverter circuit shown in Fig.14 and verify its operation. When
Vi = 5V (HIGH), try to measure VBe and VCE of the transistor at saturation.
Vcc5V
Rc-R1(M60)
1kO
Vi
Vo
Vo
Q1
R-R1 (P1)
ov
BC337
10ka
5V
Figure 14: Practical Inverter Circuit

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