Q#2(A) The circuit shown in figure below has a Ves(oft) = -4V. Assume that you increase thesupply voltage VoD, beginning at zero until the ammeter reaches a steady value. What doesthe voltmeter read at this point?Rp4.7 knVDpFigure(B) Assume for a particle JFET, Ioss=12mA and Ves(off)= -5V?a. What is lp Wwhen Vas-0V?b. What is lo when Vas=Vas(off)?c. If Vcs is increased from -5V to -2V, does lo increase or decrease?

A) The given circuit is, By increasing a supply voltage the drain current ID also increases from…

(A) The circuit shown in figure below has a Ves(oft) = -4V. Assume that you increase the supply voltage VoD, beginning at zero until the ammeter reaches a steady value. What does the voltmeter read at this point? Rp 4.7 kn VDD Figure (B) Assume for a particle JFET, loss=12mA and Ves(of)= -5V? a. What is lo When Vas=0V? b. What is lo when VGs=Vas(ofn? c. If Ves is increased from -5V to -2V, does lo increase or decrease?

(A) The circuit shown in figure below has a Ves(oft) = -4V. Assume that you increase the supply voltage VoD, beginning at zero until the ammeter reaches a steady value. What does the voltmeter read at this point? Rp 4.7 kn VDD Figure (B) Assume for a particle JFET, loss=12mA and Ves(of)= -5V? a. What is lo When Vas=0V? b. What is lo when VGs=Vas(ofn? c. If Ves is increased from -5V to -2V, does lo increase or decrease?

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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