Refer to Figure 16a and note that, when switch S1 is in the position A1 VCS =0V and the JFET is on or conducting the voltage at the drain should be very low when the switch is placed in position B, VCS =3V and the JFET is off or not conducting, the voltage at the drain should be the same as +VDD. S₁ positionAB3VV VgVGRg 1MFigure 16aFigure 16bOvdd = +12VVDRd 10kVdCondition ofJFET (on or off) Fill-in Questions:1. When JFET is conducting heavily, the voltage at the drain will be2. When VGS OV, the JFET is,3. When the JFET is not conducting, the voltage at the drain will equal

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Answered: Refer to Figure 16a and note that, when…

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

Section: Chapter Questions

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Refer to Figure 16a and note that, when switch S1 is in the position A1 VCS =0V and the JFET is on or conducting the voltage at the drain should be very low when the switch is placed in position B, VCS =3V and the JFET is off or not conducting, the voltage at the drain should be the same as +VDD.

S₁ position
A
B
3V
V Vg
VG
Rg 1M
Figure 16a
Figure 16b
Ovdd = +12V
VD
Rd 10k
Vd
Condition of
JFET (on or off)

Fill-in Questions:
1. When JFET is conducting heavily, the voltage at the drain will be
2. When VGS OV, the JFET is,
3. When the JFET is not conducting, the voltage at the drain will equal

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