For the circuit in Figure 3,20 V910 kn2,2 knIpss = 10 mAVGVp = -3.5 VVesQ110 knRs = 0.51 knFigure 3(i)Calculate the voltage V. .(i1)Determine the transistor operating polnt (Vasq , Ioq) •(ii)Determine the voltages V, and Vs .(iv)Calculate the voltage Vps .(v)Explain what happen to the operating point if Rs is reduced,

In the circuit, Find the gate voltage VG Transistor operating point Voltages VD and Vs We…

For the circuit in Figure 3, 20 V 910 kn 2,2 kn Ipss = 10 mA VG Vp = -3.5 V VesQ 110 kn Rs = 0.51 kn Figure 3 (i) Calculate the voltage Ve . (i1) Determine the transistor operating polnt (Vasą , Ioq) • (ii) Determine the voltages V, and Vs.

For the circuit in Figure 3, 20 V 910 kn 2,2 kn Ipss = 10 mA VG Vp = -3.5 V VesQ 110 kn Rs = 0.51 kn Figure 3 (i) Calculate the voltage Ve . (i1) Determine the transistor operating polnt (Vasą , Ioq) • (ii) Determine the voltages V, and Vs.

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 circuit in Figure 3,
20 V
910 kn
2,2 kn
Ipss = 10 mA
VG
Vp = -3.5 V
VesQ
110 kn
Rs = 0.51 kn
Figure 3
(i)
Calculate the voltage V. .
(i1)
Determine the transistor operating polnt (Vasq , Ioq) •
(ii)
Determine the voltages V, and Vs .
(iv)
Calculate the voltage Vps .
(v)
Explain what happen to the operating point if Rs is reduced,

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