Based on FIGURE 1 and TABLE 1, calculate/determine the following values: Gate voltage, VG Drain current, IDQ Source voltage, VS) Gate to source voltage, VGS Drain to source voltage, VDS) Forward transconductance, gm Voltage gain, Av R1RD100 k23 k21C2C162.2 µF2N3819HRLV12.2 µF20V1 k2V2R2RS5 mVC31 kHz45 k22 k22 µF0°Figure 1CS CamScanner - Wo guall213. TABLE 1IpssVGs(of)- 3 V10 mA2.25 m I/V1.13 m A/V2Note:1) VTO is VGs(off)2) Set values for VT0, 1 and B for simulation.CS CamScanner - igo sguaall

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Answered: Based on FIGURE 1 and TABLE 1,…

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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Based on FIGURE 1 and TABLE 1, calculate/determine the following values:
Gate voltage, VG
Drain current, IDQ
Source voltage, VS
) Gate to source voltage, VGS
Drain to source voltage, VDS
) Forward transconductance, gm
Voltage gain, Av

R1
RD
100 k2
3 k2
1
C2
C1
6
2.2 µF
2N3819
H
RL
V1
2.2 µF
20V
1 k2
V2
R2
RS
5 mV
C3
1 kHz
45 k2
2 k2
2 µF
0°
Figure 1
CS CamScanner - Wo guall
21
3.

TABLE 1
Ipss
VGs(of)
- 3 V
10 mA
2.25 m I/V
1.13 m A/V2
Note:1) VTO is VGs(off)
2) Set values for VT0, 1 and B for simulation.
CS CamScanner - igo sguaall

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