Question 3 (a) With the aid of schematic diagrams, explain the structure, operating principle and characteristics of a N channel JFET. N GPP INT S (b) In a self-bias n-channel JFET as shown in Figure 3, the operating point is to be set at ID - 1.5 mA and VDS-10 V. The JFET parameters are Ipss 5 mA and Vos(om)=-2 V. ww RD J1 J310 RG RS Figure 3 VDD 20 V + (i) Find the values of RS and RD. (ii) Why connect resistor RG in series with the gate of the JFET?

Introductory Circuit Analysis (13th Edition)
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ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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Question 3
(a) With the aid of schematic diagrams, explain the structure, operating principle and
characteristics of a N channel JFET.
N
GPP
INT
S
(b) In a self-bias n-channel JFET as shown in Figure 3, the operating point is to be set
at ID - 1.5 mA and VDS-10 V. The JFET parameters are Ipss 5 mA and Vos(om)=-2
V.
ww
RD
J1
J310
RG
RS
Figure 3
VDD
20 V
+
(i) Find the values of RS and RD.
(ii) Why connect resistor RG in series with the gate of the JFET?
Transcribed Image Text:Question 3 (a) With the aid of schematic diagrams, explain the structure, operating principle and characteristics of a N channel JFET. N GPP INT S (b) In a self-bias n-channel JFET as shown in Figure 3, the operating point is to be set at ID - 1.5 mA and VDS-10 V. The JFET parameters are Ipss 5 mA and Vos(om)=-2 V. ww RD J1 J310 RG RS Figure 3 VDD 20 V + (i) Find the values of RS and RD. (ii) Why connect resistor RG in series with the gate of the JFET?
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