1. Perform the following steps for the given circuit in below. RD = 1.8k2, Rs = 5602, RG = 2.2MN, VDD = +9V, IDss = 6mA, VP = -6V a) Calculate the Ip current and VDS voltage of the JFET. b) Calculate the ID current and VDS voltage of the JFET, if the value of IDSS = 8mA, VP = -6V. c) Calculate the Ip current and VDs voltage of the JFET, if the value of IDSS = 6mA, VP = -4V. d) Find the working region of the JFET for the all cases given above. +VDD ID RD OVout Vi OHE Vos RG VGs Rs

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1. Perform the following steps for the given circuit in below.
RD = 1.8k2, Rs = 5602, RG = 2.2MO, VDD = +9V, IDSS = 6mA, VP = -6V
a) Calculate the ID current and VDs voltage of the JFET.
b) Calculate the Id current and VDs voltage of the JFET, if the value of IDSS = 8mA,
VP = -6V.
c) Calculate the Id current and VDs voltage of the JFET, if the value of IDSS = 6mA,
VP = -4V.
d) Find the working region of the JFET for the all cases given above.
+VDD
ID
RD
D
HO Vout
Vos
Vi OHE
G
RG
VGs
Rs
Transcribed Image Text:1. Perform the following steps for the given circuit in below. RD = 1.8k2, Rs = 5602, RG = 2.2MO, VDD = +9V, IDSS = 6mA, VP = -6V a) Calculate the ID current and VDs voltage of the JFET. b) Calculate the Id current and VDs voltage of the JFET, if the value of IDSS = 8mA, VP = -6V. c) Calculate the Id current and VDs voltage of the JFET, if the value of IDSS = 6mA, VP = -4V. d) Find the working region of the JFET for the all cases given above. +VDD ID RD D HO Vout Vos Vi OHE G RG VGs Rs
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