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i) VGSQ (ii) IDQ (iii) VDS (iv) VD (v) VG (vi) Vs
RG 1.3 ΜΩ 3 V + G VDD = 18 V ID VGS S RD 3 ΚΩ IDSS = 20 mA Vp = -6V Figure Q4(b): JFET Circuit Configurations
RG 1.3 ΜΩ 3 V + G VDD = 18 V ID VGS S RD 3 ΚΩ IDSS = 20 mA Vp = -6V Figure Q4(b): JFET Circuit Configurations
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answerhappygod
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RG 1.3 ΜΩ 3 V + G VDD = 18 V ID VGS S RD 3 ΚΩ IDSS = 20 mA Vp = -6V Figure Q4(b): JFET Circuit Configurations
By using purely mathematical approaches and the electroniccircuit shown in Figure Q4(b), calculate the following:
i) VGSQ (ii) IDQ (iii) VDS (iv) VD (v) VG (vi) Vs
RG 1.3 ΜΩ 3 V + G VDD = 18 V ID VGS S RD 3 ΚΩ IDSS = 20 mA Vp = -6V Figure Q4(b): JFET Circuit Configurations
i) VGSQ (ii) IDQ (iii) VDS (iv) VD (v) VG (vi) Vs
RG 1.3 ΜΩ 3 V + G VDD = 18 V ID VGS S RD 3 ΚΩ IDSS = 20 mA Vp = -6V Figure Q4(b): JFET Circuit Configurations