- For The Following Amplifier Circuit With An N Channel Jfet It Is Known That The Transistor Has An Idss 12 Ma Vgs Off 1 (37.46 KiB) Viewed 20 times
Vi N 5 με 10 με ww11 +20 V 82 ΚΩ 11 ΚΩ Σ2ΚΩ H Zo 5 μF 10 uF 610 Ω Rr 3 Vo ιστ +1₁
For the following amplifier circuit with an N-channel JFET, it is known that the transistor has an IDSS = 12 mA, VGS,OFF
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For the following amplifier circuit with an N-channel JFET, it is known that the transistor has an IDSS = 12 mA, VGS,OFF
For the following amplifier circuit with an N-channel JFET, itis known that the transistor has an IDSS = 12 mA, VGS,OFF = −3V and an Ios = 10 μS. Also, the load RL is infinite.
From the given data and the circuit, determine:a) The operating point of the transistor (VGS,Q, ID,Q)b) The equivalent in small signalc) The input impedance Zid) The output impedance Z0e) The voltage gain Av
Vi N 5 με 10 με ww11 +20 V 82 ΚΩ 11 ΚΩ Σ2ΚΩ H Zo 5 μF 10 uF 610 Ω Rr 3 Vo ιστ +1₁
From the given data and the circuit, determine:a) The operating point of the transistor (VGS,Q, ID,Q)b) The equivalent in small signalc) The input impedance Zid) The output impedance Z0e) The voltage gain Av
Vi N 5 με 10 με ww11 +20 V 82 ΚΩ 11 ΚΩ Σ2ΚΩ H Zo 5 μF 10 uF 610 Ω Rr 3 Vo ιστ +1₁