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VTNL = 1 V, KnL = 0.1 mA/V² for the MOSFET ML. Assume A = 0 for both MOSFETS ML and MD. Let Vpp = 9 V. (a) Determine VGG in such a way that the quiescent value of VDSL is 4 V. (b) For RL = ∞ (infinity), show that the small-signal voltage gain at Q-point is given by A, = 1/(1+ /KnL/Knp) (c) For RL = 4 kN, calculate the small-signal voltage gain.

VTNL = 1 V, KnL = 0.1 mA/V² for the MOSFET ML. Assume A = 0 for both MOSFETS ML and MD. Let Vpp = 9 V. (a) Determine VGG in such a way that the quiescent value of VDSL is 4 V. (b) For RL = ∞ (infinity), show that the small-signal voltage gain at Q-point is given by A, = 1/(1+ /KnL/Knp) (c) For RL = 4 kN, calculate the small-signal voltage gain.

Introductory Circuit Analysis (13th Edition)
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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VTNL = 1 V, KnL = 0.1 mA/V² for the MOSFET ML. Assume A = 0 for both MOSFETS ML and Mp. Let VDD = 9 V. (a) Determine VGG in such a way that the quiescent value of VDSL İs 4 V. (b) For RL (infinity), show that the small-signal voltage gain at Q-point is given by A, = 1/(1+ /Knl/Knp) (c) For RL = 4 kN, calculate the small-signal voltage gain. %3D %3D VDD MD Ro Cc VGG RL ML VDSL Figure 3. Source-follower circuit with saturated load for Question 3 두 +
Transcribed Image Text:VTNL = 1 V, KnL = 0.1 mA/V² for the MOSFET ML. Assume A = 0 for both MOSFETS ML and Mp. Let VDD = 9 V. (a) Determine VGG in such a way that the quiescent value of VDSL İs 4 V. (b) For RL (infinity), show that the small-signal voltage gain at Q-point is given by A, = 1/(1+ /Knl/Knp) (c) For RL = 4 kN, calculate the small-signal voltage gain. %3D %3D VDD MD Ro Cc VGG RL ML VDSL Figure 3. Source-follower circuit with saturated load for Question 3 두 +
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