Questions Derive the Vps equation as a function of VGs, for the following MOSFET based amplifier. Please use current equations of MOSFET, as discussed in the class. As per class discussion, we know this circuit can be used as an AC amplifier. Please discuss how can the gain of this AC amplifier, be enhanced. VDD Rp V ps VGs +

Introductory Circuit Analysis (13th Edition)
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ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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Derive the Vps equation as a function of VGs, for the following MOSFET based amplifier. Please
use current equations of MOSFET, as discussed in the class. As per class discussion, we know this
circuit can be used as an AC amplifier. Please discuss how can the gain of this AC amplifier, be
enhanced.
Vp
Iny Rp
Vps
VGs
Transcribed Image Text:Questions Derive the Vps equation as a function of VGs, for the following MOSFET based amplifier. Please use current equations of MOSFET, as discussed in the class. As per class discussion, we know this circuit can be used as an AC amplifier. Please discuss how can the gain of this AC amplifier, be enhanced. Vp Iny Rp Vps VGs
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