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Analyze the following common gate amplifier that uses a NMOS transistor with Kn = 0.5 mA/V2 and ID = 1 mA (Ignore channel length modulation effect): a) Draw the AC-equivalent circuit using the T-model. b) Find the expressions and values for Rin, Av = Vo/Vi and Gv = Vo/Vsig.

Analyze the following common gate amplifier that uses a NMOS transistor with Kn = 0.5 mA/V2 and ID = 1 mA (Ignore channel length modulation effect): a) Draw the AC-equivalent circuit using the T-model. b) Find the expressions and values for Rin, Av = Vo/Vi and Gv = Vo/Vsig.

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Analyze the following common gate amplifier that uses a NMOS transistor with Kn = 0.5 mA/V2 and ID = 1 mA (Ignore channel length modulation effect): a) Draw the AC-equivalent circuit using the T-model. b) Find the expressions and values for Rin, Av = Vo/Vi and Gv = Vo/Vsig.

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