b) The two-stage enhancement-mode metal-oxide field-effect transistor

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b) The two-stage enhancement-mode metal-oxide field-effect transistor amplifier in Figure Q1 b has the parameters as follows: For NMOS: KN = 0.5 mA/V2, VTHN = 1 V, and λ = 0 V−1 For PMOS: KP = 0.5 mA/V2, VTHP = −1 V, and λ = 0 V−1 Determine the total voltage gain , AvT, of the multistage amplifier with the given load RL. Figure Q1 b

b) The two-stage enhancement-mode metal-oxide field-effect transistor amplifier in Figure Q1 b has the parameters as follows: For NMOS: KN = 0.5 mA/V2, VTHN = 1 V, and λ = 0 V−1 For PMOS: KP = 0.5 mA/V2, VTHP = −1 V, and λ = 0 V−1 Determine the total voltage gain , AvT, of the multistage amplifier with the given load RL. Figure Q1 b

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b) The two-stage enhancement-mode metal-oxide field-effect transistor amplifier in Figure Q1b has the parameters as follows: For NMOS:

K_{N} = 0.5 \frac{m A}{V^{2}}, V_{T H N} = 1 V

, and

λ = 0 V^{- 1}

For PMOS:

K_{P} = 0.5 \frac{m A}{V^{2}}, V_{T H P} = - 1 V

, and

λ = 0 V^{- 1}

Determine the total voltage gain , AvT, of the multistage amplifier with the given load

R_{L}

. Figure Q1b

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