D4.29 Design a common-source amplifier, such as that in Figure P4.29, to achieve a small-signal voltage gain of at least Av = vo/vi = -10 for RL = 20 kohm and Rin = 200 kohm. Assume the Q-point is chosen at IDQ = 1 mA and VDSQ = 10 V. Let VT N = 2 V, and λ = 0. Design a common-source amplifier as shown below to achieve a small-signal voltage gain of at least Av = vo/vi = -10 for RL = 20 kohm and Rin = 200 kohm. Assume the Q-point is chosen at IDQ = 1 mA and VDSQ = 10 V. Let VT N = 2 V, and λ = 0.

D4.29 Design a common-source amplifier, such as that in Figure P4.29, to achieve a small-signal voltage gain of at least Av = vo/vi = -10 for RL = 20 kohm and Rin = 200 kohm. Assume the Q-point is chosen at IDQ = 1 mA and VDSQ = 10 V. Let VT N = 2 V, and λ = 0.

Design a common-source amplifier as shown below to achieve a small-signal voltage gain of at least Av = vo/vi = -10 for RL = 20 kohm and Rin = 200 kohm. Assume the Q-point is chosen at IDQ = 1 mA and VDSQ = 10 V. Let VT N = 2 V, and λ = 0.

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D4.29 Design a common-source amplifier, such as that in Figure P4.29, to achieve a small-signal voltage gain of at least Av = vo/vi = -10 for RL = 20 kohm and Rin = 200 kohm. Assume the Q-point is chosen at IDQ = 1 mA and VDSQ = 10 V. Let VT N = 2 V, and lambda = 0. Design a common-source amplifier as shown below to achieve a small-signal voltage gain of at least Av = vo/vi = -10 for RL = 20 kohm and Rin = 200 kohm. Assume the Q-point is chosen at IDQ = 1 mA and VDSQ = 10 V. Let VT N = 2 V, and lambda = 0.

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