Refer to the common-source amplifier with resistor circuit shown in Figure 3 below: V* Rs = 3 k2 R = 100 k2 ER2= 200 k2 Rp = 10 k2 V- Figure 3 The common-source amplifier operates at InQ = 0.297 mA, given the transistor parameters a = 0, Kp = 0.8 mA/V² and Vrp = -0.5 V. (a) Draw the small-signal equivalent circuit for the common-source amplifier. (b) Determine the input resistance (R:) and output resistance (Ro) of the common-source amplifier.

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Refer to the common-source amplifier with resistor circuit shown in Figure 3 below:
V*
Rs = 3 k2
R = 100 k2
Ce
R2 = 200 k2
Rp = 10 k2
V-
Figure 3
The common-source amplifier operates at Ipo = 0.297 mA, given the transistor parameters 1= 0,
Kp = 0.8 mA/V² and VrP = -0.5 V.
(a) Draw the small-signal equivalent circuit for the common-source amplifier.
(b) Determine the input resistance (R:) and output resistance (Ro) of the common-source
amplifier.
Transcribed Image Text:Refer to the common-source amplifier with resistor circuit shown in Figure 3 below: V* Rs = 3 k2 R = 100 k2 Ce R2 = 200 k2 Rp = 10 k2 V- Figure 3 The common-source amplifier operates at Ipo = 0.297 mA, given the transistor parameters 1= 0, Kp = 0.8 mA/V² and VrP = -0.5 V. (a) Draw the small-signal equivalent circuit for the common-source amplifier. (b) Determine the input resistance (R:) and output resistance (Ro) of the common-source amplifier.
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