(a) Consider the MOSFET amplifier circuit as shown in Fig. 2(a). The value of Rs = 1.0 kn and assume that the MOSFET is operating in saturation mode. (i) Draw the small signal equivalent circuit. (ii)...


(a) Consider the MOSFET amplifier circuit as shown in Fig. 2(a). The value of Rs = 1.0 kn and assume that<br>the MOSFET is operating in saturation mode.<br>(i) Draw the small signal equivalent circuit.<br>(ii) The peak input voltage, v,(peak) = 45 mV of the common drain amplifier circuit<br>as shown in Fig. 2(a). The circuit for the output peak voltage, v,(peak) = 36 mV.<br>Assume that Early voltage VA = 0o and K, = 2 mA/V², determine Ipq.<br>p+Vpp<br>Cc<br>RG=<br>200kn<br>Oa + 어<br>Rs<br>VGG<br>Fig. 2(a)<br>

Extracted text: (a) Consider the MOSFET amplifier circuit as shown in Fig. 2(a). The value of Rs = 1.0 kn and assume that the MOSFET is operating in saturation mode. (i) Draw the small signal equivalent circuit. (ii) The peak input voltage, v,(peak) = 45 mV of the common drain amplifier circuit as shown in Fig. 2(a). The circuit for the output peak voltage, v,(peak) = 36 mV. Assume that Early voltage VA = 0o and K, = 2 mA/V², determine Ipq. p+Vpp Cc RG= 200kn Oa + 어 Rs VGG Fig. 2(a)

Jun 11, 2022
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