NMOS Cascode Amplifier with Source Degeneration and Miller Capacitance 5 VBIAS O VIO ID k CM 11 M2 M1 00 RS 50 μA 1.5 mA/V2 0.60 V VTH VA 60 V VOV,M₁ 0.25 V 7.5 ΚΩ R$ RL Figure 1: NMOS Cascode Amplifier Given that: CL Vo

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a) Derive the transfer function Vo/Vi(ω) and determine the location of the pole and zero frequencies.
b) Determine the gain (in dB) at DC and at the pole and zero frequencies.

NMOS Cascode Amplifier with Source Degeneration and Miller Capacitance
VBIAS O
VI O
ID
k
CM
11
Given that:
VTH
VA
VOV,M₁
R$
RL
CM
C₁
M2
M1
RS
00
Figure 1: NMOS Cascode Amplifier
50 μA
1.5 mA/V²
0.60 V
60 V
0.25 V
7.5 ΕΩ
100 ΚΩ
100 pF
10 nF
RL
CL
vo
Consider the circuit shown above. Assume that the amplifier is biased such that it operates in the
sat ration region and ignore all transistor parasitic capacitances. Express your answers up to four (4)
decimal places and use the appropriate unit of measure.
Transcribed Image Text:NMOS Cascode Amplifier with Source Degeneration and Miller Capacitance VBIAS O VI O ID k CM 11 Given that: VTH VA VOV,M₁ R$ RL CM C₁ M2 M1 RS 00 Figure 1: NMOS Cascode Amplifier 50 μA 1.5 mA/V² 0.60 V 60 V 0.25 V 7.5 ΕΩ 100 ΚΩ 100 pF 10 nF RL CL vo Consider the circuit shown above. Assume that the amplifier is biased such that it operates in the sat ration region and ignore all transistor parasitic capacitances. Express your answers up to four (4) decimal places and use the appropriate unit of measure.
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