m LAMBDA=0.005 Cbd
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Simulate in LTSPICE Please, model file is as under:
.model nch_lev2 NMOS (LEVEL=2 VTo=1.4 Kp=.6m LAMBDA=0.005 Cbd=100f Cbs=100f)
Transcribed Image Text:VDD = 5 V
W
L
Vout
+
Rs
V in
Figure 2
![] We wish to design the CMOS common-drain amplifier shown in Fig. 2 so that Ip = 200 µA,
Im = 2 ms, and the de output voltage is 2.0V. Setting the transistor length to 2µm and using
the given model parameters find the values of Rs, the transistor width, and the de input
voltage.
] Run the dc operating point analysis and verify that the design parameters specfieid in [Sim
4.] are realized. Note the small-signal parameters and device capacitances Cgs, Cgd, Cbs, and
Cbd and then estimate the dominant pole of the amplifier.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fda60d662-3926-4137-a01a-496e36dbee5c%2Fbd0dd2a2-866b-448e-a88f-fed9fa6e4854%2Fh6jrrcs_processed.jpeg&w=3840&q=75)
Transcribed Image Text:] We wish to design the CMOS common-drain amplifier shown in Fig. 2 so that Ip = 200 µA,
Im = 2 ms, and the de output voltage is 2.0V. Setting the transistor length to 2µm and using
the given model parameters find the values of Rs, the transistor width, and the de input
voltage.
] Run the dc operating point analysis and verify that the design parameters specfieid in [Sim
4.] are realized. Note the small-signal parameters and device capacitances Cgs, Cgd, Cbs, and
Cbd and then estimate the dominant pole of the amplifier.
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