For the circuit given below, answer the following questions.
M_(1):K_(n)=10m(A)/(V^(2)),V_(TN)=4V,\lambda =0.02V^(-1),C_(GS)=9pF,C_(GD)=3pF
(a) Determine the values of
R_(D),R_(S),R_(4),R_(G1)
and
R_(G2)
so that the following specifications can be satisfied. Q-point:
2mA+-5%,4V+-5%
Midband voltage gain:
-5+-5%
Output resistance:
3k\Omega +-5%
(b) Calculate the high 3 dB frequency
(f_(H))
of your design.

Question

For the circuit given below, answer the following questions.

M_(1):K_(n)=10m(A)/(V^(2)),V_(TN)=4V,\lambda =0.02V^(-1),C_(GS)=9pF,C_(GD)=3pF

(a) Determine the values of

R_(D),R_(S),R_(4),R_(G1)

and

R_(G2)

so that the following specifications can be satisfied. Q-point:

2mA+-5%,4V+-5%

Midband voltage gain:

-5+-5%

Output resistance:

3k\Omega +-5%

(b) Calculate the high 3 dB frequency

(f_(H))

of your design.

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Expert Answer to - For the circuit given below, answer the following questions. M_(1):K_(n)=10m(A)/(V^(2)),V_(TN)=4V, l

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Solution for - For the circuit given below, answer the following questions. M_(1):K_(n)=10m(A)/(V^(2)),V_(TN)=4V, l

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This an additional answer to - For the circuit given below, answer the following questions. M_(1):K_(n)=10m(A)/(V^(2)),V_(TN)=4V, l

(Solved): For the circuit given below, answer the following questions. M_(1):K_(n)=10m(A)/(V^(2)),V_(TN)=4V,\l ...