Consider an NMOS differential pair with vG2 = 0 and vG1 = vid. Let VDD

1.	Consider an NMOS differential pair with vG2 = 0 and vG1 = vid. Let VDD = VSS= 1.0 V, kn’ = 0.4 mA/V2, (W/L)1,2 = 10; Vt = 0.4 V, I = 0.16 mA, RD = 5 kΩ and neglect channel-length modulation. Find the value of vid that corresponds to each of the following situations:(i) iD1 = iD2 = 0.08 mA;(ii) iD1= 0.04 mA and iD2 = 0.12 mA; (iii) iD1= 0 mA (Q1 just cuts off) and iD2 = 0.16 mA. For each case, find vS , vD1, vD2, and (vD2 – vD1).
Answer» EXPLANATION: $\red{ \underline \red{ \over{ \mid \green{{\huge \frak{QuésTion:-}}} \mid}}}$ ★ Find the PERIMETER of a rectangle if its length is 15m and one of the diagonals is 17 m Cuba Norway South Korea the United STATES $\red{ \underline \red{ \over{ \mid \green{{\huge \frak{₳ηsωεя:-}}} \mid}}}$ South Korea The two major disadvantages of wind power include initial cost and technology immaturity. Firstly, constructing TURBINES and wind facilities is extremely expensive. The second disadvantage is technology immaturity.

Consider an NMOS differential pair with vG2 = 0 and vG1 = vid. Let VDD = VSS= 1.0 V, kn’ = 0.4 mA/V2, (W/L)1,2 = 10; Vt = 0.4 V, I = 0.16 mA, RD = 5 kΩ and neglect channel-length modulation. Find the value of vid that corresponds to each of the following situations:(i) iD1 = iD2 = 0.08 mA;(ii) iD1= 0.04 mA and iD2 = 0.12 mA; (iii) iD1= 0 mA (Q1 just cuts off) and iD2 = 0.16 mA. For each case, find vS , vD1, vD2, and (vD2 – vD1).

Answer»

EXPLANATION:

$\red{ \underline \red{ \over{ \mid \green{{\huge \frak{QuésTion:-}}} \mid}}}$

★ Find the PERIMETER of a rectangle if its length is 15m and one of the

diagonals is 17 m

Cuba

Norway

South Korea

the United STATES

$\red{ \underline \red{ \over{ \mid \green{{\huge \frak{₳ηsωεя:-}}} \mid}}}$

South Korea

The two major disadvantages of wind power include initial cost and technology immaturity. Firstly, constructing TURBINES and wind facilities is extremely expensive.

The second disadvantage is technology immaturity.

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