Problem 1- Static Discipline [^~2 pages] For this problem, use the S-model of the MOSFET with VT = 2V. Consider the following circuit with Vs = 5V and R, = 2kN. Vs RL RL O OUT M2 M1 IN a. If IN < 2V, what will be the state and output of M1? Hence what would be the state of M2 and the voltage value of OUT? b. If IN 2 2V, what will be the state and output of M1? Hence what would be the state of M2 and the voltage value of OUT? c. From the results of a. and b., what logical function does this circuit perform (NOT? Buffer? NAND? NOR?) d. From the results of a. and b., draw the voltage transfer characteristics of the entire circuit, i.e., draw the OUT vs IN graph. e. Does the circuit satisfy the static discipline for the voltage thresholds Vol = 1V, VIL = 1.5V, VoH = 4V and VH = 3V? Why or why not? [Hint: use graphical method as shown in lecture videos] f. Does the circuit satisfy the static discipline if the VIL specification was changed to VIL = 2.5V? Why or why not? [Hint: use graphical method as shown in lecture videos] g. What is the maximum value of VIL for which the circuit will (marginally) satisfy the static discipline? What is the N M, in this case? h. What is the minimum value of VH for which the circuit will (marginally) satisfy the static discipline? What is the NM, in this case? ww www

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Coulomb’s Law

Coulomb's law states that the attraction or repulsion force between two charged things is proportional to the product of their charges and inversely proportional to the square of their distance. It has an effect along the line that connects the two-point charges.