Given that kn′ = 100 uA/V2 and Vt = 0.6V, find VH and VL for the NMOS

Question

Notify Me Bookmark

Given that kn′ = 100 uA/V2 and Vt = 0.6V, find VH and VL for the NMOS logic inverter with resistor load shown in Figure 5. Note that VH and VL are the output values (vo) corresponding to the input values (vI) of low and high respectively. What is the power dissipation for the inverter? Note that VDD = 2.5 V, R = 400 kΩ, and W/L = 3/1 (12 points) Figure 5

Image text

Given that $k_{n}^{'} = 100 u A / V^{2}$ and $V_{t} = 0.6 V$ , find $V_{H}$ and $V_{L}$ for the NMOS logic inverter with resistor load shown in Figure 5. Note that $V_{H}$ and $V_{L}$ are the output values $(v_{o}$ ) corresponding to the input values $(v_{I})$ of low and high respectively. What is the power dissipation for the inverter? Note that $V_{D D} = 2.5 V, R = 400 k Ω$ , and $W / L = 3 / 1$ (12 points)