EXERCISE PROBLEM Ex 16.9: A CMOS inverter is biased at VDD = 1.8 V. The transistor parameters are VTN = 0.4 V, VTP = -0.4 V, K₁ = 200 μA/V², and K₁ = 80 μA/V2. (a) Determine the transition points. (b) Find the critical voltages VIL and VIH, and the corresponding output voltages. (c) Calculate the noise margins NM and NMH. (Ans. (a) V = 0.7874 V, Vort = 1.187 V, VON = 0.3874 V; (b) VIL=0.6323 V, VIH = 0.8767 V, VOHU = 1.7065 V, (c) NML = 0.4986 V, NMH = 0.8298 V) VOLU = 0.1337 V;

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EXERCISE PROBLEM
Ex 16.9: A CMOS inverter is biased at VDD = 1.8 V. The transistor parameters
are VTN = 0.4 V, VTP = -0.4 V, K₁ = 200 μA/V², and K₁ = 80 μA/V2.
(a) Determine the transition points. (b) Find the critical voltages VIL and VIH,
and the corresponding output voltages. (c) Calculate the noise margins NM
and NMH. (Ans. (a) V = 0.7874 V, Vort = 1.187 V, VON = 0.3874 V;
(b) VIL=0.6323 V, VIH = 0.8767 V, VOHU = 1.7065 V,
(c) NML = 0.4986 V, NMH = 0.8298 V)
VOLU = 0.1337 V;
Transcribed Image Text:EXERCISE PROBLEM Ex 16.9: A CMOS inverter is biased at VDD = 1.8 V. The transistor parameters are VTN = 0.4 V, VTP = -0.4 V, K₁ = 200 μA/V², and K₁ = 80 μA/V2. (a) Determine the transition points. (b) Find the critical voltages VIL and VIH, and the corresponding output voltages. (c) Calculate the noise margins NM and NMH. (Ans. (a) V = 0.7874 V, Vort = 1.187 V, VON = 0.3874 V; (b) VIL=0.6323 V, VIH = 0.8767 V, VOHU = 1.7065 V, (c) NML = 0.4986 V, NMH = 0.8298 V) VOLU = 0.1337 V;
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