Consider a logic inverter having a voltage transfer characteristic con

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Consider a logic inverter having a voltage transfer characteristic consisting of 3 straight line segments, two horizontal ones at VOut = VOH = 5 V, at VOut = VOL = 0.5 V, and the third joining the points Vin = VIL, max = 2 V and Vin = VIH, min = 3.5 V. Find the NML and NMH. NML = 1.5 V and NMH = 2 V NML = 2.5 V and NMH = 2.5 V NML = 1.5 V and NMH = 1.5 V NML = 2 V and NMH = 1.5 V

Consider a logic inverter having a voltage transfer characteristic consisting of 3 straight line segments, two horizontal ones at VOut = VOH = 5 V, at VOut = VOL = 0.5 V, and the third joining the points Vin = VIL, max = 2 V and Vin = VIH, min = 3.5 V. Find the NML and NMH. NML = 1.5 V and NMH = 2 V NML = 2.5 V and NMH = 2.5 V NML = 1.5 V and NMH = 1.5 V NML = 2 V and NMH = 1.5 V

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Consider a logic inverter having a voltage transfer characteristic consisting of 3 straight line segments, two horizontal ones at

V_{Out} = V_{O H} = 5 V

, at

V_{Out} = V_{O L} = 0.5 V

, and the third joining the points

V_{in} = V_{I L}

,

max = 2 V

and

V_{in} = V_{I H}

, min

= 3.5 V

. Find the

N M_{L}

and

N M_{H}

.

N M L = 1.5 V

and

N M H = 2 V

N M L = 2.5 V

and

N M H = 2.5 V

N M L = 1.5 V

and

N M H = 1.5 V

N M L = 2 V

and

N M H = 1.5 V

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