16.22 A logic-circuit type intended for use in a digital-signal-processing application in a newly developed hearing aid can operate down to single-cell supply voltages of 0.9 V. If for its inverter, the output signals swing between 0 and VDD, the “gain-of-one” points are separated by less than images VDD, and the noise margins are within 30% of one another, what ranges of values of VIL, VIH, VOL, VOH, NML, and NMH can you expect for the lowest possible battery supply?
16.22 A logic-circuit type intended for use in a digital-signal-processing application in a newly developed hearing aid can operate down to single-cell supply voltages of 0.9 V. If for its inverter, the output signals swing between 0 and VDD, the “gain-of-one” points are separated by less than images VDD, and the noise margins are within 30% of one another, what ranges of values of VIL, VIH, VOL, VOH, NML, and NMH can you expect for the lowest possible battery supply?
Share
You must login to add an answer.
1 Answer