![SOLVED: Comparators Question: The non-inverting Schmitt trigger below is being designed to have a VTH = 4V and VTL = 1V. The VOH and VOL are set by the push-pull output to SOLVED: Comparators Question: The non-inverting Schmitt trigger below is being designed to have a VTH = 4V and VTL = 1V. The VOH and VOL are set by the push-pull output to](https://cdn.numerade.com/ask_images/564aff9b118e46efbbec7d1bffbbbaea.jpg)
SOLVED: Comparators Question: The non-inverting Schmitt trigger below is being designed to have a VTH = 4V and VTL = 1V. The VOH and VOL are set by the push-pull output to
![noise - Inverting Schmitt trigger design with subtle changes to the hysteresis loop and tripping voltages - Electrical Engineering Stack Exchange noise - Inverting Schmitt trigger design with subtle changes to the hysteresis loop and tripping voltages - Electrical Engineering Stack Exchange](https://i.stack.imgur.com/NQpXQ.png)
noise - Inverting Schmitt trigger design with subtle changes to the hysteresis loop and tripping voltages - Electrical Engineering Stack Exchange
![Op-Amp-Schmitt-Trigger,-Equations-and-Diagram | Schmitt trigger, Electronic circuit design, Electronic engineering Op-Amp-Schmitt-Trigger,-Equations-and-Diagram | Schmitt trigger, Electronic circuit design, Electronic engineering](https://i.pinimg.com/736x/f3/4d/8c/f34d8c8e803f5661cc4ebabecd19d322--schmitt-trigger-electrical-engineering.jpg)