The video is about CMOS Schmitt Trigger. In the world of electronics, a Schmitt trigger is a comparator circuit that has two threshold voltages, one for switching the output high and another for switching the output low. This creates a dead zone between the switching thresholds, making it immune to small voltage fluctuations and electrical noise. The video goes over the following: What is a Schmitt Trigger Applications of Schmitt Trigger How a Schmitt Trigger Works Sizing the Schmitt Trigger Here are some of the key takeaways from the video: A Schmitt Trigger is a special type of logic circuit that acts like a comparator with a twist. It has two threshold voltages, one for switching the output high and another for switching the output low. This creates a dead zone between the switching thresholds, making it immune to small voltage fluctuations and electrical noise. Some of the applications of Schmitt Trigger are filtering, voltage shaping, and square wave shaping. The Schmitt Trigger is named after its inventor, Schmitt. The original Schmitt Trigger used a vacuum tube as the comparator. The hysteresis is an important property of the Schmitt Trigger. It is the difference between the two threshold voltages. The Schmitt Trigger can be implemented using transistors or op-amps. The video goes over how to size the Schmitt Trigger for a given application.
This video is really helpful and explains the logic behind the switching points in a highly concise manner, Thank you!!
The video is about CMOS Schmitt Trigger. In the world of electronics, a Schmitt trigger is a comparator circuit that has two threshold voltages, one for switching the output high and another for switching the output low. This creates a dead zone between the switching thresholds, making it immune to small voltage fluctuations and electrical noise.
The video goes over the following:
What is a Schmitt Trigger
Applications of Schmitt Trigger
How a Schmitt Trigger Works
Sizing the Schmitt Trigger
Here are some of the key takeaways from the video:
A Schmitt Trigger is a special type of logic circuit that acts like a comparator with a twist.
It has two threshold voltages, one for switching the output high and another for switching the output low.
This creates a dead zone between the switching thresholds, making it immune to small voltage fluctuations and electrical noise.
Some of the applications of Schmitt Trigger are filtering, voltage shaping, and square wave shaping.
The Schmitt Trigger is named after its inventor, Schmitt.
The original Schmitt Trigger used a vacuum tube as the comparator.
The hysteresis is an important property of the Schmitt Trigger. It is the difference between the two threshold voltages.
The Schmitt Trigger can be implemented using transistors or op-amps.
The video goes over how to size the Schmitt Trigger for a given application.