Understanding Square Waves in Electronic Circuits

[@Enigma758]

Some great practical information mentioned, thanks!

[@ElectronicsNotes]

I’m really glad it was useful. I’m trying to improve on giving more real practical hints & tips as well as practical overall information about the topics we cover.

[@sidgunz506]

crisp and to the point.Great stuff sir!

[@ElectronicsNotes]

Thanks very much for your comment. Glad you liked the video.

[@ricksampson6780]

Excellent tutorial, kudos.

[@ElectronicsNotes]

Thank you! Really appreciate your comment.

[@joudwassouf5336]

Thanks for the explanation ❤
But can we call this wave a function?
Since when it changes from a value to another, there is a straight vertical line and then more than one value for the (t) where it changes ( if it were a function of time)

[@ElectronicsNotes]

Glad you found this useful.
As for a square wave being described as a function, well it can be expressed in terms of a Fourier series - it will never be complete square because of bandwidth limitations of the system.

[@elijahjflowers]

rise and fall times give an implication of curvature.

[@ElectronicsNotes]

Certainly you won’t get such a fast rise time if the bandwidth is limited and you don’t get the higher frequency components.