IC Design I | Elmore Delay is SUPER EASY! 

Your voice should be on the radio lol. Thanks for the simple and clear video!

Finally an EE lecture without an Indian guy :) You are a true hero!

OMG, super easy to understand, really appreciate it sir. Thanks for your explanation!

Pahahahahaha! George, here I am looking up how to do my 454 homework and this was the video I clicked because it was the best match to my query. The video starts and I see your face and laugh hysterically. You need to come back.

I wish I knew about these vids sooner, but this is great! Thanks for the awesome help!

Gosh this dude's voice is so cool

Thanks! I've been confused by Elmore delays for over 2 sems and now idk why 😅

You're a real lifesaver dude. Thanks!

Very cool and helpful video!

all the best, simple and useful narrative

Thank you. I understood the concept very easily.

Thanks man... U are a saviour

your voice reminded me the announcers in clubs

Thanks for making Elmore Delay so easy!

This video still shows up on my recommended after graduating 3 years ago lol

Really a good explanation

Dude this is so helpful, thanks :)

Thanks, you saved my life (almost)

excellent explanation 😊😊

damn that method was super easy 😍😍

Super helpful, thank you so much!!! :)

Thanks EE Videos. This was helpful :)

Thanks a lot Sir, Secondly your voice is so cool.

You are a lifesaver.

wonderful video!! Thanks a lot..

this is the right way to teach :)

dude you just saved my ass! thanks a lot...*thumbs up*

super cool...you are savior...

liked and subscribed. you helped me very much thank you :)

Thank you. Will the other method produce the same answer?

thanks your method less confusing; the texts I have read look at the other method you mention

Hey great video!! But may I ask: what if there is a parallel RC circuit connected to the voltage input?

Thank you!

You saved me!!!!!!

Great!

u r awesome :) thanks

What if the trees are symmetrical then which path i have to take

Thanks Bro..!!

ooh thanks a lot

Thanks :)

i lo veit thank u so much

Hello, I'm Cassey Miller. I would like to do the morning announcements.

super and tanQ

Thanks

nice one BTW I knew this method.

You didn't explain the theory behind this. What you did is nothing but some calculation. How ridiculous!

Wrong

thanks for helping

Thank you!