Convolution Integral Example 05 - Convolution Of Unit Step With Pulse

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This example computes the convolution z(t) = x(t)*y(t) where * is the convolution operator, x(t) = u(t) is the unit step function, and y(t) is a finite-width pulse.

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You have no idea how poorly this topic is covered by my professor. Thank you so much.

aequanimus

I have no idea what my lecturer is teaching abt this especially during online class due to locked down. Your video really saves me, thanks!

Benly

Been stuck on a problem for about a week. Searched everywhere on youtube and none of the videos helped. Then I see this video and in 11 minutes you cleared everything up for me. Thank you so much!!

BlastDaMusicUp

Thank you Adam! This helps me during my qualification exam. Really appreciated!

MuhamadFaisal-yool

This video was an adequate tool to check the method you showed in the previous one. You did a great job, thank you!

csabapapp

hello adam,
I watched all of your videos regarding convolution, they have been very very helpful, i mean it, thanks!

housem.d

thanks a lot man, I was really stuck trying to solve some very nasty, but box-like pulsed signals analytically

pepitoperez

my hero, my soul, my muse. thank you for posting this

supadupadupakunt

You have no idea how much your video just saved me! Thank you for such an amazing explanation

carso

I were not believing that the convolution is useful until i discovered it works like a normal product with laplace transform, now with this video i have understood its concept, thank you man .🙂🙂

عبدالواحدالجزائري-ثع

The way you deal with convolution is awesome. I am thankful to you for these videos.

AghaMujtaba

the best explaination on youtube i've found . thank you you're a genius

alexis-

You saved me 2 hours of homework time for my EECS 150 class with this thorough explanation of convolution. Thank you! #zotzot

fralex

Thank you! This is the best convolution explanation I have ever met.

andreyolegovichandco

thank you so much for these videos! much better than the lectures at my uni...

Ragingwasabi

convolution is so hard but you make it so easy

mahakhan

Thank you so so very much. You've helped me a lot.

mskymoore

Thank you Adam..simply you are the best lecturer ... I keep track all of your videos

nizarsurche

finally i can understand how the system became steady state, thx sir

kenkaniki

Thanks Adam for great videos. They help me a lot for my Engineering classes.

CuongNguyen-ehnc

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