Unit Impulse Signal: Basics, Function, Graph, Properties, and Examples in Signals & Systems

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[@rachanat9603]

Really very good teaching sir..pls continue it...

[@EngineeringFunda]

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[@pritipranjali]

Very helpful

[@EngineeringFunda]

Your positive comments motivates me.

[@mahmudulhasanrakib492]

Excellent video lectures sir, I appreciate. But I would like to know the 6th property of delta function. delta (kt) = (1/|k|) delta (t) .... Is there any proof? Why we're dividing by k in the right hand side ? Thank you

[@sharvaripatwardhan1502]

sir for the property @7:00 can you give some real life example like you have given in the earlier video that taking t/2 means playing the video at 0.5x speed so it will take double time please give some sort of example like this because i didn't really understand what exactly we are doing there.........

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We are planning to remake this series as well in future, give your advise, I will everything in upgradation of this course.

[@manashidas3340]

Sir,i like your all video,all subjects.....plz make videos of all subjects of ECE...... thank you so much sir☘️🙏

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[@manpreetkaur-gc7td]

Thanks a alot sir

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[@pritipranjali]

Please make videos on advanced communication system

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Thank you

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[@devbhatia6333]

Sir, please make courses for analog circuit design and basic electronics. And thank you sir for providing these helpful videos

[@EngineeringFunda]

Basic Electronics is coming very soon after that I will make Network theory

[@prashantchauhan1573]

Thank you sir for your awesome lectures . SIr i would be great if you make lecture series onSP430 microcontroller .

[@sairaghavendra3715]

Sir can u explain the relation blw unit step and impulse by integral and differential?

[@EngineeringFunda]

Differentiation of step is impulse

[@sairaghavendra3715]

@@EngineeringFunda yes but I don't know about proof ? I know relation blw parabolic to ramp to step vice-versa wrt proof . Could you pls explain with proof without getting hesitation thank you for your response.

[@ourcraft2422]

@@EngineeringFunda Sir this you have not taught in this lecture

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❤️❤️🙏🙏

[@EngineeringFunda]

Your positive comments motivates me, my goal is to create largest community of engineers in entire globe, so please help me for that by sharing this lecture series(playlist) with your friends in social media (watsapp, telegram etc). Thanks and welcome 🙏

[@deveshdangi7209]

Del(t) is not 1. It is infinity at t=0. Using parent signal it is made 1

[@mythusart943]

Its unit impulse signal.. so amplitude is 1.

[@himadrimandal9697]

It's area is 1 magnitude infinity.

[@agentm10]

@@mythusart943 Even then, del(t) cannot be finite at t= 0, otherwise the integral would be zero. del(0) = infinity, det(t) = 0 for t not zero.

[@sagnikmukherjee6604]

That's what I thought too

[@ganitacademyengineeringeng4153]

4th and 5th properties are wrong.. it should be f(0) del(t) and f(t0)del(t-t0)..it will be an impulse function with area f(0) and f(t0) respectively..

[@rachanat9603]

Is it so ma'am?? R those properties wrong??

[@ganitacademyengineeringeng4153]

@@rachanat9603 yes.. its f(0) when there is an integration

[@rachanat9603]

@@ganitacademyengineeringeng4153 Oh.. kk ma'am thanks