Problem 2: Impulse Invariance Method in Digital IIR Filter | Discrete Time Signal Processing

Discover how to tackle Problem 2 on Impulse Invariance Method in Digital IIR Filters in this tutorial on Discrete Time Signal Processing. Dive into the intricacies of digital signal processing as we decode this method, exploring its application and significance. Learn step-by-step procedures, unraveling the process behind mapping continuous-time systems to discrete-time counterparts. Follow along for a comprehensive breakdown, practical insights, and a deeper understanding of this fundamental concept. Master the Impulse Invariance Method and elevate your grasp of Digital IIR Filters with this insightful tutorial!
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[@godwinns2854]

how u cancelled both one with plus sign

[@vijayrana801]

Sir how u cancel 1 +1

[@yashasvisinghal7338]

Wonderful, Thanks.

[@ashishgupta5491]

sir...In Denr. I m getting Z^-2 with e^-0.2T... But You r getting Z^-1 with e^-0.2T... If any1.know. Then plz rply

[@saravananshanmugam7391]

good video very helpful

[@elimarpineda6496]

thank you so much sir for all the time you dedicate to teach us! . But I have the Laplace equation said : (S+A)/ ((S+A)^2 + B^2) = e ^(-At)cos (Bt). Could I used it?

[@vishaldubey2832]

ELIMAR PINEDA Yes, Dude you can use it, but after that ....in step to find Z-Transform you again have to split in two exponential sums to find z transform of cosine

[@punjabnewsexclusive2196]

Really sir well explained

[@karlo_o2606]

superb

[@bharatmullapudi8590]

There's a correction. You've cancelled two +1's

[@ajaysagar4068]

1/(s2 +1.414s+1) how to solve using impulse invariant method. in partial fraction i obtained imaginary values..

[@lokeshmeena7554]

ajay sagar bro √2 is 1.414

[@anilkumarakula2216]

sir u cancelled 1+1 sir.....how those get cancelled

[@DilipPatil-hd7ml]

You don't have to find (nTs)...find z transform directly using C1/1-e^p1T z^-1...

[@phoenix-dt2uj]

Exactly my point

[@suminashrestha7267]

We have to find it if Sampling time T is given in the question

[@barnikbh]

it's +9 in the denominator genius, not -9.

[@darshanjangam7218]

The professor need to learn first what actually is to be solved ... it can easily be solved by trignometry formulas rather than doing all this rubbish...Prof who so you are get lost n stop posting ur videos....its as same as ur avg. mind

[@CallmeKaram]

Darshan Jangam Your words are as shitty as your name

[@lokeshmeena7554]

Bro this method is required in engineering exams if we will do trigonometry then we'll get 0. And listen if u can't say good words to any then u shouldn't say the bad words . Grow up.