DSP BUTTERWORTH AND CHEBYSHEV FILTER DESIGN 1

[@devikasunil8580]

Splendid explanation, complete with 2 examples. Much needed video. Thank you so much for it. Please keep posting!!!

[@mounicasegu195]

It cleared my confusions...helped me a lot in understanding the problems

[@saishiva5320]

💗

[@priyapal8504]

Such a great explanation, good amount of views but he has very few subscribers, I think everyone benefitting from this should support the channel as well.

[@akhiljoseph7769]

Poli saanam 🎉🥳😁

[@rikrishshrestha5421]

amazing explanaiton. Haven't touched book since start and just reading 1 day before exam but still useful.

[@22naresn]

GOATED EXPLANATION🐐🐐

[@missamericana8871]

Thank u so much for the explanation, just i think u're mistaken in (A-B)(A+B)=A² - B² not + , and keep going

[@rakeshgaddam5739]

Thank you very much sir.your video helped me a lot for my semester

[@vaishnavi7858]

I think thier should be minus sign in step 5 of chebyshev filter and also you didn't include j in denominator and while finding the numerator is their any reason ? ......im confused please let me know

[@TekCroach]

It’s not truncation. It’s just to take higher integer value if it has a decimal part. Truncation means to drop the decimal part.

[@eceb177rishavsaha7]

Thank you so much, can't find any better video lecture for this topic.

[@prasannakumar-oq7nz]

sir doubt regarding the calculation of minor and major axis how are multiplying pi value in radians i don't understand

[@RohithBairy]

Butterworth low pass filter problem like given data pass band auttenation 4db stop band edge is 8khz and sampling rate is 24khz discuss these question sir please

[@kissy_07]

Meeru super sir....

[@vaishnaviichowdaryy08]

Haaa... Anthey anthey 🔥

[@yashwanthmsd7446]

Without obtaining poles how will you get T/F for Butterworth filter ??

[@dilsecelebrities86]

Thank you very useful.. had a clear explanation..

[@jaikishorer985]

thanks a lot!! Suggestions: this camera is so shaky and shows only a small area, which is quite hard to take notes. It literally out focus the paper between 7:20 to 9:10. please make sure that the video is clear

[@Kartikeyahm]

Please include the Notes in a PDF in the description below , would help a lot !!! Thank you for the explanation.

[@adithyaj9752]

sir today i came across this video it is absolutely very helpful so please keep uploading such videos

[@amansayer4943]

MashaAllah bro well explained

[@shailaja7]

In chebyshev filter ,,,at step -5 ,,its (a+b)(a-b)=a^2-b^2 but you did mistake sir .

[@joeryder5739]

So,this method doesn’t vary for Impulse Invariance or Bilinear Transformation?

[@naseeruddin_sk]

if n>4 what will be the denominator??

[@simplsania6045]

Sir..do we hav to follow the same process for HPF but the chnge is OHMc/s isnt it sir?...

[@simplsania6045]

plz reply sir

[@msivakrishna-sh2sk]

Sir wp is 20 and ws is 10 how wp is less than ws

[@sknagurbasha1798]

Super bro , excellent work

[@prsdsrinivasa390]

How you got eta=1 and lamda=9.95

[@ramkumarselvaraj9549]

The answers are wrong. N=3 is correct. Cutoff frequency is 2.546

[@marojuajay5820]

Super marvelous 👍

[@saiprateek5779]

Seriously... very fast and hard to understand. Explanation is like - ........ understanding.........!!! That's it

[@anushapillamulla3594]

Thank's a lot sir you gave a amazing explanation about analog filters thank you very much sir

[@ganeshpommala2705]

Sir koncham casio lo order of the filter Ela type cheyalo koncham cheppandi

[@princeabhishek2954]

kzbin.info/www/bejne/hHPYgWhtl7N7o9U

[@princeabhishek2954]

Please watch this video u will understand how to calculate in calci

[@tulasisunkara1898]

Thanks bro we r abt to write mid nd it helped me🤗

[@ravitejaponnuri6734]

Are the denominators same for any problem, Sir..?

[@syedalirasool2667]

No it depends on the order

[@ravitejaponnuri6734]

@@syedalirasool2667 I mean,are the denominators specified N(1-4) same for any given specifications or not..!

[@syedalirasool2667]

@@ravitejaponnuri6734 yes

[@kannialugoju_YT]

Verey level explanation brother

[@Saikumarvattikooti]

Simply super✌️

[@jobin8818]

you defined it all very well prepared video

[@rushabhdayannavar3675]

Big fan saar

[@ranjan5343]

You are amazing!! Thank you so much

[@Codewithmahibtechvalla123]

Superb ☺️☺️

[@navaneethdesai]

Sir, where is High pass Butterworth?

[@shreyaraj7497]

can you tell me how do we get to know if it is a LPF or HPF?

[@syedsaleemfeedtheneedy9563]

from the question itself. If they didn't mention then it's LPF by default

[@srikarangopu7182]

what did he say from 16:46 to 16:52

[@saikiran3663]

Thanks a lot brother. Your vedio helped me to learn the topics and problems.

[@nulunavyasri6942]

Even if the unit of omega is in hz they will be cancelled when we substitute in the eqn? Then y u stressed omega must be in rad/sec

[@devikasunil8580]

He stated a case wherein fp and fs will be given instead of omega s and omega p. In that case you need to convert them from Hz to rad/sec using omega s= 2*pi*fs, omega p=2*pi*fp, or else u will get ur omega c in hertz, which is not the required unit. Hope this helps.

[@UTube4075]

In case the value of N is negative what should we do sir?

[@syedalirasool2667]

consider its magnitude dont bother about sign

[@padalagowtham8985]

26 min =countless periods in clg 👑

[@jobin8818]

@8.57 it is 2.13 how it became 21.3

[@gunasekarc5564]

The explanation is superb sir

[@GNRLOGICS]

Very good explanation sir 👌👌👌👌

[@kachamnikhil4868]

Tq very much bro, helped me a lot, appreciate it

[@shashankpandey8346]

Is that log base 10 or base e??

[@syedalirasool2667]

Log base 10

[@syedsaleemfeedtheneedy9563]

Log base 10

[@guntiprabhucharan4858]

How can you get 0.323

[@rafatjahan1860]

Really the explanation was very usefull thanks

[@zubair1411]

Tomorrow is my exam and I've just understood it through ur video... Jazakallahu khayr

[@thegreatjourney2516]

excell

[@pavandosapati490]

Superb explanation bro tqsm

[@bssr_star]

One Video = More information Thank you 🤗

[@mounikareddy7186]

Thank you soo much for the making it easy

[@suneetsrivastava1247]

Sir i have old model calculator for now. pls guide at time 22:11 and 25:26

[@syedsaleemfeedtheneedy9563]

K definitely but hw can i ?

[@suneetsrivastava1247]

@@syedsaleemfeedtheneedy9563 oh it's clear now. Used Google calculator. Mine was really old and was giving values with some differences

[@kumarbhattarai5242]

great buddy

[@srinunavya5433]

Explanation super

[@reetikkapoor6425]

Best

[@omnamahshivaya7081]

Isn't (a+b)(a-b) = a^2 - b^ 2

[@LIVE_LIVELY]

Bro 👍🏻

[@theserialkiller6794]

What about chebyshev high pass filter?

[@SameerSohail-f]

How to calculate transfer function ur saying from the table.. How to calculate that table

[@syedalirasool2667]

You need not to calculate that table you simply select the denominator from the table based on the value of N

[@johntaker1456]

very helpful sir ❤

[@tanmay6403]

sir omega s is less than omega p as it is in decimal 12:35

[@gayathrimaddi197]

No...omega p is less than omega s.... they are in radians

[@nagendrababu7694]

nice explanation but go slow

[@ECEAcademyBenefactor]

Good

[@vishwavijethag]

u r amazinggggg

[@rojasunkana9036]

Thank you sir easily understanding

[@buditipavankumar7428]

Good explanation

[@kvishwanath1992]

superb explanation sir thank you so much

[@ShaheedAfridi]

aahaaaa

[@le_413bharath2]

​@@ShaheedAfridi sir is this Bilinear transformation method ?

[@arshadalimohammad4688]

sir can you please provide the pdf notes

[@shadowfightwarriorsn97]

Thank you bro

[@syedsaleemfeedtheneedy9563]

u welcome

[@mandadivishnulatha720]

Thank u sooo much sir ❤️

[@eswar09]

14:20 chebychev filter

[@vicheakeng4884]

0:13

[@dhonifan-4vr]

❤️

[@diegof.6950]

How do you get h(n) from h(z)

[@varshanarayanan3508]

inverse dtft I guess

[@mohanarige1684]

Tq bro

[@re-451lavanyaravada6]

Tq so much sir

[@iqraazeem5340]

thanku

[@daredevil7040]

Ball s a c k

[@bhavithavazrapu2833]

Super explanation sir

[@DudduRajesh]

Thank you sir

[@TheUnscriptedDiary07]

11aa

[@believethat6739]

Where is electronic circuits filters are electronic devices