TRICK for IIR REALIZATION - DIRECT FORM 1, 2 , CASCADE , PARALLEL

𝗗𝗢𝗪𝗡𝗟𝗢𝗔𝗗 𝗦𝗵𝗿𝗲𝗻𝗶𝗸 𝗝𝗮𝗶𝗻 - 𝗦𝘁𝘂𝗱𝘆 𝗦𝗶𝗺𝗽𝗹𝗶𝗳𝗶𝗲𝗱 (𝗔𝗽𝗽) :
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SIGNALS & SYSTEMS Books:
Schaum’s: amzn.to/3YCXCRv
Ramesh Babu: amzn.to/3S0mnFn

[@ShrenikJain]

Shrenik Jain - Study Simplified (App): play.google.com/store/apps/details?id=co.kevin.nxpgd

[@abhishekdixit8720]

Best thing about your video's is that it is always directed right on point! Short ,sweet and precise!

[@ShrenikJain]

😇

[@bolt8588]

tomorrow is my exam and u are my saviour ..keep up the great work

[@ShrenikJain]

shelwin varghese best of luck for exams 😃🙂 share with your friends too 😊 😊

[@thomsonthampi408]

haha today is my exam

[@choinimanikanta5357]

@@ShrenikJain I hae after 2 hours

[@zunkitgetu8042]

same here

[@chandru6031]

Did u pass bro

[@aabritipokhrel3470]

U never make unnecessary talks in your videos 👏 Direct to the topic point ,with good explanation Thank u soo much 🙂🙂

[@ShrenikJain]

Welcome :) If this video helped you then please share with your friends too 😊

[@akshayjaithalia8177]

WOW...short n sweet and yet bang on logic. Day after tomorrow is my signal processing semester final and this is just perfect for recalling these concepts. Keep em coming dude, gonna recommend this to my friends too!

[@tvscharankruthik7661]

The real boss of simplifying the complex! 🔥❤️

[@abhishekrvp5439]

Please notify that partial function has been done during the cascade connection case apart from it great help it was...

[@ShrenikJain]

+rvp yoyoy No partial fraction for Cascade...

[@AjayYadav-vf1fm]

Partial fraction is done during parallel realization

[@rocksrust]

Today is my exam and Thanks a lot. Just 11 mins for these ones. I'll manage scoring atleast a 3 on 5 in this question

[@moekusaki]

Amaziiiing! Thank you sir! I learned the whole semester by watching your videos!

[@ShrenikJain]

Welcome 😃

[@apiyopao4586]

U explain really well 👌👌 It's very brief and clear Thanku so much😊😊 Keep up your work👍👍👍

[@aniruddhrao3489]

looks like there is a party going on in the background

[@syedimran7567]

Seeing this before one hour of exam 😎 , thank you ‼️

[@ajitavbiswal5267]

Thank you sir for your lectures. It helped me to secure 100 out of 100 in my exam and i got a lot of recognition from my teacher and my department.

[@hasanimroze6089]

You deserve more subscribers...

[@ShrenikJain]

hasan imroze Will get it if you share 😃

[@bradydeslippe1700]

Great video. Filled alot of gaps often left by textbooks.

[@johnwickgaming6938]

Hello sir, Plzz make vides on partial fraction to solve parallel realization

[@kinzajadoon3698]

thank u so much sir,tomorrow is my exam & i got the lecture now..keep it up...

[@ShrenikJain]

welcome :) DO SHARE with your friends as well :)

[@chandalengalenga5678]

Well explained too many ads but it’s okay well done 👏🏾👏🏾

[@z.y.r.o]

Bhai thanks,last minute preparation done right.😘

[@JAATAV85]

You teaches as you learn 👍👍 Best sir

[@f_hd4639]

its great, but rn im facing problems in cascade nd parallel realization in exactly the topics u skipped i.e, how to get H1 nd H2 in cascade nd in partial functions... can anyone help... MAJORS are cumming (2 days).

[@OllytheOzzy]

Thanks so much , I've learnt so much watching your tutorials !

[@oshuvardhanbabuborugadda8521]

Saw just before appearing for my exam.. it helped me a lot..tq and hope u make more such videos 👍

[@abhishekchatterjee9503]

You did a great job man!! Thank you for this! Keep up the good work 🔥

[@irsadhusain4307]

सरहनीय ज्ञान वर्धक

[@ra5hm1n]

Very quick and clear tutorial dude. Keep it up

[@hajerjm]

Your explanation is wonderful!

[@vijaycyclone116]

Please obtain direct form 2 cascade and parallel structure for the system described by y(n) = 1/16 *y(n-2)+x(n)

[@aswinikannan8295]

Simply super n understood.....bt too many ads..

[@idrissalim8348]

Finally found the Indian Guy on KZbin who explains stuff:)

[@ADWYETYATRIPATHYBEI]

What is that intro catchy music? I just can't remember the name but it's stuck to my head.

[@nullpointer500]

Well done bro ! Awesome explanation

[@ShrenikJain]

Keep learning keep sharing 😊

[@AjayYadav-vf1fm]

Nicely explained !!! Very easy to understand !!

[@gingertechTV]

you saved my degree! Thank you Amazing Video!

[@132132465465]

thank you so much! so easy after your explanation. you teach so much better than my professors

[@ShrenikJain]

Welcome 😊

[@kaviyar-ece788]

Nice explanation why sir you have not written z^-1 in casecode box

[@bhumikagupta4586]

You made that so simple yaar. Love yaa. 😇

[@nandankumarray1207]

thank you so much sir.... your all videos are precise and awesome... can you upload videos series on digital communication.... because this is the only subject that irritate me...

[@ShrenikJain]

Nandan Kumar ray Welcome 😃 Here is the playlist of digital communication.. kzbin.info/aero/PLfP-D1tg0DI0-af8Lr1S5Bwbv4_-kbi-4

[@nandankumarray1207]

thank you so much sir.....

[@sashar2315]

Great video. Topics nicely Explained. Keep making more :)

[@ShrenikJain]

Ty 😄😊

[@samuelcouillard4229]

Thank you sir

[@shubhamdalvi9347]

doing a very good job bro ...liked ur work very much

[@dagosaurjr799]

In the cascade system example, why is the delayed numerator term in h1(z) multiplied by -1? Shouldn't it be -2? Great video, Thanks.

[@ShrenikJain]

Luca Russo in H1(z) we have( 1-z^-1) coefficient of z^-1 is (-1) no where we have -2

[@dagosaurjr799]

My bad, i saw the z as a 2

[@ShrenikJain]

Luca Russo sry my handwriting is not so good😅😂 do like n share with your friends 😃

[@PavanKumar-if8yu]

How to do the practical fraction on different types problems. Please explain it

[@artamour3925]

Oh my god I'm surprised I was stuck for ages and just 11 min saved me

[@username_s3825]

Not helping... In cascade you suddenly changed the question and I am confused 😕

[@sahilberwal177]

please ask, what you did not understand or confused you?

[@cevdettosun1170]

Thank you so much prof. I am ready for exam thans to you. Best Wishes

[@vrajkoshiya9125]

You deserve my like!!

[@zenitsu5504]

i can smell the ink. Awesome teaching😇

[@bindhuag8704]

Thanks a lot sir... tomoro is my exam and this vedio helped me a lot..... tq

[@ShrenikJain]

+Bindhu A G Welcome 😃

[@karthyk7]

great explanation..simple to understand

[@ShrenikJain]

ty :) More examples and techniques are present in notes as well.. So, If you want notes then contact us @[e-mail]

[@RohitGupta-og6ni]

Nice 👍🏼 content Bhiya

[@tejasnatoo528]

Hey dude! That's a really cool video, but in case of DF2, I thought that maybe you switched the position of zeros and poles. Was that by mistake or is it how it's done?

[@sammmyranaway]

yeah he switched the values....

[@bhumikagupta4586]

It's done purposely as in DF2 poles and zeroes appear on opposite side to that in DF1. DF- Direct Form.

[@mohammedshahalamahmed1434]

Awesome brooo you saved my marks... I was about to leave this topic...thank you very much..💯

[@atikurrahman2390]

Well explained. Thanks a lot.

[@ashishagrawal2275]

Awesome video buddy thank u so much very helpful and easy to understand thank u

[@ShrenikJain]

Welcome 😇

[@maheshsr2105]

Explain how to get the values in 2nd line of parallel

[@kareem_abdelhadi]

indian genius, thanks amigoo

[@Netinterspace]

Bro you are the best! Obrigado men

[@BattleFieldGalaxy]

Very helpful. Thank you!

[@mounikay587]

Ur teaching is very nice

[@ShrenikJain]

ty :)

[@mamilapalidattasai12]

Just love this very very helpful 👌

[@eptehal1]

my exam is soon, thank you for making such to the point videos! Nashnoush Squad Leggooo

[@mayankraheja7174]

Your vedios are very helpful. Request: Please also make vedio on Lattice,Lattice Ladder structure and the conversion of Lattice ladder to Direct form 2. Thank you.

[@ShrenikJain]

Mayank R next video is on exam questions on direct form !! stay tuned :) and also will do the video you asked for :) cheers!!

[@ShrenikJain]

+Mayank R share with your friends too 😃😃

[@mayankraheja7174]

Shrenik Jain Please make it in a day or two. I have my exam.I forgot to mention about designing of FIR FILTERS.(more questions on window technique)

[@hrishikeshkulkarni8729]

Great video!!keep it up!!

[@ShrenikJain]

Ty 😄😊

[@prathameshchandrashekharma4167]

your intro is awsum....

[@NostalgiaT]

can u do an example of like when its z^-2 and on..

[@jorgejuarezavila]

such an amazing job!

[@chayandattalegutfyfbt2389]

Thanks for making this video. Upload more valuable videos

[@kshitijchaturvedi]

Why we change the coefficient sign of the poles??

[@jatinkumar4410]

Thank you sir...very clearly explained.

[@ziyadrabeh4768]

Good tutorial man. Thanks

[@ShrenikJain]

ziyad rabeh Welcome 😃 Share with your friends as well 😊

[@puneetjha6827]

If roots of denominator are complex then how to realise the cascade and parallel form?

[@asrikanthreddy1097]

Thanks Bro.... Nice explanation... ..😘😍

[@avinashabhi125]

Dude, you are actually god!!!!!!!

[@thetrainoflife8327]

thank you so much for all your videos

[@BiswajitDas-km8mk]

could you please explain how to find the equation from given figure,by realisation technique?

[@ShrenikJain]

Biswajit Das 2 Question of this video kzbin.info/www/bejne/pqmuXqWrjdRgqs0

[@abhisheka1024]

Thanks broo...!! All doubts cleared by u only broo😊

[@ShrenikJain]

:)

[@jineshks8271]

Excellent explanation bro

[@shashankc548]

Thanks bro! It was really helpful.

[@ShrenikJain]

Shashank Chandrasekaran Welcome 😃

[@simranharichandan3731]

great work.you saved me .

[@AnilKumar-rb4dk]

Sir why direct form2 is used for series and cascade realisation?

[@06-fahadkhan69]

bro why have you stopped using hindi in videos like the previous videos ?

[@adarshsaji5764]

easy and very helpful...thanks sir

[@ShrenikJain]

Welcome 😊

[@surajdhungana407]

lattice coefficient and structure of FIR(1+2z^-1+z^-2) .solve it

[@nigatupaulos6978]

thank you you are life saver

[@siddsonugupta7562]

Great work

[@DeepakSingh-cr3wi]

Nyc explain birooo❤️

[@eswarreigns1306]

Thanks sherik tomorrow I was very confident to write exam

[@atharva2578]

thank you sir exam ke 4 hrs pehle dekhra hoon

[@SV_CREATIONS46]

thanks man it means a lot

[@drwor9452]

In parrallel _0.63 and 1.63 how it will comes

[@schatterjee3435]

Helped me alot thankuuuu sir

[@ShrenikJain]

Welcome 😇

[@joenajm715]

Thank you sir !

[@jayasri4768]

Super...thank you such

[@ehtishamkhan421]

Behtreen ❤️

[@mayankparashar3788]

bhai iska partial fraction kaha se sikhu ab????

[@shraddhashinde8258]

Awesome dude 😍

[@ShrenikJain]

Ty 😇

[@preparingforlbsnaa8606]

nyc explanation frnd

[@ambilyharidas2911]

Thank u sir for ur valuable work

[@ShrenikJain]

ambily haridas Welcome 😀 Share with your friends as well 😊

[@ambilyharidas2911]

of course. please upload the video explaining multi rate signal processing(decimation, interpolation)

[@ShrenikJain]

ambily haridas Sure will do 😇

[@unrealraman]

tysm bro!! very helpful!! :))