Mason's Gain Formula - With a pair of non-touching loops

[@Mark-lp9ke]

a video posted 6 years ago is still helpful today. Thank you!!

[@ChinmayaASV]

Glad it helped!

[@30Phani]

For the people who are wondering what will be (delta k ) if there are some loops which are not touching a forward path. (delta k)= 1 - (sum of gain of loops not touching kth forward path)

[@MichalKobuszewski]

Hats off to You sir, not only is your explanation clear and understandable, but your English pronunciation is a pleasure to listen to.. And as a non-native English speaker I know it does not come easy!

[@foodie1885]

Absolutely

[@jayeshsingh3833]

Cleared all my doubts, Thank U

[@ChinmayaASV]

Jayesh Singh Glad it was helpful. All the best :)

[@RICARDOGARCIA-oh6lu]

You should be a profesor of university, to many students will be glad to have you in class thanks

[@siddharthnair7030]

The best explanation found on youtube. Beautifully explained in a step by step manner. Really very helpful.

[@ChinmayaASV]

I am glad it was helpful :) All the best !

[@MuhammadIsmail-xu7xc]

your way of understanding is mind blowing . THANK YOU SO MUCH , SIR.

[@swethasundaram04]

Your videos are life saviour for me when it comes to exam!

[@ChinmayaASV]

Glad it helped :) Thank you!

[@nasirkhanfastnuces5208]

yar lecture sun kar bht acha laga thanks alot respect from Pakistan.

[@fernandoandrade8903]

Thank you!! You´re right I have an exam tomorrow. Your video gave me a chance...

[@amateur_homemaking]

very methodical way of teaching.. thanks a lot!

[@tawseef3882]

great...this video covers everything in solving sfg...it was really very difficult for me to solve even simple problems, it seemed impossible for me before i saw your two videos...now it iz easy...thank you sir...wish u were our teacher in the college...

[@student6634]

Tomorrow is my Mid-term exam, this video help me more than my book and obviously my teacher.

[@RaviKoduru1995]

bro...... u'r awesome man....u'r communication skills are too good and way u teach no words...........:D

[@kamalesha.p6965]

I found this tutorial very helpful. I like your teaching style as it suits me!. Thank you!

[@harimhernandez979]

i have a test tomorrow, and this mr, was useful!! thanks!!!

[@YaskSrivastava]

Seriously you are an amazing tutor!! Keep up the good work.

[@rajasekhar948]

your explanation is good and procedure to find out the Delta1,Delta2 values is really helped me.

[@ChinmayaASV]

Welcome :)

[@kamrulahsan06]

Thank you sir. You explained very clearly. Completed my assignment with the help of this video. Thanks again :)

[@prathameshsundaram7509]

You're damn good man! Love how slowly you explain each step, gave me a lot of time to think and reason through. Keep it up! :D

[@ChinmayaASV]

Prathamesh Sundaram Thank you. Hope it’s helpful :)

[@sandrinanurdiana6386]

@@ChinmayaASV it's very helpful T_T thankyou so much. I got it on 2 a.m hahaha, but it's OK, that's really worth it.

[@ChinmayaASV]

@@sandrinanurdiana6386 All the best for your exam ! Glad it was helpful :)

[@miriyalakavyasree114]

it's really helpful sir even though I listened in my class I didn't get anything but once I heard ND saw ur explanation now I can do any kinda problem of Mason's thank u so much

[@asamonson4584]

Great video, thank you for explaining Mason's rule so clearly. This will really help me on my up coming controls exam.

[@ChinmayaASV]

Thanks. I am glad it was helpful !

[@marcoisaac8008]

Hey dude, excellent work, I understood it better than in my class of control 1 Greetings from Mexico, Tijuana :D

[@ChinmayaASV]

Glad it was helpful :)

[@bobby8020]

Nice work bro...........even the dummies could understand t...............

[@ChinmayaASV]

Thanks

[@foodie1885]

I don't know the concept..But After watching this video, I'm completely able to solve problems related to this concept. Thank you so much sir❤️

[@ChinmayaASV]

Thank you ! I am glad it helpful :)

[@mohamedbenhamiche]

Thank you sir from Algeria, that was very clear and useful.

[@arpitaroychowdhury3205]

you are a terrific teacher..thanks a lot

[@hidansektas]

I LOVE YOU MAN ! THANK YOU SO MUCH, WISH YOU WERE MY TEACHER! YOU GAVE THE MOST SIMPLE EXPLANATION.

[@ChinmayaASV]

Thanks. I am glad it was helpful !

[@GordicesdoVictor]

Hi Chinmaya! Nice work at teaching! You've helped me a lot so far! Thank you :D

[@olegs542]

Thank you sir, you have been very helpful...Keep up the good work.

[@sakisarker]

Thanks a lot for such a useful lecture.

[@excalibur1716]

fantastic explanation. If there is much more non touching loops , the delta formula will change a little ( not changing just adding more to it ) you can find on the internet .

[@PushpendraSingh-lk1ul]

awesomeness is...your way of teaching

[@ambarbaibhav_ab9752]

thank a lot brother...dis vdo helps a lot...my doubt abt non touching loops got cleared :)

[@rahulroyale001]

I am preparing for automatic control exam from hasan saeed, i found it very difficult to understand some concept without teacher,i am from mechanical branch, wanna say that your way of explaining & pronunciation is very good all of the videos are boon to students like me. thank u.. Liked & subscribed

[@ChinmayaASV]

Thankyou :)

[@rahulroyale001]

Hey can u suggest me a video on , how to draw signal flow graph from a set of equations.

[@ramyapathak1429]

Thank you very much sir this is very useful. Very easy to undertand.

[@markfrancistrono9041]

Excellent explanation sir!

[@zepurkarkazian3654]

Fantastic and useful video. If you are not a teacher, then please consider it. Your explanation is clear, concise, and helpful. I do have one question though, What is the value of delta when there is an individual loop touching the forward path?

[@aliraza8623]

You made it so easy...Kudos..!

[@subasinishanmugam]

thank u so much this video very useful and can understand very easy for my exam

[@lalithsasanapuri9757]

sir very clarity now i am feeling very easy very very thank you sir

[@marcelm.8623]

Nice video, very well explained !

[@ChinmayaASV]

Thakyou :)

[@revan6057]

perfect explanation..... verymuch helpful...... thanks for d video

[@COMMONMAN967]

great work bro....make more lecture.... very very usefull... 🤗🤗🙂🙂☺☺

[@tousifparvej1043]

Thank u soo much...It is too much easy to understand..........got it.

[@mohitjain7371]

thanx... it was very helpful ! i request u to add a video for block reduction techniques

[@luismorales358]

excellent and useful, greetings from chihuahua mexico, even think that the english is not my mother languaje your video was excellent so thanks dude

[@Aapp123n]

Hat's off to u anna :) u are the best teacher

[@sujadr6379]

You made my job much easier. Tnx😊😊😊😆😆

[@ChinmayaASV]

Thanks. I am glad it was helpful !

[@anuradhasharma7725]

Thank you! It was really helpful.

[@ChinmayaASV]

I am glad it was helpful :) All the best !

[@nurfikhira3584]

thank you so much sir. i am totally understood the SFG

[@ChinmayaASV]

Thanks. I am glad it was helpful !

[@rubenmorenog7223]

i get it!! good explanation i couldn´t understand to my proffesor in spanish LOL. Thanks bro

[@AhmedH93]

than you so much! greetings from saudi

[@slahomar1497]

You saved my life sir ❤❤❤❤❤❤

[@ChinmayaASV]

All the best

[@AmolMane3]

thanks, perfect explanation helped me a lot....

[@fabioaugustogentilin1736]

Good job! Thanks for your help!

[@vishalkumar-dr8wq]

Great video mate. Nice work keep it up

[@ChinmayaASV]

Thank you :) Glad it was helpful :)

[@abdulhaquemohammed6478]

Excellent work!!very well explained! I wonder if you can post out some more videos on advanced concepts in Control system design such as controlability and observability.

[@smartsathish]

Awesome teaching

[@osid94]

thanks very much, that was very helpful

[@utsavdutta5876]

it is very informative and very nice

[@jobycg2005]

Very helpful.. Even though I am not from Electrical background, I could understand the concept of Manson's formula in first watching. One doubt is what will be result if delta1 and delta2 are not 1. How delta1 and delta2 are calculated?

[@ChinmayaASV]

Welcome

[@saimkhalid9667]

+Joby George here is the answer: let suppose in forward path 2 the loops 1 and 2 are non touching to the path then you have to calculate the del. 2 as: delta 2 = 1- [gain of loop 1 + gain of loop 2] + [product of gain of loop1 and loop2]

[@aaronbissoondial7659]

+Saim Khalid This answer was very helpful :)

[@nasirkhanfastnuces5208]

thanks

[@Ibtisamkhan]

Thank you..that was really helpful..

[@alenatraj5707]

thank u some much explained excellent then our teachers in class

[@nidhirani3718]

Hello! You teach very well and I learned a lot from the video you posted above. Can you post a video on how to do block diagram reductions. Thank You!

[@raghavanp8837]

it was very helpful thanks a lot

[@Danistarr721]

Thanks for your explanation... really helped a lot, correct me if I'm wrong but shouldn't the feedback loops be negative??

[@farhanoooooooo1]

what if there is any forward path that has no loop touching on it? hope you'll explain asap tqqqqq

[@ahmedalyousef4865]

thanks bro , but the last step if there is any touching loop to the any path , the loop will equal zero??

[@PranayP09]

superb.. tutorial no doubt about it..

[@sau7rabh]

Thanx alot...Explained it well...

[@TheNoBSZone]

Thanks for your help brother.

[@avaniavi6469]

tq so much 😊 really helpful!

[@saikiran-pe9yz]

perfect explanation

[@shaheenjaved1154]

Hello Mr. Chinmaya, If I want to get any midpoint gain that means point3/R(s). How can I calculate?

[@chandrabaliraychowdhury6800]

If there had one non touching loop for the second forward path then what would be the value of ∆1 and ∆2 ?

[@maresfillies6041]

Definitely a great explanation. :D

[@salabhsg]

That was really *helpful* 👍✌

[@SohilShah_Melodyman]

well explained...very helpful!

[@ChinmayaASV]

Sohil Shah thank you. I am glad it was helpful :)

[@farahinzolkafli212]

your video is really helpful. however, if you can make it like the way u used to do, i think it'll be much clear and understandable. :)

[@ChinmayaASV]

Sure ! Thanks for the feedback :)

[@subhrashankha]

best explanation

[@rahulbhati4749]

sir plsss cover state space eqution

[@abdulhaquemohammed6478]

Also can you please cover variety/patterns of signal flow graphs which are helpful in competitive exams such as GATE or any tricky exam in general. That will be much appreciated. Thanks!

[@vikrammahey5414]

what will be the value of delta if there is a loop which is not touching the forward path ???

[@saimkhalid9667]

+Vikram Mahey here is the answer: let suppose in forward path 2 the loops 1 and 2 are non touching to the path then you have to calculate the del. 2 as: delta 2 = 1- [gain of loop 1 + gain of loop 2] + [product of gain of loop1 and loop2]

[@guilhermevillaca6563]

Thank you so much from Brazil! Now I get it... haha

[@ChinmayaASV]

Welcome :) Glad it helped !

[@JUNESH2]

what is the significance of sigma in the mason gain equation?

[@rbzmed3919]

06/09/2020 thank you so much youu'rre Daamn good teatcher !

[@ChinmayaASV]

I am glad it was helpful :) All the best !

[@NitinSharma-ow4xy]

great video 👏👏👌👌

[@ashishvalentine2979]

how did u get non touching loops ?

[@pankajsoni7144]

Your video is awesome.. Just that I had to double the speed.... :)

[@ChinmayaASV]

Thankyou ! But there are people who prefer to watch at that speed...So... :)

[@pankajsoni7144]

was just kidding.. it was awesome..

[@ramavtarprajapat2410]

nice explanation sir thak you

[@thomasnisme]

Shouldn't the loops be negative? Since H is negative.

[@siddeshkadam7381]

Thanks Mate it was useful

[@ChinmayaASV]

Glad it was :)

[@khasimshaik298]

great effort

[@chittilakshman2557]

thank you sir. you are good

[@ChinmayaASV]

Hope it was helpful :) You are welcome...

[@opioasde]

what if there is a non touching loop with the forward path? how is ∆k written then?

[@sandrinanurdiana6386]

+0

[@serialglobetrotter]

what if there is any loop not touching the forward path then what will be the value of delta 1 / delta 2 ?

[@vikrammahey5414]

i also want to know lol he didn't even mentioned it

[@saimkhalid9667]

+serial globetrotter here is the answer: let suppose in forward path 2 the loops 1 and 2 are non touching to the path then you have to calculate the del. 2 as: delta 2 = 1- [gain of loop 1 + gain of loop 2] + [product of gain of loop1 and loop2]

[@embzr]

+serial globetrotter actually its just Delta_k = Delta(in this case =1) - (sum of non touching loops)

[@30Phani]

If there are some loops which are not touching a forward path. (delta k)= 1 - (sum of gain of loops not touching kth forward path)

[@rajeshnarasimha8027]

How to calculate loops

[@abdulrahmansayed5174]

Great work

[@AshwinKumar-yb1dl]

Thank you so much sir....!

[@ChinmayaASV]

Thanks. I am glad it was helpful !